WO2021008586A1 - 充气缓冲包装装置 - Google Patents
充气缓冲包装装置 Download PDFInfo
- Publication number
- WO2021008586A1 WO2021008586A1 PCT/CN2020/102414 CN2020102414W WO2021008586A1 WO 2021008586 A1 WO2021008586 A1 WO 2021008586A1 CN 2020102414 W CN2020102414 W CN 2020102414W WO 2021008586 A1 WO2021008586 A1 WO 2021008586A1
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- WO
- WIPO (PCT)
- Prior art keywords
- side wall
- buffer
- gas
- inflatable
- packaging device
- Prior art date
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- 238000004806 packaging method and process Methods 0.000 title claims abstract description 331
- 239000000872 buffer Substances 0.000 claims description 1101
- 238000007789 sealing Methods 0.000 claims description 695
- 239000012528 membrane Substances 0.000 claims description 232
- 238000009434 installation Methods 0.000 claims description 140
- 238000000465 moulding Methods 0.000 claims description 89
- 239000000725 suspension Substances 0.000 claims description 79
- 238000004891 communication Methods 0.000 claims description 53
- 230000000694 effects Effects 0.000 claims description 52
- 239000000463 material Substances 0.000 claims description 24
- 230000000903 blocking effect Effects 0.000 claims description 2
- 238000005452 bending Methods 0.000 description 370
- 238000010586 diagram Methods 0.000 description 43
- 230000003014 reinforcing effect Effects 0.000 description 20
- 238000000034 method Methods 0.000 description 15
- 230000008569 process Effects 0.000 description 13
- 239000006260 foam Substances 0.000 description 10
- 238000010137 moulding (plastic) Methods 0.000 description 9
- 230000009471 action Effects 0.000 description 6
- 230000003139 buffering effect Effects 0.000 description 6
- 230000002093 peripheral effect Effects 0.000 description 6
- 230000002787 reinforcement Effects 0.000 description 6
- 239000004973 liquid crystal related substance Substances 0.000 description 4
- 239000011521 glass Substances 0.000 description 3
- 238000011056 performance test Methods 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 238000011161 development Methods 0.000 description 2
- 238000009413 insulation Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000001681 protective effect Effects 0.000 description 2
- 230000004308 accommodation Effects 0.000 description 1
- 230000004888 barrier function Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000008094 contradictory effect Effects 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 239000013078 crystal Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 150000002894 organic compounds Chemical class 0.000 description 1
- 239000005022 packaging material Substances 0.000 description 1
- 239000002245 particle Substances 0.000 description 1
- 238000005192 partition Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 238000002076 thermal analysis method Methods 0.000 description 1
Images
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D25/00—Details of other kinds or types of rigid or semi-rigid containers
- B65D25/02—Internal fittings
- B65D25/10—Devices to locate articles in containers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D81/00—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
- B65D81/02—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
- B65D81/05—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D81/00—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
- B65D81/02—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
- B65D81/05—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents
- B65D81/107—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents using blocks of shock-absorbing material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D85/00—Containers, packaging elements or packages, specially adapted for particular articles or materials
- B65D85/68—Containers, packaging elements or packages, specially adapted for particular articles or materials for machines, engines or vehicles in assembled or dismantled form
Definitions
- the present invention relates to the field of packaging and transportation, and further relates to an inflatable cushioning packaging device, in particular to a flat-panel electronic product packaging device, which is suitable for packaging a flat-panel electronic product and provides buffer protection for the flat-panel electronic product during transportation. , To prevent it from being damaged during transportation.
- the LCD TV includes two glasses and a liquid crystal between the two glasses.
- the liquid crystal is an organic compound with a regular molecular arrangement. It becomes a transparent liquid state when heated, and a turbid solid state of crystal particles appears after cooling. Of the substance.
- the image is reproduced by the zigzag change of the molecular arrangement.
- the screen creates the image through the collision of the electron group and forms the image through the perspective emission of external light.
- the usual practice is to place a foam buffer in the box of the LCD TV to provide buffer protection for the LCD TV during transportation.
- the foam cushion is solid.
- opening a groove on the foam buffer requires a special mold opening tool, which increases the cost and labor intensity of packaging.
- foam cushioning materials are usually solid, which occupies a lot of storage and transportation space, increasing the cost of transportation.
- the volume of the foam cushioning material required is also quite huge, which is prone to breakage during transportation, and loses the function of cushioning protection, and even damages the LCD TV.
- Chinese Patent ZL200810094091.4 discloses a "upright hammock-type shock-proof cover", which includes an air column piece and a buffer piece, the buffer piece is arranged in a hammock shape in an accommodation space formed by bending the air column piece Inside, it is used to suspend the items to be packaged to improve the cushioning effect.
- the buffer sheet is in the shape of a sheet and cannot be filled with gas, that is to say, it only has the function of supporting the packaged article, and cannot improve the gas buffer packaging device. The cushioning effect.
- Chinese patent ZL201410199072.3 discloses an "inwardly folding hammock buffer sheath", which includes a first buffer body, a second buffer body, a third buffer body and a suspension layer.
- the second buffer body and the The third buffer body is respectively provided at both ends of the first buffer body, and the second buffer body and the third buffer body are respectively bent to one side of the first buffer body, the second buffer body and the first buffer body
- the ends of the three buffer bodies that are not connected to the first buffer body are respectively heat-sealed and connected to the suspension layer to form a U-shaped accommodating space for accommodating the articles to be packaged.
- a first vertical wall and a second vertical wall of the suspension layer of the "inward folding hammock buffer sheath" disclosed in this patent can be filled with gas, that is, the present invention
- the provided cushioning protective cover of the inwardly folding hammock includes four layers of gas cushioning layers with a relatively thick thickness, which reduces the volume of the accommodating space to a certain extent, and on the other hand increases the amount of cushioning materials.
- An object of the present invention is to provide an air-filled cushioning packaging device, wherein the air-filled cushioning packaging device is in a flat state before being inflated, which is convenient for storage and transportation.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning packaging device includes an inflatable cushioning body, and both ends of the inflatable cushioning body are bent toward the same side of the inflatable cushioning body to form an installation cavity ,
- the installation cavity is suitable for placing a tablet electronic product to be packaged.
- Another object of the present invention is to provide an inflatable cushion packaging device, wherein the inflatable cushion body further has a placement cavity, one end of the inflatable cushion body is reversely bent to form the placement cavity, and the placement cavity is used for placing The accessories of the tablet electronic products to be packaged to facilitate the storage and transportation of the tablet electronic products and accessories together, and to prevent the accessories from being lost during transportation.
- Another object of the present invention is to provide an inflatable cushion packaging device, wherein the inflatable cushion body further includes a first inflatable cushion block, a second inflatable cushion block, and a third inflatable cushion block.
- the first inflatable cushion block , The second inflatable buffer block and the third inflatable buffer block surround the placement cavity, the other side of the third inflatable buffer block is the installation cavity, and the first bending heat sealing line is The line is continuously heat-sealed, so that the first inflatable buffer block cannot be filled with gas, so that the space of the placement cavity can be increased.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushion body further includes a first inflatable cushion and a second inflatable cushion, the first inflatable cushion and the second inflatable cushion
- the placement cavity is formed around the block, the other side of the second inflatable buffer block is the installation cavity, and the first bending heat sealing line is a continuous heat sealing line, so that there is no It can be filled with gas, so that the space of the placement cavity can be increased.
- Another object of the present invention is to provide an inflatable cushion packaging device, wherein the inflatable cushion body further includes a reinforced cushion body, one end of the inflatable cushion body is bent and heat sealed to form the reinforced cushion body, and the reinforced cushion body Connected to a side wall of the installation cavity, the reinforced buffer body is used to increase the buffer effect of the inflatable buffer body.
- Another object of the present invention is to provide an inflatable buffer packaging device, wherein the inflatable buffer body further has a buffer cavity, the buffer cavity is located on one side of the installation cavity, and one end of the inflatable buffer body is bent to form a The buffer cavity is used to increase the buffer effect of the inflatable buffer body.
- Another object of the present invention is to provide an inflatable buffer packaging device, wherein the inflatable buffer body further includes a side buffer body, the side buffer body is located at a first opening of the inflatable buffer body away from the installation cavity On the side, the side buffer body is used to increase the side buffer effect of the inflatable buffer body.
- Another object of the present invention is to provide an inflatable buffer packaging device, wherein the inflatable buffer body has a simple structure and is convenient to use.
- an inflatable cushioning packaging device which includes:
- An inflatable buffer body adapted to be bent along a preset position to form an installation cavity, one end of the planar electronic product is suitable to be placed in the installation cavity, wherein the inflatable buffer body includes two layers of gas
- the storage chamber membrane has a gas storage chamber formed between the two layers of gas storage chamber membranes, and the gas storage chamber is suitable for storing a certain amount of gas.
- one end of the inflatable buffer body is reversely bent toward one side of the inflatable buffer body to form the installation cavity.
- the inflatable buffer body further includes a first front side wall, an upper side wall and a rear side wall, and both ends of the upper side wall are respectively connected to the first front side wall.
- the side wall and the rear side wall, the first front side wall, the upper side wall and the rear side wall surround the mounting cavity.
- the inflatable buffer body further has a placement cavity, the placement cavity and the installation cavity are respectively located on both sides of the first front side wall, and the placement cavity is suitable for Place the accessories of the tablet electronic product.
- the inflatable buffer body further includes a side wall of a placing cavity, one end of the side wall of the placing cavity is connected to an end of the first front side wall away from the upper side wall, and One end is bent toward the end of the first front side wall connected to the upper side wall, and the placement cavity is formed between the placement cavity side wall and the first front side wall.
- the side wall of the placing cavity and the first front side wall are integrally formed, and the inflatable buffer body further includes a heat-resistant sealing line along the line The width direction of the air column on the side wall of the placing cavity is heat-sealed and formed on the side wall of the placing cavity for blocking the communication between the side wall of the placing cavity and the air column on the first front side wall.
- the length of the barrier and heat seal is smaller than the width of the side wall of the placement cavity.
- the inflatable buffer body further includes a suspension support body, the suspension support body is provided in the installation cavity, and the two ends of the suspension support body are respectively heat-sealed and connected On the first front side wall and the rear side wall, the inflatable buffer body further has a buffer cavity formed between the suspension support body and the upper side wall.
- the other end of the inflatable buffer body is bent toward one side of the first front side wall, and surrounds the first front side wall and the upper side wall to form the Installation cavity.
- the inflatable buffer body further includes a second front side wall and a lower side wall, and both ends of the lower side wall are respectively connected to the second front side wall and the rear side wall.
- a side wall, the second front side wall, the lower side wall, the rear side wall, the first front side wall and the upper side wall surround the mounting cavity.
- the inflatable buffer body further includes a reinforced buffer body, which is arranged on the outside of the installation cavity for improving the buffer effect of the lower side wall.
- the reinforced buffer body includes a seventh gas buffer block, an eighth gas buffer block, and a ninth gas buffer block.
- the seventh gas buffer block and the eighth gas buffer block are connected end to end to form the reinforced buffer body, and the seventh body buffer block and the ninth gas buffer block are respectively arranged on both sides of the eighth gas buffer block.
- the end of the seventh gas buffer block away from the eighth gas buffer block and the end of the ninth gas buffer block away from the eighth gas buffer block are heat-sealed and connected together On the lower side wall, and the lengths of the seventh gas buffer block and the ninth gas buffer block are equal.
- the reinforced buffer body further has a reinforced buffer space, and the seventh gas buffer block, the eighth gas buffer block, and the ninth gas buffer block surround to form the reinforcement
- the buffer space is suitable for placing accessories or buffer materials in the reinforced buffer space.
- the seventh gas buffer block includes a seventh upper buffer block and a seventh lower buffer block
- the ninth gas buffer block includes a ninth upper buffer block and a ninth lower buffer block.
- the lower buffer block, the seventh lower buffer block and the ninth lower buffer block are respectively provided on both sides of the eighth gas buffer block, the seventh upper buffer block and the ninth upper buffer block
- the buffer blocks are respectively arranged obliquely on the seventh lower buffer block and the ninth lower buffer block.
- the seventh gas buffer block and the ninth gas buffer block are symmetrical with respect to the eighth gas buffer block, and the length of the seventh upper buffer block is the same as that of the first gas buffer block.
- the length of the nine upper buffer blocks is adapted to the length, and the length of the seventh lower buffer block is adapted to the length of the ninth lower buffer block.
- the seventh gas buffer block and the ninth gas buffer block have an asymmetric structure, and the length of the seventh upper buffer block is not equal to the length of the ninth upper buffer block .
- the reinforced buffer space further has a reinforced buffer space opening, and the reinforced buffer space opening is in communication with the reinforced buffer space to facilitate the access of accessories or buffer materials.
- the seventh upper buffer block and the seventh lower buffer block are movably connected, and the seventh lower buffer block can go around the connection point with the eighth gas buffer block
- the rotation is used to control the opening and closing of the opening of the reinforced buffer space.
- the eighth gas buffer block is bent toward the lower side wall, and the eighth gas buffer block is surrounded to form an opening on a side away from the lower side wall.
- the reinforced buffer space is designed to facilitate the access of parts and buffer materials.
- the reinforced buffer body further includes a lower reinforced buffer body and two side buffer bodies located on both sides of the lower reinforced buffer body, and the two side buffer bodies are respectively located on the second front side.
- the side wall and the rear side wall are away from the side of the installation cavity, and are used to provide reinforced buffer protection on one side of the installation cavity, and the lower reinforced buffer body is located on the lower side wall away from the installation cavity Outside of one side, it is used to provide reinforced buffer protection below the installation cavity.
- the buffer distance of the reinforced buffer body is 15 to 250 mm, and the air column size of the inflatable buffer body is 20 to 60 mm.
- the buffer distance of the reinforced buffer body is 15 to 80 mm, and the air column size of the inflatable buffer body is 20 to 40 mm, which is suitable for packaging 0 to 10 kg of articles.
- the buffer distance of the reinforced buffer body is 20 to 100 mm, and the air column size of the inflatable buffer body is 30 to 60 mm, which is suitable for packaging 10 to 19 kg of articles.
- the buffer distance of the reinforced buffer body is 30 to 150 mm, and the air column size of the inflatable buffer body is 40 to 60 mm, which is suitable for packaging 19 to 28 kg of articles.
- the buffer distance of the reinforced buffer body is 30 to 200 mm, and the air column size of the inflatable buffer body is 40 to 60 mm, which is suitable for packaging 28 to 45 kilograms of articles.
- the buffer distance of the reinforced buffer body is 30 to 250 mm, and the air column size of the inflatable buffer body is 40 to 60 mm, which is suitable for packaging 45 to 68 kg of goods.
- the inflatable buffer body further includes a suspension support body, the suspension support body is provided in the installation cavity, and the two ends of the suspension support body are respectively connected to the The second front side wall and the rear side wall, the inflatable buffer body further has a buffer cavity formed between the lower side wall and the suspension support body.
- the inflatable buffer body further includes a side buffer body, the side buffer body is located on one side of the inflatable buffer body, and is used for facing the inflatable buffer body placed in the installation cavity.
- the side of the tablet electronic product provides cushioning protection.
- the inflatable buffer body further includes a first three-dimensional plastic sealing line and a second three-dimensional plastic sealing line, and the first three-dimensional plastic sealing line is used to heat seal the first front side wall Connected to the rear side wall, the second three-dimensional molding line is used to heat-seal the second front side wall to the rear side wall, and the first front side wall is located at the first three-dimensional molding line
- the outer part, the part of the second front side wall located outside the second three-dimensional molding line, and the part of the rear side wall located outside the first three-dimensional molding line and the second three-dimensional molding line form the Side buffer body.
- the gas buffer body further includes a one-way inflation valve
- the one-way inflation valve includes two valve membranes arranged between the two layers of gas storage chamber membranes. It is filled into the gas storage chamber through the one-way inflation valve.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning packaging device is in a flat state before being inflated, which is convenient for storage and transportation.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning packaging device has an inflatable cushion, and the inflatable cushion can be installed on the upper and lower sides of flat-panel electronic products such as televisions and displays for Provide buffer protection for tablet electronic products during transportation.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning body includes a first side wall, a second side wall and a bottom wall, the first side wall and the second side wall Are respectively provided at both ends of the bottom wall, the first side wall, the second side wall and the bottom wall surround to form a mounting cavity, and the end of the tablet electronic product can be placed in the mounting cavity In order to provide buffer protection for tablet electronic products during transportation.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning body further comprises two side cushioning bodies formed on the left and right sides of the mounting cavity, and the side cushioning body is used for the The left and right sides provide buffer protection for the flat electronic product placed in the installation cavity, and can prevent the flat electronic product from leaving the installation cavity, thereby improving the buffer effect.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning body further includes a third side wall and a fourth side wall, the third side wall and the fourth side wall are respectively located The outer sides of the first side wall and the second side wall can provide double cushioning for the flat electronic product placed in the mounting cavity.
- Another object of the present invention is to provide an inflatable cushion packaging device, wherein the third side wall and the fourth side wall of the inflatable cushion body are heat-sealed and connected to the first side wall and the first side wall, respectively. Two side walls, so that the third side wall and the fourth side wall can be held on the outer sides of the first side wall and the second side wall respectively after the inflatable buffer body is inflated, which is convenient for The use of the inflatable cushion packaging device is described.
- Another object of the present invention is to provide an air-filled cushioning packaging device, wherein the diameter of the air column of the third side wall and the fourth side wall is smaller than the air column of the first side wall and the second side wall, respectively To reduce the overall thickness of the inflatable buffer body.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the air columns of the third side wall and the fourth side wall are staggered with the air columns of the first side wall and the second side wall, respectively Arranged, the spacing heat-sealing lines between the air pillars of the third side wall and the fourth side wall correspond to the air pillars of the first side wall and the second side wall respectively, so that the The overall thickness of the inflatable cushion.
- Another object of the present invention is to provide an inflatable buffer packaging device, wherein the inflatable buffer body further has a buffer cavity, and the lengths of the third side wall and the fourth side wall are respectively greater than those of the first side wall and the fourth side wall.
- the length of the second side wall, the third side wall, the fourth side wall, and the bottom wall surround to form the buffer cavity, and the buffer cavity and the mounting cavity are respectively located on the bottom wall On both sides, the buffer cavity is used to improve the buffer effect of the inflatable buffer body.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein a traditional cushioning material can be placed in the cushioning cavity to improve the cushioning effect of the inflatable cushioning packaging device.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning packaging device further comprises a suspension support, at least a part of the suspension support is located in the installation cavity, the inflatable cushioning packaging device further There is a buffer cavity formed between the suspension support and the bottom wall.
- the suspension support is used to support the flat electronic product and separate the flat electronic product from the bottom wall to improve buffering effect.
- Another object of the present invention is to provide an inflatable cushioning packaging device, wherein the inflatable cushioning packaging device further includes a reinforced cushioning body, the reinforced cushioning body is provided below the installation cavity, for improving the inflatable cushioning The buffer protection effect of the body on the flat electronic product placed in the mounting cavity.
- Another object of the present invention is to provide an inflatable buffer packaging device, wherein the inflatable buffer packaging device has a simple structure and is convenient to use.
- the present invention provides an inflatable cushioning packaging device applied to packaging a flat-panel electronic product, which includes:
- An inflatable buffer body with an installation cavity which includes a first side wall, a second side wall and a bottom wall, the first side wall and the second side wall are respectively connected to the bottom wall
- the first side wall, the second side wall and the bottom wall surround the mounting cavity, and the left and right ends of the first side wall respectively correspond to the left and right sides of the second side wall.
- the two ends are respectively heat-sealed and connected, wherein the inflatable buffer body further includes two layers of gas storage chamber membranes, and a gas storage chamber formed between the two layers of gas storage chamber membranes, the gas storage chamber Suitable for storing gas.
- the inflatable buffer body further has a third side wall and a fourth side wall, and the third side wall is connected to the first side wall and is bent outwardly at On the outer side of the first side wall, the fourth side wall is connected to the second side wall and is bent outwardly on the outer side of the second side wall, and the inflatable buffer body further includes a set of first side walls.
- a heat-sealing seam and a set of second heat-sealing seams the first heat-sealing seam is used to heat-seal the third side wall to the first side wall, and the second heat-sealing seam is used to connect
- the fourth side wall is heat-sealed and connected to the second side wall to facilitate the standing of the inflatable cushioning packaging device.
- the inflatable buffer packaging device further has a buffer cavity, wherein the length of the third side wall is greater than the length of the first side wall, and the length of the fourth side wall is greater than The length of the second side wall, the third side wall extending outward to the outside of the first side wall, the fourth side wall extending outward to the outside of the second side wall, and the The bottom wall surrounds and forms the buffer cavity, and the buffer cavity and the installation cavity are respectively located on two sides of the bottom wall.
- the inflatable buffer body further includes two side buffer bodies
- the inflatable buffer packaging device further includes a set of three-dimensional plastic sealing lines formed on the inflatable buffer body by heat sealing, wherein the The three-dimensional molding line includes a first three-dimensional molding line and a second three-dimensional molding line.
- the first three-dimensional molding line and the second three-dimensional molding line respectively heat-seal and connect the two ends of the first side wall to the At both ends of the second side wall, the first three-dimensional molding line and the second three-dimensional molding line respectively have at least one gas with the two ends of the first side wall and/or the two end edges of the second side wall.
- the distance between the column and the air column forms two side buffer bodies.
- the inflatable cushioning packaging device further includes a set of first shrinkage heat-sealing lines and a set of second shrinkage heat-sealing lines, and the first shrinkage heat-sealing lines are arranged along the first
- the longitudinal direction of the air column of the three side walls is heat-sealed to form the air column of the third side wall
- the second shrink heat sealing line is heat-sealed along the length direction of the air column of the fourth side wall
- the air column formed on the fourth side wall is used to reduce the air column size of the third side wall and the fourth side wall, and reduce the size of the air column with the first side wall and the second side wall. The thickness when laminated.
- the spaced heat-sealing lines between the air pillars on the third side wall and the corresponding spaced heat-sealing lines between the air pillars on the first side wall are interlaced
- the extension line of the spaced heat-sealing line between the air columns of the third side wall is located between the corresponding spaced heat-sealing lines between the air columns of the second side wall, and the air space of the fourth side wall
- the interval heat-sealing line between the pillars and the corresponding interval heat-sealing line located on the second top wall are interlaced
- the extension line of the interval heat-sealing line between the air pillars on the third side wall is located in the first
- the spacing between the air columns of the two side walls is heat-sealed between the lines so that the air columns of the third side wall and the first side wall are staggered, and the fourth side wall and the second side wall are Air column staggered.
- the inflatable cushioning packaging device further includes a suspension support and has a suspension cavity, at least a part of the suspension support is provided in the installation cavity, and the suspension cavity Located between the suspended support and the bottom wall.
- both ends of the suspension support body are heat-sealed and connected to the first side wall and the second side wall, respectively.
- the inflatable buffer body further includes a reinforced buffer body, and the reinforced buffer body is provided on the side of the installation cavity away from the opening of the installation cavity for supporting To the items to be packed in the installation cavity.
- the inflatable cushion packaging device further includes a reinforced heat sealing line, and the first side wall and the second side wall are heat-sealed and connected together by the reinforced heat sealing line , The part of the first side wall between the reinforced heat sealing line and the bottom wall, the part of the second side wall between the reinforced heat sealing line and the bottom wall, and the bottom The wall surrounds the reinforced buffer body.
- the inflatable cushion body further includes a reinforced cushion body, wherein the reinforced cushion body further includes a first reinforced cushion body and a second reinforced cushion body, the first reinforced cushion body One end of the body is heat-sealed and connected to the end of the third side wall away from the opening of the installation cavity, the other end is heat-sealed and connected to an inner wall, and one end of the second reinforced buffer body is heat-sealed and connected to the first One end of the four side walls is away from the opening of the installation cavity, and the other end is heat-sealed and connected to the inner wall, wherein the inner wall is composed of the first side wall, the second side wall and the bottom wall.
- the suspended height of the bottom wall ranges from 0 to 100 mm
- the gas column size of the gas buffer body ranges from 20 to 100 mm.
- the hanging height of the bottom wall is in the range of 5 to 100 mm, and the gas column size of the gas buffer body is in the range of 20 to 40 mm, which is suitable for packaging 0 to 10 kg of articles .
- the hanging height of the bottom wall is in the range of 5 to 60 mm, and the gas column size of the gas buffer is in the range of 30 to 60 mm, which is suitable for packaging 10 to 19 kg of articles .
- the hanging height of the bottom wall ranges from 5 to 40 mm
- the air column size of the gas buffer body ranges from 40 to 80 mm, which is suitable for packaging 19 to 28 kg of articles .
- the hanging height of the bottom wall ranges from 5 to 20 mm
- the air column size of the gas buffer body ranges from 40 to 100 mm, which is suitable for packaging 28 to 45 kg of articles .
- the hanging height of the bottom wall ranges from 0 to 5 mm
- the air column size of the gas buffer body ranges from 40 to 100 mm, which is suitable for packaging 45 to 68 kilograms of goods .
- the inflatable buffer body further includes a one-way inflation valve
- the one-way inflation valve includes two valve membranes arranged between the two layers of gas storage chamber membranes. It is filled into the gas storage chamber through the one-way inflation valve.
- an object of the present invention is to provide a gas buffer packaging device, wherein the gas buffer packaging device has a large installation space and a small thickness.
- Another object of the present invention is to provide a gas buffer packaging device, wherein the gas buffer packaging device includes three layers of gas buffer layers, which can provide effective buffer protection for the packaged articles.
- Another object of the present invention is to provide a gas buffer packaging device, wherein the gas buffer packaging device includes three layers of gas buffer layers, which can reduce the amount of gas buffer materials and save materials.
- Another object of the present invention is to provide a gas cushioning packaging device, wherein the gas cushioning packaging device includes a suspended support body, the suspended support body is arranged in an installation space surrounded by the gas buffer body, can Hanging the packaged items in the air has a better cushioning protection effect.
- Another object of the present invention is to provide a gas cushioning packaging device, wherein the suspended support body includes an inflated section and an uninflated section, and the uninflated section is used to provide support for the articles to be packaged and suspend the articles to be packaged.
- the inflatable section is used to provide cushioning protection for the packaged items on one side of the packaged items, so as to achieve a better cushioning protection effect.
- Another object of the present invention is to provide a gas cushioning packaging device, wherein the air columns of the inflatable section of the suspended support body and the air columns of the first side wall are arranged alternately, so that the suspended support body can be reduced.
- the overlapping thickness of the inflatable section and the first side wall reduces the thickness of the gas buffer packaging device and increases the volume of the installation space.
- Another object of the present invention is to provide a gas cushion packaging device, wherein both ends of the uninflated section of the suspended support body are heat-sealed and connected to the first side wall and the second side wall close to the The inner side of one end of the bottom wall can reduce the length of the suspended support and reduce the amount of gas buffer material.
- Another object of the present invention is to provide a gas cushioning packaging device, wherein the uninflated section of the suspended support body is integrally formed with the inflated section, and the air column of the uninflated section of the suspended support body and The air columns of the inflatable section are connected, and the uninflated section of the suspended support body can be filled with gas, so as to provide better suspension support protection for the articles to be packaged.
- Another object of the present invention is to provide a gas cushioning packaging device, wherein the uninflated section of the suspended support and the inflated section of the suspended support are independent of each other, and both ends of the suspended support pass through The air-filled section of the suspended support body and the inner side of the second side wall are connected in a heat-sealed connection manner to facilitate the manufacture of the gas buffer body.
- Another object of the present invention is to provide a gas buffer packaging device, wherein the gas buffer packaging device has a simple structure, low manufacturing cost and convenient use.
- the present invention provides a gas buffer packaging device, including:
- a gas buffer body adapted to be bent along a preset position to form a first side wall, a second side wall and a bottom wall, the first side wall and the second side
- the wall and the bottom wall surround an installation space, one end of the flat electronic product is suitable for being installed in the installation space, and the gas buffer body further includes a suspended support provided in the installation space, And there is a buffer cavity formed between the suspended supporting body and the bottom wall, wherein one end of the suspended supporting body is connected to the first side wall, and the other end is connected to the second side wall.
- the suspended support body further includes an inflatable section and a non-inflated section, one end of the inflatable section is connected to an end of the first side wall away from the bottom wall, and the other end Extending to the bottom wall, one end of the non-inflated section is connected to the other end of the inflatable section, and the other end of the non-inflated section is connected to the second side wall.
- both ends of the suspended support body are heat-sealed and connected to the inner walls of the first side wall and the second side wall close to the bottom wall.
- the inflatable section of the suspended support body is integrally formed on the first side wall, and the air column of the inflatable section of the suspended support body and the first side The air column of the wall communicates.
- the air columns of the inflatable section of the suspended support are staggered with the air columns of the first side wall to reduce the inflatable section of the suspended support.
- the thickness of the overlap with the first side wall is staggered with the air columns of the first side wall.
- the inflatable section and the non-inflatable section of the suspended support body are integrally formed, and the suspended support body further includes a heat-resistant and heat-resistant sealing line, The suspended support body is divided into the inflatable section and the non-inflated section.
- the non-inflated section of the suspended support is heat-sealed and connected to an end of the inflatable section of the suspended support near the bottom wall.
- the gas buffer packaging device further includes a side buffer body formed on one side of the installation space for the Tablet electronic products provide buffer protection.
- the gas buffer packaging device further includes a first three-dimensional plastic sealing line, and the first three-dimensional plastic sealing line is used to connect the first side wall, the second side wall and the The corresponding side of the inflatable section of the suspended support body is heat-sealed and connected, the first side wall is located outside the first three-dimensional molding line, and the second side wall is located outside the first three-dimensional molding line.
- the part and the part of the inflatable section of the suspended support body located outside the first three-dimensional plastic molding line form the side buffer body.
- At least one air column of the first side wall and the second side wall is located outside the first three-dimensional molding line.
- the suspended height of the suspended support body is 0 to 100 mm, and the air column size of the gas buffer body is 20 to 100 mm.
- the suspended height of the suspended support body is 5 to 100 mm, and the air column size of the gas buffer body is 20 to 40 mm, which is suitable for packaging 0 to 10 kg of articles.
- the suspended height of the suspended support body is 5 to 60 mm, and the air column size of the gas buffer body is 30 to 60 mm, which is suitable for packaging 10 to 19 kg of articles.
- the suspended height of the suspended support body is 5 to 40 mm, and the air column size of the gas buffer body is 40 to 80 mm, which is suitable for packaging 19 to 28 kg of articles.
- the suspended height of the suspended support body is 5 to 20 mm, and the air column size of the gas buffer body is 40 to 100 mm, which is suitable for packaging 28 to 45 kg of articles.
- the suspended height of the suspended support body is 0 to 5 mm, and the air column size of the gas buffer body is 40 to 100 mm, which is suitable for packaging 45 to 68 kg of goods.
- the gas buffer body further includes a one-way inflation valve
- the one-way inflation valve includes two valve membranes arranged between the two layers of gas storage chamber membranes. It is filled into the gas storage chamber through the one-way inflation valve.
- Fig. 1 is a structural schematic diagram of an inflatable cushion body of an inflatable cushioning packaging device according to a preferred embodiment of the present invention in a flat unfolded state.
- Fig. 2 is a three-dimensional structural diagram of the inflatable buffer body of the inflatable buffer packaging device according to a preferred embodiment of the present invention.
- Fig. 3 is a schematic sectional view of the inflatable buffer body of the inflatable buffer packaging device according to a preferred embodiment of the present invention.
- Figure 4 is a schematic diagram of the overall structure of an inflatable cushioning packaging device according to a preferred embodiment of the present invention.
- Fig. 5 is a schematic diagram of the application structure of an inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 6 is a schematic sectional view of the application structure of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 7 is a schematic diagram of the application structure of an inflatable cushioning packaging device according to a preferred embodiment of the present invention.
- Fig. 8A is a schematic sectional view of the inflatable buffer body of the inflatable buffer packaging device according to a preferred embodiment of the present invention.
- Fig. 8B is a schematic sectional view of a modified embodiment of the inflatable cushion body of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 8C is a schematic sectional view of another modified embodiment of the inflatable buffer body of the inflatable buffer packaging device according to a preferred embodiment of the present invention.
- Fig. 8D is a schematic sectional view of another modified embodiment of the inflatable cushion body of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 9 is a structural schematic diagram of the inflatable buffer body of the inflatable buffer packaging device according to the second preferred embodiment of the present invention in a planar expanded state.
- Fig. 10 is a three-dimensional structural diagram of an inflatable buffer body of an inflatable buffer packaging device according to a second preferred embodiment of the present invention.
- Fig. 11 is a schematic sectional view of the inflatable buffer body of the inflatable buffer packaging device according to the second preferred embodiment of the present invention.
- Fig. 12 is a schematic diagram of the overall structure of an inflatable cushion packaging device according to a second preferred embodiment of the present invention.
- Fig. 13 is a schematic diagram of the application structure of the inflatable cushion packaging device according to the second preferred embodiment of the present invention.
- Fig. 14 is a schematic structural view of the application of the inflatable cushion packaging device according to the second preferred embodiment of the present invention.
- Fig. 15 is a schematic diagram of the application structure of the inflatable cushion packaging device according to the second preferred embodiment of the present invention.
- Fig. 16 is a structural schematic diagram of the inflatable cushion packaging device according to the third preferred embodiment of the present invention in a flat unfolded state.
- Fig. 17A is a three-dimensional structural diagram of an inflatable cushion packaging device according to a third preferred embodiment of the present invention.
- Fig. 17B is a schematic diagram of the three-dimensional structure of the inflatable cushion packaging device according to the third preferred embodiment of the present invention.
- Fig. 18 is a schematic sectional view of the inflatable cushion packaging device according to the third preferred embodiment of the present invention.
- Fig. 19A is a schematic diagram of the application structure of the inflatable cushion packaging device according to the third preferred embodiment of the present invention.
- Fig. 19B is a schematic diagram of the application structure of the inflatable cushion packaging device according to the third preferred embodiment of the present invention.
- Fig. 20 is a structural schematic diagram of a flat unfolded state of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention.
- 21 is a schematic sectional view of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention.
- FIG. 22 is a schematic cross-sectional view of a first modified embodiment of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention.
- Fig. 23 is a schematic structural view of an application of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention.
- FIG. 24 is a schematic cross-sectional view of a second modified embodiment of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention.
- 25 is a schematic cross-sectional view of a second modified embodiment of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention.
- 26 is a schematic cross-sectional view of a second modified embodiment of the air cushion packaging device according to the fourth preferred embodiment of the present invention.
- Fig. 27 is a schematic structural view of a third modified embodiment of the inflatable cushion packaging device according to the fourth preferred embodiment of the present invention in an unfolded state.
- FIG. 28 is a schematic cross-sectional view of a third modified embodiment of the air cushion packaging device according to the fourth preferred embodiment of the present invention.
- Fig. 29 is a structural schematic diagram of the inflatable cushion packaging device according to the fifth preferred embodiment of the present invention in a flat unfolded state.
- Fig. 30 is a schematic sectional view of the inflatable cushioning packaging device according to the fifth preferred embodiment of the present invention.
- Figure 31 is a schematic sectional view of the inflatable cushion packaging device according to the fifth preferred embodiment of the present invention.
- Fig. 32 is a schematic structural view of the inflatable cushion packaging device according to a preferred embodiment of the present invention in a flat unfolded state.
- Figure 33 is a schematic diagram of the overall structure of an inflatable cushioning packaging device according to a preferred embodiment of the present invention.
- Figure 34 is a schematic diagram of the overall structure of an inflatable cushioning packaging device according to a preferred embodiment of the present invention
- Fig. 35 is a schematic sectional view of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- 36 and 37 are schematic diagrams of the application structure of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 38 is a schematic sectional view of the application of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 39 is a schematic diagram of the application structure of an inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 40 is a schematic structural view of the application of an inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Figure 41A is a schematic structural diagram of a one-way inflation valve of an inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 41B is a schematic structural diagram of a modified embodiment of the one-way inflation valve of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 41C is a schematic structural view of a modified embodiment of the one-way inflation valve of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 41D is a schematic structural diagram of a modified embodiment of the one-way inflation valve of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 42 is a schematic diagram of a planar unfolded structure of a modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 43 is a schematic cross-sectional view of a modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 44 is a schematic diagram of the application structure of a modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 45 is a schematic diagram of a planar unfolded structure of a second modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 46 is a schematic diagram of the overall structure of a second modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 47 is a schematic sectional view of a second modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 48 is a schematic plan view of a third modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 49 is a schematic diagram of the overall structure of a third modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 50 is a schematic sectional view of a third modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 51 is a schematic cross-sectional view of a third modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 52 is a schematic plan view of a fourth modified embodiment of the inflatable cushioning packaging device according to a preferred embodiment of the present invention.
- Fig. 53 is a schematic cross-sectional view of a fourth modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 54 is a schematic plan view of a fifth modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 55 is a schematic sectional view of a fifth modified embodiment of the inflatable cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 56 is a structural schematic diagram of a gas cushion packaging device in a planar expanded state according to a preferred embodiment of the present invention.
- Fig. 57A is a schematic diagram of a three-dimensional structure of a gas buffer packaging device according to a preferred embodiment of the present invention.
- Fig. 57B is a schematic diagram of a three-dimensional structure of a gas buffer packaging device according to a preferred embodiment of the present invention.
- Fig. 58A is a schematic sectional view of a gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 58B is a schematic sectional view of a gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 59 is a schematic diagram of the application structure of a gas buffer packaging device according to a preferred embodiment of the present invention.
- Fig. 60 is a structural schematic diagram of a first modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention in a planar expanded state.
- Fig. 61 is a schematic sectional view of a second modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 62 is a schematic structural view of a third modified embodiment of a gas cushion packaging device according to a preferred embodiment of the present invention in a planar unfolded state.
- Fig. 63 is a schematic cross-sectional view of a third modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 64 is a schematic structural view of a fourth modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention in a planar expanded state.
- Fig. 65 is a schematic cross-sectional view of a fourth modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 66 is a schematic structural view of a fifth modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention in a planar expanded state.
- Fig. 67 is a schematic cross-sectional view of a fifth modified embodiment of the gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 68A is a schematic sectional view of a one-way inflation valve of a gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 68B is a schematic sectional view of a modified embodiment of the one-way inflation valve of the gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 68C is a schematic sectional view of a second modified embodiment of the one-way inflation valve of the gas cushion packaging device according to a preferred embodiment of the present invention.
- Fig. 68D is a schematic sectional view of a third modified embodiment of the one-way inflation valve of the gas cushion packaging device according to a preferred embodiment of the present invention.
- the flat-panel electronic product inflatable cushion packaging device 1100 is suitable for packaging a flat-panel electronic product 1200, wherein the flat-panel electronic product can It is a TV or a computer monitor to provide buffer protection for the flat electronic product 1200 during transportation to prevent damage to the flat electronic product 1200 during transportation.
- the flat-panel electronic product inflatable buffer packaging device 1100 includes an inflatable buffer body 110.
- the inflatable buffer body 110 is in a flat state before being inflated and can be conveniently stored and transported. After being inflated, the stored gas has buffer protection. Therefore, it can provide buffer protection for the tablet electronic product 1200 and prevent the tablet electronic product 1200 from being damaged during transportation.
- the inflatable buffer body 110 has a mounting cavity 120 whose shape and size are adapted to the shape of the end of the tablet electronic product 1200, and the end of the tablet electronic product 1200 can be Put into the installation cavity 120, the inflatable buffer body 110 provides buffer protection between the tablet electronic product 1200 and the transport box.
- the number of the inflatable buffer body 110 is two, and one end of the tablet electronic product 1200 is put into the installation cavity 120 of the inflatable buffer body 110, so The other end of the tablet electronic product 1200 is put into the installation cavity 120 of the other inflatable buffer body 110, so that the tablet electronic product 1200 can be suspended in the transport box to prevent the tablet electronic product
- the 1200 is in contact with the transportation box to prevent the tablet electronic product 1200 from colliding with the box and/or external objects during transportation to prevent damage.
- the inflatable buffer body 110 further has a first end 111 and a second end 112, the first end 111 and the second end 112 are respectively along The length of the air column of the inflatable buffer body 110 extends on both sides.
- the flat electronic product inflatable cushion packaging device 1100 further has a set of bending heat sealing lines 113, the bending heat sealing lines 113 are heat-sealed to form the inflatable cushion body 110, the inflatable cushion body 110 can be
- the bending heat sealing line 113 is bent so that the inflatable buffer body 110 is bent and surrounded to form the installation cavity 120.
- the bending heat sealing line 113 is formed by heat sealing on the inflatable buffer body 110 along the width direction of the air column of the inflatable buffer body 110.
- the bending heat sealing line 113 includes a first bending heat sealing line 1131, a second bending heat sealing line 1132, a third bending heat sealing line 1133, and a fourth bending heat sealing line 1134, a fifth bending heat sealing line 1135, a sixth bending heat sealing line 1136, a seventh bending heat sealing line 1137, an eighth bending heat sealing line 1138, a ninth bending heat sealing line 1139 and a tenth bending heat sealing line 1130, the first bending heat sealing line 1131, the second bending heat sealing line 1132, the third bending heat sealing line 1133, and the fourth bending heat sealing line 1131 Folding heat sealing line 1134, the fifth bending heat sealing line 1135, the sixth bending heat sealing line 1136, the seventh bending heat sealing line 1137, the eighth bending heat sealing line 1138,
- the ninth bending heat-sealing line 1139 and the tenth bending heat-sealing line 1130 are sequentially heat-sealed and formed between the first
- the ten bending heat-sealing lines separate the inflatable buffer body 110 into eleven small pieces, which are a first inflatable buffer block 1151, a second inflatable buffer block 1152, a third inflatable buffer block 1153, and a first inflatable buffer block 1153.
- Four inflatable buffer blocks 1154, a fifth inflatable buffer block 1155, a sixth inflatable buffer block 1156, a seventh inflatable buffer block 1157, an eighth inflatable buffer block 1158, a ninth inflatable buffer block 1159, and a tenth inflatable buffer block Buffer block 1150 and an eleventh inflatable buffer block 11501 eleven of the inflatable buffer blocks can be bent along ten heat-sealing lines to form the installation cavity 120 between the inflatable buffer blocks, For installing the tablet electronic product 1200.
- the part of the inflatable buffer body 110 between the first bending heat sealing line 1131 and the first end 111 is the first inflatable buffer block 1151, which is located in the first bending heat
- the part between the sealing line 1131 and the second bending heat sealing line 1132 is the second inflatable buffer block 1152, which is located between the second bending line 1132 and the third bending heat sealing line 1133
- the part is the third inflatable buffer block 1153
- the part between the third bending heat-sealing line 1133 and the fourth bending heat-sealing line 1134 is the fourth inflatable buffer block 1154, which is located in the
- the part between the fourth bending heat sealing line 1134 and the fifth bending heat sealing line 1135 is the fifth inflatable buffer block 1155, which is located between the fifth bending heat sealing line 1135 and the sixth bending heat sealing line 1135.
- the part between the folding heat sealing line 1136 is the sixth inflatable buffer block 1156, and the part between the sixth folding heat sealing line 1136 and the seventh folding heat sealing line 1137 is the seventh
- the inflatable buffer block 1157, the part between the seventh bending heat sealing line 1137 and the eighth bending heat sealing line 1138 is the eighth inflatable buffer block 1158, located at the eighth bending heat sealing line
- the part between the line 1138 and the ninth bending heat sealing line 1139 is the ninth inflatable buffer block 1159, which is located between the ninth bending heat sealing line 1139 and the tenth bending heat sealing line 1130
- the part between is the tenth inflatable buffer block 1150, and the part between the tenth bending heat sealing line 1130 and the second end 112 is the eleventh inflatable buffer block 11501.
- the inflatable buffer body 110 can first be separated between the fourth bending heat sealing line 1134 and the first end 111 along the fourth bending heat sealing line 1134. Partly bend toward one side of the inflatable buffer body 110, and then along the third bending heat sealing line 1133, the part between the third bending heat sealing line 1133 and the first end 111 Bent so that the third inflatable buffer block 1153 and the fifth inflatable buffer block 1155 are arranged opposite to each other, and the installation is formed between the third inflatable buffer block 1153 and the fifth inflatable buffer block 1155 Part of cavity 120.
- the inflatable buffer body 110 further includes an upper side wall 141, a lower side wall 142, a first front side wall 1431, a second front side wall 1432, and a rear side wall 144.
- the upper side wall 141 , The lower side wall 142, the first front side wall 1431, the second front side wall 1432, and the rear side wall 144 surround the mounting cavity 120.
- both ends of the upper side wall 141 are connected to the first front side wall 1431 and the rear side wall 144 respectively, and the first front side wall 1431 and the rear side wall 144 are disposed oppositely.
- Two ends of the lower side wall 142 are respectively connected to the second front side wall 1432 and the rear side wall 144, and the second front side wall 1432 and the rear side wall 144 are disposed oppositely.
- the third inflatable buffer block 1153 is the first front side wall 1431
- the eleventh inflatable buffer block 11501 is the second front side wall 1432
- the first Four inflatable buffer blocks 1154 are the upper side wall 141
- the sixth inflatable buffer block 1156 and the tenth inflatable buffer block 1150 form the lower side wall 142
- the fifth inflatable buffer block 1155 forms the rear The side wall 144.
- the flat-panel electronic product inflatable cushion packaging device 1100 further includes a set of three-dimensional plastic sealing lines 114, and the three-dimensional plastic sealing lines 114 are heat-sealed to form the inflatable cushion 110, so that the inflatable cushion 110 is inflated. After that, it can maintain a predetermined volume and can be packaged on the outside of the tablet electronic product 1200 to provide buffer protection for the tablet electronic product 1200 during transportation.
- the three-dimensional molding line 114 includes a first three-dimensional molding line 1141, a second three-dimensional molding line 1142, and a third three-dimensional molding line 1143.
- the first three-dimensional molding line 1141 is formed by heat sealing on the first three-dimensional molding line 1141.
- the side edges are heat-sealed and formed on the same side edge of the fifth inflatable buffer block 1155.
- the first inflatable buffer block 1151 needs to be bent, so that the first inflatable buffer block 1151 and the first Three inflatable buffer blocks 1153 and the fifth inflatable buffer block 1155 are superimposed, and the same side edges of the first inflatable buffer block 1151, the third inflatable buffer block 1153 and the fifth inflatable buffer block 1155 are overlapped Together.
- the second three-dimensional plastic sealing line 1142 is formed by heat sealing on the same side edges of the eleventh inflatable buffer block 11501 and the fifth inflatable buffer block 1155, so as to be used to connect the edges of the eleventh inflatable buffer block 11501 Heat-sealed to the edge of the fifth inflatable buffer block 1155, wherein the first three-dimensional plastic sealing line 1141 and the second three-dimensional plastic sealing line 1142 are respectively located on the same side of the fifth inflatable buffer block 1155.
- the third three-dimensional plastic sealing line 1143 heat-seals and connects the sixth bending heat sealing line 1136 and the ninth bending heat sealing line 1139, so that the seventh inflatable buffer block 1157 and the first The eight inflatable buffer blocks 1158 and the ninth inflatable buffer block 1159 form a reinforced buffer body.
- the installation cavity 120 has a first opening 121 and a second opening 122, and the first opening 121 is formed at the fifth inflatable buffer block 1155 away from the first three-dimensional plastic molding line 1141 And one end of the second three-dimensional plastic sealing line 1142, the second opening 122 is formed between the second end 112 of the inflatable buffer body 110 and the second inflatable buffer block 1152.
- One end of the tablet electronic product 1200 is adapted to be installed in the installation cavity 120 from the first opening 121 so that the inflatable buffer body 110 provides buffer protection for the tablet electronic product 1200.
- the second end 112 of the inflatable buffer body 112 can also be heat-sealed and connected to the first bending heat sealing line 1131 or the second bending heat sealing line 1131.
- the sealing line 1132 that is, the installation cavity 120 only has the first opening 121, so that when the tablet electronic product 1200 is installed in the installation cavity 120, the fifth inflatable buffer block 1155 and The eleventh inflatable buffer block 11501 can provide buffer protection for the flat electronic product 1200 on both sides of the flat electronic product 1200.
- the flat electronic product inflatable cushion packaging device 1100 further has a placement cavity 130 located between the first inflatable cushion block 1151, the second inflatable cushion block 1152, and the third inflatable cushion block 1153
- the first inflatable buffer block 1151, the second inflatable buffer block 1152, and the third inflatable buffer block 1153 surround the placement cavity 130
- the placement cavity 130 and the installation cavity 120 are located on both sides of the third inflatable buffer block 1153 respectively.
- the inflatable cushioning packaging device 1100 further includes a placing cavity side wall 132, the placing cavity side wall 132 is provided on the outer side of the first front side wall 1431, and the placing cavity side wall 132 and The placement cavity 130 is formed between the first front sidewalls 1431.
- one end of the placement cavity side wall 132 is connected to an end of the first front side wall 1431 away from the upper side wall 141, and the other end is connected to the upper side wall toward the first front side wall 1431
- One end of 141 is bent, and the placement cavity 130 is formed between the placement cavity side wall 132 and the outer side of the first front side wall 1431, and the installation cavity 120 and the placement cavity 130 are respectively located in the placement cavity.
- the two sides of the first front side wall 1431 are described.
- the first inflatable buffer block 1151 and the second inflatable buffer block 1152 of the inflatable buffer body 110 form the side wall 132 of the placement cavity.
- the placement cavity 130 is suitable for placing the accessory 1201 of the tablet electronic product 1200, such as an installation accessory.
- the accessory 1201 of the tablet electronic product 1200 can be placed in the placing cavity 130, so that the tablet can be transported during transportation.
- the accessories of the electronic product 1200 are separated from the tablet electronic product 1200 to prevent the tablet electronic product 1200 from colliding with the accessories of the tablet electronic product 1200 during transportation, which may cause damage to the tablet electronic product 1200. On the other hand, it can also prevent the accessories of the tablet electronic product 1200 from being lost during transportation.
- the first bending heat sealing line 1131 is a continuous heat sealing line, and the length of the first bending heat sealing line 1131 is smaller than the width of the inflatable buffer body 110. That is, in this preferred embodiment, the inflatable buffer body 110 has eight air columns in the width direction, and the length of the first bending heat sealing line 1131 is adapted to the width of the middle six air columns.
- the first bending heat-sealing line 1131 is heat-sealed and formed between the edges of the six air pillars in the middle, that is, the two air pillars located on the outermost side of the first inflatable buffer block 1151 can be
- the two outermost air columns of the second inflatable buffer block 1132 are connected, and the six air columns in the middle of the first inflatable buffer block 1151 cannot be connected with the six air columns in the middle of the second inflatable buffer block 1132 That is to say, after the inflatable buffer body 110 is inflated, the six air columns located in the middle of the first inflatable buffer block 1151 cannot be filled with gas.
- the two air columns on the side can be filled with gas, thereby increasing the volume of the placing cavity 130 and reducing the thickness of the end of the inflatable buffer body 110 close to the first end 111 after inflating, facilitating the inflation
- the buffer body 110 is placed in the transport box.
- the inflatable buffer body 110 further includes a heat-resistant sealing line 146 formed by heat sealing on the side wall 132 of the placing cavity, and the heat-resistant sealing line 146 is formed along the The width direction of the air column of the side wall 132 of the placing cavity is heat-sealed on the side wall 132 of the placing cavity, and the insulation sealing line 146 is used to block the distance between the insulation sealing line 146 and the side wall 132 of the placing cavity
- the air column between the ends of the first front side wall 1431 communicates with the air column of the first front side wall 1431.
- the heat-blocking and heat-sealing line 146 is the first first bending heat-sealing line 1131.
- the inflatable buffer body 110 further includes a reinforced buffer body 116 located outside the sixth inflatable buffer block 1156 and the tenth inflatable buffer block 1150,
- the reinforced buffer body 116 is used to strengthen the buffer function of the flat electronic product 1200 placed in the mounting cavity 120, so as to provide better buffer protection for the flat electronic product 1200 during transportation.
- the seventh inflatable buffer block 1157, the eighth inflatable buffer block 1158, and the ninth inflatable buffer block 1159 of the inflatable buffer body 110 surround the reinforced buffer body 116.
- one end of the reinforced cushion body 116 of the inflatable cushion body 110 faces the bottom of the transport box, and one end of the storage cavity 130 is formed with an opening facing the transport box.
- the part is provided to facilitate the placement of accessories of the flat electronic product 1200 while providing better buffer protection for the bottom of the flat electronic product 1200.
- the reinforced buffer body 116 is provided on the outer side of the lower side wall 142 to improve the buffer effect of the lower side wall 142, and is suitable for being placed in the installation cavity
- the tablet electronic product of 120 provides more adequate buffer protection.
- the air column size of the inflatable buffer body 110 and the height of the reinforced buffer body 16 can be implemented in different sizes, that is, The inflatable buffer body 110 can be implemented in different specifications to provide better buffer protection for the packaged articles.
- Table 1 shows the corresponding relationship between the air column size and buffer distance of the inflatable buffer body 110 and the weight of the packaged article and the corresponding drop height, wherein the buffer distance refers to the
- the height of the reinforced buffer body 116 is the vertical distance between the third three-dimensional plastic sealing line 1143 and the eighth inflatable buffer block 1158.
- the data of the weight of the packaged product and the data of the drop height and the corresponding relationship are selected from the ISTA 1A series of non-simulated overall performance test standards.
- the buffer distance of the reinforced buffer body 116 ranges from 15 to 250 mm, and the air column size of the inflatable buffer body 110 is 20 to 60 mm.
- the buffer distance of the reinforced buffer body 116 is 15 to 80 mm, and the air column size of the inflatable buffer body 110 is 20 to 40 mm, it is suitable for packaging 0 to 10 kg of articles.
- the buffer distance of the reinforced buffer body 116 is 20 to 100 mm, and the air column size of the inflatable buffer body 110 is 30 to 60 mm, it is suitable for packaging 10 to 19 kg of articles.
- the buffer distance of the reinforced buffer body 116 is in the range of 30 to 150 mm, and the air column size of the inflatable buffer body 110 is 40 to 60 mm, it is suitable for packaging 19 to 28 kg of articles.
- the buffer distance of the reinforced buffer body 116 is 30 to 200 mm, and the air column size of the inflatable buffer body 110 is 40 to 60 mm, it is suitable for packaging 28 to 45 kg of articles.
- the buffer distance of the reinforced buffer body 116 is in the range of 30 to 250 mm and the air column size of the inflatable buffer body 110 is 40 to 60 mm, it is suitable for packaging 45 to 68 kilograms of goods.
- the gas-filled buffer body 110 further includes a first gas storage chamber film 161 and a second gas storage chamber film 162, and has a film formed on the first gas storage chamber film 161 and the In a gas storage chamber 1610 between the second gas storage chamber membranes 162, the gas storage chamber 1610 is suitable for being filled with gas.
- the inflatable buffer body 110 Before the gas storage chamber 1610 is filled with gas, the first gas storage chamber film 161 and the second gas storage chamber film 162 are attached to each other, and the inflatable buffer body 110 is in a flat state, which is convenient for For the storage and carrying of the flat electronic product inflatable cushion packaging device 1100, after the gas storage chamber 1610 is filled with gas, the first gas storage chamber membrane 161 and the second gas storage chamber membrane 162 are separated from each other, And by virtue of the gas stored in the gas storage chamber 1610, the inflatable buffer body 110 has a buffer protection function.
- the inflatable buffer body 10 further includes a set of spaced heat-sealing lines 163 which are heat-sealed to form the first gas storage chamber membrane 161 and the second gas of the inflatable buffer body 110
- the storage chamber film 162, and the interval heat seal line 163 partitions the gas storage chamber 1610 into a plurality of sub gas storage chambers 16100.
- the inflatable buffer body 110 further has a communication channel 1620.
- the communication channel 1620 communicates with each of the sub-gas storage chambers 16100 of the gas storage chamber 1610, and can connect to the gas storage chamber 1610 through the communication channel 1620.
- Each of the sub-gas storage chambers 16100 is filled with gas.
- the communication channel 1620 has an opening 16201 through which gas can be filled into the communication channel 1620.
- the inflatable buffer body 10 further includes a set of one-way inflatable valves 64, which are arranged between the first gas storage chamber membrane 61 and the second gas storage chamber membrane 62, and The one-way inflation valve 64 communicates the communication channel 620 and each of the sub-gas storage chambers 6100 of the gas storage chamber 610. Through the one-way inflation valve 64, the gas in the communication channel 620 can enter all the gas storage chambers. In each of the sub-gas storage chambers 16100 of the gas storage chamber 1610.
- each one-way gas filling valve 164 corresponds to one of the sub gas storage chambers 16100, and is used to fill the sub gas storage chambers 16100 with gas.
- the one-way inflation valve 164 further includes a first valve film 1641 and a second valve film 1642.
- the first valve film 1641 and the second valve film 1642 are superimposed on each other and arranged in the first gas storage. Between the chamber membrane 161 and the second gas storage chamber membrane 162.
- the one-way inflation valve 164 further has a valve passage 1643 formed between the first valve membrane 1641 and the second valve membrane 1642, and the valve passage 1643 communicates the communication passage 1620 and the sub gas In the storage chamber 16100, the gas in the communication channel 1620 can enter the sub-gas storage chamber 16100 through the valve channel 1643.
- the one-way inflation valve 163 further includes a heat-resistant section 1644.
- the heat-resistant section 1644 is provided between the first valve film 1641 and the second valve film 1642.
- the width of the heat-resistant section is equal to The width of the valve passage 1642 is adapted, and the heat-resistant joint 1644 is used to prevent the first valve film 1641 and the second valve film 1642 from being heat-sealed and connected together during the heat-sealing process.
- the inflatable buffer body 110 further includes a set of heat-sealing points 165 for heat-sealing the ends of the first valve film 1641 and the second valve film 1642 away from the communication channel 1620 to form On the first gas storage chamber membrane 161 or the second gas storage chamber membrane 162.
- the end of the first valve film 1641 and the second valve film 1642 away from the communication channel 1620 extends into the sub gas storage chamber 16100.
- the gas in the communication channel 1620 can enter the sub gas storage chamber 16100 through the valve channel 1643.
- the one-way inflation valve 164 further includes a non-return membrane 1644.
- the non-return membrane 1644 is provided between the first valve membrane 1641 and the second valve membrane 1642.
- the upper end of the non-return film 1644 is heat-sealed and connected to the upper end of the second valve film 1642, and the lower end of the non-return film 1644 is located at the lower end of the first valve film 1641 and the second valve.
- Between the lower ends of the membrane 1642, and the length of the non-return membrane 1644 is smaller than the length of the first valve membrane 1641 and the second valve membrane 1642.
- the valve passage 1643 is formed between the first valve membrane 1641 and the non-return membrane 1644.
- the gas in the communication channel 1620 can enter the gas storage chamber 1610 through the valve channel 1643.
- the gas content in the gas storage chamber 1610 reaches a certain level, under the action of the gas pressure in the gas storage chamber 1610, the first valve membrane 1641, the second valve membrane 1642, and the The lower ends of the non-return membrane 1644 are tightly pressed against the first gas storage chamber membrane 161, thereby closing the valve passage 1643 formed between the first valve membrane 1641 and the non-return membrane 1644 , To prevent the gas in the gas storage chamber 1610 from leaking.
- the one-way inflation valve 164 further includes a reinforcing membrane 1645.
- the reinforcing film 1645 is provided between the second valve film 1642 and the second gas storage chamber film 162, and the upper end of the reinforcing film 1645 is heat-sealed and connected to the second valve film 1642 Between the upper end and the second gas storage chamber membrane 162, the lower end of the reinforcing membrane 1645 is movably located between the lower end of the second valve membrane 1642 and the second gas storage chamber membrane 162.
- FIG. 8D it shows a fourth modified embodiment of the one-way inflation valve provided by the present invention.
- the first valve membrane 1641 of the one-way inflation valve 164 and the The upper end of the second valve membrane 1642 extends upward to the outside of the first gas storage chamber membrane 161 and the second gas storage chamber membrane 162.
- the upper peripheral heat-sealing line 130511 of the peripheral heat-sealing line 13051 heat-seals and connects the upper end of the first valve film 1641 and the upper end of the second valve film 1642, and the communication channel 1620 is formed in Between the upper end of the first valve membrane 1641 and the upper end of the second valve membrane 1642.
- the upper end of the first valve membrane 1641 and the upper end of the second valve membrane 1642 are extended to the first gas storage chamber membrane 161 and the second gas storage chamber membrane 162
- the communication channel 1620 is formed between the upper end of the first valve membrane 1641 and the upper end of the second valve membrane 1642, which can prevent the first valve membrane 1641 from being inflated during the inflation process.
- the upper end of the second valve membrane 1642 is folded and blocks the valve passage 1643.
- the inflatable buffer body 110 may also not have the one-way inflatable valve 164 to heat-seal the membrane of the first gas storage chamber.
- the gas storage chamber 1610 between the first gas storage chamber film 161 and the second gas storage chamber film 162 is filled with gas.
- the second bending heat sealing line 1132, the third bending heat sealing line 1133, the fourth bending heat sealing line 1134, the fifth bending heat sealing line 1135, and the Six bending heat sealing line 1136, the seventh bending heat sealing line 1137, the eighth bending heat sealing line 1138, the ninth bending heat sealing line 1139, and the tenth bending heat sealing line 1130 are all discontinuous heat-sealing lines, which are composed of a series of sub heat-sealing lines 11301 spaced a certain distance apart.
- the sub-interval heat sealing line 11301 is heat-sealed and formed at the middle position of the sub gas storage chamber 16100, and the length of the sub heat sealing line 11301 is smaller than the width of the sub gas storage chamber 16100, that is, Say, the second bending heat sealing line 1132, the third bending heat sealing line 1133, the fourth bending heat sealing line 1134, the fifth bending heat sealing line 1135, and the sixth bending heat sealing line 1134 Bending heat sealing line 1136, the seventh bending heat sealing line 1137, the eighth bending heat sealing line 1138, the ninth bending heat sealing line 1139, and the tenth bending heat sealing line 1130
- the circulation of gas in the sub-gas storage chamber 16100 is not affected.
- the first three-dimensional molding line 1141, the second three-dimensional molding line 1142, and the third three-dimensional molding line 1143 are all continuous heat sealing lines.
- the first three-dimensional molding line 1141, the second three-dimensional molding line 1142, and the third three-dimensional molding line 1143 can also be composed of a series of the sub-heat sealing lines 11301 Those skilled in the art should understand that the first three-dimensional plastic sealing line 1141, the second three-dimensional plastic sealing line 1142, and the third three-dimensional plastic sealing line 1141
- the type of line 1143 should not constitute a limitation to the present invention.
- the flat-panel electronic product inflatable cushion packaging device 1100 includes a The inflatable buffer body 110A, and a mounting cavity 120A formed in the inflatable buffer body 110, the mounting cavity 120A is suitable for placing a tablet electronic product 1200A, and the inflatable buffer body 110A is suitable for being placed in the The flat electronic product 1200A in the mounting cavity 120A provides buffer protection to prevent the flat electronic product 1200A from being damaged during transportation.
- the inflatable buffer body 110A further includes a set of bending heat-sealing lines 113A and a set of three-dimensional plastic sealing wires 114A.
- the inflatable buffer body 110A is adapted to be bent along the bending heat-sealing lines 113A, so The three-dimensional plastic sealing line 114A is used to maintain the three-dimensional shape of the inflatable buffer body 110A, so that the inflatable buffer body 110A surrounds and forms the installation cavity 120A.
- the bending heat sealing line 113A further includes a second bending heat sealing line 1132A, a third bending heat sealing line 1133A, a fourth bending heat sealing line 1134A, a Fifth bending heat sealing line 1135A, a tenth bending heat sealing line 1130A, and an eleventh bending heat sealing line 11302A, the second bending heat sealing line 1132A, the third bending heat sealing line 1133A, the fourth bending heat sealing line 1134A, the fifth bending heat sealing line 1135A, the tenth bending heat sealing line 1130A, and the eleventh bending heat sealing line 11302A inflates the
- the buffer body 110A is divided into a cavity side wall 132A, a first front side wall 1431A, an upper side wall 141A, a rear side wall 144A, a lower side wall 142A, a second front side wall 1432A, and a suspension support body 145A .
- the portion outside the second bending heat sealing line 1132A of the inflatable buffer body 110A forms the placing cavity side wall 132A, the second bending heat sealing line 1132A and the third bending heat sealing line 1133A
- the part between the first front side wall 1431A, the part between the third bending heat-sealing line 1133A and the fourth bending heat-sealing line 1134A form the upper side wall 141A
- the first The portion between the four-bending heat-sealing line 1134A and the fifth bending heat-sealing line 1135A forms the rear side wall 144A
- the portion between 1130A forms the lower side wall 142A
- the portion between the tenth bending heat-sealing line 1130A and the eleventh bending heat-sealing line 11302A forms the second front side wall 1432A, so
- the side wall 132A of the placement cavity, the first front side wall 1431A and the upper side wall 141A can be bent along the fourth bending heat sealing line 1134A to the side of the rear side wall 144A.
- the first front side wall 1431A is bent along the third bending heat sealing line 1133A, and the first front side wall 1431A and the rear side wall 144A correspond to each other.
- a part of the mounting cavity 120A is formed between the side wall 1431A and the rear side wall 144A.
- the lower side wall 142A, the second front side wall 1432A, and the suspension support body 145A are bent to one side of the rear side wall 144A along the fifth bending heat sealing line 1135A, and The upper side wall 141A and the lower side wall 142A are bent to the same side of the rear side wall 144A, and the second front side wall 1432A is bent along the tenth bending heat sealing line 1130A,
- the second front side wall 1432A and the rear side wall 144A correspond to each other, and a part of the mounting cavity 120A is formed between the second front side wall 1432A and the rear side wall 144A.
- the first front side wall 1431A, the upper side wall 141A, the rear side wall 144A, the lower side wall 142A, and the second front side wall 1432A surround the mounting cavity 120A. .
- the inflatable buffer body 110A further has a placement cavity 130A formed between the placement cavity side wall 132A and the first front side wall 1431A, the placement cavity 30A and the The mounting cavities 120A are respectively located on both sides of the first front side wall 1431A, and the placing cavities 130A are used to place the accessory 1201A of the tablet electronic product 1200A.
- the three-dimensional molding line 114A further includes a first three-dimensional molding line 1141A and a second three-dimensional molding line 1142A.
- the first three-dimensional molding line 1141A is formed by heat sealing on the side wall 132A of the placing cavity and the first front surface.
- the first three-dimensional plastic molding line 1141A aligns one side of the placing cavity side wall 132A, the first front side wall 1431A and the rear side wall 144A. Heat seal connection.
- the second three-dimensional molding line 1142A is formed by heat sealing on the same side of the rear side wall 144A and the second front side wall 1432A.
- the second three-dimensional molding line 1142A connects the rear side wall 144A and the One side of the second front side wall 1432A is heat-sealed and connected, and the first three-dimensional molding line 1141A and the second three-dimensional molding line 1142A are respectively heat-sealed to the same side of the rear side wall 144A.
- one end of the suspension support body 145A is connected to an end of the second front side wall 1432A away from the lower side wall 142A, and the other end of the suspension support body 145A is connected to the rear side wall 144A The side opposite to the second front side wall 1432A.
- the three-dimensional molding line 114A further includes a third three-dimensional molding line 1143A, and the third three-dimensional molding line 1143A heat-seals the end of the suspension support 145A away from the second front side wall 1432A to the The side of the rear side wall 144A opposite to the second front side wall 1432A.
- the mounting cavity 120A is formed between the first front side wall 1431A, the upper side wall 141A, the rear side wall 144A, and the suspension support 145A.
- the first front side wall 1431A, the The upper side wall 141A, the rear side wall 144A and the suspension support 145A surround the mounting cavity 120A.
- the third three-dimensional plastic sealing line 1143A consists of a series of mutually spaced sub-heat Sealing line composition, so that when the end of the suspension support 145A away from the second front side wall 1432A is heat-sealed and connected to the rear side wall 144A, it does not affect the sub gas storage chamber located in the rear side wall 144A The flow of gas.
- the sub-heat-sealing line of the third three-dimensional plastic sealing line 1143A is heat-sealed along the interval heat-sealing line located on the rear side wall 144A, so that the suspension support 145A is away from the second front
- the gas flow in the rear side wall 144A is not affected.
- the three-dimensional molding line 114A further includes a fourth three-dimensional molding line 1144A, and the fourth three-dimensional molding line 1144A is formed by heat sealing on a side edge of the side wall 132A of the placing cavity away from the first three-dimensional molding line 1141A, The fourth three-dimensional molding line 1144A heat-seals the side edge of the side wall 132A of the placement cavity away from the first three-dimensional molding line 1141A to the first front side wall 1431A away from the first three-dimensional molding line 1141A Side edge.
- the mounting cavity 120A further has a first opening 121A and a second opening 122A.
- the first opening is formed on the rear side wall 144A away from the first three-dimensional molding line 1141A and the second three-dimensional molding line 1142A
- On one side, one end of the tablet electronic product 1200A is adapted to be installed in the mounting cavity 120A through the first opening 121A.
- the second opening 122A is formed at an end of the first front side wall 1431A away from the upper side wall 141A and an end of the second front side wall 432A away from the lower side wall 142A for enabling the installation
- the cavity 120A communicates with the outside.
- the placement cavity 30A further has an opening 131A formed in the placement cavity side wall 132A and the end of the first front side wall 1431A close to the upper side wall 141A, the flat electronic product 1200A Accessories can be put into the placement cavity 130A from the opening 131A.
- the second bending heat sealing line 1132A and the eleventh bending heat sealing line 11302A are continuous heat sealing lines
- the second bending heat sealing line 1132A and the tenth bending heat sealing line 11302A are respectively continuous heat sealing lines.
- a bending heat sealing line 11302A is adapted to the width of the inflatable buffer body 110. In other words, during the process of inflating the inflatable buffer body 110A, the side wall 132A of the placement cavity and the suspension support body 145A of the inflatable buffer body 110A will not be filled with gas.
- the width of the second bending heat sealing line 1132A can also be slightly smaller than the width of the inflatable buffer body 110A, so that the air on both sides of the side wall 132A of the placing cavity
- the column can be filled with gas, and the gas column located in the middle of the side wall 132A of the placement chamber cannot be filled with gas.
- the inflatable buffer body 110A further includes a heat-resistant sealing line 146A, the heat-resistant sealing line 146A is formed by heat sealing on the side wall 132A of the placing cavity, and the heat-resistant sealing line 146A is formed along the The width direction of the air column of the side wall 132A of the placing cavity is heat-sealed on the side wall 132A of the placing cavity, and the heat-resistant sealing line 146A is used to block the distance between the heat-resistant sealing line 146A and the side wall 132A of the placing cavity
- the air column between the ends of the first front side wall 1431A communicates with the air column of the first front side wall 1431A.
- the heat-blocking and heat-sealing sealing line 146A is the first first bending heat sealing line 1132A.
- the inflatable buffer body 110A further has a buffer cavity 116A formed on the rear side wall 144A, the lower side wall 142A, the second front side wall 1432A and the Between the suspension supports 145A, the buffer cavity 116A and the installation cavity 120A are respectively formed on both sides of the suspension support 145A. That is, after the inflatable buffer body 110A is inflated, there is a predetermined distance between the suspension support body 145A and the lower side wall 142A.
- the end of the flat electronic product 1200A is in contact with the suspension support 145A, and the flat electronic product 1200A The bottom is separated from the lower side wall 142A, and the end of the flat electronic product 1200A is suspended, so as to provide better buffer protection for the flat electronic product 1200A.
- the inflatable buffer body 110A further has a side buffer body 117A, the side buffer body 117A is formed on the side of the inflatable buffer body 110A away from the first opening 121A of the installation cavity 120A, and the side buffer body 117A is used to provide buffer protection to the flat electronic product 1200A on the side.
- the air column forms the side buffer body 117A.
- the side buffer 117A can be on one side of the flat electronic product 1200A Buffer protection is provided between it and the transport box.
- the flat electronic product cushion packaging device includes an inflatable cushion 110B , And having an installation cavity 120B, the inflatable buffer body 110B is adapted to be bent along a preset position to form the installation cavity 120B, and at least a part of the article to be packaged is adapted to be installed in the installation cavity 120B,
- the inflatable buffer body 110B can provide buffer protection for the article to be packaged.
- one end of the inflatable buffer body 110B is bent toward one side of the inflatable buffer body 110B to form the installation cavity 120B.
- the inflatable buffer body 110B further includes a set of bending heat sealing lines 113B and a set of three-dimensional plastic sealing lines 114B, and the inflatable buffer body 110B is adapted to be bent along the bending heat sealing lines 113B to
- the installation cavity 120B is formed around, and the three-dimensional plastic sealing line 114B is used for three-dimensional plastic sealing of the inflatable buffer body 110B, so that the inflatable buffer body 110B can have a three-dimensional shape after being inflated.
- the inflatable buffer body 110B further includes an upper side wall 141B, a first front side wall 1431B, and a rear side wall 144B.
- the first front side wall 1431B and the upper The side wall 141B is bent on one side of the rear side wall 144B, the upper side wall 141B is connected between the first front side wall 1431B and the rear side wall 144B, and the upper side wall 141B One end is connected to the first front side wall 1431B, and the other end is connected to the rear side wall 144B.
- the upper side wall 141B, the first front side wall 1431B and the rear side wall 144B surround the Installation cavity 120B.
- the first front side wall 1431B and the rear side wall 144B are disposed opposite to each other, and the installation cavity 120B is located between the first front side wall 1431B and the rear side wall 144B.
- the length of the first front side wall 1431B is smaller than the length of the rear side wall 144B.
- the length of the first front side wall 144B can also be adapted to the length of the rear side wall 144B.
- the first front side The length of the wall 1431B and the rear side wall 144B should not constitute a limitation to the present invention.
- FIG. 16 of the specification shows a schematic structural diagram of a planar expansion state of a modified embodiment of the flat electronic product cushioning packaging device provided by the preferred embodiment, and the bending heat sealing line 113B is formed by heat sealing
- the inflatable buffer body 110B is divided into the upper side wall 141B, the first front side wall 1431B, and the rear side wall 144B.
- the bending heat sealing line 113B further includes a second bending heat sealing line 1132B and a third bending heat sealing line 1133B, the second bending heat sealing line 1132B and the third bending heat sealing line 1133B is heat-sealed and formed on the inflatable cushion 110B at a certain distance from each other.
- the portion of the inflatable buffer body 110B located outside the second bending heat sealing line 1132B forms the first front side wall 1431B, which is located at the second bending heat sealing line 1132B and the third bending heat sealing line 1132B
- the part between the lines 1133B forms the upper side wall 141B, and the part outside the third bending heat sealing line 1133B forms the rear side wall 144B.
- the inflatable buffer body 110B is adapted to be bent along the second bending heat sealing line 1132B and the third bending heat sealing line 1133B.
- the inflatable buffer body 110B further has a placement cavity 130B formed on the outside of the first front side wall 1431B, in other words, the placement cavity 130B and the installation cavity 120B are respectively Located on both sides of the first front side wall 1431B.
- the placing cavity 130B is suitable for placing parts and accessories of the articles to be packaged, so as to facilitate the transportation of the articles to be packaged.
- the inflatable buffer body 110B further includes a placing cavity side wall 131B, one end of the placing cavity side wall 131B is connected to an end of the first front side wall 1431B away from the upper side wall 141B, and the placing The other end of the cavity side wall 131B is bent toward the side of the first front side wall 1431B close to the upper side wall 141B, so as to be provided between the first front side wall 1431B and the placement cavity side wall 131B
- the placement cavity 130B is formed.
- the bending heat sealing line 113B further includes a first bending heat sealing line 1131B, and the first bending heat sealing line 1131B heat-seals one end of the side wall 131B of the placing cavity to the first front side One end of the wall 1431B away from the upper side wall 141B.
- the side wall 131B of the placement cavity and the inflatable buffer body 110B are independent of each other, and are heat-sealed and connected by the first bending heat-sealing line 1131B.
- the first front side wall 1431B and the placement cavity side wall 131B can also be integrally formed. Those skilled in the art should understand Yes, as long as the objective of the present invention can be achieved, the specific connection manner between the placement cavity side wall 131B and the first front side wall 1431B should not constitute a limitation to the present invention.
- the three-dimensional molding line 114B further includes two side molding lines 1141B.
- the two side molding lines 1141B are respectively formed by heat sealing on both sides of the placing cavity side wall 131B.
- the side wall 131B of the placing cavity is heat-sealed and connected to the first front side wall 1431B, so that the placing cavity 130B maintains a three-dimensional shape, so that items can be placed in the placing cavity 130B.
- the two side plastic sealing lines 1141B are formed by heat sealing on the side wall 131B of the placing cavity and the side wall 131B of the placing cavity along the extending direction of the first front side wall 1431B and the side wall 131B of the placing cavity.
- Front side wall 1431B is
- the two side plastic molding lines 1141B can also simultaneously connect the placement cavity side wall 131B, the first front side wall 1431B, and The corresponding sides of the rear side wall 144B are heat-sealed and connected together, so that the two sides of the mounting cavity 120B are closed, so as to facilitate the positioning of the articles to be packaged.
- the two side plastic sealing lines 1141B can also maintain a certain distance from the two edges of the side wall 131B of the placement cavity, so that they can be placed on the two sides of the inflatable buffer body 110B. The sides form two side buffers to provide buffer protection on the side of the articles to be packaged.
- the placement cavity 130B further has a placement cavity opening 1310B, the placement cavity opening 1310B is formed at an end of the placement cavity side wall 131B close to the upper side wall 141B, and the placement cavity opening 1310B is connected to the placement cavity 130B is in communication, and through the placing cavity opening 1310B, it is suitable for placing the parts to be packaged into the placing cavity 130B.
- the three-dimensional molding line 114B further includes a middle molding line 1142B, the middle molding line 1142B is formed by heat sealing between the two side molding lines 1141B, the middle molding line 1142B is used to
- the placing cavity side wall 131B and the first front side wall 1431B are heat-sealed and connected together, and the placing cavity 130B is divided into two small placing cavities 130B on the left and the right.
- the number of the intermediate molding lines 1142B can be implemented as multiple, so as to divide the placement cavity 130B into multiple small placements.
- the number of the intermediate molding lines 1142B should not constitute a limitation to the present invention.
- the inflatable buffer body 110B further includes a suspension support body 145B.
- the suspension support body 145B is arranged between the first front side wall 1431B and the rear side wall 131B.
- the suspension support body 145B One end is heat-sealed and connected to the first front side wall 1431B, and the other end is heat-sealed and connected to the rear side wall 131B.
- the suspension support 145B is used to provide a suspension support for the item to be packaged, and prevent the item to be packaged from contacting the upper side wall 141B for Achieve better buffer protection effect.
- the suspension support 145B is a gas buffer sheet, and two ends are respectively formed by heat sealing on the first front side wall 1431B and the placement cavity side wall 131B.
- the three-dimensional plastic sealing wire 114B further includes two connecting heat-sealing wires 1143B, and the two connecting heat-sealing wires 1143B are used to heat-seal the two ends of the suspension support 145B to the first front side wall, respectively 1431B and the side wall 131B of the placement cavity.
- the two connecting heat-sealing lines 1143B are respectively discontinuous heat-sealing lines, including a plurality of mutually spaced heat-sealing points, and the plurality of mutually-spaced heat-sealing points are respectively correspondingly heat-sealed and connected to the first front
- the heat sealing line between the air columns of the side wall 1431B and the rear side wall 144B does not affect the flow of gas between the air columns of the first front side wall 1431B and the rear side wall 144B.
- a plurality of mutually spaced heat-sealing points of the two heat-sealing lines 1143B can also be heat-sealed and formed on the first front side.
- both ends of the suspension support 145B are heat sealed
- the specific connection method formed on the first front side wall 11431B and the rear side wall 144B should not constitute a limitation of the present invention.
- the inflatable buffer body 110B further has a buffer chamber 116B.
- the buffer chamber 116B is located between the suspension support body 145B and the upper side wall 141B, and is used to suspend the packaged articles in order to improve the buffer protection. effect.
- the flat electronic product cushioning packaging device includes two inflatable cushions 110B and two inflatable cushions 10B It is used as a complete set to provide comprehensive cushioning protection for the items to be packaged.
- the rear sidewalls 144B of the two inflatable buffer bodies 110B can be arranged on the same side of the articles to be packaged, so as to package articles with a longer length.
- the rear sidewalls 144B of the two inflatable buffer bodies 110B can be arranged on opposite sides of the article to be packaged, so as to provide the tablet electronic product to be packaged.
- the flat electronic product cushion packaging device includes an inflatable cushion
- the body 110C has a mounting cavity 120C
- the inflatable buffer body 110C is adapted to be bent along a preset position to form the mounting cavity 120C, and at least a part of the article to be packaged is adapted to be mounted in the mounting cavity Within 120C, the inflatable buffer body 110C can provide buffer protection for the article to be packaged.
- the inflatable buffer body 110C includes an upper side wall 141C, a lower side wall 142C, a first front side wall 1431C, a second front side wall 1432C, and a rear side wall 144C. Both ends are respectively connected to the first front side wall 1431C and the rear side wall 144C, and both ends of the lower side wall 142C are respectively connected to the second front side wall 1432C and the rear side wall 144C, so The upper side wall 141C, the lower side wall 142C, the first front side wall 1431C, the second front side wall 1432C, and the rear side wall 144C surround the mounting cavity 120C.
- first front side wall 1431C and the second front side wall 1432C are respectively located on one side of the rear side wall 144C, and the first front side wall 1431C and the second front side There is a certain distance between the walls 1432C. That is, there is a certain distance between the end of the first front side wall 1431C away from the upper side wall 141C and the end of the second front side wall 1432C away from the lower side wall 142C, so as to facilitate packaging. Articles are put into the installation cavity 120C, while saving gas buffer materials.
- the inflatable buffer body 110C further includes a placement cavity side wall 132C.
- the placement cavity side wall 132C is disposed on the outer side of the first front side wall 1431C, that is, the placement cavity side wall 132C is disposed at A side of the first front side wall 1431C facing away from the installation cavity 120.
- the inflatable buffer body 110C further has a placing cavity 130C formed between the placing cavity side wall 132C and the first front side wall 1431C, for placing accessories of articles to be packaged.
- the placement cavity 130C and the installation cavity 120C are respectively located on the front and rear sides of the first front side wall 1431C.
- the inflatable cushion 110C further includes a reinforced cushion 116C.
- the reinforced cushion 116C is disposed under the lower side wall 142C, that is, the reinforced cushion 116C is disposed on the lower side wall.
- the side of 142C away from the installation cavity 120C is used for the purpose of providing reinforced support for the articles placed in the installation cavity 120C, and improving the buffer protection effect of the articles to be packaged.
- the reinforced buffer body 110C further includes a seventh gas buffer block 1157C, an eighth gas buffer block 1158C, and a ninth gas buffer block 1159C.
- the seventh gas buffer block 1157C, the The eighth gas buffer block 1158C and the ninth gas buffer block 1159C are connected end to end to form the reinforced buffer body 110C, wherein the seventh gas buffer block 1157C and the ninth gas buffer block 1159C are far away from the eighth gas
- One end of the buffer block 1158C is respectively connected to the lower side wall 142C.
- the seventh gas buffer block 1157C of the reinforced buffer body 110C further includes a seventh upper buffer block 11571C and a seventh gas buffer block 1157C.
- Lower buffer block 11572C one end of the seventh upper buffer block 11571C is connected to the lower side wall 142C, the other end is connected to the seventh lower buffer block 11572C, and the other end of the seventh lower buffer block 11572C is connected to The eighth gas buffer block 1158C.
- the ninth gas buffer block 1159C of the reinforced buffer body 110C further includes a ninth upper buffer block 11591C and a ninth lower buffer block 11592C, one end of the ninth upper buffer block 11591C is connected to the lower side wall 142C, the other end is connected to the ninth lower buffer block 11592C, and the other end of the ninth lower buffer block 11592C is connected to the eighth gas buffer block 1158C. Two ends of the eighth gas buffer block 1158C are respectively connected to the seventh lower buffer block 11572C and the ninth lower buffer block 11592C.
- the seventh lower buffer block 11572C and the ninth lower buffer block 11592C are arranged parallel to each other at both ends of the eighth gas buffer block 1158C.
- the seventh lower buffer block 11572C and the ninth lower buffer block 11592C are respectively perpendicular to the eighth gas buffer block 1158C.
- the seventh upper buffer block 11571C and the ninth upper buffer block 11591C are respectively arranged on the seventh lower buffer block 11572C and the ninth lower buffer block 11592C at a certain angle.
- the eighth gas buffer block 1158C can contact the bottom of the box, and the seventh lower buffer block 11572C and the The ninth lower buffer block 11592C can respectively contact the side wall of the box body, thereby effectively preventing the inflatable buffer body 110C from moving in the box body, and improving the buffer protection effect of the inflatable buffer body 110 on the packaged articles.
- FIG. 20 of the specification shows a structural schematic diagram of the inflatable buffer body 110C provided by the present invention in a planar unfolded state.
- the gas buffer body 110C further includes a set of bending heat sealing lines 113C, and the inflatable buffer body 110C is adapted to be bent along the bending heat sealing lines 113C, so that the inflatable buffer body 110C bends around The mounting cavity 120C is formed.
- the bending heat sealing line 113C further includes a second bending heat sealing line 1132C, a third bending heat sealing line 1133C, a fourth bending heat sealing line 1134C, and a fifth bending heat sealing line 1134C.
- the outer part of the second bending heat sealing line 1132C forms the side wall 132C of the placement cavity, and the part between the second bending heat sealing line 1132C and the third bending heat sealing line 1133C
- the first front side wall 1431C is formed
- the part between the third bending heat sealing line 1133C and the fourth bending heat sealing line 1134C forms the upper side wall 141C
- the fourth bending heat sealing line The part between the sealing line 1134C and the fifth bending heat sealing line 1135C forms the rear side wall 144C
- the fifth bending thermal analysis is based on the difference between 1135C and the sixth bending heat sealing line 1136C
- the part between the sixth bending heat sealing line 1136C and the eleventh bending heat sealing line 11301C forms the seventh upper buffer block 11571C
- the portion between the eleven bending heat sealing line 11301C and the seventh bending heat sealing line 1137C forms the seventh lower buffer block 11572C
- the sixth bending heat sealing line 1136C and the ninth bending 1139C are heat-sealed and connected together, so that the seventh gas buffer block 1157C and the eighth gas buffer block 1158C and the ninth gas buffer block 1159C surround the reinforced buffer body 116C.
- the length of the seventh lower buffer block 11572C of the seventh gas buffer block 1157C is the same as the length of the ninth lower buffer block 1159C of the ninth gas buffer block 1159C.
- the length of the buffer block 11592C is adapted to the length of the seventh upper buffer block 11571C of the seventh gas buffer block 1157C and the length of the ninth upper buffer block 1591C of the ninth gas buffer block 1159C, so that The reinforced buffer body 116C can maintain a state where the left and right sides correspond to each other.
- FIG. 22 of the specification shows a modified embodiment of the flat electronic product cushion packaging device provided by the present invention.
- the seventh upper cushion block 11571C and the ninth upper cushion block 11591C The length is not equal, the left and right sides of the reinforcement 116C are asymmetrical, so that the inflatable cushion 110C provided by the present invention can provide effective cushioning protection for the asymmetric items to be packaged.
- the reinforced buffer body 116C further has a reinforced buffer space 1160C, and the reinforced buffer space 1160C is suitable for placing accessories of items to be packaged for the house to wait.
- the accessories of the packaged items are lost during transportation, which is convenient for the transportation of the items to be packaged.
- the eighth gas buffer block 1158C is connected end to end to form the reinforced buffer space 1160C.
- some traditional cushioning materials such as cushioning foam, can be placed in the reinforced cushioning space 1160C of the reinforced cushioning body 116C to improve the reinforced cushioning. Buffer protection effect of body 16C.
- the reinforced buffer space of the reinforced buffer body 116C 1160C further has a reinforced buffer space opening 11601C.
- the reinforced buffer space opening 11601C is connected to the reinforced buffer space 1160C.
- the reinforced buffer space 1160C can be put into or taken out of the reinforced buffer space 1160C.
- Accessories or traditional cushioning materials for items to facilitate the picking and placement of accessories or traditional cushioning materials for items to be packaged.
- connection between the seventh upper buffer block 11571C and the seventh lower buffer block 11572C is broken, and the seventh lower buffer block 11572C can be connected to the eighth gas buffer block 1158C. Rotation occurs at the place to control the opening and closing of the reinforced buffer space 11601C.
- the inflatable buffer body 110C includes two small pieces of gas buffer body, and the two small pieces of gas buffer body are bent and heat-sealed to form the inflatable buffer body 110C.
- the second front side wall 1432C, the lower side wall 142C, the rear side wall 144C, the upper side wall 141C, the first front side wall 1431C, and the placement cavity side wall 132C constitutes a gas buffer block
- the seventh upper buffer block 11571C, the ninth upper buffer block 11591C, the ninth lower buffer block 11592C, the eighth gas buffer block 1158C, and the seventh lower buffer block 11572C forms another gas buffer block, and two gas buffer blocks are bent and heat sealed to form the inflatable buffer body 110C.
- the second front side wall 1432C, the left side portion of the lower side wall 142C, the ninth upper buffer block 11591C, the ninth lower buffer block 11592C, and the eighth gas buffer The block 1158C and the seventh lower buffer block 11572C form a gas buffer block, the seventh upper buffer block 11571C, the right side portion of the lower side wall 142C, the rear side wall 144C, and the upper side wall 141C ,
- the first front side wall 1431C and the placing cavity side wall 132C form another gas buffer block, and the two gas buffer blocks are bent and heat sealed to form the inflatable buffer body 110C.
- FIG. 27 and 28 of the specification shows another modified embodiment of the flat electronic product cushion packaging device provided by the present invention.
- the eighth gas cushion block 1158C is bent upward , That is, bend to one side of the seventh gas buffer block 1157C and the ninth gas buffer block 1158C to form the open-type reinforced buffer space 1160C below the eighth gas buffer block 1158C, so that For the placement of parts to be packaged or traditional cushioning materials.
- the eighth gas buffer block 1158C further includes two eighth lower buffer blocks 11581C, two eighth side buffer blocks 11582C, and an eighth upper buffer block 11583C, two eighth lower buffer blocks 11581C, and two eighth lower buffer blocks 11581C.
- the eighth side buffer block 11582C and the eighth upper buffer block 11583C are bent around to form the open reinforced buffer space 1160C.
- the bending heat sealing line 113C further includes a thirteenth bending heat sealing line 11303C, a fourteenth bending heat sealing line 11304C, a fifteenth bending heat sealing line 11305C, and a The sixteenth bending heat sealing line 11306C, the thirteenth bending heat sealing line 11303C, the fourteenth bending heat sealing line 11304C, the fifteenth bending heat sealing line 11305C, and the tenth
- the six bending heat-sealing lines 11306C are sequentially heat-sealed and formed between the seventh bending heat-sealing line 1137C and the eighth bending heat-sealing line 1138C.
- the part between the seventh bending heat sealing line 1137C and the thirteenth bending heat sealing line 11303C forms the eighth lower buffer block 11581C, the thirteenth bending heat sealing line 11303C and the The portion between the fourteenth bending heat-sealing line 11304C forms the eighth side buffer block 11582C, and between the fourteenth bending heat-sealing line 11304C and the fifteenth bending heat-sealing line 11305C
- the part between the eighth upper buffer block 11583C is formed, and the part between the fifteenth bending heat sealing line 11305C and the sixteenth bending heat sealing line 11306C forms another eighth side buffer block 11582C
- the part between the sixteenth bending heat-sealing line 11306C and the eighth bending heat-sealing line 1138C forms another eighth lower buffer block 11581C.
- the flat-panel electronic product cushioning packaging device includes an inflatable A buffer body 110D, the inflatable buffer body 110D is adapted to be bent along a preset position to form an installation cavity 120D, and at least a part of the article to be packaged is adapted to be arranged in the installation cavity 120D for packaging Items provide cushioning protection.
- the inflatable buffer body 110D further includes a second front side wall 1432D, a lower side wall 142D, a rear side wall 144D, an upper side wall (not shown in the figure) and a first front side wall (not shown in the figure) Out), the second front side wall 1432D, the lower side wall 142D, the rear side wall 144D, the upper side wall, and the first front side wall surround the mounting cavity 120D.
- the inflatable buffer body 110D further includes a reinforced buffer body 116D, and the reinforced buffer body 116D is configured to improve the buffer protection effect of the inflatable buffer body 110D.
- the difference between this preferred embodiment and the foregoing preferred embodiment lies in the reinforced buffer body 116D.
- the reinforced buffer body 116D further includes two side reinforced buffer bodies 1161D and a lower reinforced buffer body 1162D.
- the two side reinforced buffer bodies 1161D are respectively provided at both ends of the lower reinforced buffer body 1162D.
- the two side reinforcing buffer bodies 1161D are respectively provided on the outer side of the second front side wall 1432D and the rear side wall 144D, that is, the second front side wall 1432D and the rear side wall 144D are away from the One side of the installation cavity 120D is used to provide reinforced buffer protection for the articles to be packaged on the side of the installation cavity 120D.
- the lower reinforced buffer body 1162D is provided under the lower side wall 142D for The lower side of the installation cavity 120D provides enhanced cushioning protection for the items to be packaged.
- the two side reinforcement buffer bodies 1161D and the lower reinforcement buffer body 1162D of the reinforcement buffer body 116D surround a reinforcement buffer space, the second front side wall 1432D and the rear side wall At least a part of 144D is located in the reinforced buffer space, that is, at least a part of the installation cavity 120D is located in the reinforced buffer space, so as to improve the buffer protection effect of the inflatable buffer body 110D.
- one side reinforced buffer body 1161D includes an eleventh gas buffer block 11501D, a twelfth gas buffer block 11502D, and a thirteenth gas buffer block 11503D, and the other side reinforced buffer body 1161D further includes A fourteenth gas buffer block 11504D, a fifteenth gas buffer block 11505D, and a sixteenth gas buffer block 11506D.
- the lower reinforced buffer body 1162D includes a seventh gas buffer block 1157D and an eighth gas buffer block 1158D And a ninth gas buffer block 1159D, wherein both ends of the twelfth gas buffer block 11502D are connected to the tenth gas buffer block 11501D and the thirteenth gas buffer block 11503D, respectively.
- the other end of the buffer block 11503D is connected to one end of the ninth gas buffer block 1159D, and the other end of the tenth gas buffer block 11501D is connected to the eighth gas buffer block 1158D.
- the two ends of the fifteenth gas buffer block 11505D are respectively connected to the fourteenth gas buffer block 11504D and the sixteenth gas buffer block 11506D, and the other end of the sixteenth gas buffer block 11506D is connected to The other end of the seventh gas buffer block 1157D, the fourteenth gas buffer block 11504D is connected to the other end of the eighth gas buffer block 1158D, and the other end of the seventh gas buffer block 1157D is connected to the The other ends of the nine gas buffer blocks 1159D are respectively connected to the lower side wall 142D.
- FIG. 29 of the specification shows a schematic structural diagram of the inflatable cushion 110D provided by the present invention in a plane unfolded state.
- the inflatable cushion 110D further includes a set of bending heat-sealing lines 113D.
- the inflatable cushion 110D is suitable for It is bent along the bending heat sealing line 113D.
- the bending heat sealing line 113D further includes a fifth bending heat sealing line 1135D, a sixth bending heat sealing line 1136D, a thirteenth bending heat sealing line 11303D, and a fourteenth bending heat sealing line 1136D.
- Heat sealing line 11304D a fifteenth bending heat sealing line 11305D, a sixteenth bending heat sealing line 11306D, a seventeenth bending heat sealing line 11307D, a eighteenth bending heat sealing line 11308D, a The nineteenth bending heat sealing line 11309D, a twentieth bending heat sealing line 11310D, a ninth bending heat sealing line 1139D, and a tenth bending heat sealing line 1130D, the fifth bending heat sealing line 1135D, the sixth bending heat sealing line 1136D, the thirteenth bending heat sealing line 11303D, the fourteenth bending heat sealing line 11304D, the fifteenth bending heat sealing line 11305D, the The sixteenth bending heat sealing line 11306D, the seventeenth bending heat sealing line 11307D, the eighteenth bending heat sealing line 11308D, the nineteenth bending heat sealing line 11309D, the first The twenty bending heat-sealing line 11310D, the ninth bending heat-sea
- the portion of the inflatable buffer body 110D located outside the fifth bending heat sealing line 1135D forms at least a part of the rear side wall, and the fifth bending heat sealing line 1135D and the sixth bending
- the part between the heat sealing line 1136D forms a part of the lower side wall 142D
- the part between the sixth bending heat sealing line 1136D and the thirteenth bending heat sealing line 11303D forms the seventh gas A buffer block 1157D
- the part between the thirteenth bending heat sealing line 11303D and the fourth bending heat sealing line 11304D forms the sixteenth gas buffer block 11506D
- the portion between the line 11304D and the fifth bending heat-sealing line 11305D forms the fifteenth gas buffer block 11505D, which is one of the fifth bending heat-sealing line 11305D and the sixth bending heat-sealing line 11306D
- the number of the side buffer body 1161D of the reinforced buffer body 116D is implemented as one for the package to be packaged on one side of the installation cavity 120D Articles provide enhanced buffer protection.
- the number of side buffers 1161D of the reinforced buffer 116D should not constitute a limitation to the present invention.
- the inflatable cushioning packaging device 2100 provided by the present invention is suitable for packaging a flat panel electronic product 2200, such as a TV or a computer monitor. It provides buffer protection for the tablet electronic product 2200 during the transportation of the tablet electronic product 2200 to prevent the tablet electronic product 2200 from being damaged during the transportation.
- the inflatable cushioning packaging device 2100 includes an inflatable cushion 210.
- the inflatable cushion 210 is in a flat state when not inflated, and in a three-dimensional state after inflating, and depends on the inflated gas. It has the function of buffer protection, so as to provide buffer protection for the packaged flat electronic product 2200 during transportation, and prevent the flat electronic product 2200 from being damaged during transportation.
- the inflatable buffer body 210 further has an installation cavity 2110, and one end of the tablet electronic product 2200 is suitable for being installed in the installation cavity 2110 of the inflatable buffer body 210 for the inflatable buffer body 210 to be in place.
- the tablet electronic product 2200 provides buffer protection for the tablet electronic product 2200 during transportation.
- the number of the inflatable buffer bodies 210 included in the inflatable cushioning packaging device 2100 is two, and the two inflatable cushioning packaging devices 2100 are respectively suitable for being packaged on both sides of the tablet electronic product 2200, In order to provide buffer protection for the tablet electronic product 2200 during transportation.
- the two inflatable buffer bodies 210 are respectively suitable for being packaged on the upper and lower sides of the flat electronic product 2200, that is, the lower end of the flat electronic product 2200 is suitable for being installed on a In the installation cavity 2110 of the inflatable buffer body 210, the upper end of the tablet electronic product 2200 is suitable for being installed in the installation cavity 2110 of the other inflatable buffer body 210.
- the inflatable cushion 210 can also be packaged on the left and right sides of the flat electronic product 2200, as long as it can achieve the invention of the present invention. Purpose, the position where the inflatable buffer body 210 is packaged in the tablet electronic product 2200 should not constitute a limitation to the present invention.
- the installation cavity 2110 further has an installation cavity opening 21101, and one end of the tablet electronic product 2200 is adapted to be installed in the installation cavity 2110 through the installation cavity opening 21101.
- the installation cavity openings 21101 of the two inflatable cushioning bodies 210 are opposed to each other and are respectively installed on the tablet electronic product
- the upper and lower sides of the 2200 are used to provide buffer protection for the packaged flat electronic product 2200.
- the inflatable buffer body 210 further includes an inner wall 211 and an outer wall 212, the inner wall 211 surrounds the mounting cavity 2110, and the outer wall 212 surrounds the outer side of the inner wall 211.
- the inner wall 211 and the outer wall 212 can provide double protection to the flat electronic product 2200 placed in the mounting cavity 2110, so as to achieve a better buffer protection effect.
- the inflatable buffer body 210 further has a buffer cavity 2120 formed between the inner wall 211 and the outer wall 212, and the buffer cavity 2120 and the mounting cavity 2110 are respectively located on both sides of the inner wall 211
- the buffer cavity 2120 is located between the inner wall 211 and the outer wall 212, and the buffer cavity 2120 is used to increase the buffer protection effect of the inflatable buffer body 210.
- a traditional buffer material 2300 such as traditional buffer foam, can be placed in the buffer cavity 2120 of the inflatable buffer body 210 to further increase the inflation.
- the cushioning effect of the cushion 210 can be placed in the buffer cavity 2120 of the inflatable buffer body 210 to further increase the inflation.
- the inner wall 211 of the inflatable buffer body 210 further includes a first side wall 2111, a second side wall 2112, and a bottom wall 2113.
- the first side wall 2111, the second side wall 2112 And the bottom wall 2113 surrounds the mounting cavity 2110, the first side wall 2111 and the second side wall 2112 are located on both sides of the mounting cavity 2110, and the bottom wall 2113 is located in the mounting cavity The bottom of 2110.
- the first side wall 2111, the second side wall 2112 and the third side wall 2113 of the inner wall 211 surround a "U"-shaped mounting cavity.
- the outer wall 212 further includes a first top wall 2121, a second top wall 2122, a third side wall 2123, and a fourth side wall 2124.
- One end of the first top wall 2121 is connected to the first side One end of the wall 2111 is away from the bottom wall 2113, the other end of the first top wall 2121 is connected to the third side wall 2123, and one end of the second top wall 2122 is connected to the second side wall 2112 away from One end of the bottom wall 2113 and the other end of the second top wall 2122 are connected to the fourth side wall 2124.
- first side wall 2111, the second side wall 2112, and the bottom wall 2113 forms the mounting cavity 2110, the first side wall 2111, the second side wall 2112, and the The other side of the bottom wall 2113 and the first top wall 2121, the second top wall 2122, the third side wall 2123 and the fourth side wall 2124 surround the buffer cavity 2120.
- the height of the first side wall 2111 is adapted to the height of the second side wall 2112
- the width of the first top wall 2121 is adapted to the width of the second top wall 2122
- the first The length of the third side wall 2123 is adapted to the length of the fourth side wall 2124, and the height of the third side wall 2123 and the fourth side wall 2124 is greater than that of the first side wall 2111 and the second side wall 2124.
- the height of the side wall 2112 that is, the end of the third side wall 2123 away from the first top wall 2121 is located outside the bottom wall 2113, and the fourth side wall 2124 is away from the second top wall
- One end of the 2122 is located outside the bottom wall 2113 for forming a part of the buffer cavity 2120 on the outside of the bottom wall 2113.
- the traditional cushioning material can also be placed between the bottom wall 2113 of the inner wall 211 and the bottom wall of the transport box. 2300 to further increase the cushioning effect of the inflatable cushion 210.
- FIG. 32 of the specification shows a schematic structural diagram of the inflatable buffer body 210 in a plane unfolded state.
- the inflatable buffer body 210 further includes a set of bending heat-sealing lines 213, and the inflatable buffer body 210 can be moved along the The bending heat sealing line is bent to form the installation cavity 2110 and the buffer cavity 2113.
- the bending heat sealing line 213 further includes a first bending heat sealing line 2131, a second bending heat sealing line 2132, a third bending heat sealing line 2133, and a fourth bending heat sealing line 2133.
- Line 2134, a fifth bending heat sealing line 2135, and a sixth bending heat sealing line 2136, the first bending heat sealing line 2131, the second bending heat sealing line 2132, the third The bending heat sealing line 2133, the fourth bending heat sealing line 2134, the fifth bending heat sealing line 2135, and the sixth bending heat sealing line 2136 are sequentially heat-sealed to form the inflatable cushion body 210.
- the inflatable buffer body 210 can be moved along the first bending heat sealing line 2131, the second bending heat sealing line 2132, the third bending heat sealing line 2133, and the fourth bending heat sealing line 2133.
- the folding heat sealing line 2134, the fifth folding heat sealing line 2135, and the sixth folding heat sealing line 2136 are bent to form the installation cavity 2110 and the buffer cavity 2120.
- the portion outside the first bending heat sealing line 2131 of the inflatable buffer body 210 forms the third side wall 2123, the first bending line 2131 and the second bending heat sealing line 2132
- the portion between the first top wall 2121 is formed, the portion between the second bending heat-sealing line 2132 and the third bending heat-sealing line 2133 forms the first side wall 2111, and the The portion between the three-bending heat-sealing line 2133 and the fourth bending heat-sealing line 2134 forms the bottom wall 2113, the fourth bending heat-sealing line 2134 and the fifth bending heat-sealing line 2135
- the part between the second side wall 2112 forms the second side wall 2112
- the part between the fifth bending heat sealing line 2135 and the sixth bending heat sealing line 2136 forms the second top wall 2122
- the first The outer part of the six bending heat sealing lines 2136 forms the fourth side wall 2124.
- the inflatable buffer body 210 further includes a set of three-dimensional plastic sealing lines 214 that are heat-sealed to form the inflatable buffer body 210, and the three-dimensional plastic sealing lines 210 are used to make the inflatable buffer body 210 inflatable. The three-dimensional shape can then be maintained.
- the three-dimensional molding line 214 further includes a first three-dimensional molding line 2141 and a second three-dimensional molding line 2142.
- the first three-dimensional plastic molding line 2141 heat-seals a first end 21111 of the first side wall 2111 to a first end 21121 of the second side wall 2112, wherein the first side wall 2111 The first end 21111 of the corresponding to the first end 21121 of the second side wall 2112.
- the second three-dimensional plastic sealing line 2142 heat-seals a second end 21112 of the first side wall 2111 to a second end 21122 of the second side wall 2112, wherein the first side wall 2111
- the second end 21112 corresponds to the second end 21122 of the second side wall 2112.
- first three-dimensional molding line 2141 and the second three-dimensional molding line 2142 respectively heat-seal and connect the two ends of the first side wall 2111 and the second side wall 2112 corresponding to each other, thereby
- the first side wall 2111, the second side wall 2112, and the third side wall 2113 surround the mounting cavity 2110, and after the inflatable buffer body 210 is inflated, the first side wall 2111, the second side wall 2112 and the bottom wall 2113 can automatically surround the mounting cavity 2110.
- the three-dimensional plastic sealing line 214 further includes a set of a first heat-sealing seam 2143 and a set of a second heat-sealing seam 2144.
- the first heat-sealing seam 2143 heat-seals the first side wall 2111 to the The third side wall 2123
- the second heat-sealing seam 2144 heat-seals the second side wall 2112 to the fourth side wall 2124, so that after the inflatable buffer body 210 is inflated
- the third The side wall 2123 can correspond to the first side wall 2111
- the fourth side wall 2124 can correspond to the second side wall 2112, so that the inflatable buffer body 210 can automatically position itself three-dimensionally after being inflated.
- Shape, and the arrangement of the first heat-sealing seam 2143 and the second heat-sealing seam 2144 enables the position of the third side wall 2123 and the fourth side wall 2124 to be fixed, preventing them from pivoting to both sides Rotate and swing, and make the inflatable buffer body 210 have a standing effect.
- the number of the first heat-sealing seams 2143 is two, and the two first heat-sealing seams 2143 are respectively heat-sealed and formed on the first side wall 2111. Between the first end portion 1111 and the second end portion 21112, and the two first heat sealing seams 2143 are respectively located between the first three-dimensional molding line 2141 and the second three-dimensional molding line 2142.
- the number of the second heat sealing seams 2144 is also two, and the two second heat sealing seams 2144 are respectively located at the first end 21121 and the second end of the second side wall 2112. The two second heat sealing seams 2144 are located between the first three-dimensional plastic sealing line 2141 and the second three-dimensional plastic sealing line 2142 respectively.
- the first three-dimensional molding line 2141 and the second three-dimensional molding line 2142 are respectively stored by the sub gas along the first side wall 2111 and the second side wall 2112
- the distance between the chambers is set in the length direction of the heat-sealing line, so that the first three-dimensional molding line 2141 and the second three-dimensional molding line 2142 connect the first side wall 2111 and the second side wall 2112 While the two ends are heat-sealed and connected together, the gas flow in the sub gas storage chamber of the first side wall 2111 and the second side wall 2112 is not affected.
- the first three-dimensional molding line 2141 and the second three-dimensional molding line 2142 can also be heat-sealed to the first side wall 2111 and the The heat-sealing points or heat-sealing lines of the spaced heat-sealing lines between the sub-gas storage chambers of the second side wall 2112, as long as they can achieve the objective of the present invention, the first three-dimensional plastic sealing line 2141 and the The specific implementation of the second three-dimensional plastic sealing line 2142 should not constitute a limitation to the present invention.
- first heat-sealing seam 2143 is heat-sealed on the first side wall along the longitudinal direction of the heat-sealing line corresponding to each other of the first side wall 2111 and the third side wall 2123. 2111 and the third side wall 2123, while heat-sealing the first side wall 2111 to the third side wall 2123, does not affect the first side wall 2111 and the third side wall 2123 The flow of gas in the sub-gas storage chamber.
- the first heat-sealing seams 2143 can also be formed on the first side wall 2111 and the third side wall 2123 by heat sealing at a predetermined distance from each other.
- the second heat-sealing seam 2144 is heat-sealed on the second side wall along the longitudinal direction of the heat-sealing line corresponding to each other of the second side wall 2112 and the fourth side wall 2124. 2112 and the fourth side wall 2124, the second heat sealing seam 2144 heat-seals and connects the second side wall 2112 to the fourth side wall 2124 without affecting the second side wall 2112 And the flow of gas in the sub-gas storage chamber of the fourth side wall 2124.
- the second heat-sealing seams 2144 can also be heat-sealed at a predetermined distance from each other and formed on the second side wall 2112 and the fourth side wall 2124.
- the inflatable buffer body 210 when the inflatable buffer body 210 provided by the present invention is used, one inflatable buffer body 210 is provided on the bottom wall of the transport box, and the inflatable buffer body 210
- the installation cavity opening 21101 faces the opening of the transport box
- the opening of the buffer cavity 2120 faces the bottom wall of the transport box
- the inflatable buffer body 210 is located at the bottom of the tablet electronic product 2200 and the transport box
- the traditional buffering material 2300 can also be placed in the buffering cavity 2120 during use to increase the buffering protection effect.
- the other inflatable buffer body 210 is provided on the upper end of the tablet electronic product 2200, and the installation cavity opening 21101 of the inflatable buffer body 210 at the upper end of the tablet electronic product 2200 faces toward the transport box
- the inflatable buffer body 210 at the bottom of the body, that is, the two installation cavity openings 21101 of the two inflatable buffer bodies 210 are arranged opposite to each other.
- the buffer cavity 2120 of the inflatable buffer body 210 The opening faces the opening of the transportation box, so that the accessories of the tablet electronic product 2200 can be placed in the buffer cavity 2120, and the accessories of the tablet electronic product 2200 can be separated from the tablet electronic product 2200 At the same time, it can also prevent the accessories of the tablet electronic product 2200 from being lost during transportation.
- the inflatable buffer body 210 further includes two side buffer bodies 215.
- the two ends of the first side wall 2111 and the second side wall 2112 respectively form two corresponding sides.
- the two side buffers 215 are respectively located on both sides of the installation cavity 2110. When the end of the tablet electronic product 2200 is not placed in the installation cavity 2110, the two side buffers 215 is used to provide cushioning protection for both sides of the flat electronic product 2200 to prevent the two sides of the flat electronic product 2200 from colliding with the transport box during transportation and being damaged.
- the first side wall 2111 and the second side wall 2112 are located between the first three-dimensional plastic molding line 2141 and the edge of the first end 21111 and the edge of the second end 21121
- the part forms a side buffer body 215.
- the first side wall 2111 and the second side wall 2112 are located between the second three-dimensional molding line 2142 and the edge of the second end 21112 and the edge of the second end 21122.
- the gas-filled buffer body 210 further includes a first gas storage chamber membrane 261 and a second gas storage chamber membrane 262, and has a membrane formed on the first gas storage chamber membrane 261 and the A gas storage chamber 2610 between the second gas storage chamber membranes 262, the gas storage chamber 2610 is suitable for being filled with gas.
- the inflatable buffer body 210 Before the gas storage chamber 2610 is filled with gas, the first gas storage chamber membrane 261 and the second gas storage chamber membrane 262 are attached to each other, and the inflatable buffer body 210 is in a flat state, which is convenient for For the storage and carrying of the flat electronic product inflatable cushion packaging device 2100, after the gas storage chamber 2610 is filled with gas, the first gas storage chamber membrane 261 and the second gas storage chamber membrane 262 are separated from each other, And by virtue of the gas stored in the gas storage chamber 2610, the inflatable buffer body 210 has a buffer protection function.
- the inflatable buffer body 210 further includes a set of spaced heat-sealing lines 263, and the spaced heat-sealing lines 263 are heat-sealed to form the first gas storage chamber membrane 261 and the second gas of the inflatable buffer body 210.
- the storage chamber film 262 and the interval heat sealing line 263 divide the gas storage chamber 2610 into a plurality of sub gas storage chambers 26100.
- the inflatable buffer body 210 further has a communication channel 2620, and the communication channel 2620 communicates with each of the sub-gas storage chambers 26100 of the gas storage chamber 2610, and can connect to the gas storage chamber 2610 through the communication channel 2620.
- Each of the sub-gas storage chambers 26100 is filled with gas.
- the communication channel 2620 has an opening 26201 through which gas can be filled into the communication channel 2620.
- the inflatable buffer body 210 further includes a set of one-way inflatable valves 264, which are arranged between the first gas storage chamber membrane 261 and the second gas storage chamber membrane 262, and The one-way inflation valve 264 communicates the communication channel 2620 and each of the sub-gas storage chambers 26100 of the gas storage chamber 2610. Through the one-way inflation valve 264, the gas in the communication channel 2620 can enter all In each of the sub-gas storage chambers 26100 of the gas storage chamber 2610.
- each of the one-way charging valves 264 corresponds to one of the sub-gas storage chambers 26100 for filling the sub-gas storage chambers 26100 with gas.
- the one-way inflation valve 264 further includes a first valve film 2641 and a second valve film 2642.
- the first valve film 2641 and the second valve film 2642 are superimposed on each other and arranged in the first gas storage. Between the chamber membrane 261 and the second gas storage chamber membrane 262.
- the one-way inflation valve 264 further has a valve passage 2643 formed between the first valve membrane 2641 and the second valve membrane 2642, and the valve passage 2643 communicates the communication passage 2620 and the sub gas In the storage chamber 26100, the gas in the communication channel 2620 can enter the sub-gas storage chamber 26100 through the valve channel 2643.
- the one-way inflation valve 263 further includes a heat-resistant section 2644, the heat-resistant section 2644 is provided between the first valve membrane 2641 and the second valve membrane 2642, and the width of the heat-resistant section is equal to The width of the valve passage 2642 is adapted, and the heat-resistant joint 2644 is used to prevent the first valve film 2641 and the second valve film 2642 from being heat-sealed and connected together during the heat-sealing process.
- the inflatable buffer body 210 further includes a set of heat-sealing points 265 for heat-sealing the ends of the first valve film 2641 and the second valve film 2642 away from the communication channel 2620 to form On the first gas storage chamber membrane 261 or the second gas storage chamber membrane 262.
- the end of the first valve film 2641 and the second valve film 2642 away from the communication channel 2620 extends into the sub gas storage chamber 26100.
- the gas in the communication channel 2620 can enter the sub gas storage chamber 26100 through the valve channel 2643.
- the one-way inflation valve 264 further includes a non-return membrane 2644.
- the non-return film 2644 is provided between the first valve film 2641 and the second valve film 2642.
- the upper end of the non-return film 2644 is heat-sealed and connected to the upper end of the second valve film 2642, and the lower end of the non-return film 2644 is located at the lower end of the first valve film 2641 and the second valve.
- Between the lower ends of the membrane 2642, and the length of the non-return membrane 2644 is smaller than the length of the first valve membrane 2641 and the second valve membrane 2642.
- the valve passage 2643 is formed between the first valve membrane 2641 and the non-return membrane 2644.
- the gas in the communication channel 2620 can enter the gas storage chamber 2610 through the valve channel 2643.
- the gas content in the gas storage chamber 2610 reaches a certain level, under the action of the gas pressure in the gas storage chamber 2610, the first valve membrane 2641, the second valve membrane 2642 and the The lower ends of the non-return membrane 2644 are tightly pressed against the first gas storage chamber membrane 261, thereby closing the valve passage 2643 formed between the first valve membrane 2641 and the non-return membrane 2644 , To prevent the gas in the gas storage chamber 2610 from leaking.
- the one-way inflation valve 264 further includes a reinforcing membrane 2645.
- the reinforcing film 2645 is provided between the second valve film 2642 and the second gas storage chamber film 262, and the upper end of the reinforcing film 2645 is heat-sealed and connected to the second valve film 2642 Between the upper end and the second gas storage chamber membrane 262, the lower end of the reinforcing membrane 2645 is movably located between the lower end of the second valve membrane 2642 and the second gas storage chamber membrane 262.
- FIG. 41D it shows a fourth modified embodiment of the one-way inflation valve provided by the present invention.
- the first valve membrane 2641 of the one-way inflation valve 264 and the The upper end of the second valve membrane 2642 extends upward to the outside of the first gas storage chamber membrane 261 and the second gas storage chamber membrane 262.
- the upper peripheral heat sealing line 230511 of the peripheral heat sealing line 23051 heat-seals and connects the upper end of the first valve film 2641 and the upper end of the second valve film 2642, and the communication channel 2620 is formed in Between the upper end of the first valve membrane 2641 and the upper end of the second valve membrane 2642.
- the upper end of the first valve membrane 2641 and the upper end of the second valve membrane 2642 are extended to the first gas storage chamber membrane 261 and the second gas storage chamber membrane 262
- the communication channel 2620 is formed between the upper end of the first valve membrane 2641 and the upper end of the second valve membrane 2642, which can prevent the first valve membrane 2641 from being inflated during the inflation process. And/or the upper end of the second valve membrane 2642 is folded and blocks the valve passage 2643.
- the inflatable buffer body 210 may also not have the one-way inflatable valve 264 to heat seal the membrane of the first gas storage chamber.
- the gas storage chamber 2610 between the first gas storage chamber film 261 and the second gas storage chamber film 262 is filled with gas.
- the air column size, suspension height, and buffer distance of the gas buffer body 210 can be implemented in different sizes, that is, The gas buffer body 210 can be implemented in a variety of different specifications to provide better buffer protection for packaged articles of different specifications, wherein the suspended height refers to the height of the buffer cavity 2120, that is, The distance from the opening of the buffer cavity 2120 to the bottom wall 2113, and the buffer distance refers to the overlapping thickness of the first side wall 2111 and the third side wall 2123, or the second side wall 2112 and the superimposed thickness of the fourth side wall 2124.
- Table 2 shows the corresponding relationship between the air column size, suspended height, buffer distance of the gas buffer body 210, and the weight of the packaged article and the corresponding drop height.
- the data of the weight of the packaged product and the data of the drop height and the corresponding relationship are selected from the ISTA 1A series of non-simulated overall performance test standards.
- the distance between the first side wall 2111 and the third side wall 2123, and the distance between the second side wall 2112 and the fourth side wall 2124 are 3 to 6 gas buffers respectively.
- the distance between the air column of the body to provide cushioning protection for the items to be packaged on the side.
- the suspended height of the bottom wall 2113 ranges from 0 to 100 mm, and the air column size of the gas buffer body 210 ranges from 20 to 100 mm.
- the hanging height of the bottom wall 2113 is in the range of 5 to 100 mm, and the air column size of the gas buffer body 210 is in the range of 20 to 40 mm, it is suitable for packaging 0 to 10 kilograms of goods.
- the hanging height of the bottom wall 2113 ranges from 5 to 60 mm
- the air column size of the gas buffer body 210 ranges from 30 to 60 mm, it is suitable for packaging 10 to 19 kg of articles.
- the suspended height of the bottom wall 2113 ranges from 5 to 40 mm, and the air column size of the gas buffer body 210 ranges from 40 to 80 mm, it is suitable for packaging 19 to 28 kg of articles.
- the hanging height of the bottom wall 2113 ranges from 5 to 20 mm, and the air column size of the gas buffer body 210 ranges from 40 to 100 mm, it is suitable for packaging 28 to 45 kilograms of goods.
- the buffering distance ranges from 15 to 100 mm.
- the suspended height is 5 to 100 mm
- the air column size of the gas buffer body 210 is in the range of 20 to 40 mm, it is suitable for packaging 0 to 10 kg of goods .
- the buffer distance ranges from 20 to 75 mm
- the suspended height ranges from 5 to 60 mm
- the air column size of the gas buffer body 210 ranges from 30 to 60 mm, it is suitable for packaging 10 to 19 kilograms Items.
- the suspended height is in the range of 5 to 40 mm
- the air column size of the gas buffer body 210 is in the range of 40 to 80 mm
- the hanging height ranges from 5 to 20 mm
- the gas column size of the gas buffer body 210 ranges from 40 to 100 mm
- the suspended height ranges from 0 to 5 mm
- the air column size of the gas buffer body 210 ranges from 40 to 100 mm, it is suitable for packaging 45 to 68 kg Items.
- the inflatable cushion packaging device 2100 further includes a suspension support 220, the suspension support 220 is arranged in the installation cavity 2110, the suspension support 220 is used to support the end of the flat electronic product 2200 suspended in the air In the mounting cavity 2110, for further increasing the buffer protection effect on the tablet electronic product 2200.
- one end of the suspension support body 220 is heat-sealed and connected to the inner side of the first side wall 2111, and the other end of the suspension support body 220 is heat-sealed and connected to the inner side of the second side wall 2112.
- one end of the suspension support 220 is heat-sealed and connected to the connection between the first top wall 2121 and the first side wall 2111, and the other end of the suspension support 220 One end is heat-sealed and connected to the junction of the second top wall 2122 and the second side wall 2112.
- the second bending heat-sealing line 2132 heat-seals and connects one end of the suspension support 220 to the junction of the first top wall 2121 and the first side wall 2111
- the fifth The bending heat-sealing line 2135 heat-seals and connects the other end of the suspension support 220 to the junction of the second top wall 2122 and the second side wall 2112.
- the length of the suspension support 220 is less than the sum of the lengths of the first side wall 2111, the second side wall 2112, and the bottom wall 2113. Therefore, when the inflatable buffer body 210 is inflated and expanded, the suspension support The body 210 can be suspended in the installation cavity 2110 and has a predetermined distance from the bottom wall 2113. It should be pointed out that in this preferred embodiment, when the inflatable buffer body 210 is filled with gas, the suspension support body 210 cannot be filled with gas, so as to reduce the suspension support body 210. The volume occupied.
- the inflatable cushion packaging device 2100 further has a suspension cavity 2210, the suspension cavity 2210 is located between the suspension support 220 and the bottom wall 2113, the first side wall 2111, the second The side wall 2112, the suspension support 220 and the bottom wall 2113 surround the suspension cavity 2210.
- FIG 44 of the specification shows a schematic diagram of the application structure of the inflatable cushioning packaging device 2100 provided by the present preferred embodiment.
- the inflatable cushioning packaging device 2100 provided by the present invention when the tablet electronic One end of the product 2200 is installed in the mounting cavity 2110, the end of the flat electronic product 2200 can be in contact with the buffer support 220, and the end of the flat electronic product 2200 is in contact with the bottom wall 2113.
- the suspension cavity 2210 is separated therebetween, so that one end of the tablet electronic product 2200 can be suspended in the installation cavity 2110, and the cushioning protection effect of the inflatable buffer device 2100 is improved.
- FIG. 45 to 47 of the specification shows a second modified embodiment of the inflatable cushioning packaging device 2100 provided by the present invention.
- the difference between this preferred embodiment and the above-mentioned preferred embodiment is that in this modified embodiment Wherein the width of the sub gas storage chamber of the third side wall 2123 is smaller than the width of the sub gas storage chamber of the first side wall 2111, and the width of the sub gas storage chamber of the fourth side wall 2124 is smaller than the width of the second gas storage chamber.
- the width of the sub gas storage chambers of the two side walls 2112 can reduce the overall thickness of the inflatable buffer body 210 to a certain extent, and reduce the space occupied by the inflatable buffer body 210.
- the inflatable cushioning packaging device 2100 further includes a set of first shrinking heat-sealing lines 231 and a set of second shrinking heat-sealing lines 232, the first shrinking heat-sealing line 231 and the
- the second shrinking heat sealing line 232 is heat-sealed and formed on the third side wall 2123 and the fourth side wall 2124 of the inflatable buffer body 210, respectively, and is used to shrink the third side wall 2123 and the fourth side wall 2123 respectively.
- the size of the sub-gas storage chamber of the fourth side wall 2124 is described.
- the first shrinking heat sealing line 231 is formed on the third side wall 2123 by heat sealing along the length direction of the sub gas storage chamber of the third side wall 2123.
- the sub-gas storage chamber of each third side wall 2123 is heat-sealed to form one first shrinkage heat-sealing line 231, and each first shrinkage heat-sealing line 231 divides the sub-gas storage chamber corresponding to the third side wall 2123 into two parts, so as to reduce the thickness of the sub-gas storage chamber of the third side wall 2123 after inflation.
- the first shrinking heat sealing line 231 extends on the side of the first bending heat sealing line 2131 and the third side wall 2123 away from the first top wall 2121 Between the edges, and the length of the first shrinking heat sealing line 231 and the first bending heat sealing line 2131, the first bending heat sealing line 2131 and the third side wall 2123 are far away The distances between the side edges of the first top wall 2121 are consistent. In some other preferred embodiments of the present invention, the length of the first shrinkage heat-sealing line 231 can also be smaller than a portion of the first bending line 2131 and the third side wall 2123 away from the first top wall 2121. The distance between the side edges.
- the first shrinking heat-sealing line 231 is a continuous heat-sealing line.
- the first shrinking heat-sealing line 231 can also be made of Those skilled in the art should understand that the intermittent heat-sealing line composed of a plurality of heat-sealing points spaced apart from each other should be understood that the specific type of the first shrinkage heat-sealing line 231 should not constitute a significant Limitations of the invention.
- the first shrink and heat seal line 231 is located at the middle position of the third side wall 2123 in the width direction.
- the second shrinking heat sealing line 232 is formed by heat sealing on the fourth side wall 2124 along the length direction of the sub gas storage chamber of the fourth side wall 2124.
- each of the fourth side walls 2124 in the sub-gas storage chamber is heat-sealed to form a second shrinking heat-sealing line 232, and each second shrinking heat-sealing line 232 divides the sub gas storage chamber corresponding to the fourth side wall 2124 into two parts, so as to reduce the thickness of the sub gas storage chamber of the fourth side wall 2124 after inflation.
- the second shrinking heat sealing line 232 extends on the sixth bending heat sealing line 2136 and the side of the fourth side wall 2124 away from the second top wall 2122 Between the edges, and the length of the second shrinking heat sealing line 232, the sixth bending heat sealing line 2136, the sixth bending heat sealing line 2136, and the fourth side wall 2124 are far away from the first The distance between one side edge of the two top walls 2122 is the same.
- the length of the second shrinking heat sealing line 232 can also be smaller than the sixth bending heat sealing line 2136 and the fourth side wall 2124 away from the second top wall The distance between the edges of 2122 on one side.
- the second shrinking heat-sealing line 232 is a continuous heat-sealing line.
- the second shrinking heat-sealing line 232 can also be made of Those skilled in the art should understand that the specific type of the second shrinkable heat-sealing line 232 should not constitute an intermittent heat-sealing line composed of a plurality of mutually spaced heat-sealing points, as long as the objective of the present invention can be achieved. Limitations of the invention.
- the second shrinking heat sealing line 232 is located at the middle position of the fourth side wall 2124 in the width direction.
- first shrinkage heat-seal line 231 and the second shrinkage heat-seal line 232 can also be heat-sealed and formed on the The first side wall 2111 and the second side wall 2112, that is, the size of the sub gas storage chambers of the first side wall 2111 and the second side wall 2112 is smaller than that of the third side wall 2113 and the second side wall 2112.
- the size of the sub-gas storage chamber of the fourth side wall 2114 is described.
- FIG. 48 to 51 of the specification shows a third modified embodiment of the inflatable cushioning packaging device 2100 provided by the present invention.
- the difference between this preferred embodiment and the above-mentioned preferred embodiment is that in this preferred embodiment, the sub-gas storage chambers of the third side wall 2123 and the sub-gas storage chambers of the first side wall 2111 are alternately arranged, and the sub-gas storage chambers of the fourth side wall 2124 and the second side The sub-gas storage chambers of the wall 2112 are staggered, so that the overall thickness of the inflatable buffer body 210 can be reduced.
- the sub gas storage chambers of the third side wall 2123 correspond to the heat sealing line between the sub gas storage chambers of the first side wall 2111, and the sub gas storage chambers of the third side wall 2123
- the interval heat sealing line of corresponds to the sub gas storage chamber of the first side wall 2111.
- the sub-gas storage chambers of the fourth side wall 2124 correspond to the heat sealing line between the sub-gas storage chambers of the second side wall 2112, and the sub-gas storage chambers of the fourth side wall 2124 are
- the interval heat sealing line of corresponds to the sub-gas storage chamber of the second side wall 2112. Therefore, the overall thickness of the inflatable buffer body 210 after inflation can be reduced.
- the interval heat-sealing line between the sub-gas storage chambers on the third side wall 2123 is now named the first interval heat-sealing line 2331, which is located in the
- the interval heat sealing line between a top wall 2121 and the sub gas storage chamber of the first side wall 2111 is named a second interval heat sealing line 2332.
- the first interval heat-sealing line 2331 and the second interval heat-sealing line 2332 are arranged alternately, and the extension line of the first interval heat-sealing line 2331 is located on the two adjacent second interval heat-sealing lines.
- the extension line of the second interval heat-sealing line 2332 is located between the corresponding two adjacent first interval heat-sealing lines 2331.
- the first interval heat sealing line 2331 and the second interval heat sealing line 2332 are respectively continuous heat sealing lines.
- the first interval heat sealing line 2331 can also be an intermittent heat sealing line composed of a series of heat sealing points spaced a certain distance from each other.
- the interval heat sealing line between the sub-gas storage chambers of the fourth side wall 2124 is named the third interval heat sealing line 2333, which is located on the second top wall 2122 and the second side wall 2112
- the interval heat sealing line between the sub-gas storage chambers is named the second interval heat sealing line 2334.
- the third interval heat seal line 2333 and the fourth interval heat seal line 2334 are arranged alternately, and the extension line of the third interval heat seal line 2333 is located between the corresponding adjacent fourth interval heat seal lines 2334.
- the extension line of the fourth interval heat-sealing line 2334 is located between the corresponding adjacent third interval heat-sealing lines 2333.
- the third interval heat-sealing line 2333 and the fourth interval heat-sealing line 2334 are respectively continuous heat-sealing lines.
- the fourth interval heat-sealing line 2334 can also be an interval heat-sealing line composed of a series of heat-sealing points spaced a certain distance from each other.
- the inflatable buffer body 210 further includes a reinforced buffer body 241 located below the installation cavity 2110, and the reinforced buffer body 241 is used to increase the buffer protection of the inflatable buffer body 210 effect.
- first side wall 2111 and the second side wall 2112 are respectively bent inwardly and connected by heat sealing, and the first side wall 2111 and the second side wall 2112 are located
- the portion between the junction of the first side wall 2111 and the second side wall 2112 and the bottom wall 2113 and the bottom wall 2113 form the reinforced buffer body 210, and the first side wall 2111 and the bottom wall 2113
- the second side wall 2112 is located on the first side wall 2111 and the part of the second side wall 2112 away from the bottom wall 113 surrounds the mounting cavity 2110.
- the inflatable cushioning packaging device 2100 further includes a reinforced heat-sealing line 242 which heat-seals and connects the first side wall 2111 to the second side wall 2112, and the first The side wall 2111 is located between the reinforced heat sealing line 242 and the third bending heat sealing line 2133, and the second side wall 2112 is located at the reinforced heat sealing line 242 and the fourth bending heat sealing line.
- the part between the sealing lines 2134 and the bottom wall 2113 surround the reinforcing buffer body 241.
- the first side wall 2111 is located between the reinforced heat sealing line 242 and the second bending heat sealing line 2132, and the second side wall 2112 is located between the reinforced heat sealing line 242 and the The part between the fifth bending heat sealing lines 2135 surrounds the mounting cavity 2110.
- the reinforced buffer body 241 can provide the flat electronic product 2200 placed in the mounting cavity 220
- the cushioning effect is strengthened, and the cushioning protection effect of the inflatable cushion body 210 is improved.
- the inflatable cushioning packaging device 2100 further includes a seventh bending heat sealing line 2137 and an eighth bending heat sealing line 2138, and the seventh bending heat sealing line 2137 is formed by heat sealing on the first A side wall 2111, and the seventh bending heat-sealing line 2137 is located between the reinforced heat-sealing line 242 and the second bending heat-sealing line 2132, and the eighth bending heat-sealing line 2138 is heated The seal is formed on the second side wall 2112, and the eighth bending heat sealing line 2138 is located between the reinforced heat sealing line 242 and the fifth bending heat sealing line 2135.
- the first side wall 2111 and the second side wall 2112 can be bent along the seventh bending heat sealing line 2137 and the eighth bending heat sealing line 2138, respectively, so as to facilitate the cushioning After the body 210 is inflated, the mounting cavity 220 can maintain a stable shape, which is convenient to be mounted on the tablet electronic product 2200.
- the seventh bending heat sealing line 2137, the eighth bending heat sealing line 2138, and the reinforced heat sealing line 242 are heat sealing lines composed of a plurality of mutually spaced heat sealing points.
- the inflatable buffer packaging device 2100 further includes an inflatable buffer body 210A, the inflatable buffer body 210A has a mounting cavity 2110A and a buffer cavity 2120A, and the inflatable buffer body 210A further includes an inner wall 211A and an outer wall 212A The inner wall 211A surrounds the mounting cavity 2110A, and the buffer cavity 2120A is located between the inner wall 211A and the outer wall 212A.
- the inner wall 211A further includes a first side wall 2111A, a second side wall 2112A, and a bottom wall 2113A.
- the first side wall 2111A, the second side wall 2112A, and the bottom wall 2113A surround the Installation cavity 2110A.
- the outer wall 212A further includes a first top wall 2121A, a second top wall 2122A, a third side wall 2123A, and a fourth side wall 2124A.
- the inflatable buffer body 210A further includes a set of bending heat sealing lines 213A and a set of three-dimensional plastic sealing lines 214A.
- the bending heat sealing line 213A further includes a first bending heat sealing line 2131A, a second bending heat sealing line 2132A, a third bending heat sealing line 2133A, a fourth bending heat sealing line 2134A, A fifth bending heat sealing line 2135A and a sixth bending heat sealing line 2136A.
- the portion of the first inflatable buffer body 210A located outside the first bending heat sealing line 2131A forms the third side wall 2123 ,
- the part between the first bending heat sealing line 2131A and the second bending heat sealing line 2132A forms the first top wall 2121A, and the second bending heat sealing line 2132A and the third
- the part between the bent heat-sealing lines 2133A forms the first side wall 2111A
- the part between the third bent heat-sealing lines 2133A and the fourth bent heat-sealing lines 2134A forms the bottom wall 2113A
- the portion between the fourth bending heat sealing line 2134A and the fifth bending heat sealing line 2135A forms the second side wall 2112
- the part between the bent heat sealing lines 2136A forms the second top wall 2122A
- the part outside the sixth bent heat sealing lines 2136A forms the fourth side wall 2124A.
- the inflatable buffer body 210A further includes a reinforced buffer body 216A, and the reinforced buffer body 216A is configured to support the inflatable body.
- the inner wall 211A of the buffer body 210A is used to improve the buffer effect of the inflatable buffer body 210A.
- the reinforced buffer body 216A further includes a first reinforced buffer body 2161A and a second reinforced buffer body 2162A.
- One end of the first reinforced buffer body 2161A is heat-sealed and connected to the third side wall 2123A away from One end of the first top wall 2121A and the other end of the first reinforced buffer body 2161A are heat-sealed and connected to the outside of the bottom wall 2113A.
- One end of the second reinforced buffer body 2162A is heat-sealed and connected to the end of the fourth side wall 2124A away from the second top wall 2122A, and the other end of the second reinforced buffer body 2162A is heat-sealed and connected to the The outer side of the bottom wall 2113A.
- the lengths of the third side wall 2123A and the fourth side wall 2124A are greater than the lengths of the first side wall 2111A and the second side wall 2112A.
- the first reinforced buffer body 2161A and the second reinforced buffer body 2162A are inclined at a predetermined angle and arranged below the bottom wall 2113A.
- the end of the first reinforced buffer body 2161A away from the third side wall 2123A is heat-sealed and connected to the first side wall 2111A by the third bending heat sealing line 2133A
- the end of the second reinforced buffer body 2162A away from the fourth side wall 2124A is heat-sealed and connected to the second side wall 2112A and the second side wall 2124A by the fourth bending heat sealing line 2134A Between the fourth side walls 2124A.
- the end of the first reinforced buffer body 2161A away from the third side wall 2123A and the end of the second reinforced buffer body 2162A away from the fourth side wall 2124A are heated.
- the end of the first reinforced buffer body 2161A away from the third side wall 2123A is heat-sealed and connected to the end of the second reinforced buffer body 2162A away from the fourth side wall 2124A.
- the reinforced buffer body 2161A and the second reinforced buffer body 2162A surround the buffer cavity 2120A.
- the end of the first reinforced buffer body 2161A away from the third side wall 2123A and the second reinforced buffer body 2162A away from all One end of the fourth side wall 2124A can also be formed by heat sealing at different positions of the bottom wall 2113A.
- the first reinforced buffer body The end of 2161A away from the third side wall 2123A and the end of the second reinforced buffer body 2162A away from the fourth side wall 2124A being heat-sealed and formed on the bottom wall 2113A should not constitute a limitation of the present invention.
- the gas buffer packaging device provided by the present invention is suitable for packaging flat-panel electronic products, such as liquid crystal display screens, flat-panel TVs, and tablet computers. , In order to provide buffer protection for the packaged flat electronic products during transportation, and prevent the packaged flat electronic products from being damaged during transportation.
- the gas buffer packaging device includes a gas buffer body 310 adapted to be bent along a preset position to form an installation space 320, and the flat plate One end of the electronic product is suitable for being installed in the installation space 320 to provide buffer protection for the tablet electronic product during transportation. Further, the gas buffer body 310 is adapted to be bent along a predetermined position to form a first side wall 311, a second side wall 312, and a bottom wall 313. The first side wall 311, the The second side wall 312 and the bottom wall 313 surround the installation space 320.
- the gas buffer body 310 further includes a suspended support body 314, and the suspended support body is arranged in the installation space 320.
- the gas buffer body 310 further has a buffer cavity 3140 formed between the suspended support body 314 and the bottom wall 313.
- the suspended support body 314 is used to maintain a certain distance between the packaged flat electronic product and the bottom wall 313 of the gas buffer body 310, so that the packaged flat electronic product is suspended for increasing The effect of buffer protection.
- One end of the suspended support body 314 is connected to an end of the first side wall 311 away from the bottom wall 313, and the other end of the suspended support body 314 is connected to the inner side of the second side wall 312, so that
- the buffer cavity 3140 is formed between the suspended support body 314 and the bottom wall 313 of the gas buffer body 310, so as to achieve better buffer protection for the tablet electronic product.
- the suspended support 314 further includes an inflatable section 3141 and an uninflated section 3142, one end of the inflatable section 3141 is connected to the first side wall 311 away from the bottom wall At one end of 313, the other end of the inflatable section 3141 extends toward the bottom of the installation space 320, in other words, the other end of the inflatable section 3141 extends toward the bottom wall 313.
- One end of the uninflated section 3142 is connected to an end of the inflatable section 3141 of the suspended support body 314 close to the bottom wall 313, and the uninflated end 3142 of the suspended support body 314 is connected to the second The inner wall of the side wall 312.
- the buffer cavity 3140 is formed between the uninflated section 3142 of the suspended support body 314 and the bottom wall 313.
- the width of the uninflated section 3142 of the suspended support body 314 is adapted to the width of the bottom wall 313, so as to reduce the gap of the suspended support body 314.
- the length of the inflatable section 3142 also enables the uninflated section 3142 of the suspended support body 314 to better support the packaged flat electronic product.
- the inflatable section 3141 of the suspended support 314 is located on one side of the packaged flat electronic product, and is used to align the side of the flat electronic product.
- the gas buffer 310 has three layers of gas buffer layers, namely, the first side wall 311, the second side wall 312, and all of the suspended support 314
- the gas-filled section 3141 has better cushioning than a cushioning packaging device having two gas buffer layers with a first side wall 311 and a second side wall 312.
- the gas buffer body 310 provided by the present invention has better cushioning.
- the gas buffer body 310 provided by the present invention can reduce the overall thickness of the gas buffer body 310 and increase the space volume of the installation space 320 so as to It is used to install flat-panel electronic products with a larger size, and can reduce the gas buffer material consumed by the gas buffer body 310.
- the length of the uninflated section 3142 of the suspended support body 314 can be greater than that of the gas buffer body.
- the length of the bottom wall 313 of 310, and the position where the uninflated section 3142 of the suspended support body 314 is connected to the inflatable section 3141 is higher than the position where the uninflated section 3142 is connected to the second side wall 312 In order to further increase the volume of the installation space 320, so as to facilitate the installation of flat electronic products with a larger size.
- the inflatable section 3141 of the suspended support 314 is integrally formed on the first side wall 311 of the gas buffer body 310, that is, the suspended support 314
- the air column of the inflatable section 3141 communicates with the air column of the first side wall 311, so that when the first side wall 311 and the second side wall 312 are filled with gas, the The gas filling section 3141 of the suspended support body 314 can be filled with gas to facilitate the use of the gas buffer body 310.
- the uninflated section 3142 of the suspended support body 314 and the inflated section 3141 of the suspended support body 314 are independent of each other, and the two ends of the uninflated section 3142 of the suspended support body 314 are respectively connected by heat sealing
- the inflatable section 3141 of the suspended support body 314 and the inner wall of the second side wall 312 are heat-sealed in a manner of heat sealing.
- FIG. 56 of the specification shows a schematic diagram of the structure of the gas buffer body 310 provided by the present invention in a flat unfolded state.
- the gas buffer body 310 further includes a set of bending heat sealing wires 315.
- the gas buffer body 310 The inflatable section 3141 adapted to be bent along the bending heat sealing line 315 to form the first side wall 311, the second side wall 312, the bottom wall 313, and the suspended support body 314 , To form the installation space 320 around.
- the bending heat sealing line 315 further includes a first bending heat sealing line 3151, a second bending heat sealing line 3152, a third bending heat sealing line 3153, and a fourth bending heat sealing line.
- Line 3154, the first bending heat sealing line 3151, the second bending heat sealing line 3152, the third bending heat sealing line 3153, and the fourth bending heat sealing line 3154 are respectively spaced apart from each other
- the gas buffer body 310 is heat-sealed at a certain distance.
- the portion of the gas buffer body 310 located outside the first bending heat sealing line 3151 forms the second side wall 312, the first bending heat sealing line 3151 and the second bending heat sealing line 3152
- the part between the bottom wall 313 forms the bottom wall 313, the part between the second bending heat sealing line 3152 and the third bending heat sealing line 3153 forms the first side wall 311, and the fourth bending
- the outer part of the folding heat sealing line 3154 forms the inflatable section 3141 of the suspended support 314.
- the portion between the third bending heat-sealing line 3153 and the fourth bending heat-sealing line 3154 forms a bending part, so that the inflatable section 3141 of the suspended support 314 is not connected to the first
- the connected end of a side wall 311 extends in the direction of the bottom wall 313.
- the gas buffer body 310 further includes a set of three-dimensional plastic sealing lines 316, and the gas buffer body 310 is adapted to be heat-sealed and connected along the three-dimensional plastic sealing lines 316, so that the gas buffer body 310 maintains a three-dimensional shape.
- the shape facilitates the use of the gas buffer body 310.
- the three-dimensional plastic sealing line 316 further includes a second three-dimensional heat sealing line 3162 and a third three-dimensional heat sealing line 3163, and the second three-dimensional heat sealing line 3162 is used to connect the suspended support body 314 to the
- the uninflated section 3142 is heat-sealed and connected to the end of the inflatable section 3141 of the suspended support 314 close to the bottom wall 313, and the third three-dimensional plastic sealing line 3163 is used to connect the uninflated section 3141 of the suspended support 314
- the inflatable section 3142 is heat-sealed and connected to the inner wall of the second side wall 312, so that the gas buffer body 310 can maintain a three-dimensional shape after being inflated, which is convenient for users to use.
- the three-dimensional molding line 316 further includes a first three-dimensional molding line 3161, and the first three-dimensional molding line 3161 is used to connect the first side wall 311 and the second side wall 312 and the corresponding sides of the inflatable section 3141 of the suspended support body 314 are heat-sealed and connected together so that the gas buffer body 310 can maintain a three-dimensional shape.
- the first three-dimensional plastic molding line 3161 is aligned along the extension direction of the first side wall 311, the second side wall 312, and the air column of the inflatable section 3141 of the suspended support 314
- the first side wall 311, the second side wall 312, and the corresponding side edges of the inflatable section 3141 of the suspended support 314 are heat-sealed and connected so as not to affect the first side wall 311, The second side wall 312 and the flow of gas in the inflatable section 3141 of the suspended support 314.
- the gas buffer body 310 further includes a side buffer body 317, and the side buffer body 317 is located on one side of the gas buffer body 310, that is, one side of the installation space 320, and is used to One side of the installation space 320 provides buffer protection to the side of the flat electronic product, which improves the buffer protection effect of the gas buffer body 310.
- the part of the first side wall 311, the second side wall 312, and the inflatable section 3141 of the suspended support 314 located outside the first three-dimensional plastic sealing line 3151 forms the side buffer body 317 , Used to provide buffer protection for the tablet electronic product on the side of the tablet electronic product.
- at least one air column of the first side wall 311 and the second side wall 312 is located outside the first three-dimensional plastic molding line 3151 to form the side buffer body 317.
- the side buffer body 317 can also be composed of a plurality of positions located outside the first side wall 311 and the second side wall 312 As long as the air column composition can achieve the purpose of the present invention, the number of air columns on the first side wall 311 and the second side wall 312 located outside the first three-dimensional plastic sealing line 3151 should not constitute a limitation to the present invention .
- FIG. 60 of the specification shows a schematic structural view of a modified embodiment of the gas cushion packaging device provided by the present invention.
- the uninflated section 3142 of the suspended support 314 is integrated
- the inflatable section 3141 formed on the suspended support 314, that is, the uninflated section 3142 is integrally formed at an end of the inflatable section 3141 away from the first side wall 311.
- the bending heat-sealing line 315 further includes a heat-resistant sealing line 3155, and the heat-resistant sealing line 3155 is formed by heat sealing on the inflatable section of the suspended support 314
- the space between 3141 and the uninflated section 3142 is used to block the communication between the inflated section 3141 of the suspended support body 314 and the air column of the uninflated section 3142.
- the heat-blocking sealing line 3155 is a continuous heat-sealing line, so as to block the air column of the inflatable section 3141 of the suspended support 314 and the undesired connection of the suspended support 314. The communication between the air columns of the inflation section 3142.
- FIG. 62 and Figure 63 of the specification shows a third modified embodiment of the gas cushion packaging device provided by the present invention.
- the uninflated section of the suspended support 314 3142 is integrally formed with the inflatable section 3141, and the air column of the uninflated section 3142 of the suspended support 314 and the air column of the inflated section 3141 of the suspended support 314 are in communication with each other.
- the uninflated section 3142 of the suspended support 314 can be filled with gas, so as to provide a further cushioning protection effect for the packaged flat electronic product.
- the suspended support 314 only includes the uninflated In section 3142, the two ends of the suspended support 314 are heat-sealed and connected to the inner walls of the first side wall 311 and the second side wall 312, that is, the unsettled side of the suspended support 314 Two ends of the inflatable section 3142 are heat-sealed and connected to the inner walls of the first side wall 311 and the second side wall 312 respectively.
- the length of the suspended support 314 is reduced, so that the amount of gas buffer packaging material can be reduced to a certain extent, and the cost can be reduced.
- FIG. 66 and 67 of the specification shows a fourth modified embodiment of the gas buffer packaging device provided by the present invention.
- the inflatable section 3141 of the suspended support 314 The air pillars of the air column and the air pillars of the first side wall 311 are arranged in a staggered manner, so that when the inflatable section 3141 of the suspended support 314 overlaps the first side wall 311, the air can be reduced.
- the spaced heat-sealing line between the gas pillars of the first side wall 311 and the suspended support 314 The intervals between the air columns of the inflatable section 3141 are arranged alternately, that is, the air columns of the first side wall 311 correspond to the intervals between the air columns of the inflatable section 3141 of the suspended support 314
- the heat-sealing line, the interval between the air columns of the first side wall 311 corresponds to the air column of the inflatable section 3141 of the suspended support body 314, so that after inflation, the gas buffer body 310
- the air columns of the first side wall 311 can be staggered with the air columns of the inflatable section 3141 of the suspended support body 314, so as to reduce the first side wall 311 and the air column of the gas buffer body 310.
- the interval heat sealing line between the air pillars of the first side wall 311 connecting the gas buffer body 310 and the interval heat sealing line between the air pillars of the inflatable section 3141 of the suspended support body 314 The heat sealing lines are arranged obliquely, and respectively correspond to the interval heat sealing lines between the air columns connected to the first side wall 311 and the interval heat sealing between the air columns of the inflatable section 3141 of the suspended support 314
- the air column of the first side wall 311 and the air column of the inflatable section 3141 of the suspended support 314 can be staggered to reduce the size of the first side wall 311 and the second side wall.
- the gas buffer body 310 further includes a first gas storage chamber film 361 and a second gas storage chamber film 362, and has a film formed on the first gas storage chamber film 361 and the A gas storage chamber 3610 between the second gas storage chamber membranes 362, and the gas storage chamber 3610 is suitable for being filled with gas.
- the gas buffer body 310 Before the gas storage chamber 3610 is filled with gas, the first gas storage chamber film 361 and the second gas storage chamber film 362 are attached to each other, and the gas buffer body 310 is in a flat state, which is convenient for For the storage and carrying of the flat-panel electronic product gas-filled buffer packaging device 3100, after the gas storage chamber 3610 is filled with gas, the first gas storage chamber membrane 361 and the second gas storage chamber membrane 362 are separated from each other, And by virtue of the gas stored in the gas storage chamber 3610, the gas buffer body 310 has a buffer protection function.
- the gas buffer body 310 further includes a set of spaced heat-sealing lines 363, and the spaced heat-sealing lines 363 are heat-sealed to form the first gas storage chamber film 361 and the second gas of the gas buffer body 310.
- the storage chamber film 362, and the interval heat sealing line 363 divide the gas storage chamber 3610 into a plurality of sub gas storage chambers 36100.
- the gas buffer body 310 further has a communication channel 3620.
- the communication channel 3620 communicates with each of the sub-gas storage chambers 36100 of the gas storage chamber 3610, and can connect to the gas storage chamber 3610 through the communication channel 3620.
- Each of the sub-gas storage chambers 36100 is filled with gas.
- the communication channel 3620 has an opening 36201 through which gas can be filled into the communication channel 3620.
- the gas buffer body 310 further includes a set of one-way inflation valves 364, which are arranged between the first gas storage chamber membrane 361 and the second gas storage chamber membrane 362, and
- the one-way inflation valve 364 communicates the communication channel 3620 and each of the sub-gas storage chambers 36100 of the gas storage chamber 3610. Through the one-way inflation valve 364, the gas in the communication channel 3620 can enter all In each of the sub-gas storage chambers 36100 of the gas storage chamber 3610.
- each one-way charging valve 364 corresponds to one of the sub-gas storage chambers 36100, and is used to fill the sub-gas storage chambers 36100 with gas.
- the one-way inflation valve 364 further includes a first valve film 3641 and a second valve film 3642.
- the first valve film 3641 and the second valve film 3642 are superimposed on each other and arranged in the first gas storage. Between the chamber membrane 361 and the second gas storage chamber membrane 362.
- the one-way inflation valve 364 further has a valve passage 3643 formed between the first valve membrane 3641 and the second valve membrane 3642, and the valve passage 3643 communicates the communication passage 3620 and the sub gas In the storage chamber 36100, the gas in the communication channel 3620 can enter the sub-gas storage chamber 36100 through the valve channel 3643.
- the one-way inflation valve 363 further includes a heat-resistant section 3644, the heat-resistant section 3644 is provided between the first valve film 3641 and the second valve film 3642, and the width of the heat-resistant section is equal to The width of the valve passage 3642 is adapted, and the heat-resistant joint 3644 is used to prevent the first valve film 3641 and the second valve film 3642 from being heat-sealed and connected together during the heat-sealing process.
- the gas buffer body 310 further includes a set of heat-sealing points 365 for heat-sealing the ends of the first valve film 3641 and the second valve film 3642 away from the communication channel 3620 to form On the first gas storage chamber membrane 361 or the second gas storage chamber membrane 362.
- the end of the first valve film 3641 and the second valve film 3642 away from the communication channel 3620 extends into the sub gas storage chamber 36100.
- the gas in the communication channel 3620 can enter the sub gas storage chamber 36100 through the valve channel 3643.
- the gas storage chamber 36100 When the gas storage chamber 36100 is When the gas reaches a certain level, under the pressure of the gas in the sub gas storage chamber 36100, the first valve film 3641 and the second valve film 3642 are tightly pressed to the first gas storage chamber The membrane 361 or the second gas storage chamber membrane 3642, so that the valve channel 3643 formed between the first valve membrane 3641 and the second valve membrane 3642 is closed, preventing the sub-gas storage chamber 36100 from being closed The gas exits through the valve channel 3643, achieving the purpose of one-way inflation.
- the one-way inflation valve 364 further includes a non-return membrane 3644.
- the non-return membrane 3644 is provided between the first valve membrane 3641 and the second valve membrane 3642.
- the upper end of the non-return film 3644 is heat-sealed and connected to the upper end of the second valve film 3642, and the lower end of the non-return film 3644 is located at the lower end of the first valve film 3641 and the second valve.
- Between the lower ends of the membrane 3642, and the length of the non-return membrane 3644 is less than the length of the first valve membrane 3641 and the second valve membrane 3642.
- the valve passage 3643 is formed between the first valve membrane 3641 and the non-return membrane 3644.
- the gas in the communication channel 3620 can enter the gas storage chamber 3610 through the valve channel 3643.
- the gas content in the gas storage chamber 3610 reaches a certain level, under the action of the gas pressure in the gas storage chamber 3610, the first valve membrane 3641, the second valve membrane 3642, and the The lower ends of the non-return membrane 3644 are tightly pressed against the first gas storage chamber membrane 361, thereby closing the valve channel 3643 formed between the first valve membrane 3641 and the non-return membrane 3644 , To prevent the gas in the gas storage chamber 3610 from leaking.
- the one-way inflation valve 364 further includes a reinforcing membrane 3645.
- the reinforcing film 3645 is provided between the second valve film 3642 and the second gas storage chamber film 362, and the upper end of the reinforcing film 3645 is heat-sealed and connected to the second valve film 3642 Between the upper end and the second gas storage chamber membrane 362, the lower end of the reinforcing membrane 3645 is movably located between the lower end of the second valve membrane 3642 and the second gas storage chamber membrane 362.
- FIG. 68D it shows a fourth modified embodiment of the one-way inflation valve provided by the present invention.
- the first valve membrane 3641 of the one-way inflation valve 364 and the The upper end of the second valve film 3642 extends upward to the outside of the first gas storage chamber film 361 and the second gas storage chamber film 362.
- the upper peripheral heat sealing line 330511 of the peripheral heat sealing line 33051 heat-seals and connects the upper end of the first valve film 3641 and the upper end of the second valve film 3642, and the communication channel 3620 is formed in Between the upper end of the first valve membrane 3641 and the upper end of the second valve membrane 3642.
- the upper end of the first valve membrane 3641 and the upper end of the second valve membrane 3642 are extended to the first gas storage chamber membrane 361 and the second gas storage chamber membrane 362
- the communication channel 3620 is formed between the upper end of the first valve film 3641 and the upper end of the second valve film 3642, which can prevent the first valve film 3641 from being inflated during the inflation process. And/or the upper end of the second valve membrane 3642 is folded and blocks the valve passage 3643.
- the inflatable buffer body 310 may also not have the one-way inflatable valve 364 to heat-seal the membrane of the first gas storage chamber.
- the gas storage chamber 3610 between the first gas storage chamber film 361 and the second gas storage chamber film 362 is filled with gas.
- the sealing line 3153 and the fourth bending heat sealing line 3154 are respectively discontinuous heat sealing lines, which are composed of a series of heat sealing points spaced apart from each other, and do not affect the gas in the first side wall 311, the second The side wall 312, the third side wall 313 and/or the flow in the inflatable section 3141 of the suspended support 314.
- the first bending heat sealing line 3151, the second bending heat sealing line 3152, the third bending heat sealing line 3153, and the fourth bending heat sealing line 3153 The heat-sealing point of the sealing line 3154 is heat-sealed at the position of the heat-sealing line between the air columns of the gas buffer body 310 so as not to affect the flow of gas between the air columns of the gas buffer body 310.
- the first folding heat sealing line 3151 when the first bending heat sealing line 3151, the second bending heat sealing line 3152, the third bending When the length of the heat-sealing point of the folding heat-sealing line 3153 and the fourth folding heat-sealing line 3154 is less than the width of the air column of the gas buffer body 310, the first folding heat-sealing line 3151 is formed
- the heat sealing points of the second bending heat sealing line 3152, the third bending heat sealing line 3153, and the fourth bending heat sealing line 3154 can also be heat-sealed to form the air column of the gas buffer body 310 It does not affect the flow of gas between the gas columns of the gas buffer body 310.
- the third three-dimensional plastic sealing line 3163 used to heat-seal and connect the uninflated section 3142 of the suspended support 314 to the inner wall of the second side wall 312 is an intermittent heat sealing line consisting of a series of mutually spaced A series of heat-sealing points constituting the third three-dimensional plastic sealing line 3163 are respectively heat-sealed to form the spaced heat-sealing lines between the air columns of the first side wall 311, thereby When one end of the uninflated section 3142 of the suspended support body 314 is heat-sealed and connected to the inner wall of the second side wall 312, the flow of gas in the second side wall 312 is not affected.
- the suspended height of the suspended supporting body 314 refers to the vertical distance between the bottom end of the suspended supporting body 314 and the bottom wall 313 when the suspended supporting body 314 supports the articles to be packaged. Therefore, for different weights of articles to be packaged and different suspended heights, the size of the air column of the gas buffer body 310 and the suspended height of the suspended support body 314 should have different specifications to provide better packaging for the articles. Buffer protection.
- Table 1 shows the corresponding relationship between the size of the air column of the gas buffer 310, the suspended height of the suspended support 314, and the weight and drop height of the articles to be packaged.
- the data of the weight of the packaged product and the data of the drop height and the corresponding relationship are selected from the ISTA 1A series of non-simulated overall performance test standards.
- the suspended height of the suspended support 314 is in the range of 0 to 100 mm
- the air column size of the gas buffer body 310 is in the range of 20 to 100 mm.
- the suspended height of the suspended support body 14 is 5 to 100 mm
- the air column size of the gas buffer body 310 is 20 to 40 mm
- the suspended height of the suspended support body 314 is 5 to 60 mm
- the air column size of the gas buffer body 310 is 30 to 60 mm, it is suitable for packaging 10 to 19 kg of articles.
- the suspended height of the suspended support body 314 is 5 to 40 mm, and the air column size of the gas buffer body 310 is 40 to 80 mm, it is suitable for packaging 19 to 29 kilograms of articles.
- the gas column size of the gas buffer body 310 is 0 to 5 mm, and the gas column size of the gas buffer body 310 is 40 to 100 mm, it is suitable For packaging items of 45 to 68 kg.
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Abstract
一种充气缓冲包装装置(1100),应用于包装一平板电子产品(1200),包括,一充气缓冲体(110),其适于被沿着预设的位置弯折形成一安装腔(120),该平面电子产品(1200)的一端适于被放入到所述安装腔内(120),其中所述充气缓冲体(110)包括两层气体存储室膜(161,162),以及具有形成于所述两层气体存储室膜(161,162)之间的一气体存储室(1610),所述气体存储室(1610)内适于存储气体。该装置便于存储和运输并适于放置待包装的平板电子产品。
Description
本发明涉及包装运输领域,更进一步地涉及一种充气缓冲包装装置,尤其涉及一种平板电子产品包装装置,其适于包装一平板电子产品,在平板电子产品的运输过程中对其提供缓冲保护,防止其在运输过程中发生损坏。
随着科技的发展,电视逐渐向更薄更轻的方向发展,越来越多的超薄液晶电视出现在人们的生活中。以液晶电视为例,液晶电视包括两张玻璃和位于两张玻璃之间的液晶,液晶是具有规则的分子排列的有机化合物,加热呈现透明状的液体状态,冷却后出现结晶颗粒的浑浊固体状态的物质。通过向位于两张玻璃之间的液晶加入电压,通过分子排列变化机曲折变化再现画面,屏幕通过电子群的冲撞,制造画面并通过外部光线的透视发射来形成画面。
本领域的技术人员应当理解的是,由于液晶电视的自身结构等方面的限制,液晶电视在运输过程中容易由于碰撞而造成液晶电视的损坏,影响液晶电视的正常使用。值得一提的是,随着电子商务的发展,越来越多的消费者选择网购液晶电视,网购液晶电视往往需要长距离的运输,更易在运输过程中造成液晶电视的损坏。
为了防止液晶电视在运输过程中由于碰撞而发生损坏,通常的做法是在包装液晶电视的箱体内放置泡沫缓冲物,以在运输过程中为液晶电视提供缓冲保护。
需要指出的是,泡沫缓冲物是固体,在包装液晶电视的时候,为了使泡沫缓冲物与液晶电视更好地贴合,需要在泡沫缓冲物上开设槽体,以使得液晶电视能够更好地贴合于泡沫缓冲物,达到更好的缓冲效果。可以理解的是,在泡沫缓冲物上开设槽体需要专门的开模工具,增加包装的成本和劳动强度。
另一方面,泡沫缓冲材料通常是固体,会占据大量的存储和运输空间,增加运输的成本。而且由于液晶电视的体积巨大,所需的泡沫缓冲材料的体积也相当巨大,容易在运输过程中发生断裂,而失去缓冲保护的作用,甚至会对液晶电视 造成损坏。
此外,中国专利ZL200810094091.4公开了一种“直立吊床式防震套”,包括一气柱片和一缓冲片,该缓冲片呈吊床状被设于该气柱片所弯折形成的一容置空间内,用于将待包装的物品悬空,以供提高缓冲效果。但是需要指出的是,在本专利申请中,所述缓冲片为片状,不能够被充入气体,也就是说只具有对被包装的物品具有支撑的作用,并不能够提高气体缓冲包装装置的缓冲效果。
中国专利ZL201410199072.3公开了一种“内折式吊床缓冲护套”,包括一第一缓冲体、一第二缓冲体、一第三缓冲体以及一悬吊层,该第二缓冲体和该第三缓冲体分别被设于该第一缓冲体的两端,并且该第二缓冲体和该第三缓冲体分别向该第一缓冲体的一侧弯折,该第二缓冲体和该第三缓冲体不与该第一缓冲体连接的一端分别被热封连接于该悬吊层,并形成一U型容置空间,用于容纳待包装的物品。需要指出的是,本专利所公开的所述“内折式吊床缓冲护套”悬吊层的一第一垂壁和一第二垂壁内能够被充入气体,也就是说,本发明所提供的所述内折式吊床缓冲保护套包括四层气体缓冲层,具有较厚的厚度,在一定程度上减小了容置空间的体积,另一方面增加了缓冲材料的用量。
发明内容
本发明的一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装装置在未充气前为平整状态,便于存储和运输。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装装置包括一充气缓冲体,所述充气缓冲体的两端向所述充气缓冲体的同侧弯折形成一安装腔,所述安装腔内适于放置待包装的平板电子产品。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步具有一放置腔,所述充气缓冲体的一端反向弯折形成所述放置腔,所述放置腔用于放置待包装的平板电子产品的配件,以方便平板电子产品和配件共同储存和运输,并防止配件在运输过程中丢失。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步包括一第一充气缓冲块、一第二充气缓冲块以及一第三充气缓冲块,所述第一充气缓冲块、所述第二充气缓冲块以及所述第三充气缓冲块围绕形成所述放置腔,所述第三充气缓冲块的另一侧是所述安装腔,所述第一弯折热封线是连续热 封线,从而所述第一充气缓冲块内不能够被充入气体,从而能够增加所述放置腔的空间。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步包括一第一充气缓冲块和一第二充气缓冲块,所述第一充气缓冲块和所述第二充气缓冲块围绕形成所述放置腔,所述第二充气缓冲块的另一侧是所述安装腔,所述第一弯折热封线是连续热封线,从而所述第一充气缓冲块内不能够被充入气体,从而能够增加所述放置腔的空间。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步包括一加强缓冲体,所述充气缓冲体的一端弯折热封形成所述加强缓冲体,所述加强缓冲体连接于所述安装腔的一侧壁,所述加强缓冲体用于增加所述充气缓冲体的缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步具有一缓冲腔,所述缓冲腔位于所述安装腔的一侧,所述充气缓冲体的一端弯折形成所述缓冲腔,所述缓冲腔用于增加所述充气缓冲体的缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步包括一侧缓冲体,所述侧缓冲体位于所述充气缓冲体远离所述安装腔的一第一开口的一侧,所述侧缓冲体用于增加所述充气缓冲体的侧面缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体结构简单、使用方便。
相应的,为了实现以上至少一个发明目的,本发明提供一充气缓冲包装装置,其包括:
一充气缓冲体,其适于被沿着预设的位置弯折形成一安装腔,该平面电子产品的一端适于被放入到所述安装腔内,其中所述充气缓冲体包括两层气体存储室膜,以及具有形成于所述两层气体存储室膜之间的一气体存储室,所述气体存储室内适于存储一定量的气体。
在本发明的一些优选实施例中,所述充气缓冲体的一端向所述充气缓冲体的一侧反向弯折形成所述安装腔。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一第一前侧壁、一上侧壁以及一后侧壁,所述上侧壁的两端分别连通于所述第一前侧壁和所述后侧壁,所述第一前侧壁、所述上侧壁以及所述后侧壁围绕形成所述安装腔。
在本发明的一些优选实施例中,所述充气缓冲体进一步具有一放置腔,所述放置腔和所述安装腔分别位于所述第一前侧壁的两侧,所述放置腔内适于放置该平板电子产品的配件。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一放置腔侧壁,所述放置腔侧壁的一端连接于所述第一前侧壁远离所述上侧壁的一端,另一端向所述第一前侧壁连接于所述上侧壁的一端弯折,所述放置腔形成于所述放置腔侧壁和所述第一前侧壁之间。
在本发明的一些优选实施例中,所述放置腔侧壁与所述第一前侧壁一体成型,所述充气缓冲体进一步包括一阻隔热封线,所述阻隔热封线被沿着所述放置腔侧壁的气柱的宽度方向热封形成于所述放置腔侧壁,用于阻断所述放置腔侧壁与所述第一前侧壁的气柱的连通。
在本发明的一些优选实施例中,所述阻隔热封线的长度小于所述放置腔侧壁的宽度。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一悬浮支撑体,所述悬浮支撑体被设于所述安装腔内,并且所述悬浮支撑体的两端分别被热封连接于所述第一前侧壁和所述后侧壁,所述充气缓冲体进一步具有形成于所述悬浮支撑体和所述上侧壁之间的一缓冲腔。
在本发明的一些优选实施例中,所述充气缓冲体的另一端向所述第一前侧壁的一侧弯折,与所述第一前侧壁和所述上侧壁围绕形成所述安装腔。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一第二前侧壁和一下侧壁,所述下侧壁的两端分别连接于所述第二前侧壁和所述后侧壁,所述第二前侧壁、所述下侧壁、所述后侧壁、所述第一前侧壁以及所述上侧壁围绕形成所述安装腔。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一加强缓冲体,所述加强缓冲体被设于所述安装腔的外侧,用于提高所述下侧壁的缓冲效果。
在本发明的一些优选实施例中,所述加强缓冲体包括一第七气体缓冲块、一第八气体缓冲块以及一第九气体缓冲块,所述第七气体缓冲块、所述第八气体缓冲块以及所述第九气体缓冲块首尾相连围绕形成所述加强缓冲体,所述第七体缓冲块和所述第九气体缓冲块分别被设于所述第八气体缓冲块的两侧。
在本发明的一些优选实施例中,所述第七气体缓冲块远离所述第八气体缓冲 块的一端和所述第九气体缓冲块远离所述第八气体缓冲块的一端一同被热封连接于下侧壁,且所述第七气体缓冲块和所述第九气体缓冲块的长度相等。
在本发明的一些优选实施例中,所述加强缓冲体进一步具有一加强缓冲空间,所述第七气体缓冲块、所述第八气体缓冲块以及所述第九气体缓冲块围绕形成所述加强缓冲空间,所述加强缓冲空间内适于放置配件或缓冲材料。
在本发明的一些优选实施例中,所述第七气体缓冲块包括一第七上缓冲块和一第七下缓冲块,所述第九气体缓冲块包括一第九上缓冲块和一第九下缓冲块,所述第七下缓冲块和所述第九下缓冲块分别被相互对应地设于所述第八气体缓冲块的两侧,所述第七上缓冲块和所述第九上缓冲块分别对应倾斜地设于所述第七下缓冲块和所述第九下缓冲块。
在本发明的一些优选实施例中,所述第七气体缓冲块和所述第九气体缓冲块相对于所述第八气体缓冲块相互对称,所述第七上缓冲块的长度与所述第九上缓冲块的长度相适应,所述第七下缓冲块与所述第九下缓冲块的长度相适应。
在本发明的一些优选实施例中,所述第七气体缓冲块和所述第九气体缓冲块是非对称结构,所述第七上缓冲块的长度与所述第九上缓冲块的长度不相等。
在本发明的一些优选实施例中,所述加强缓冲空间进一步具有一加强缓冲空间开口,所述加强缓冲空间开口与所述加强缓冲空间相连通,以便于配件或缓冲材料的取放。
在本发明的一些优选实施例中,所述第七上缓冲块和所述第七下缓冲块可活动地连接,所述第七下缓冲块能够绕与所述第八气体缓冲块的连接处转动,用以控制所述加强缓冲空间开口的开合。
在本发明的一些优选实施例中,所述第八气体缓冲块被朝向所述下侧壁的方向弯折,并在所述第八气体缓冲块远离所述下侧壁的一侧围绕形成开放式的所述加强缓冲空间,以便于零件和缓冲材料的取放。
在本发明的一些优选实施例中,所述加强缓冲体进一步包括一下加强缓冲体和位于所述下加强缓冲体两侧的两侧缓冲体,两所述侧缓冲体分别位于所述第二前侧壁和所述后侧壁远离所述安装腔的一侧外,用于在所述安装腔的一侧提供加强缓冲保护,所述下加强缓冲体位于所述下侧壁远离所述安装腔的一侧外,用于在所述安装腔的下方提供加强缓冲保护。
在本发明的一些优选实施例中,所述加强缓冲体的缓冲距离是15至250毫 米,所述充气缓冲体的气柱尺寸是20至60毫米。
在本发明的一些优选实施例中,所述加强缓冲体的缓冲距离是15至80毫米,所述充气缓冲体的气柱尺寸是20至40毫米,适于包装0至10千克的物品。
在本发明的一些优选实施例中,所述加强缓冲体的缓冲距离是20至100毫米,所述充气缓冲体的气柱尺寸是30至60毫米,适于包装10至19千克的物品。
在本发明的一些优选实施例中,所述加强缓冲体的缓冲距离是30至150毫米,所述充气缓冲体的气柱尺寸是40至60毫米,适于包装19至28千克的物品。
在本发明的一些优选实施例中,所述加强缓冲体的缓冲距离是30至200毫米,所述充气缓冲体的气柱尺寸是40至60毫米,适于包装28至45千克的物品。
在本发明的一些优选实施例中,所述加强缓冲体的缓冲距离是30至250毫米,所述充气缓冲体的气柱尺寸是40至60毫米,适于包装45至68千克的物品。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一悬浮支撑体,所述悬浮支撑体被设于所述安装腔内,并且所述悬浮支撑体的两端分别连接于所述第二前侧壁和所述后侧壁,所述充气缓冲体进一步具有形成于所述下侧壁与所述悬浮支撑体之间的一缓冲腔。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一侧缓冲体,所述侧缓冲体位于所述充气缓冲体的一侧,用于对被放置于所述安装腔内的该平板电子产品的侧面提供缓冲保护。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一第一立体塑封线和一第二立体塑封线,所述第一立体塑封线用于将所述第一前侧壁热封连接于所述后侧壁,所述第二立体塑封线用于将所述第二前侧壁热封连接于所述后侧壁,所述第一前侧壁位于所述第一立体塑封线外侧的部分、所述第二前侧壁位于所述第二立体塑封线外侧的部分以及所述后侧壁位于所述第一立体塑封线和所述第二立体塑封线外侧的部分形成所述侧缓冲体。
在本发明的一些优选实施例中,所述气体缓冲体进一步包括一单向充气阀门,所述单向充气阀门包括被设于所述两层气体存储室膜之间的两阀膜,气体适于通过所述单向充气阀门被充入所述气体存储室。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装装置在充气前为平整状态,便于存储和运输。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装 装置具有一充气缓冲体,所述充气缓冲体能够被设置于平板电子产品如电视、显示器的上下两侧,以供在运输过程中为平板电子产品提供缓冲保护。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体包括一第一侧壁、一第二侧壁以及一底壁,所述第一侧壁和所述第二侧壁分别被设于所述底壁的两端,所述第一侧壁、所述第二侧壁以及所述底壁围绕形成一安装腔,平板电子产品的端部能够被放置于所述安装腔内,以供在运输过程中为平板电子产品提供缓冲保护。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步包括形成于所述安装腔左右两侧的两侧缓冲体,所述侧缓冲体用于在所述安装腔的左右两侧为被放入所述安装腔的平板电子产品提供缓冲保护,并能够防止平板电子产品离开所述安装腔,提高缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步包括一第三侧壁和一第四侧壁,所述第三侧壁和所述第四侧壁分别位于所述第一侧壁和所述第二侧壁的外侧,从而能够为被放入到所述安装腔的平板电子产品提供双重缓冲。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体的所述第三侧壁和所述第四侧壁分别被热封连接于所述第一侧壁和所述第二侧壁,从而在所述充气缓冲体充气膨胀后所述第三侧壁和所述第四侧壁分别能够被保持于所述第一侧壁和所述第二侧壁的外侧,便于所述充气缓冲包装装置的使用。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述第三侧壁和所述第四侧壁的气柱直径分别小于所述第一侧壁和所述第二侧壁的气柱的直径,以供减小所述充气缓冲体的整体厚度。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述第三侧壁和所述第四侧壁的气柱分别与所述第一侧壁和所述第二侧壁的气柱交错排列,所述第三侧壁和所述第四侧壁的气柱之间的间隔热封线分别对应所述第一侧壁和所述第二侧壁的气柱,从而能够减小所述充气缓冲体的整体厚度。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲体进一步具有一缓冲腔,所述第三侧壁和所述第四侧壁的长度分别大于所述第一侧壁和所述第二侧壁的长度,所述第三侧壁、所述第四侧壁以及所述底壁围绕形成所述缓冲腔,所述缓冲腔和所述安装腔分别位于所述底壁的两侧,所述缓冲腔用于 提高所述充气缓冲体的缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述缓冲腔内能够被放置一传统缓冲材料,以供提高所述充气缓冲包装装置的缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装装置进一步包括一悬浮支撑体,所述悬浮支撑体的至少一部分位于所述安装腔内,所述充气缓冲包装装置进一步具有形成于所述悬浮支撑体和所述底壁之间的一缓冲腔,所述悬浮支撑体用于支撑平板电子产品,并将所述平板电子产品与所述底壁分离,以供提高缓冲效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装装置进一步包括一加强缓冲体,所述加强缓冲体被设于所述安装腔的下方,用于提高所述充气缓冲体对被放置于所述安装腔的所述平板电子产品的缓冲保护效果。
本发明的另一个目的在于提供一充气缓冲包装装置,其中所述充气缓冲包装装置结构简单,使用方便。
相应的,为了实现本发明的至少一个发明目的,本发明提供一充气缓冲包装装置,应用于包装一平板电子产品,其包括:
一充气缓冲体,其具有一安装腔,其包括一第一侧壁、一第二侧壁以及一底壁,所述第一侧壁和所述第二侧壁分别被连接于所述底壁的两端,所述第一侧壁、所述第二侧壁以及所述底壁围绕形成所述安装腔,所述第一侧壁的左右两端分别对应于所述第二侧壁的左右两端,并分别被热封连接,其中所述充气缓冲体进一步包括两层气体存储室膜,以及具有形成于所述两层气体存储室膜之间的一气体存储室,所述气体存储室内适于存储气体。
在本发明的一些优选实施例中,所述充气缓冲体进一步一第三侧壁和一第四侧壁,所述第三侧壁连接于所述第一侧壁,并被向外弯折于所述第一侧壁的外侧,所述第四侧壁连接于所述第二侧壁,并被向外弯折于所述第二侧壁的外侧,所述充气缓冲体进一步包括一组第一热封缝和一组第二热封缝,所述第一热封缝用于将所述第三侧壁热封连接于所述第一侧壁,所述第二热封缝用于将所述第四侧壁热封连接于所述第二侧壁,以便于所述充气缓冲包装装置的站立。
在本发明的一些优选实施例中,所述充气缓冲包装装置进一步具有一缓冲腔,其中所述第三侧壁的长度大于所述第一侧壁的长度,所述第四侧壁的长度大于所 述第二侧壁的长度,所述第三侧壁向外延伸至所述第一侧壁外侧的部分、所述第四侧壁向外延伸至所述第二侧壁外侧的部分以及所述底壁围绕形成所述缓冲腔,所述缓冲腔和安装腔分别位于所述底壁的两侧。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括两侧缓冲体,所述充气缓冲包装装置进一步包括被热封形成于所述充气缓冲体的一组立体塑封线,其中所述立体塑封线包括一第一立体塑封线和一第二立体塑封线,所述第一立体塑封线和所述第二立体塑封线分别将所述第一侧壁的两端热封连接于所述第二侧壁的两端,所述第一立体塑封线、所述第二立体塑封线分别与所述第一侧壁的两端和/或所述第二侧壁的两端边缘具有至少一气柱的距离所述气柱形成两所述侧缓冲体。
在本发明的一些优选实施例中,所述充气缓冲包装装置进一步包括一组第一收缩热封线和一组第二收缩热封线,所述第一收缩热封线被沿着所述第三侧壁的气柱的长度方向被热封形成于所述第三侧壁的气柱,所述第二收缩热封线被沿着所述第四侧壁的气柱的长度方向被热封形成于所述第四侧壁的气柱,用于减小所述第三侧壁和所述第四侧壁的气柱尺寸,减小与所述第一侧壁和所述第二侧壁叠合时的厚度。
在本发明的一些优选实施例中,位于所述第三侧壁的气柱之间的间隔热封线与位于所述第一侧壁的气柱之间的对应的间隔热封线相互交错,位于所述第三侧壁的气柱之间的间隔热封线的延长线位于所述第二侧壁的气柱之间的对应间隔热封线之间,位于所述第四侧壁的气柱之间的间隔热封线与位于所述第二顶壁的对应间隔热封线的相互交错,位于所述第三侧壁的气柱之间的间隔热封线的延长线位于所述第二侧壁的气柱之间的间隔热封线之间,以使得所述第三侧壁和所述第一侧壁的气柱交错,所述第四侧壁和所述第二侧壁的气柱交错。
在本发明的一些优选实施例中,所述充气缓冲包装装置进一步包括一悬浮支撑体,以及具有一悬浮腔,所述悬浮支撑体的至少一部分被设于所述安装腔内,所述悬浮腔位于所述悬浮支撑体和所述底壁之间。
在本发明的一些优选实施例中,所述悬浮支撑体的两端分别被热封连接于所述第一侧壁和所述第二侧壁。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一加强缓冲体,所述加强缓冲体被设于所述安装腔远离所述安装腔的开口一侧,用于支撑被放入 到所述安装腔内的待包装物品。
在本发明的一些优选实施例中,所述充气缓冲包装装置进一步包括一加强热封线,所述第一侧壁和所述第二侧壁被通过所述加强热封线热封连接在一起,所述第一侧壁位于所述加强热封线和所述底壁之间的部分、所述第二侧壁位于所述加强热封线和所述底壁之间的部分以及所述底壁围绕形成所述加强缓冲体。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一加强缓冲体,其中所述加强缓冲体进一步包括一第一加强缓冲体和一第二加强缓冲体,所述第一加强缓冲体的一端被热封连接于所述第三侧壁远离所述安装腔开口的一端,另一端被热封连接于一内壁,所述第二加强缓冲体的一端被热封连接于所述第四侧壁远离所述安装腔开口的一端,另一端被热封连接于所述内壁,其中所述内壁由所述第一侧壁、所述第二侧壁以及所述底壁组成。
在本发明的一些优选实施例中,所述底壁的悬空高度的范围是0至100毫米,所述气体缓冲体的气柱尺寸范围是20至100毫米。
在本发明的一些优选实施例中,所述底壁的悬空高度的范围是5至100毫米,所述气体缓冲体的气柱尺寸范围是20至40毫米,适于包装0至10千克的物品。
在本发明的一些优选实施例中,所述底壁的悬空高度的范围是5至60毫米,所述气体缓冲体的气柱尺寸范围是30至60毫米,适于包装10至19千克的物品。
在本发明的一些优选实施例中,所述底壁的悬空高度的范围是5至40毫米,所述气体缓冲体的气柱尺寸范围是40至80毫米,适于包装19至28千克的物品。
在本发明的一些优选实施例中,所述底壁的悬空高度的范围是5至20毫米,所述气体缓冲体的气柱尺寸范围是40至100毫米,适于包装28至45千克的物品。
在本发明的一些优选实施例中,所述底壁的悬空高度的范围是0至5毫米,所述气体缓冲体的气柱尺寸范围是40至100毫米,适于包装45至68千克的物品。
在本发明的一些优选实施例中,所述充气缓冲体进一步包括一单向充气阀门,所述单向充气阀门包括被设于所述两层气体存储室膜之间的两阀膜,气体适于通过所述单向充气阀门被充入所述气体存储室。
进一步地,本发明的一个目的在于提供一气体缓冲包装装置,其中所述气体缓冲包装装置安装空间大,厚度小。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述气体缓冲包装装置包括三层气体缓冲层,能够为被包装的物品提供有效的缓冲保护。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述气体缓冲包装装置包括三层气体缓冲层,能够减少气体缓冲材料的用量,节省材料。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述气体缓冲包装装置包括一悬空支撑体,所述悬空支撑体被设于所述气体缓冲体所围绕形成的一安装空间内,能够将被包装的物品悬空,具有更好的缓冲保护效果。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述悬空支撑体包括一充气段和一未充气段,所述未充气段用于对待包装的物品提供支撑,将待包装的物品悬空,所述充气段用于在待包装物品的一侧对待包装物品提供缓冲保护,从而能够达到更好的缓冲保护效果。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述悬空支撑体的所述充气段的气柱与所述第一侧壁的气柱交错排列,从而能够减小所述悬空支撑体的所述充气段与所述第一侧壁的叠合厚度,减小气体缓冲包装装置的厚度,增加安装空间的体积。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述悬空支撑体的所述未充气段的两端分别被热封连接于所述第一侧壁和所述第二侧壁靠近所述底壁的一端内侧,从而能够减小所述悬空支撑体的长度,减少气体缓冲材料的用量。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述悬空支撑体的所述未充气段与所述充气段一体成型,并且所述悬空支撑体的所述未充气段的气柱与所述充气段的气柱相连通,所述悬空支撑体的所述未充气段内能够被充入气体,从而能够为待包装的物品提供更好的悬空支撑保护。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述悬空支撑体的所述未充气段与所述悬空支撑体的所述充气段相互独立,所述悬空支撑体的两端分别通过热封连接的方式连接于所述悬空支撑体的所述充气段与所述第二侧壁内侧,以便于所述气体缓冲体的制造。
本发明的另一个目的在于提供一气体缓冲包装装置,其中所述气体缓冲包装装置结构简单,制作成本低,使用方便。
相应地,为了实现以上至少一个发明目的,本发明提供一气体缓冲包装装置, 包括:
一气体缓冲体,所述气体缓冲体适于被沿着预设的位置弯折形成一第一侧壁、一第二侧壁以及一底壁,所述第一侧壁、所述第二侧壁以及所述底壁围绕形成一安装空间,该平板电子产品的一端适于被安装于所述安装空间内,所述气体缓冲体进一步包括被设于所述安装空间内的一悬空支撑体,以及具有形成于所述悬空支撑体和所述底壁之间的一缓冲腔,其中所述悬空支撑体的一端连接于所述第一侧壁,另一端连接于所述第二侧壁。
在本发明的一些优选实施例中,所述悬空支撑体进一步包括一充气段和一非充气段,所述充气段的一端连接于所述第一侧壁远离所述底壁的一端,另一端向所述底壁延伸,所述非充气段的一端连接于所述充气段的另一端,所述非充气段的另一端连接于所述第二侧壁。
在本发明的一些优选实施例中,所述悬空支撑体的两端分别被热封连接于所述第一侧壁和所述第二侧壁靠近所述底壁的两端内壁。
在本发明的一些优选实施例中,所述悬空支撑体的所述充气段一体成型于所述第一侧壁,并且所述悬空支撑体的所述充气段的气柱与所述第一侧壁的气柱相连通。
在本发明的一些优选实施例中,所述悬空支撑体的所述充气段的气柱与所述第一侧壁的气柱交错排列,以供减小所述悬空支撑体的所述充气段与所述第一侧壁叠合的叠合厚度。
在本发明的一些优选实施例中,所述悬空支撑体的所述充气段和所述非充气段一体成型,所述悬空支撑体进一步包括一阻隔热封线,所述阻隔热封线将所述悬空支撑体分隔为所述充气段和所述非充气段。
在本发明的一些优选实施例中,所述悬空支撑体的所述非充气段被热封连接于所述悬空支撑体的所述充气段靠近所述底壁的一端。
在本发明的一些优选实施例中,所述气体缓冲包装装置进一步包括一侧缓冲体,所述侧缓冲体形成于所述安装空间的一侧,用于在所述安装空间的一侧对该平板电子产品提供缓冲保护。
在本发明的一些优选实施例中,所述气体缓冲包装装置进一步包括一第一立体塑封线,所述第一立体塑封线用于将所述第一侧壁、所述第二侧壁以及所述悬空支撑体的所述充气段对应侧边热封连接,所述第一侧壁位于所述第一立体塑封 线外侧的部分、所述第二侧壁位于所述第一立体塑封线外侧的部分以及所述悬空支撑体的所述充气段位于所述第一立体塑封线外侧的部分形成所述侧缓冲体。
在本发明的一些优选实施例中,所述第一侧壁和所述第二侧壁的至少一气柱位于所述第一立体塑封线的外侧。
在本发明的一些优选实施例中,所述悬空支撑体的悬空高度是0至100毫米,所述气体缓冲体的气柱尺寸是20至100毫米。
在本发明的一些优选实施例中,所述悬空支撑体的悬空高度是5至100毫米,所述气体缓冲体的气柱尺寸是20至40毫米,适于包装0至10千克的物品。
在本发明的一些优选实施例中,所述悬空支撑体的悬空高度是5至60毫米,所述气体缓冲体的气柱尺寸是30至60毫米,适于包装10至19千克的物品。
在本发明的一些优选实施例中,所述悬空支撑体的悬空高度是5至40毫米,所述气体缓冲体的气柱尺寸是40至80毫米,适于包装19至28千克的物品。
在本发明的一些优选实施例中,所述悬空支撑体的悬空高度是5至20毫米,所述气体缓冲体的气柱尺寸是40至100毫米,适于包装28至45千克的物品。
在本发明的一些优选实施例中,所述悬空支撑体的悬空高度是0至5毫米,所述气体缓冲体的气柱尺寸是40至100毫米,适于包装45至68千克的物品。
在本发明的一些优选实施例中,所述气体缓冲体进一步包括一单向充气阀门,所述单向充气阀门包括被设于所述两层气体存储室膜之间的两阀膜,气体适于通过所述单向充气阀门被充入所述气体存储室。
图1是根据本发明的一个优选实施例的充气缓冲包装装置的一充气缓冲体的平面展开状态结构示意图。
图2是根据本发明的一个优选实施例的充气缓冲包装装置的所述充气缓冲体的立体结构示意图。
图3是根据本发明的一个优选实施例的充气缓冲包装装置的所述充气缓冲体的剖视结构示意图。
图4是根据本发明的一个优选实施例的充气缓冲包装装置的整体结构示意图。
图5是根据本发明的一个优选实施例的充气缓冲包装装置的应用结构示意图。
图6是根据本发明的一个优选实施例的充气缓冲包装装置的应用结构的剖视 结构示意图。
图7是根据本发明的一个优选实施例的充气缓冲包装装置的应用结构示意图。
图8A是根据本发明的一个优选实施例的充气缓冲包装装置的充气缓冲体的剖视结构示意图。
图8B是根据本发明的一个优选实施例的充气缓冲包装装置的充气缓冲体的一变形实施方式的剖视结构示意图。
图8C是根据本发明的一个优选实施例的充气缓冲包装装置的充气缓冲体的另一变形实施方式的剖视结构示意图。
图8D是根据本发明的一个优选实施例的充气缓冲包装装置的充气缓冲体的另一变形实施方式的剖视结构示意图。
图9是根据本发明的第二优选实施例的充气缓冲包装装置的充气缓冲体的平面展开状态结构示意图。
图10是根据本发明的第二个优选实施例的充气缓冲包装装置的充气缓冲体的立体结构示意图。
图11是根据本发明的第二个优选实施例的充气缓冲包装装置的充气缓冲体的剖视结构示意图。
图12是根据本发明的第二个优选实施例的充气缓冲包装装置的整体结构示意图。
图13是根据本发明的第二个优选实施例的充气缓冲包装装置的应用结构示意图。
图14是根据本发明的第二个优选实施例的充气缓冲包装装置的应用剖视结构示意图。
图15是根据本发明的第二个优选实施例的充气缓冲包装装置的应用结构示意图。
图16是根据本发明的第三个优选实施例的充气缓冲包装装置的平面展开状态结构示意图。
图17A是根据本发明的第三个优选实施例的充气缓冲包装装置的立体结构示意图。
图17B是根据本发明的第三个优选实施例的充气缓冲包装装置的立体结构示意图。
图18是根据本发明的第三个优选实施例的充气缓冲包装装置的剖视结构示意图。
图19A是根据本发明的第三个优选实施例的充气缓冲包装装置的应用结构示意图。
图19B是根据本发明的第三个优选实施例的充气缓冲包装装置的应用结构示意图。
图20是根据本发明的第四个优选实施例的充气缓冲包装装置平面展开状态结构示意图。
图21是根据本发明的第四个优选实施例的充气缓冲包装装置的剖视结构示意图。
图22是根据本发明的第四个优选实施例的充气缓冲包装装置的一第一变形实施方式的剖视结构示意图。
图23是根据本发明的第四个优选实施例的充气缓冲包装装置的一应用剖视结构示意图。
图24是根据本发明的第四个优选实施例的充气缓冲包装装置的一第二变形实施方式的剖视结构示意图。
图25是根据本发明的第四个优选实施例的充气缓冲包装装置的一第二变形实施方式的剖视结构示意图。
图26是根据本发明的第四个优选实施例的充气缓冲包装装置的一第二变形实施方式的剖视结构示意图。
图27是根据本发明的第四个优选实施例的充气缓冲包装装置的一第三变形实施方式的展开状态结构示意图。
图28是根据本发明的第四个优选实施例的充气缓冲包装装置的一第三变形实施方式的剖视结构示意图。
图29是根据本发明的第五个优选实施例的充气缓冲包装装置的平面展开状态结构示意图。
图30是根据本发明的第五个优选实施例的充气缓冲包装装置的剖视结构示意图。
图31是根据本发明的第五个优选实施例的充气缓冲包装装置的剖视结构示意图。
图32是根据本发明的一个优选实施例的充气缓冲包装装置的平面展开状态结构示意图。
图33是根据本发明的一个优选实施例的充气缓冲包装装置的整体结构示意图。
图34是根据本发明的一个优选实施例的充气缓冲包装装置的整体结构示意图
图35是根据本发明的一个优选实施例的充气缓冲包装装置的剖视结构示意图。
图36和图37是根据本发明的一个优选实施例的充气缓冲包装装置的应用结构示意图。
图38是根据本发明的一个优选实施例的充气缓冲包装装置的应用剖视结构示意图。
图39是根据本发明的一个优选实施例的充气缓冲包装装置的应用结构示意图。
图40是根据本发明的一个优选实施例的充气缓冲包装装置的应用剖视结构示意图。
图41A是根据本发明的一个优选实施例的充气缓冲包装装置的单向充气阀门的结构示意图。
图41B是根据本发明的一个优选实施例的充气缓冲包装装置的单向充气阀门的一变形实施方式的结构示意图。
图41C是根据本发明的一个优选实施例的充气缓冲包装装置的单向充气阀门的一变形实施方式的结构示意图。
图41D是根据本发明的一个优选实施例的充气缓冲包装装置的单向充气阀门的一变形实施方式的结构示意图。
图42是根据本发明的一个优选实施例的充气缓冲包装装置的一变形实施方式的平面展开结构示意图。
图43是根据本发明的一个优选实施例的充气缓冲包装装置的一变形实施方式的剖视结构示意图。
图44是根据本发明的一个优选实施例的充气缓冲包装装置的一变形实施方式的应用结构示意图。
图45是根据本发明的一个优选实施例的充气缓冲包装装置的第二变形实施方式的平面展开结构示意图。
图46是根据本发明的一个优选实施例的充气缓冲包装装置的第二变形实施方式的整体结构示意图。
图47是根据本发明的一个优选实施例的充气缓冲包装装置的第二变形实施方式的剖视结构示意图。
图48是根据本发明的一个优选实施例的充气缓冲包装装置的第三变形实施方式的平面展开结构示意图。
图49是根据本发明的一个优选实施例的充气缓冲包装装置的第三变形实施方式的整体结构示意图。
图50是根据本发明的一个优选实施例的充气缓冲包装装置的第三变形实施方式的剖视结构示意图。
图51是根据本发明的一个优选实施例的充气缓冲包装装置的第三变形实施方式的剖视结构示意图。
图52是根据本发明的一个优选实施例的充气缓冲包装装置的第四变形实施方式的平面展开结构示意图。
图53是根据本发明的一个优选实施例的充气缓冲包装装置的第四变形实施方式的剖视结构示意图。
图54是根据本发明的一个优选实施例的充气缓冲包装装置的第五变形实施方式的平面展开结构示意图。
图55是根据本发明的一个优选实施例的充气缓冲包装装置的第五变形实施方式的剖视结构示意图。
图56是根据本发明的一个优选实施例的气体缓冲包装装置的平面展开状态结构示意图。
图57A是根据本发明的一个优选实施例的气体缓冲包装装置的立体结构示意图。
图57B是根据本发明的一个优选实施例的气体缓冲包装装置的立体结构示意图。
图58A是根据本发明的一个优选实施例的气体缓冲包装装置的剖视结构示意图。
图58B是根据本发明的一个优选实施例的气体缓冲包装装置的剖视结构示意图。
图59是根据本发明的一个优选实施例的气体缓冲包装装置的应用结构示意图。
图60是根据本发明的一个优选实施例的气体缓冲包装装置的一第一变形实施例的平面展开状态结构示意图。
图61是根据本发明的一个优选实施例的气体缓冲包装装置的一第二变形实施例的剖视结构示意图。
图62是根据本发明的一个优选实施例的气体缓冲包装装置的一第三变形实施方式的平面展开状态结构示意图平面展开状态结构示意图。
图63是根据本发明的一个优选实施例的气体缓冲包装装置的一第三变形实施方式的剖视结构示意图。
图64是根据本发明的一个优选实施例的气体缓冲包装装置的一第四变形实施方式的平面展开状态结构示意图。
图65是根据本发明的一个优选实施例的气体缓冲包装装置的一第四变形实施方式的剖视结构示意图。
图66是根据本发明的一个优选实施例的气体缓冲包装装置的一第五变形实施方式的平面展开状态结构示意图。
图67是根据本发明的一个优选实施例的气体缓冲包装装置的一第五变形实施方式的剖视结构示意图。
图68A是根据本发明的一个优选实施例的气体缓冲包装装置的单向充气阀门的剖视结构示意图。
图68B是根据本发明的一个优选实施例的气体缓冲包装装置的单向充气阀门的一变形实施方式的剖视结构示意图。
图68C是根据本发明的一个优选实施例的气体缓冲包装装置的单向充气阀门的一第二变形实施方式的剖视结构示意图。
图68D是根据本发明的一个优选实施例的气体缓冲包装装置的单向充气阀门的一第三变形实施方式的剖视结构示意图。
以下描述用于揭露本发明以使本领域技术人员能够实现本发明。以下描述中的优选实施例只作为举例,本领域技术人员可以想到其他显而易见的变型。在以下描述中界定的本发明的基本原理可以应用于其他实施方案、变形方案、改进方案、等同方案以及没有背离本发明的精神和范围的其他技术方案。
本领域技术人员应理解的是,在本发明的揭露中,术语“纵向”、“横向”、“上”、“下”、“前”、“后”、“左”、“右”、“竖直”、“水平”、“顶”、“底”、“内”、“外”等指示的方位或位置关系是基于附图所示的方位或位置关系,其仅是为了便于描述本发明和简化描述,而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作,因此上述术语不能理解为对本发明的限制。
可以理解的是,术语“一”应理解为“至少一”或“一个或多个”,即在一个实施例中,一个元件的数量可以为一个,而在另外的实施例中,该元件的数量可以为多个,术语“一”不能理解为对数量的限制。
参考说明书附图1至8D,本发明所提供的平板电子产品充气缓冲包装装置1100被阐述,所述平板电子产品充气缓冲包装装置1100适于包装一平板电子产品1200,其中所述平板电子产品可以是电视或电脑显示器,以供在运输过程中为所述平板电子产品1200提供缓冲保护,防止所述平板电子产品1200在运输的过程中发生损坏。
具体的,所述平板电子产品充气缓冲包装装置1100包括一充气缓冲体110,所述充气缓冲体110在充气前为平整状态,能够方便存储和运输,在充气后凭借所存储的气体具有缓冲保护的作用,从而能够为所述平板电子产品1200提供缓冲保护,防止所述平板电子产品1200在运输的过程中发生损坏。
进一步地,所述充气缓冲体110具有一安装腔120,所述安装腔120的形状和尺寸与所述平板电子产品1200的端部的形状相适应,所述平板电子产品1200的端部能够被放入到所述安装腔120内,所述充气缓冲体110在所述平板电子产品1200与所述运输箱体之间提供缓冲保护。优选的,在本优选实施例中,所述充气缓冲体110的数量是两个,所述平板电子产品1200的一端被放入到一个所述充气缓冲体110的所述安装腔120内,所述平板电子产品1200的另一端被放入到另一个所述充气缓冲体110的所述安装腔120内,从而能够将所述平板电子产品1200悬空放置于运输箱体内,防止所述平板电子产品1200与运输箱体相接触,防止在运输过程中所述平板电子产品1200与箱体和/或外界物体的碰撞而发 生损坏。
参考说明书附图1,更进一步地,所述充气缓冲体110进一步具有一第一端部111和一第二端部112,所述第一端部111和所述第二端部112分别沿着所述充气缓冲体110的气柱的长度延伸方向的两侧。
所述平板电子产品充气缓冲包装装置1100进一步具有一组弯折热封线113,所述弯折热封线113被热封形成于所述充气缓冲体110,所述充气缓冲体110能够被沿着所述弯折热封线113弯折,以使得所述充气缓冲体110弯折围绕形成所述安装腔120。优选的,所述弯折热封线113沿着所述充气缓冲体110的气柱的宽度方向热封形成于所述充气缓冲体110。
具体的,所述弯折热封线113包括一第一弯折热封线1131、一第二弯折热封线1132、一第三弯折热封线1133、一第四弯折热封线1134、一第五弯折热封线1135、一第六弯折热封线1136、一第七弯折热封线1137、一第八弯折热封线1138、一第九弯折热封线1139以及一第十弯折热封线1130,所述第一弯折热封线1131、所述第二弯折热封线1132、所述第三弯折热封线1133、所述第四弯折热封线1134、所述第五弯折热封线1135、所述第六弯折热封线1136、所述第七弯折热封线1137、所述第八弯折热封线1138、所述第九弯折热封线1139以及所述第十弯折热封线1130依次被热封形成于所述充气缓冲体110的所述第一端部111和所述第二端部112之间。十条所述弯折热封线将所述充气缓冲体110分隔为十一小块,分别是一第一充气缓冲块1151、一第二充气缓冲块1152、一第三充气缓冲块1153、一第四充气缓冲块1154、一第五充气缓冲块1155、一第六充气缓冲块1156、一第七充气缓冲块1157、一第八充气缓冲块1158、一第九充气缓冲块1159、一第十充气缓冲块1150以及一第十一充气缓冲块11501,十一块所述充气缓冲块能够被沿着十条所述热封线弯折,以在所述充气缓冲块之间形成所述安装腔120,以供安装所述平板电子产品1200。
进一步地,所述充气缓冲体110位于所述第一弯折热封线1131和所述第一端部111之间的部分为所述第一充气缓冲块1151,位于所述第一弯折热封线1131和所述第二弯折热封线1132之间的部分为所述第二充气缓冲块1152,位于所述第二弯折线1132和所述第三弯折热封线1133之间的部分为所述第三充气缓冲块1153,位于所述第三弯折热封线1133和所述第四弯折热封线1134之间的部分为所述第四充气缓冲块1154,位于所述第四弯折热封线1134和所述第五弯折热封 线1135之间的部分为所述第五充气缓冲块1155,位于所述第五弯折热封线1135和所述第六弯折热封线1136之间的部分为所述第六充气缓冲块1156,位于所述第六弯折热封线1136和所述第七弯折热封线1137之间的部分为所述第七充气缓冲块1157,位于所述第七弯折热封线1137和所述第八弯折热封线1138之间的部分为所述第八充气缓冲块1158,位于所述第八弯折热封线1138和所述第九弯折热封线1139之间的部分为所述第九充气缓冲块1159,位于所述第九弯折热封线1139和所述第十弯折热封线1130之间的部分为所述第十充气缓冲块1150,位于所述第十弯折热封线1130和所述第二端部112之间的部分为所述第十一充气缓冲块11501。在本优选实施例中,所述充气缓冲体110首先能够被沿着所述第四弯折热封线1134将所述第四弯折热封线1134和所述第一端部111之间的部分向所述充气缓冲体110的一侧弯折,然后沿着所述第三弯折热封线1133将所述第三弯折热封线1133和所述第一端部111之间的部分弯折,以使得所述第三充气缓冲块1153与所述第五充气缓冲块1155相对设置,并在所述第三充气缓冲块1153与所述第五充气缓冲块1155之间形成所述安装腔120的一部分。然后沿着所述第七弯折热封线1137弯折所述第七弯折热封线1137和所述第二端部112之间的部分,以使得所述充气缓冲体110的所述第一端部111和所述第二端部112位于所述第五充气缓冲块1155的同侧,然后沿着所述第八弯折热封线1138弯折所述第八弯折热封线1138和所述第二端部112之间的部分,以使得所述第十一小块11501与所述第五小块1155相对应,并在所述第五小块1155和所述第十一小块11501之间形成所述安装腔120的一部分。
进一步地,所述充气缓冲体110进一步包括一上侧壁141、一下侧壁142、一第一前侧壁1431、一第二前侧壁1432以及一后侧壁144,所述上侧壁141、所述下侧壁142、所述第一前侧壁1431、所述第二前侧壁1432以及所述后侧壁144围绕形成所述安装腔120。具体的,所述上侧壁141的两端分别连接于所述第一前侧壁1431和所述后侧壁144,并且所述第一前侧壁1431与所述后侧壁144相对设置。所述下侧壁142的两端分别被连接于所述第二前侧壁1432与所述后侧壁144,并且所述第二前侧壁1432与所述后侧壁144相对设置。
优选的,在本优选实施例中,所述第三充气缓冲块1153是所述第一前侧壁1431,所述第十一充气缓冲块11501是所述第二前侧壁1432,所述第四充气缓冲块1154是所述上侧壁141,所述第六充气缓冲块1156和所述第十充气缓冲块 1150形成所述下侧壁142,所述第五充气缓冲块1155形成所述后侧壁144。
进一步地,所述平板电子产品充气缓冲包装装置1100进一步包括一组立体塑封线114,所述立体塑封线114被热封形成于所述充气缓冲体110,以使得所述充气缓冲体110在充气后能够维持预定的体积,能够被包装于所述平板电子产品1200的外侧,在运输过程中对所述平板电子产品1200提供缓冲保护。
具体的,所述立体塑封线114包括一第一立体塑封线1141、一第二立体塑封线1142以及一第三立体塑封线1143,所述第一立体塑封线1141被热封形成于所述第一充气缓冲块1151、所述第三充气缓冲块1153以及所述第五充气缓冲块1155的同侧边缘,以供将所述第一充气缓冲块1151和所述第三充气缓冲块1153的同侧边缘热封形成于所述第五充气缓冲块1155的同侧边缘。本领域的技术人员应当理解的是,在热封形成所述第一立体塑封线1141之前,需要弯折所述第一充气缓冲块1151,以使得所述第一充气缓冲块1151与所述第三充气缓冲块1153以及所述第五充气缓冲块1155相叠合,所述第一充气缓冲块1151、所述第三充气缓冲块1153以及所述第五充气缓冲块1155的同侧边缘相叠合。所述第二立体塑封线1142被热封形成于所述第十一充气缓冲块11501和所述第五充气缓冲块1155的同侧边缘,以供将所述第十一充气缓冲块11501的边缘热封于所述第五充气缓冲块1155的边缘,其中所述第一立体塑封线1141和所述第二立体塑封线1142分别位于所述第五充气缓冲块1155的同侧。所述第三立体塑封线1143将所述第六弯折热封线1136和所述第九弯折热封线1139热封连接在一起,以使得所述第七充气缓冲块1157、所述第八充气缓冲块1158以及所述第九充气缓冲块1159形成一加强缓冲体。
在本优选实施例中,所述安装腔120具有一第一开口121和一第二开口122,所述第一开口121形成于所述第五充气缓冲块1155远离所述第一立体塑封线1141和所述第二立体塑封线1142的一端,所述第二开口122形成于所述充气缓冲体110的所述第二端部112和所述第二充气缓冲块1152之间。所述平板电子产品1200的一端适于自所述第一开口121被安装于所述安装腔120内,以使得所述充气缓冲体110为所述平板电子产品1200提供缓冲保护。
在本发明的另一些优选实施例中,所述充气缓冲体112的所述第二端部112还能够被热封连接于所述第一弯折热封线1131或所述第二弯折热封线1132,也就是说,所述安装腔120只具有所述第一开口121,从而当所述平板电子产品1200 被安装于所述安装腔120内时,所述第五充气缓冲块1155和所述第十一充气缓冲块11501能够在所述平板电子产品1200的两侧对所述平板电子产品1200提供缓冲保护。
所述平板电子产品充气缓冲包装装置1100进一步具有一放置腔130,所述放置腔130位于所述第一充气缓冲块1151、所述第二充气缓冲块1152以及所述第三充气缓冲块1153之间,也就是说,所述第一充气缓冲块1151、所述第二充气缓冲块1152以及所述第三充气缓冲块1153围绕形成所述放置腔130,所述放置腔130和所述安装腔120分别位于所述第三充气缓冲块1153的两侧。
进一步地,所述充气缓冲包装装置1100进一步包括一放置腔侧壁132,所述放置腔侧壁132被设于所述第一前侧壁1431的外侧,并在所述放置腔侧壁132和所述第一前侧壁1431之间形成所述放置腔130。具体的,所述放置腔侧壁132的一端连接于所述第一前侧壁1431远离所述上侧壁141的一端,另一端向所述第一前侧壁1431连接于所述上侧壁141的一端弯折,并在所述放置腔侧壁132和所述第一前侧壁1431的外侧之间形成所述放置腔130,并且所述安装腔120和所述放置腔130分别位于所述第一前侧壁1431的两侧。
优选的,在本优选实施例中,所述充气缓冲体110的所述第一充气缓冲块1151和所述第二充气缓冲块1152形成所述放置腔侧壁132。
参考说明书附图5和图6,所述放置腔130内适于放置所述平板电子产品1200的配件1201,比如安装配件。当所述平板电子产品1200被安装于所述安装腔120内时,所述平板电子产品1200的所述配件1201能够被放置于所述放置腔130内,从而能够在运输过程中将所述平板电子产品1200的配件和所述平板电子产品1200相分离,防止在运输过程中平板电子产品1200与所述平板电子产品1200的配件发生碰撞而造成所述平板电子产品1200发生损坏。另一方面还能够在运输过程中防止所述平板电子产品1200的配件丢失。
具体的,参考说明书附图1,所述第一弯折热封线1131是连续的热封线,并且所述第一弯折热封线1131的长度小于所述充气缓冲体110的宽度。也就是说,,在本优选实施例中,所述充气缓冲体110的宽度方向上具有八个气柱,所述第一弯折热封线1131的长度与中间六个气柱的宽度相适应,并且所述第一弯折热封线1131被热封形成于中间六个气柱的边缘之间,也就是说,位于所述第一充气缓冲块1151最外侧的两个气柱能够与所述第二充气缓冲块1132最外侧的两个气 柱相连通,位于所述第一充气缓冲块1151中间的六个气柱不能够与所述第二充气缓冲块1132中间的六个气柱相连通,也就是说,在向所述充气缓冲体110充气后,位于所述第一充气缓冲块1151中间的六个气柱内不能够被充入气体,位于所述第一充气缓冲块1151两侧的两个气柱内能够被充入气体,从而能够增加所述放置腔130的体积,减小所述充气缓冲体110充气后靠近所述第一端部111一端的厚度,便于所述充气缓冲体110被放置于运输箱体内。
进一步地,所述充气缓冲体110进一步包括一阻隔热封线146,所述阻隔热封线146被热封形成于所述放置腔侧壁132,所述阻隔热封线146被沿着所述放置腔侧壁132的气柱的宽度方向热封形成于所述放置腔侧壁132,所述阻隔热封线146用于阻断所述阻隔热封线146与所述放置腔侧壁132远离所述第一前侧壁1431的一端之间的气柱内与所述第一前侧壁1431的气柱的连通。优选的,在本优选实施例中,所述阻隔热封线146是所述第一第一弯折热封线1131。
参考说明书附图3,进一步地,所述充气缓冲体110进一步包括一加强缓冲体116,所述加强缓冲体116位于所述第六充气缓冲块1156和所述第十充气缓冲块1150的外侧,所述加强缓冲体116用于加强对被放置于所述安装腔120内的所述平板电子产品1200的缓冲作用,以供在运输过程中为所述平板电子产品1200提供更好的缓冲保护。具体的,所述充气缓冲体110的所述第七充气缓冲块1157、所述第八充气缓冲块1158以及所述第九充气缓冲块1159围绕形成所述加强缓冲体116。本领域的技术人员应当理解的是,在所述平板电子产品1200的运输过程中,由于重力的作用,所述平板电子产品1200的底部需要更加充足的缓冲保护,在使用本发明所提供的所述平板电子产品充气缓冲包装装置1100时,所述充气缓冲体110的所述加强缓冲体116的一端朝向运输箱体的底部,形成有所述放置腔130的一端朝向所述运输箱体的开口部,以供在为所述平板电子产品1200的底部提供更好的缓冲保护的同时,方便所述平板电子产品1200的配件的放置。
优选的,在本优选实施例中,所述加强缓冲体116被设于所述下侧壁142的外侧,用于提高所述下侧壁142的缓冲效果,对被放入到所述安装腔120的所述平板电子产品提供更加充足的缓冲保护。
本领域的技术人员应当理解的是,在包装不同重量的待包装产品时,所述充气缓冲体110的气柱尺寸和所述加强缓冲体16的高度能够被实施为不同的尺寸, 也就是说,所述充气缓冲体110能够被实施为不同的规格,以供为被包装的物品提供更好的缓冲保护。具体的,参考下表1,其显示有所述充气缓冲体110的气柱尺寸和缓冲距离与被包装的物品的重量与相应的跌落高度的对应关系,其中所述缓冲距离指的是所述加强缓冲体116的高度,也就是所述第三立体塑封线1143与所述第八充气缓冲块1158之间的垂直距离。其中包装品重量的数据和跌落高度的数据以及对应关系选自ISTA 1A系列非模拟整体性能试验标准。
参考下表1,所述加强缓冲体116的所述缓冲距离的范围是15至250毫米,所述充气缓冲体110的气柱尺寸是20至60毫米。当所述加强缓冲体116的所述缓冲距离的范围是15至80毫米,所述充气缓冲体110的气柱尺寸是20至40毫米时,适于包装0至10千克的物品。当所述加强缓冲体116的所述缓冲距离的范围是20至100毫米,所述充气缓冲体110的气柱尺寸是30至60毫米时,适于包装10至19千克的物品。当所述加强缓冲体116的所述缓冲距离的范围是30至150毫米,所述充气缓冲体110的气柱尺寸是40至60毫米时,适于包装19至28千克的物品。当所述加强缓冲体116的所述缓冲距离的范围是30至200毫米,所述充气缓冲体110的气柱尺寸是40至60毫米时,适于包装28至45千克的物品。当所述加强缓冲体116的所述缓冲距离的范围是30至250毫米,所述充气缓冲体110的气柱尺寸是40至60毫米时,适于包装45至68千克的物品。
表1
参考说明书附图8A,具体的,所述充气缓冲体110进一步包括一第一气体存储室膜161和一第二气体存储室膜162,以及具有形成于所述第一气体存储室膜161和所述第二气体存储室膜162之间的一气体存储室1610,所述气体存储室1610内适于被充入气体。在所述气体存储室1610内未被充入气体之前,所述 第一气体存储室膜161和所述第二气体存储室膜162相互贴合,所述充气缓冲体110为平整状态,便于所述平板电子产品充气缓冲包装装置1100的存储和携带,在所述气体存储室1610内被充入气体后,所述第一气体存储室膜161和所述第二气体存储室膜162相互分离,并且凭借存储于所述气体存储室1610内的气体,所述充气缓冲体110具有缓冲保护的功能。
所述充气缓冲体10进一步包括一组间隔热封线163,所述间隔热封线163被热封形成于所述充气缓冲体110的所述第一气体存储室膜161和所述第二气体存储室膜162,并且所述间隔热封线163将所述气体存储室1610分隔为多个子气体存储室16100。
所述充气缓冲体110进一步具有一连通通道1620,所述连通通道1620连通所述气体存储室1610的每一所述子气体存储室16100,通过所述连通通道1620能够向所述气体存储室1610的每一所述子气体存储室16100内充入气体。所述连通通道1620具有一开口16201,通过所述开口16201能够向所述连通通道1620内充入气体。
所述充气缓冲体10进一步包括一组单向充气阀门64,所述单向充气阀门64被设于所述第一气体存储室膜61和所述第二气体存储室膜62之间,并且所述单向充气阀门64连通所述连通通道620和所述气体存储室610的每一所述子气体存储室6100,通过所述单向充气阀门64,所述连通通道620内的气体能够进入所述气体存储室1610的每一所述子气体存储室16100内。优选的,每一所述单向充气阀门164对应一所述子气体存储室16100,用于向所述子气体存储室16100内充入气体。
所述单向充气阀门164进一步包括一第一阀膜1641和一第二阀膜1642,所述第一阀膜1641和所述第二阀膜1642相互叠合被设置于所述第一气体存储室膜161和所述第二气体存储室膜162之间。所述单向充气阀门164进一步具有形成于所述第一阀膜1641和所述第二阀膜1642之间的一阀门通道1643,所述阀门通道1643连通所述连通通道1620和所述子气体存储室16100,所述连通通道1620内的气体能够通过所述阀门通道1643进入所述子气体存储室16100。
所述单向充气阀门163进一步包括一耐热节1644,所述耐热节1644被设于所述第一阀膜1641和所述第二阀膜1642之间,所述耐热节的宽度与所述阀门通道1642的宽度相适应,所述耐热节1644用于防止在热封过程中所述第一阀膜 1641和所述第二阀膜1642热封连接在一起。
所述充气缓冲体110进一步包括一组热封点165,所述热封点165用于将所述第一阀膜1641和所述第二阀膜1642远离所述连通通道1620的一端热封形成于所述第一气体存储室膜161或所述第二气体存储室膜162。所述第一阀膜1641和所述第二阀膜1642远离所述连通通道1620的一端延伸进入所述子气体存储室16100。在向所述气体存储室1610内充入气体的过程中,所述连通通道1620内的气体能够通过所述阀门通道1643进入所述子气体存储室16100内,当所述子气体存储室16100内的气体达到一定程度时,在所述子气体存储室16100内的气体的压力作用下,所述第一阀膜1641和所述第二阀膜1642被紧密地压向所述第一气体存储室膜161或所述第二气体存储室膜1642,从而形成于所述第一阀膜1641和所述第二阀膜1642之间的所述阀门通道1643闭合,防止所述子气体存储室16100内的气体经过所述阀门通道1643离开,达到单向充气的目的。
参考附图8B,其显示有本发明所提供的单向充气阀门的一变形实施方式的结构示意图,在本变形实施方式中,所述单向充气阀门164进一步包括一止回膜1644。所述止回膜1644被设于所述第一阀膜1641和所述第二阀膜1642之间。所述止回膜1644的上端部被热封连接于所述第二阀膜1642的上端部,所述止回膜1644的下端部位于所述第一阀膜1641下端部和所述第二阀膜1642的下端部之间,并且所述止回膜1644的长度小于所述第一阀膜1641和所述第二阀膜1642的长度。
所述阀门通道1643形成于所述第一阀膜1641和所述止回膜1644之间。所述连通通道1620内的气体得以通过所述阀门通道1643进入所述气体存储室1610。当所述气体存储室1610内的气体含量达到一定程度的时候,在所述气体存储室1610内的气体压力的作用下,所述第一阀膜1641、所述第二阀膜1642以及所述止回膜1644的下端部均被紧密的压向所述第一气体存储室膜161,从而将形成于所述第一阀膜1641和所述止回膜1644之间的所述阀门通道1643闭合,防止所述气体存储室1610内的气体发生泄露。
在本优选实施例中,当所述气体存储室1610内的气体通过所述第一阀膜1641和所述第二阀膜1642之间泄露的时候,当气体泄露至所述止回膜1644和所述第二阀膜1642之间的时候,由于所述止回膜1644的上端部被热封连接于所述第二阀膜1642的上端部,因此,气体不能够通过所述止回膜1644和所述第二阀膜 1642之间被泄漏至外界。当泄漏至所述止回膜1644和所述第二阀膜1642之间的气体量达到一定程度的时候,在所述止回膜1644和所述第二阀膜1642之间的气体压力的作用下,所述止回膜1644被紧密的压向所述第一阀膜1641,从而能够进一步的将所述阀门通道1643密封,达到越漏气越不漏气的效果。
参考附图8C,其显示有本发明所提供的所述单向充气阀门的第三变形实施方式,在本变形实施方式中,所述单向充气阀门164进一步包括一加强膜1645。所述加强膜1645被设于所述第二阀膜1642和所述第二气体存储室膜162之间,并且所述加强膜1645的上端部被热封连接于所述第二阀膜1642的上端部和所述第二气体存储室膜162之间,所述加强膜1645的下端部可活动的位于所述第二阀膜1642的下端部和所述第二气体存储室膜162之间。
当所述气体存储室1610内被充入的气体含量达到一定程度的时候,在所述气体存储室1610内的气体压力的作用下,所述第一阀膜1641、所述第二阀膜1642以及所述加强膜1645的下端部均被紧密的压向所述第一气体存储室膜161,从而将所述第一阀膜1641和所述第二阀膜1642之间的所述阀门通道1643密封,防止进入所述气体存储室1610内的气体泄漏。所述加强膜1645位于所述第二阀膜1642的外侧,并且所述止回膜1305直接与所述气体存储室1610内的气体接触,能够起到保护所述第二阀膜1642和增强密封效果的作用。
参考附图8D,其显示有本发明所提供的所述单向充气阀门的第四变形实施方式,在本变形实施方式中,所述单向充气阀门164的所述第一阀膜1641和所述第二阀膜1642的所述上端部向上延伸至所述第一气体存储室膜161和所述第二气体存储室膜162的外侧。所述周边热封线13051的所述上周边热封线130511将所述第一阀膜1641的上端部和所述第二阀膜1642的上端部热封连接,并且所述连通通道1620形成于所述第一阀膜1641的上端部和所述第二阀膜1642的上端部之间。
在本变形实施方式中,将所述第一阀膜1641的上端部和所述第二阀膜1642的上端部延伸至所述第一气体存储室膜161和所述第二气体存储室膜162的外侧,并且在所述第一阀膜1641的上端部和所述第二阀膜1642的上端部之间形成所述连通通道1620,能够避免在充气的过程中,所述第一阀膜1641和/或所述第二阀膜1642的上端部发生折叠堵塞所述阀门通道1643。
本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述充 气缓冲体110还能够不具有所述单向充气阀门164,在热封所述第一气体存储室膜161和所述第二气体存储室膜162的过程中向所述第一气体存储室膜161和所述第二气体存储室膜162之间的所述气体存储室1610内充入气体。
进一步地,所述第二弯折热封线1132、所述第三弯折热封线1133、所述第四弯折热封线1134、所述第五弯折热封线1135、所述第六弯折热封线1136、所述第七弯折热封线1137、所述第八弯折热封线1138、所述第九弯折热封线1139以及所述第十弯折热封线1130均为间断的热封线,均由一系列相互间隔一定距离的子热封线11301组成。优选的,所述子间隔热封线11301被热封形成于所述子气体存储室16100的中间位置,并且所述子热封线11301的长度小于所述子气体存储室16100的宽度,也就是说,所述第二弯折热封线1132、所述第三弯折热封线1133、所述第四弯折热封线1134、所述第五弯折热封线1135、所述第六弯折热封线1136、所述第七弯折热封线1137、所述第八弯折热封线1138、所述第九弯折热封线1139以及所述第十弯折热封线1130不影响气体在所述子气体存储室16100内的流通。
优选的,在本优选实施例中,所述第一立体塑封线1141、所述第二立体塑封线1142以及所述第三立体塑封线1143均为连续的热封线。在本发明的另一些优选实施例中,所述第一立体塑封线1141、所述第二立体塑封线1142以及所述第三立体塑封线1143还能够是由一系列所述子热封线11301组成的间断热封线,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述第一立体塑封线1141、所述第二立体塑封线1142以及所述第三立体塑封线1143的类型不应当构成对本发明的限制。
参考说明书附图9至15,本发明所提供的所述平板电子产品充气缓冲包装装置1100的一变形实施方式被阐述,在本变形实施方式中,所述平板电子产品充气缓冲包装装置1100包括一充气缓冲体110A,以及具有形成于所述充气缓冲体110的一安装腔120A,所述安装腔120A内适于放置一平板电子产品1200A,所述充气缓冲体110A适于对被放入到所述安装腔120A内的所述平板电子产品1200A提供缓冲保护,防止所述平板电子产品1200A在运输过程中发生损坏。
具体的,所述充气缓冲体110A进一步包括一组弯折热封线113A和一组立体塑封线114A,所述充气缓冲体110A适于被沿着所述弯折热封线113A弯折,所述立体塑封线114A用于使得所述充气缓冲体110A维持立体的形状,以使得所 述充气缓冲体110A围绕形成所述安装腔120A。
参考说明书附图9,具体的,所述弯折热封线113A进一步包括一第二弯折热封线1132A、一第三弯折热封线1133A、一第四弯折热封线1134A、一第五弯折热封线1135A、一第十弯折热封线1130A以及一第十一弯折热封线11302A,所述第二弯折热封线1132A、所述第三弯折热封线1133A、所述第四弯折热封线1134A、所述第五弯折热封线1135A、所述第十弯折热封线1130A以及所述第十一弯折热封线11302A将所述充气缓冲体110A分隔为一放置腔侧壁132A、一第一前侧壁1431A、一上侧壁141A、一后侧壁144A、一下侧壁142A、一第二前侧壁1432A以及一悬浮支撑体145A。所述充气缓冲体110A的所述第二弯折热封线1132A外侧的部分形成所述放置腔侧壁132A,所述第二弯折热封线1132A和所述第三弯折热封线1133A之间的部分形成所述第一前侧壁1431A,所述第三弯折热封线1133A和所述第四弯折热封线1134A之间的部分形成所述上侧壁141A,所述第四弯折热封线1134A和所述第五弯折热封线1135A之间的部分形成所述后侧壁144A,所述第五弯折热封线1135A和所述第十弯折热封线1130A之间的部分形成所述下侧壁142A,所述第十弯折热封线1130A和所述第十一弯折热封线11302A之间的部分形成所述第二前侧壁1432A,所述第十一弯折热封线11302A外侧的部分形成所述悬浮支撑体145A。
所述放置腔侧壁132A、所述第一前侧壁1431A以及所述上侧壁141A能够被沿着所述第四弯折热封线1134A向所述后侧壁144A侧一侧弯折,所述第一前侧壁1431A被沿着所述第三弯折热封线1133A被弯折,并且所述第一前侧壁1431A与所述后侧壁144A相互对应,在所述第一前侧壁1431A和所述后侧壁144A之间形成所述安装腔120A的一部分。所述下侧壁142A、所述第二前侧壁1432A以及所述悬浮支撑体145A被沿着所述第五弯折热封线1135A向所述后侧壁144A的一侧弯折,并且所述上侧壁141A和所述下侧壁142A被向所述后侧壁144A的同侧弯折,所述第二前侧壁1432A被沿着所述第十弯折热封线1130A弯折,并且所述第二前侧壁1432A与所述后侧壁144A相互对应,并在所述第二前侧壁1432A和所述后侧壁144A之间形成所述安装腔120A的一部分。具体的,所述第一前侧壁1431A、所述上侧壁141A、所述后侧壁144A、所述下侧壁142A以及所述第二前侧壁1432A之间围绕形成所述安装腔120A。
参考说明书附图11,进一步地,所述充气缓冲体110A进一步具有形成于所 述放置腔侧壁132A和所述第一前侧壁1431A之间的一放置腔130A,所述放置腔30A和所述安装腔120A分别位于所述第一前侧壁1431A的两侧,所述放置腔130A用于放置所述平板电子产品1200A的配件1201A。
所述立体塑封线114A进一步包括一第一立体塑封线1141A和一第二立体塑封线1142A,所述第一立体塑封线1141A被热封形成于所述放置腔侧壁132A、所述第一前侧壁1431A以及所述后侧壁144A的同侧,所述第一立体塑封线1141A将所述放置腔侧壁132A、所述第一前侧壁1431A以及所述后侧壁144A的一侧相热封连接。所述第二立体塑封线1142A被热封形成于所述后侧壁144A和所述第二前侧壁1432A的同侧,所述第二立体塑封线1142A将所述后侧壁144A和所述第二前侧壁1432A的一侧相热封连接,并且所述第一立体塑封线1141A和所述第二立体塑封线1142A分别被热封于所述后侧壁144A的同侧。
进一步地,所述悬浮支撑体145A的一端被连接于所述第二前侧壁1432A远离所述下侧壁142A的一端,所述悬浮支撑体145A的另一端被连接于所述后侧壁144A与所述第二前侧壁1432A相对的一侧。
进一步地,所述立体塑封线114A进一步包括一第三立体塑封线1143A,所述第三立体塑封线1143A将所述悬浮支撑体145A远离所述第二前侧壁1432A的一端热封连接于所述后侧壁144A与所述第二前侧壁1432A相对的一侧。所述安装腔120A形成于所述第一前侧壁1431A、所述上侧壁141A、所述后侧壁144A以及所述悬浮支撑体145A之间,所述第一前侧壁1431A、所述上侧壁141A、所述后侧壁144A以及所述悬浮支撑体145A围绕形成所述安装腔120A。
参考说明书附图9,其显示有所述充气缓冲体110的平面展开状态结构示意图,需要指出的是,在本优选实施例中,所述第三立体塑封线1143A由一系列相互间隔的子热封线组成,以使得所述悬浮支撑体145A远离所述第二前侧壁1432A的一端被热封连接于所述后侧壁144A时,不影响位于所述后侧壁144A的子气体存储室内气体的流动。优选的,所述第三立体塑封线1143A的所述子热封线被沿着位于所述后侧壁144A的间隔热封线热封,以使得所述悬浮支撑体145A远离所述第二前侧壁1432A的一端被热封连接于所述后侧壁144A与所述第二前侧壁1432A相对的一侧时,不影响所述后侧壁144A内气体的流动。
所述立体塑封线114A进一步包括一第四立体塑封线1144A,所述第四立体塑封线1144A被热封形成于所述放置腔侧壁132A远离所述第一立体塑封线 1141A的一侧边缘,所述第四立体塑封线1144A将所述放置腔侧壁132A远离所述第一立体塑封线1141A的一侧边缘热封连接于所述第一前侧壁1431A远离所述第一立体塑封线1141A的一侧边缘。
所述安装腔120A进一步具有一第一开口121A和一第二开口122A,所述第一开口形成于所述后侧壁144A远离所述第一立体塑封线1141A和所述第二立体塑封线1142A的一侧,所述平板电子产品1200A的一端适于被通过所述第一开口121A安装于所述安装腔120A内。所述第二开口122A形成于所述第一前侧壁1431A远离所述上侧壁141A的一端和所述第二前侧壁432A远离所述下侧壁142A的一端,用于使得所述安装腔120A与外界相连通。
所述放置腔30A进一步具有一开口131A,所述开口131A形成于所述放置腔侧壁132A和所述第一前侧壁1431A靠近所述上侧壁141A的一端,所述平板电子产品1200A的配件能够被自所述开口131A放入所述放置腔130A内。
更进一步地,所述第二弯折热封线1132A和所述第十一弯折热封线11302A分别为连续的热封线,并且所述第二弯折热封线1132A、所述第十一弯折热封线11302A与所述充气缓冲体110的宽度相适应。也就是说,在向所述充气缓冲体110A充气的过程中,所述充气缓冲体110A的所述放置腔侧壁132A和所述悬浮支撑体145A内不会被充入气体。在本发明的另一些优选实施例中,所述第二弯折热封线1132A的宽度还能够略小于所述充气缓冲体110A的宽度,以使得位于所述放置腔侧壁132A两侧的气柱内能够被充入气体,位于所述放置腔侧壁132A中间的气柱内不能够被充入气体。
进一步地,所述充气缓冲体110A进一步包括一阻隔热封线146A,所述阻隔热封线146A被热封形成于所述放置腔侧壁132A,所述阻隔热封线146A被沿着所述放置腔侧壁132A的气柱的宽度方向热封形成于所述放置腔侧壁132A,所述阻隔热封线146A用于阻断所述阻隔热封线146A与所述放置腔侧壁132A远离所述第一前侧壁1431A的一端之间的气柱内与所述第一前侧壁1431A的气柱的连通。优选的,在本优选实施例中,所述阻隔热封线146A是所述第一第一弯折热封线1132A。参考说明书附图114,所述充气缓冲体110A进一步具有一缓冲腔116A,所述缓冲腔116A形成于所述后侧壁144A、所述下侧壁142A、所述第二前侧壁1432A以及所述悬浮支撑体145A之间,所述缓冲腔116A和所述安装腔120A分别形成于所述悬浮支撑体145A的两侧。也就是说,在所述充气 缓冲体110A充气后,所述悬浮支撑体145A与所述下侧壁142A之间具有预定的距离。在本优选实施例中,当所述平板电子产品1200A被安装于所述安装腔120A内时,所述平板电子产品1200A的端部与所述悬浮支撑体145A接触,所述平板电子产品1200A的底部与所述下侧壁142A相分离,所述平板电子产品1200A的端部被悬空放置,从而能够为所述平板电子产品1200A提供更好的缓冲保护。
所述充气缓冲体110A进一步具有一侧缓冲体117A,所述侧缓冲体117A形成于所述充气缓冲体110A远离所述安装腔120A的所述第一开口121A的一侧,所述侧缓冲体117A用于在侧面对所述平板电子产品1200A提供缓冲保护。具体的,所述第一立体塑封线1141A、所述第二立体塑封线1142A与所述充气缓冲体110A远离所述安装腔120A的所述第一开口121A的一侧边缘之间具有至少一气柱的距离,所述气柱形成所述侧缓冲体117A。参考说明书附图,当所述平板电子产品1200A被放入到所述安装腔120A,并且一同被放入到运输箱体内时,所述侧缓冲体117A能够在所述平板电子产品1200A的一侧和所述运输箱体之间提供缓冲保护。
参考说明书附图16至图19B,本发明所提供的所述平面电子缓冲包装装置的一变形实施方式被阐述,在本变形实施方式中,所述平板电子产品缓冲包装装置包括一充气缓冲体110B,以及具有一安装腔120B,所述充气缓冲体110B适于被沿着预设的位置弯折形成所述安装腔120B,待包装物品的至少一部分适于被安装于所述安装腔120B内,所述充气缓冲体110B能够对该待包装物品提供缓冲保护。
本优选实施例与上述优选实施例的区别之处在于,在本优选实施例中,所述充气缓冲体110B的一端向所述充气缓冲体110B的一侧弯折形成所述安装腔120B。具体的,所述充气缓冲体110B进一步包括一组弯折热封线113B和一组立体塑封线114B,所述充气缓冲体110B适于被沿着所述弯折热封线113B弯折,以供围绕形成所述安装腔120B,所述立体塑封线114B用于对所述充气缓冲体110B进行立体塑封,以使得所述充气缓冲体110B在充气后能够位置立体的形状。
进一步地,在本优选实施例中,所述充气缓冲体110B进一步包括一上侧壁141B、一第一前侧壁1431B以及一后侧壁144B,所述第一前侧壁1431B和所述上侧壁141B被弯折于所述后侧壁144B的的一侧,所述上侧壁141B连接于所述第一前侧壁1431B和所述后侧壁144B之间,所述上侧壁141B的一端连接于所 述第一前侧壁1431B,另一端连接于所述后侧壁144B,所述上侧壁141B、所述第一前侧壁1431B以及所述后侧壁144B围绕形成所述安装腔120B。所述第一前侧壁1431B和所述后侧壁144B相对设置,所述安装腔120B位于所述第一前侧壁1431B和所述后侧壁144B之间。优选的,在本优选实施例中,所述第一前侧壁1431B的长度小于所述后侧壁144B的长度,本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述第一前侧壁144B的长度还能够与所述后侧壁144B的长度相适应,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述第一前侧壁1431B和所述后侧壁144B的长度不应当构成对本发明的限制。
具体的,参考说明书附图16,其显示有本优选实施例所提供的所述平板电子产品缓冲包装装置的一变形实施方式的平面展开状态结构示意图,所述弯折热封线113B热封形成于所述充气缓冲体110B,并将所述充气缓冲体110B分割为所述上侧壁141B、所述第一前侧壁1431B以及所述后侧壁144B。
所述弯折热封线113B进一步包括一第二弯折热封线1132B和一第三弯折热封线1133B,所述第二弯折热封线1132B和所述第三弯折热封线1133B被相互间隔一定的距离热封形成于所述充气缓冲体110B。所述充气缓冲体110B位于所述第二弯折热封线1132B外侧的部分形成所述第一前侧壁1431B,位于所述第二弯折热封线1132B和所述第三弯折热封线1133B之间的部分形成所述上侧壁141B,所述第三弯折热封线1133B外侧的部分形成所述后侧壁144B。所述充气缓冲体110B适于被沿着所述第二弯折热封线1132B和所述第三弯折热封线1133B弯折。
进一步地,所述充气缓冲体110B进一步具有一放置腔130B,所述放置腔130B形成于所述第一前侧壁1431B的外侧,换句话说,所述放置腔130B和所述安装腔120B分别位于所述第一前侧壁1431B的两侧。所述放置腔130B内适于放置待包装物品的零配件,以便于待包装物品的运输。
具体的,所述充气缓冲体110B进一步包括一放置腔侧壁131B,所述放置腔侧壁131B的一端连接于所述第一前侧壁1431B远离所述上侧壁141B的一端,所述放置腔侧壁131B的另一端向所述第一前侧壁1431B靠近所述上侧壁141B的一侧弯折,以供在所述第一前侧壁1431B和所述放置腔侧壁131B之间形成所述放置腔130B。
所述弯折热封线113B进一步包括一第一弯折热封线1131B,所述第一弯折热封线1131B将所述放置腔侧壁131B的一端热封连接于所述第一前侧壁1431B远离所述上侧壁141B的一端。需要指出的是,在本优选实施例中,所述放置腔侧壁131B与所述充气缓冲体110B相互独立,通过所述第一弯折热封线1131B热封连接。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述第一前侧壁1431B和所述放置腔侧壁131B还能够一体成型,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述放置腔侧壁131B和所述第一前侧壁1431B之间的具体连接方式不应当构成对本发明的限制。
参考说明书附图16和图17,所述立体塑封线114B进一步包括两侧边塑封线1141B,所述两侧边塑封线1141B分别被热封形成于所述放置腔侧壁131B的两侧,用于将所述放置腔侧壁131B热封连接于所述第一前侧壁1431B,以便于所述放置腔130B维持立体的形状,以便于所述放置腔130B内放入物品。优选的,两所述侧边塑封线1141B沿着所述第一前侧壁1431B和所述放置腔侧壁131B的长度延伸方向被热封形成于所述放置腔侧壁131B和所述第一前侧壁1431B。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,两所述侧边塑封线1141B还能够同时将所述放置腔侧壁131B、所述第一前侧壁1431B以及所述后侧壁144B的对应侧边热封连接在一起,以使得所述安装腔120B的两侧是封闭的,以便于对待包装的物品进行定位。在本发明的另一些优选实施例中,两所述侧边塑封线1141B还能够与所述放置腔侧壁131B的两边缘之间保持一定的距离,以供在所述充气缓冲体110B的两侧形成两侧缓冲体,以供在待包装物品的侧面对待包装的物品提供缓冲保护。
所述放置腔130B进一步具有一放置腔开口1310B,所述放置腔开口1310B形成于所述放置腔侧壁131B靠近所述上侧壁141B的一端,并且所述放置腔开口1310B与所述放置腔130B相连通,通过所述放置腔开口1310B适于向所述放置腔130B内放入待包装物品的零配件。
进一步地,所述立体塑封线114B进一步包括一中间塑封线1142B,所述中间塑封线1142B被热封形成于两所述侧边塑封线1141B之间,所述中间塑封线1142B用于将所述放置腔侧壁131B和所述第一前侧壁1431B热封连接在一起,并将所述放置腔130B分隔为一左一右两小放置腔130B。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述中间塑封线1142B的数量能够 被实施为多条,以供将所述放置腔130B分隔为多个小放置腔,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述中间塑封线1142B的数量不应当构成对本发明的限制。
进一步地,所述充气缓冲体110B进一步包括一悬浮支撑体145B,所述悬浮支撑体145B被设于所述第一前侧壁1431B和所述后侧壁131B之间,所述悬浮支撑体145B的一端被热封连接于所述第一前侧壁1431B,另一端被热封连接于所述后侧壁131B,所述悬浮支撑体145B与所述上侧壁141B之间具有一定的距离,当待包装的物品被放入到所述安装腔120B内时,所述悬浮支撑体145B用于对该待包装物品提供悬浮支撑,防止该待包装物品与所述上侧壁141B接触,以供达到更好的缓冲保护效果。优选的,在本优选实施例中,所述悬浮支撑体145B是一气体缓冲片,两端分别被热封形成于所述第一前侧壁1431B和所述放置腔侧壁131B。
具体的,所述立体塑封线114B进一步包括两连接热封线1143B,两所述连接热封线1143B用于将所述悬浮支撑体145B的两端分别热封连接于所述第一前侧壁1431B和所述放置腔侧壁131B。进一步地,两所述连接热封线1143B分别为间断的热封线,包括多个相互间隔的热封点,并且多个相互间隔的热封点分别被对应热封连接于所述第一前侧壁1431B和所述后侧壁144B的气柱之间的热封线,不影响气体在所述第一前侧壁1431B和所述后侧壁144B的气柱之间的流动。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,两所述连接热封线1143B的多个相互间隔的热封点还能够被热封形成于所述第一前侧壁1431B和所述后侧壁144B的气柱,只要不影响所述第一前侧壁1431B和所述后侧壁144B内的气体的流动,所述悬浮支撑体145B的两端被热封形成于所述第一前侧壁11431B和所述后侧壁144B的具体连接方式不应当构成对本发明的限制。
所述充气缓冲体110B进一步具有一缓冲腔116B,所述缓冲腔116B位于所述悬浮支撑体145B和所述上侧壁141B之间,用于使得被包装的物品悬空,以供提高缓冲保护的效果。
参考说明书附图19A,其显示有本变形实施例所提供的平板电子产品缓冲包装装置的一应用示意图,优选的,所述平板电子产品缓冲包装装置包括两充气缓冲体110B,两充气缓冲体10B配套使用,以供对待包装的物品提供全面的缓冲 保护。参考说明书附图,在一种应用方式中,两所述充气缓冲体110B的所述后侧壁144B能够被设于待包装物品的同侧,以包装具有较长长度的到包装物品。参考说明书附图119B,在另一种应用方式中,两所述充气缓冲体110B的所述后侧壁144B能够被设于待包装物品的相对两侧,以供为待包装的平板电子产品提供全面的缓冲保护。
参考说明书附图20至图28,本发明所提供的所述平面电子缓冲包装装置的一第四优选实施例被阐述,在本优选实施例中,所述平板电子产品缓冲包装装置包括一充气缓冲体110C,以及具有一安装腔120C,所述充气缓冲体110C适于被沿着预设的位置弯折围绕形成所述安装腔120C,待包装物品的至少一部分适于被安装于所述安装腔120C内,所述充气缓冲体110C能够对该待包装物品提供缓冲保护。
进一步地,所述充气缓冲体110C包括一上侧壁141C、一下侧壁142C、一第一前侧壁1431C、一第二前侧壁1432C以及一后侧壁144C,所述上侧壁141C的两端分别连接于所述第一前侧壁1431C和所述后侧壁144C,所述下侧壁142C的两端分别连接于所述第二前侧壁1432C和所述后侧壁144C,所述上侧壁141C、所述下侧壁142C、所述第一前侧壁1431C、所述第二前侧壁1432C以及所述后侧壁144C围绕形成所述安装腔120C。需要指出的是,所述第一前侧壁1431C和所述第二前侧壁1432C分别位于所述后侧壁144C的一侧,并且所述第一前侧壁1431C和所述第二前侧壁1432C之间具有一定的距离。也就是说,所述第一前侧壁1431C远离所述上侧壁141C的一端与所述第二前侧壁1432C远离所述下侧壁142C的一端之间具有一定的距离,以便于待包装物品被放入所述安装腔120C内,同时节省气体缓冲材料。
所述充气缓冲体110C进一步包括一放置腔侧壁132C,所述放置腔侧壁132C被设于所述第一前侧壁1431C的外侧,也就是说,所述放置腔侧壁132C被设于所述第一前侧壁1431C背离所述安装腔120的一侧。所述充气缓冲体110C进一步具有形成于所述放置腔侧壁132C和所述第一前侧壁1431C之间的一放置腔130C,用于放置待包装物品的配件。所述放置腔130C和所述安装腔120C分别位于所述第一前侧壁1431C的前后两侧。
所述充气缓冲体110C进一步包括一加强缓冲体116C,所述加强缓冲体116C被设于所述下侧壁142C的下方,也就是说,所述加强缓冲体116C被设于所述 下侧壁142C背离所述安装腔120C的一侧,用于对被放入所述安装腔120C内的物品提供加强支撑的目的,提高对待包装物品的缓冲保护效果。
本优选实施例与上述实施例的区别之处在于所述加强缓冲体110C。在本优选实施例中,所述加强缓冲体110C进一步包括一第七气体缓冲块1157C、一第八气体缓冲块1158C以及一第九气体缓冲块1159C,所述第七气体缓冲块1157C、所述第八气体缓冲块1158C以及所述第九气体缓冲块1159C首尾相连围绕形成所述加强缓冲体110C,其中所述第七气体缓冲块1157C和所述第九气体缓冲块1159C远离所述第八气体缓冲块1158C的一端分别连接于所述下侧壁142C。
本优选实施例与上述优选实施例的区别之处在于,在本优选实施例中,所述加强缓冲体110C的所述第七气体缓冲块1157C进一步包括一第七上缓冲块11571C和一第七下缓冲块11572C,所述第七上缓冲块11571C的一端连接于所述下侧壁142C,另一端连接于所述第七下缓冲块11572C,所述第七下缓冲块11572C的另一端连接于所述第八气体缓冲块1158C。所述加强缓冲体110C的所述第九气体缓冲块1159C进一步包括一第九上缓冲块11591C和一第九下缓冲块11592C,所述第九上缓冲块11591C的一端连接于所述下侧壁142C,另一端连接于所述第九下缓冲块11592C,所述第九下缓冲块11592C的另一端连接于所述第八气体缓冲块1158C。所述第八气体缓冲块1158C的两端分别连接于所述第七下缓冲块11572C和所述第九下缓冲块11592C。
参考说明书附图21,在本优选实施例中,所述第七下缓冲块11572C和所述第九下缓冲块11592C相互平行被设于所述第八气体缓冲块1158C的两端,优选的,所述第七下缓冲块11572C和所述第九下缓冲块11592C分别垂直于所述第八气体缓冲块1158C。所述第七上缓冲块11571C和所述第九上缓冲块11591C分别倾斜一定的角度被设于所述第七下缓冲块11572C和所述第九下缓冲块11592C。需要指出的是,在使用本优选实施例所提供的所述平板电子产品缓冲包装装置时,所述第八气体缓冲块1158C能够与箱体的底部接触,所述第七下缓冲块11572C和所述第九下缓冲块11592C分别能够与箱体的侧壁接触,从而能够有效地防止所述充气缓冲体110C在箱体内运动,提高所述充气缓冲体110对待包装物品的缓冲保护效果。
参考说明书附图20,其显示有本发明所提供的所述充气缓冲体110C的平面 展开状态结构示意图。所述气体缓冲体110C进一步包括一组弯折热封线113C,所述充气缓冲体110C适于被沿着所述弯折热封线113C弯折,以使得所述充气缓冲体110C弯折围绕形成所述安装腔120C。
具体的,所述弯折热封线113C进一步包括一第二弯折热封线1132C、一第三弯折热封线1133C、一第四弯折热封线1134C、一第五弯折热封线1135C、一第六弯折热封线1136C、一第七弯折热封线1137C、一第八弯折热封线1138C、一第九弯折热封线1139C、一第十弯折热封线1130C、一第十一弯折热封线11301C以及一第十二弯折热封线11302C,所述第二弯折热封线1132C、所述第三弯折热封线1133C、所述第四弯折热封线1134C、所述第五弯折热封线1135C、所述第六弯折热封线1136C、所述第十一弯折热封线11301C、所述第七弯折热封线1137C、所述第八弯折热封线1138C、所述第十二弯折热封线11302C、所述第九弯折热封线1139C以及所述第十弯折热封线1130C依次被热封形成于所述充气缓冲体110C。具体的,所述第二弯折热封线1132C外侧的部分形成所述放置腔侧壁132C,所述第二弯折热封线1132C和所述第三弯折热封线1133C之间的部分形成所述第一前侧壁1431C,所述第三弯折热封线1133C和所述第四弯折热封线1134C之间的部分形成所述上侧壁141C,所述第四弯折热封线1134C和所述第五弯折热封线1135C之间的部分形成所述后侧壁144C,所述第五弯折热分析按1135C和所述第六弯折热封线1136C之间的部分形成所述下侧壁142C的一部分,所述第六弯折热封线1136C和所述第十一弯折热封线11301C之间的部分形成所述第七上缓冲块11571C,所述第十一弯折热封线11301C和所述第七弯折热封线1137C之间的部分形成所述第七下缓冲块11572C,所述第七弯折热封线1137C和所述第八弯折热封线1138C之间的部分形成所述第八气体缓冲块1158C,所述第八弯折热封线1138C和所述第十二弯折热封线11302C之间的部分形成第九下缓冲块11592C,所述第十二弯折热封线11302C和所述第九弯折热封线1139C之间的部分形成所述第九上缓冲块11591C,所述第九弯折热封线1139C和所述第十弯折热封线1130C之间的部分形成所述下侧壁142C的一部分。在本优选实施例中,所述第六弯折热封线1136C和所述第九弯折1139C被热封连接在一起,以使得所述第七气体缓冲块1157C、所述第八气体缓冲块1158C以及所述第九气体缓冲块1159C围绕形成所述加强缓冲体116C。
参考说明书附图21,优选的,在本优选实施例中,所述第七气体缓冲块1157C的所述第七下缓冲块11572C的长度与所述第九气体缓冲块1159C的所述第九下缓冲块11592C的长度相适应,所述第七气体缓冲块1157C的所述第七上缓冲块11571C和所述第九气体缓冲块1159C的所述第九上缓冲块1591C的长度相适应,从而使得所述加强缓冲体116C能够维持左右两侧相互对应的状态。
参考说明书附图22,其显示有本发明所提供的平板电子产品缓冲包装装置的一变形实施方式,在本变形实施方式中,所述第七上缓冲块11571C和所述第九上缓冲块11591C的长度不相等,所述加强话重提116C的左右两侧不对称,以便于本发明所提供的所述充气缓冲体110C能够对非对称的待包装物品提供有效的缓冲保护。
参考说明书附图21和图23,在本优选实施例中,所述加强缓冲体116C进一步具有一加强缓冲空间1160C,所述加强缓冲空间1160C内适于放置待包装物品的配件,以供房子待包装物品的配件在运输过程中丢失,便于待包装物品的运输。在本优选实施例中,所述下侧壁142C、所述第七上缓冲块11571C、所述第七下缓冲块11572C、所述第九上缓冲块11591C、所述第九下缓冲块11592C以及所述第八气体缓冲块1158C首尾相连围绕形成所述加强缓冲空间1160C。本领域的技术人员可以理解的是,在实际使用过程中,所述加强缓冲体116C的所述加强缓冲空间1160C内还能够放置一些传统缓冲材料,比如缓冲泡沫等,以供提高所述加强缓冲体16C的缓冲保护效果。
参考说明书附图24至图26,其显示有本发明所提供的所述平板电子产品缓冲包装装置的一变形实施方式,在本变形实施方式中,所述加强缓冲体116C的所述加强缓冲空间1160C进一步具有一加强缓冲空间开口11601C,所述加强缓冲空间开口11601C与所述加强缓冲空间1160C相连通,通过所述加强缓冲空间开口11601C能够向所述加强缓冲空间1160C内放入或取出待包装物品的配件或传统缓冲材料,以便于待包装物品的配件或传统缓冲材料的取放。
具体的,所述第七上缓冲块11571C和所述第七下缓冲块11572C之间的连接断开,所述第七下缓冲块11572C能够绕与所述第八气体缓冲块1158C之间的连接处发生转动,以供控制所述加强缓冲空间11601C的开合。
参考说明书附图25,在本优选实施例中,所述充气缓冲体110C包括两小块 气体缓冲体,两小块气体缓冲体弯折热封形成所述充气缓冲体110C。参考说明书附图,所述第二前侧壁1432C、所述下侧壁142C、所述后侧壁144C、所述上侧壁141C、所述第一前侧壁1431C以及所述放置腔侧壁132C组成一气体缓冲块,所述第七上缓冲块11571C、所述第九上缓冲块11591C、所述第九下缓冲块11592C、所述第八气体缓冲块1158C以及所述第七下缓冲块11572C组成另一气体缓冲块,两块气体缓冲块弯折热封形成所述充气缓冲体110C。
参考说明书附图26,所述第二前侧壁1432C、所述下侧壁142C的左侧部分、所述第九上缓冲块11591C、所述第九下缓冲块11592C、所述第八气体缓冲块1158C以及所述第七下缓冲块11572C组成一气体缓冲块,所述第七上缓冲块11571C、所述下侧壁142C的右侧部分、所述后侧壁144C、所述上侧壁141C、所述第一前侧壁1431C以及所述放置腔侧壁132C组成另一气体缓冲块,两块气体缓冲块弯折热封形成所述充气缓冲体110C。
参考说明书附图27和图28,其显示有本发明所提供的所述平板电子产品缓冲包装装置的另一变形实施方式,在本变形实施方式中,所述第八气体缓冲块1158C向上弯折,也就是向所述第七气体缓冲块1157C和所述第九气体缓冲块1158C的一侧弯折,以在所述第八气体缓冲块1158C的下方形成开放式所述加强缓冲空间1160C,以便于待包装物品配件或传统缓冲材料的放置。
具体的,所述第八气体缓冲块1158C进一步包括两第八下缓冲块11581C、两第八侧缓冲块11582C以及一第八上缓冲块11583C,两所述第八下缓冲块11581C、两所述第八侧缓冲块11582C以及所述第八上缓冲块11583C弯折围绕形成所述开放式加强缓冲空间1160C。
参考说明书附图27,所述弯折热封线113C进一步包括一第十三弯折热封线11303C、一第十四弯折热封线11304C、一第十五弯折热封线11305C以及一第十六弯折热封线11306C,所述第十三弯折热封线11303C、所述第十四弯折热封线11304C、所述第十五弯折热封线11305C以及所述第十六弯折热封线11306C依次被热封形成于所述第七弯折热封线1137C和所述第八弯折热封线1138C之间。所述第七弯折热封线1137C和所述第十三弯折热封线11303C之间的部分形成一所述第八下缓冲块11581C、所述第十三弯折热封线11303C和所述第十四弯折热封线11304C之间的部分形成一所述第八侧缓冲块11582C,所述第十四弯折 热封线11304C和所述第十五弯折热封线11305C之间的部分形成所述第八上缓冲块11583C,所述第十五弯折热封线11305C和所述第十六弯折热封线11306C之间的部分形成另一所述第八侧缓冲块11582C,所述第十六弯折热封线11306C和所述第八弯折热封线1138C之间的部分形成另一所述第八下缓冲块11581C。
参考说明书附图29至图31,本发明所提供的所述平板电子产品缓冲包装装置的一第五优选实施例被阐述,在本优选实施例中,所述平板电子产品缓冲包装装置包括一充气缓冲体110D,所述充气缓冲体110D适于被沿着预设的位置弯折围绕形成一安装腔120D,待包装物品的至少一部分适于被设于所述安装腔120D内,以供对待包装物品提供缓冲保护作用。
所述充气缓冲体110D进一步包括一第二前侧壁1432D、一下侧壁142D、一后侧壁144D、一上侧壁(图中未示出)以及一第一前侧壁(图中未示出),所述第二前侧壁1432D、所述下侧壁142D、所述后侧壁144D、所述上侧壁以及所述第一前侧壁围绕形成所述安装腔120D。
所述充气缓冲体110D进一步包括一加强缓冲体116D,所述加强缓冲体116D被设置用于提高所述充气缓冲体110D的缓冲保护效果。本优选实施例与上述优选实施例的区别之处在于所述加强缓冲体116D。
在本优选实施例中,所述加强缓冲体116D进一步包括两侧加强缓冲体1161D和一下加强缓冲体1162D,两所述侧加强缓冲体1161D分别被设于所述下加强缓冲体1162D的两端。两所述侧加强缓冲体1161D分别被设于所述第二前侧壁1432D和所述后侧壁144D的外侧,也就是所述第二前侧壁1432D和所述后侧壁144D远离所述安装腔120D的一侧,用于在所述安装腔120D的侧面对待包装的物品提供加强缓冲保护,所述下加强缓冲体1162D被设于所述下侧壁142D的下方,用于在所述安装腔120D的下侧对待包装的物品提供加强缓冲保护。
参考说明书附图30,所述加强缓冲体116D的两所述侧加强缓冲体1161D和所述下加强缓冲体1162D围绕形成一加强缓冲空间,所述第二前侧壁1432D和所述后侧壁144D的至少一部分位于所述加强缓冲空间内,也就是说,所述安装腔120D的至少一部分位于所述加强缓冲空间内,以供提高所述充气缓冲体110D的缓冲保护效果。
具体的,一所述侧加强缓冲体1161D包括一第十一气体缓冲块11501D、一第十二气体缓冲块11502D以及一第十三气体缓冲块11503D,另一所述侧加强缓冲体1161D进一步包括一第十四气体缓冲块11504D、一第十五气体缓冲块11505D以及一第十六气体缓冲块11506D,所述下加强缓冲体1162D包括一第七气体缓冲块1157D、一第八气体缓冲块1158D以及一第九气体缓冲块1159D,其中所述第十二气体缓冲块11502D的两端分别连接于所述第十气体缓冲块11501D和所述第十三气体缓冲块11503D,所述第十三气体缓冲块11503D的另一端连接于所述第九气体缓冲块1159D的一端,所述第十气体缓冲块11501D的另一端连接于所述第八气体缓冲块1158D。其中所述第十五气体缓冲块11505D的两端分别连接于所述第十四气体缓冲块11504D和所述第十六气体缓冲块11506D,所述第十六气体缓冲块11506D的另一端连接于所述第七气体缓冲块1157D,所述第十四气体缓冲块11504D的另一端连接于所述第八气体缓冲块1158D的另一端,所述第七气体缓冲块1157D的另一端和所述第九气体缓冲块1159D的另一端分别连接于所述下侧壁142D。
参考说明书附图29,其显示有本发明所提供的充气缓冲体110D的平面展开状态结构示意图,所述充气缓冲体110D进一步包括一组弯折热封线113D,所述充气缓冲体110D适于被沿着所述弯折热封线113D弯折。具体的,所述弯折热封线113D进一步包括一第五弯折热封线1135D、一第六弯折热封线1136D、一第十三弯折热封线11303D、一第十四弯折热封线11304D、一第十五弯折热封线11305D、一第十六弯折热封线11306D、一第十七弯折热封线11307D、一第十八弯折热封线11308D、一第十九弯折热封线11309D、一第二十弯折热封线11310D、一第九弯折热封线1139D以及一第十弯折热封线1130D,所述第五弯折热封线1135D、所述第六弯折热封线1136D、所述第十三弯折热封线11303D、所述第十四弯折热封线11304D、所述第十五弯折热封线11305D、所述第十六弯折热封线11306D、所述第十七弯折热封线11307D、所述第十八弯折热封线11308D、所述第十九弯折热封线11309D、所述第二十弯折热封线11310D、所述第九弯折热封线1139D以及所述第十弯折热封线1130D依次被热封形成于所述充气缓冲体110D。
具体的,所述充气缓冲体110D位于所述第五弯折热封线1135D外侧的部分 形成所述后侧壁的至少一部分,所述第五弯折热封线1135D和所述第六弯折热封线1136D之间的部分形成所述下侧壁142D的一部分,所述第六弯折热封线1136D和所述第十三弯折热封线11303D之间的部分形成所述第七气体缓冲块1157D,所述第十三弯折热封线11303D和所述第四弯折热封线11304D之间的部分形成所述第十六气体缓冲块11506D,所述第十四弯折热封线11304D和所述第五弯折热封线11305D之间的部分形成所述第十五气体缓冲块11505D,所述第五弯折热封线11305D和所述第六弯折热封线11306D之间的部分形成所述第十四气体缓冲块11504D,所述第十六弯折热封线11306D和所述第十七弯折热封线11307D之间的部分形成所述第八气体缓冲块1158D,所述第十七弯折热封线11307D和所述第十八弯折热封线11308D之间的部分形成第十一气体缓冲块11501D,所述第十八弯折热封线11308D和所述第十九弯折热封线11309D之间的部分形成所述第十二气体缓冲块11502D,所述第十九弯折热封线11309D和所述第二十弯折热封线11310D之间的部分形成所述第十三气体缓冲块11503D,所述第二十弯折热封线11310D和所述第九弯折热封线1139D之间的部分形成所述第九气体缓冲块1159D,所述第九弯折热封线1139D和所述第十弯折热封线1130D之间的部分形成所述下侧壁142D的一部分,所述第十弯折热封线1130D外侧的部分形成所述第二前侧壁1432D。
参考说明书附图31,在本发明的一变形实施方式中,所述加强缓冲体116D的所述侧缓冲体1161D的数量被实施为一个,以供在所述安装腔120D的一侧对待包装的物品提供加强缓冲保护的作用,本领域的技术人员应当理解的是,只要能够达到对本发明的发明目的,所述加强缓冲体116D的所述侧缓冲体1161D的数量不应当构成对本发明的限制。
参考说明书附图32至图41D,本发明所提供的充气缓冲包装装置2100被阐述,本发明所提供的所述充气缓冲包装装置2100适于包装一平板电子产品2200,如电视或电脑显示器,用于在平板电子产品2200的运输过程中为平板电子产品2200提供缓冲保护,防止平板电子产品2200在运输过程中发生损坏。
具体的,参考说明书附图,所述充气缓冲包装装置2100包括一充气缓冲体210,所述充气缓冲体210在未充气时为平整状态,在充气后为立体状态,并且凭借被充入的气体而具有缓冲保护的作用,以供对包装的所述平板电子产品2200 在运输过程中提供缓冲保护,防止所述平板电子产品2200在运输过程中发生损坏。
所述充气缓冲体210进一步具有一安装腔2110,所述平板电子产品2200的一端适于被安装于所述充气缓冲体210的所述安装腔2110内,以供所述充气缓冲体210在所述平板电子产品2200的运输过程中为所述平板电子产品2200提供缓冲保护。具体的,所述充气缓冲包装装置2100所包括的所述充气缓冲体210的数量是两个,两个所述充气缓冲包装装置2100分别适于被包装于所述平板电子产品2200的两侧,以供在运输过程中为所述平板电子产品2200提供缓冲保护。具体的,在使用过程中,两所述充气缓冲体210分别适于被包装于所述平板电子产品2200的上下两侧,也就是说,所述平板电子产品2200的下端适于被安装于一所述充气缓冲体210的所述安装腔2110内,所述平板电子产品2200的上端适于被安装于另一所述充气缓冲体210的所述安装腔2110内。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述充气缓冲体210还能够被包装于所述平板电子产品2200的左右两侧,只要能够达到本发明的发明目的,所述充气缓冲体210被包装于所述平板电子产品2200的位置不应当构成对本发明的限制。
进一步地,所述安装腔2110进一步具有一安装腔开口21101,所述平板电子产品2200的一端适于通过所述安装腔开口21101被安装于所述安装腔2110内。在本优选实施例中,在使用本发明所提供的所述充气缓冲包装装置2100时,两所述充气缓冲体210的所述安装腔开口21101相对,并被分别被安装于所述平板电子产品2200的上下两侧,以供对被包装的所述平板电子产品2200提供缓冲保护。
所述充气缓冲体210进一步包括一内壁211和一外壁212,所述内壁211围绕形成所述安装腔2110,所述外壁212环绕于所述内壁211的外侧。所述内壁211和所述外壁212能够对被放置于所述安装腔2110内的所述平板电子产品2200提供双重保护,达到更好的缓冲保护的效果。
进一步地,所述充气缓冲体210进一步具有形成于所述内壁211和所述外壁212之间的一缓冲腔2120,所述缓冲腔2120和所述安装腔2110分别位于所述内壁211的两侧,所述缓冲腔2120位于所述内壁211和所述外壁212之间,所述缓冲腔2120用于增加所述充气缓冲体210的缓冲保护效果。
参考说明书附图40,具体的,在使用过程中,所述充气缓冲体210的所述缓冲腔2120内能够被放入一传统缓冲材料2300,比如传统缓冲泡沫等,以供进一步增加所述充气缓冲体210的缓冲效果。
进一步地,所述充气缓冲体210的所述内壁211进一步包括一第一侧壁2111、一第二侧壁2112以及一底壁2113,所述第一侧壁2111、所述第二侧壁2112以及所述底壁2113围绕形成所述安装腔2110,所述第一侧壁2111和所述第二侧壁2112分别位于所述安装腔2110的两侧,所述底壁2113位于所述安装腔2110的底部。优选的,在本优选实施例中,所述内壁211的所述第一侧壁2111、所述第二侧壁2112以及所述第三侧壁2113围绕形成一“U”型安装腔。
所述外壁212进一步包括一第一顶壁2121、一第二顶壁2122、一第三侧壁2123以及一第四侧壁2124,所述第一顶壁2121的一端连接于所述第一侧壁2111远离所述底壁2113的一端,所述第一顶壁2121的另一端连接于所述第三侧壁2123,所述第二顶壁2122的一端连接于所述第二侧壁2112远离所述底壁2113的一端,所述第二顶壁2122的另一端连接于所述第四侧壁2124。所述第一侧壁2111、所述第二侧壁2112以及所述底壁2113的一侧围绕形成所述安装腔2110,所述第一侧壁2111、所述第二侧壁2112以及所述底壁2113的另一侧与所述第一顶壁2121、所述第二顶壁2122、所述第三侧壁2123以及所述第四侧壁2124围绕形成所述缓冲腔2120。
进一步地,所述第一侧壁2111的高度和所述第二侧壁2112的高度相适应,所述第一顶壁2121的宽度与所述第二顶壁2122的宽度相适应,所述第三侧壁2123的长度与所述第四侧壁2124的长度相适应,并且所述第三侧壁2123和所述第四侧壁2124的高度大于所述第一侧壁2111和所述第二侧壁2112的高度,也就是说,所述第三侧壁2123远离所述第一顶壁2121的一端位于所述底壁2113的外侧,所述第四侧壁2124远离所述第二顶壁2122的一端位于所述底壁2113的外侧,以供在所述底壁2113的外侧形成所述缓冲腔2120的一部分。换句话说,当所述充气缓冲体210被放置于运输箱体内时,当所述第三侧壁2123远离所述第一顶壁2121的一端和所述第四顶壁2124远离所述第二顶壁2122的一端与所述运输箱体的底壁接触时,所述内壁211的所述底壁2113与所述运输箱体的底壁之间具有预定的间隙,从而能够增加所述充气缓冲体的缓冲效果。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述内壁211的所述底 壁2113和所述运输箱体的底壁之间还能够放置所述传统缓冲材料2300,以供进一步增加所述充气缓冲体210的缓冲效果。
参考说明书附图32,其显示有所述充气缓冲体210的平面展开状态结构示意图,所述充气缓冲体210进一步包括一组弯折热封线213,所述充气缓冲体210能够被沿着所述弯折热封线弯折,以供形成所述安装腔2110和所述缓冲腔2113。
具体的,所述弯折热封线213进一步包括一第一弯折热封线2131、一第二弯折热封线2132、一第三弯折热封线2133、一第四弯折热封线2134、一第五弯折热封线2135、以及一第六弯折热封线2136,所述第一弯折热封线2131、所述第二弯折热封线2132、所述第三弯折热封线2133、所述第四弯折热封线2134、所述第五弯折热封线2135以及所述第六弯折热封线2136依次被热封形成于所述充气缓冲体210,所述充气缓冲体210能够被沿着所述第一弯折热封线2131、所述第二弯折热封线2132、所述第三弯折热封线2133、所述第四弯折热封线2134、所述第五弯折热封线2135以及所述第六弯折热封线2136弯折,以供形成所述安装腔2110和所述缓冲腔2120。
具体的,所述充气缓冲体210的所述第一弯折热封线2131外侧的部分形成所述第三侧壁2123,所述第一弯折线2131和所述第二弯折热封线2132之间的部分形成所述第一顶壁2121,所述第二弯折热封线2132和所述第三弯折热封线2133之间的部分形成所述第一侧壁2111,所述第三弯折热封线2133和所述第四弯折热封线2134之间的部分形成所述底壁2113,所述第四弯折热封线2134和所述第五弯折热封线2135之间的部分形成所述第二侧壁2112,所述第五弯折热封线2135和所述第六弯折热封线2136之间的部分形成所述第二顶壁2122,所述第六弯折热封线2136外侧的部分形成所述第四侧壁2124。
所述充气缓冲体210进一步包括一组立体塑封线214,所述立体塑封线214被热封形成于所述充气缓冲体210,所述立体塑封线210用于使得所述充气缓冲体210在充气后能够维持立体的形状。
具体的,所述立体塑封线214进一步包括一第一立体塑封线2141和一第二立体塑封线2142。所述第一立体塑封线2141将所述第一侧壁2111的一第一端部21111热封连接于所述第二侧壁2112的一第一端部21121,其中所述第一侧壁2111的所述第一端部21111与所述第二侧壁2112的所述第一端部21121相对应。所述第二立体塑封线2142将所述第一侧壁2111的一第二端部21112热封连接于 所述第二侧壁2112的一第二端部21122,其中所述第一侧壁2111的所述第二端部21112与所述第二侧壁2112的所述第二端部21122相对应。也就是说,所述第一立体塑封线2141和所述第二立体塑封线2142分别将所述第一侧壁2111和所述第二侧壁2112相互对应的两端热封连接在一起,从而使得所述第一侧壁2111、所述第二侧壁2112以及所述第三侧壁2113围绕形成所述安装腔2110,并且在所述充气缓冲体210被充气后,所述第一侧壁2111、所述第二侧壁2112以及所述底壁2113能够自动围绕形成所述安装腔2110。
所述立体塑封线214进一步包括一组一第一热封缝2143和一组一第二热封缝2144,所述第一热封缝2143将所述第一侧壁2111热封连接于所述第三侧壁2123,所述第二热封缝2144将所述第二侧壁2112热封连接于所述第四侧壁2124,以使得所述充气缓冲体210在充气后,所述第三侧壁2123能够与所述第一侧壁2111相互对应,所述第四侧壁2124能够与所述第二侧壁2112相互对应,使得所述充气缓冲体210能够在充气后能够自动位置立体的形状,并且所述第一热封缝2143和所述第二热封缝2144的设置使得所述第三侧壁2123和所述第四侧壁2124位置得以被固定,防止其向两侧的枢转摆动,并且使所述充气缓冲体210得以具有站立效果,。
优选的,在本优选实施例中,所述第一热封缝2143的数量是两个,两个所述第一热封缝2143分别被热封形成于所述第一侧壁2111的所述第一端部1111和所述第二端部21112之间,并且两个所述第一热封缝2143分别位于所述第一立体塑封线2141和所述第二立体塑封线2142之间。相应地,所述第二热封缝2144的数量也是两个,两个所述第二热封缝2144分别位于所述第二侧壁2112的所述第一端部21121和所述第二端部21122之间,并且两个所述第二热封缝2144分别位于所述第一立体塑封线2141和所述第二立体塑封线2142之间。
优选的,在本优选实施例中,所述第一立体塑封线2141和所述第二立体塑封线2142分别被沿着所述第一侧壁2111和所述第二侧壁2112的子气体存储室之间的间隔热封线的长度方向设置,以使得所述第一立体塑封线2141和所述第二立体塑封线2142在将所述第一侧壁2111和所述第二侧壁2112的两端热封连接在一起的同时,不影响所述第一侧壁2111和所述第二侧壁2112的所述子气体存储室内的气体的流动。在本发明的另一些优选实施例中,所述第一立体塑封线2141和所述第二立体塑封线2142还能够是相互间隔预定的距离被热封于所述第 一侧壁2111和所述第二侧壁2112的所述子气体存储室之间的所述间隔热封线的热封点或热封线,只要能够达到本发明的发明目的,所述第一立体塑封线2141和所述第二立体塑封线2142的具体实施方式不应当构成对本发明的限制。
进一步地,所述第一热封缝2143被沿着所述第一侧壁2111和所述第三侧壁2123的相互对应的间隔热封线的长度方向热封形成于所述第一侧壁2111和所述第三侧壁2123,在将所述第一侧壁2111热封连接于所述第三侧壁2123的同时,不影响所述第一侧壁2111和所述第三侧壁2123的子气体存储室内气体的流动。同样地,在本发明的另一些优选实施例中,所述第一热封缝2143还能够是相互间隔预定的距离被热封形成于所述第一侧壁2111和所述第三侧壁2123的间隔热封线的热封点或子热封线,本领域的技术人员应当理解的是,只要能够对达到本发明的发明目的,所述第一热封缝2143的具体实施方式不应当构成对本发明的限制。
进一步地,所述第二热封缝2144被沿着所述第二侧壁2112和所述第四侧壁2124的相互对应的间隔热封线的长度方向热封形成于所述第二侧壁2112和所述第四侧壁2124,所述第二热封缝2144在将所述第二侧壁2112热封连接于所述第四侧壁2124的同时,不影响所述第二侧壁2112和所述第四侧壁2124的子气体存储室内气体的流动。在本发明的另一些优选实施例中,所述第二热封缝2144还能够是相互间隔预定的距离被热封形成于所述第二侧壁2112和所述第四侧壁2124的间隔热封线的热封点或子热封线,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述第二热封缝2144的具体实施方式不应当构成对本发明的限制。
参考说明书附图37至图39,在使用本发明所提供的所述充气缓冲体210时,一个所述充气缓冲体210被设于运输箱体的底壁,所述充气缓冲体210的所述安装腔开口21101朝向所述运输箱体的开口,所述缓冲腔2120的开口朝向所述运输箱体的底壁,所述充气缓冲体210位于所述平板电子产品2200的底部和所述运输箱体的底壁之间,所述充气缓冲体210用于在所述平板电子产品2200的底部和所述运输箱体的底壁之间提供缓冲保护的作用。为了增加缓冲效果,还能够在使用的过程中,在所述缓冲腔2120内放置所述传统缓冲材料2300,以供增加缓冲保护的效果。另一所述充气缓冲体210被设于所述平板电子产品2200的上端,并且位于所述平板电子产品2200上端部的所述充气缓冲体210的所述安装 腔开口21101朝向位于所述运输箱体底部的所述充气缓冲体210,也就是说,两所述充气缓冲体210的两所述安装腔开口21101相对设置。可以理解的是,由于位于所述平板电子产品2200上端的所述充气缓冲体210的所述安装腔开口21101朝向所述运输箱体的底壁,所述充气缓冲体210的所述缓冲腔2120开口朝向所述运输箱体的开口,因此能够将所述平板电子产品2200的配件放置于所述缓冲腔2120内,将所述平板电子产品2200的所述配件与所述平板电子产品2200相分离的同时,还能够防止所述平板电子产品2200的配件在运输过程中丢失。
参考说明书附图35和图36,所述充气缓冲体210进一步包括两侧缓冲体215,所述第一侧壁2111和所述第二侧壁2112的两端分别两两对应形成两所述侧缓冲体215,两所述侧缓冲体215分别位于所述安装腔2110的两侧,当所述平板电子产品2200的端部不被放置于所述安装腔2110内时,两所述侧缓冲体215用于对所述平板电子产品2200的两侧提供缓冲保护,防止所述平板电子产品2200的两侧在运输过程中与运输箱体发生碰撞而损坏。
具体的,所述第一立体塑封线2141与所述第一侧壁2111的所述第一端部21111的边缘、所述第二侧壁2112的所述第一端部211121的边缘之间具有预定的距离,所述第一侧壁2111和所述第二侧壁2112位于所述第一立体塑封线2141和所述第一端部21111的边缘、所述第二端部21121的边缘之间的部分形成一所述侧缓冲体215。优选的,在本优选实施例中,所述第一立体塑封线2141与所述第一侧壁2111的所述第一端部21111的边缘之间具有一个子气体存储室的距离,相应地,所述第一立体塑封线2141与所述第二侧壁2112的所述第一端部21121的边缘之间也具有一个子气体存储室的距离,两所述子气体存储室形成一个所述侧缓冲体215。
所述第二立体塑封线2142与所述第一侧壁2111的所述第二端部21112的边缘、所述第二侧壁2112的所述第二端部21122的边缘之间具有预定的距离,所述第一侧壁2111和所述第二侧壁2112位于所述第二立体塑封线2142和所述第二端部21112的边缘、所述第二端部21122的边缘之间的部分形成另一所述侧缓冲体215。优选的,在本优选实施例中,所述第二立体塑封线2142与所述第一侧壁2111的所述第二端部21112之间具有一个子气体存储室的距离,所述第二立体塑封线2142与所述第二侧壁2112的所述第二端部21122之间具有一个子气体存储室的距离,两所述子气体存储室形成另一所述侧缓冲体215。
参考说明书附图41A,具体的,所述充气缓冲体210进一步包括一第一气体存储室膜261和一第二气体存储室膜262,以及具有形成于所述第一气体存储室膜261和所述第二气体存储室膜262之间的一气体存储室2610,所述气体存储室2610内适于被充入气体。在所述气体存储室2610内未被充入气体之前,所述第一气体存储室膜261和所述第二气体存储室膜262相互贴合,所述充气缓冲体210为平整状态,便于所述平板电子产品充气缓冲包装装置2100的存储和携带,在所述气体存储室2610内被充入气体后,所述第一气体存储室膜261和所述第二气体存储室膜262相互分离,并且凭借存储于所述气体存储室2610内的气体,所述充气缓冲体210具有缓冲保护的功能。
所述充气缓冲体210进一步包括一组间隔热封线263,所述间隔热封线263被热封形成于所述充气缓冲体210的所述第一气体存储室膜261和所述第二气体存储室膜262,并且所述间隔热封线263将所述气体存储室2610分隔为多个子气体存储室26100。
所述充气缓冲体210进一步具有一连通通道2620,所述连通通道2620连通所述气体存储室2610的每一所述子气体存储室26100,通过所述连通通道2620能够向所述气体存储室2610的每一所述子气体存储室26100内充入气体。所述连通通道2620具有一开口26201,通过所述开口26201能够向所述连通通道2620内充入气体。
所述充气缓冲体210进一步包括一组单向充气阀门264,所述单向充气阀门264被设于所述第一气体存储室膜261和所述第二气体存储室膜262之间,并且所述单向充气阀门264连通所述连通通道2620和所述气体存储室2610的每一所述子气体存储室26100,通过所述单向充气阀门264,所述连通通道2620内的气体能够进入所述气体存储室2610的每一所述子气体存储室26100内。优选的,每一所述单向充气阀门264对应一所述子气体存储室26100,用于向所述子气体存储室26100内充入气体。
所述单向充气阀门264进一步包括一第一阀膜2641和一第二阀膜2642,所述第一阀膜2641和所述第二阀膜2642相互叠合被设置于所述第一气体存储室膜261和所述第二气体存储室膜262之间。所述单向充气阀门264进一步具有形成于所述第一阀膜2641和所述第二阀膜2642之间的一阀门通道2643,所述阀门通道2643连通所述连通通道2620和所述子气体存储室26100,所述连通通道 2620内的气体能够通过所述阀门通道2643进入所述子气体存储室26100。
所述单向充气阀门263进一步包括一耐热节2644,所述耐热节2644被设于所述第一阀膜2641和所述第二阀膜2642之间,所述耐热节的宽度与所述阀门通道2642的宽度相适应,所述耐热节2644用于防止在热封过程中所述第一阀膜2641和所述第二阀膜2642热封连接在一起。
所述充气缓冲体210进一步包括一组热封点265,所述热封点265用于将所述第一阀膜2641和所述第二阀膜2642远离所述连通通道2620的一端热封形成于所述第一气体存储室膜261或所述第二气体存储室膜262。所述第一阀膜2641和所述第二阀膜2642远离所述连通通道2620的一端延伸进入所述子气体存储室26100。在向所述气体存储室2610内充入气体的过程中,所述连通通道2620内的气体能够通过所述阀门通道2643进入所述子气体存储室26100内,当所述子气体存储室26100内的气体达到一定程度时,在所述子气体存储室26100内的气体的压力作用下,所述第一阀膜2641和所述第二阀膜2642被紧密地压向所述第一气体存储室膜261或所述第二气体存储室膜2642,从而形成于所述第一阀膜2641和所述第二阀膜2642之间的所述阀门通道2643闭合,防止所述子气体存储室26100内的气体经过所述阀门通道2643离开,达到单向充气的目的。
参考附图41B,其显示有本发明所提供的单向充气阀门的一变形实施方式的结构示意图,在本变形实施方式中,所述单向充气阀门264进一步包括一止回膜2644。所述止回膜2644被设于所述第一阀膜2641和所述第二阀膜2642之间。所述止回膜2644的上端部被热封连接于所述第二阀膜2642的上端部,所述止回膜2644的下端部位于所述第一阀膜2641下端部和所述第二阀膜2642的下端部之间,并且所述止回膜2644的长度小于所述第一阀膜2641和所述第二阀膜2642的长度。
所述阀门通道2643形成于所述第一阀膜2641和所述止回膜2644之间。所述连通通道2620内的气体得以通过所述阀门通道2643进入所述气体存储室2610。当所述气体存储室2610内的气体含量达到一定程度的时候,在所述气体存储室2610内的气体压力的作用下,所述第一阀膜2641、所述第二阀膜2642以及所述止回膜2644的下端部均被紧密的压向所述第一气体存储室膜261,从而将形成于所述第一阀膜2641和所述止回膜2644之间的所述阀门通道2643闭合,防止所述气体存储室2610内的气体发生泄露。
在本优选实施例中,当所述气体存储室2610内的气体通过所述第一阀膜2641和所述第二阀膜2642之间泄露的时候,当气体泄露至所述止回膜2644和所述第二阀膜2642之间的时候,由于所述止回膜2644的上端部被热封连接于所述第二阀膜2642的上端部,因此,气体不能够通过所述止回膜2644和所述第二阀膜2642之间被泄漏至外界。当泄漏至所述止回膜2644和所述第二阀膜2642之间的气体量达到一定程度的时候,在所述止回膜2644和所述第二阀膜2642之间的气体压力的作用下,所述止回膜2644被紧密的压向所述第一阀膜2641,从而能够进一步的将所述阀门通道2643密封,达到越漏气越不漏气的效果。
参考附图41C,其显示有本发明所提供的所述单向充气阀门的第三变形实施方式,在本变形实施方式中,所述单向充气阀门264进一步包括一加强膜2645。所述加强膜2645被设于所述第二阀膜2642和所述第二气体存储室膜262之间,并且所述加强膜2645的上端部被热封连接于所述第二阀膜2642的上端部和所述第二气体存储室膜262之间,所述加强膜2645的下端部可活动的位于所述第二阀膜2642的下端部和所述第二气体存储室膜262之间。
当所述气体存储室2610内被充入的气体含量达到一定程度的时候,在所述气体存储室2610内的气体压力的作用下,所述第一阀膜2641、所述第二阀膜2642以及所述加强膜2645的下端部均被紧密的压向所述第一气体存储室膜261,从而将所述第一阀膜2641和所述第二阀膜2642之间的所述阀门通道2643密封,防止进入所述气体存储室2610内的气体泄漏。所述加强膜2645位于所述第二阀膜2642的外侧,并且所述止回膜2305直接与所述气体存储室2610内的气体接触,能够起到保护所述第二阀膜2642和增强密封效果的作用。
参考附图41D,其显示有本发明所提供的所述单向充气阀门的第四变形实施方式,在本变形实施方式中,所述单向充气阀门264的所述第一阀膜2641和所述第二阀膜2642的所述上端部向上延伸至所述第一气体存储室膜261和所述第二气体存储室膜262的外侧。所述周边热封线23051的所述上周边热封线230511将所述第一阀膜2641的上端部和所述第二阀膜2642的上端部热封连接,并且所述连通通道2620形成于所述第一阀膜2641的上端部和所述第二阀膜2642的上端部之间。
在本变形实施方式中,将所述第一阀膜2641的上端部和所述第二阀膜2642的上端部延伸至所述第一气体存储室膜261和所述第二气体存储室膜262的外侧, 并且在所述第一阀膜2641的上端部和所述第二阀膜2642的上端部之间形成所述连通通道2620,能够避免在充气的过程中,所述第一阀膜2641和/或所述第二阀膜2642的上端部发生折叠堵塞所述阀门通道2643。
本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述充气缓冲体210还能够不具有所述单向充气阀门264,在热封所述第一气体存储室膜261和所述第二气体存储室膜262的过程中向所述第一气体存储室膜261和所述第二气体存储室膜262之间的所述气体存储室2610内充入气体。
本领域的技术人员应当理解的是,在包装具有不同重量的待包装物品时,所述气体缓冲体210的气柱尺寸、悬空高度以及缓冲距离能够被实施为不同的尺寸,也就是说,所述气体缓冲体210能够被实施为多种不同的规格,以供为不同规格的被包装的物品提供更好的缓冲保护,其中所述悬空高度指的是所述缓冲腔2120的高度,也就是所述缓冲腔2120的开口到所述底壁2113的距离,所述缓冲距离指的是所述第一侧壁2111与所述第三侧壁2123的叠合厚度,或所述第二侧壁2112与所述第四侧壁2124的叠合厚度。具体的,参考下表2,其显示有所述气体缓冲体210的气柱尺寸、悬空高度、缓冲距离与被包装的物品的重量与相应的跌落高度之间的对应关系。其中包装品重量的数据和跌落高度的数据以及对应关系选自ISTA 1A系列非模拟整体性能试验标准。优选的,所述第一侧壁2111与所述第三侧壁2123之间的距离、所述第二侧壁2112与所述第四侧壁2124之间的距离分别是3至6个气体缓冲体的气柱的距离,以供在侧面对待包装的物品提供缓冲保护。
参考下表2,所述底壁2113的悬空高度的范围是0至100毫米,所述气体缓冲体210的气柱尺寸范围是20至100毫米。当所述底壁2113的悬空高度的范围是5至100毫米,所述气体缓冲体210的气柱尺寸范围是20至40毫米时,适于包装0至10千克的物品。当所述底壁2113的悬空高度的范围是5至60毫米,所述气体缓冲体210的气柱尺寸范围是30至60毫米时,适于包装10至19千克的物品。当所述底壁2113的悬空高度的范围是5至40毫米,所述气体缓冲体210的气柱尺寸范围是40至80毫米时,适于包装19至28千克的物品。当所述底壁2113的悬空高度的范围是5至20毫米,所述气体缓冲体210的气柱尺寸范围是40至100毫米时,适于包装28至45千克的物品。
参考下表2,所述缓冲距离的范围是15至100毫米。当所述缓冲距离的范围 是15至100毫米、所述悬空高度是5至100毫米、所述气体缓冲体210的气柱尺寸范围是20至40毫米时,适于包装0至10千克的物品。当所述缓冲距离的范围是20至75毫米、所述悬空高度的范围是5至60毫米、所述气体缓冲体210的气柱尺寸范围是30至60毫米时,适于包装10至19千克的物品。当所述缓冲距离是25至70毫米、所述悬空高度的范围是5至40毫米、所述气体缓冲体210的气柱尺寸范围是40至80毫米时,适于包装19至28千克的物品。当所述缓冲距离是25至60毫米、所述悬空高度的范围是5至20毫米、所述气体缓冲体210的气柱尺寸范围是40至100毫米时,适于包装28至45千克的物品。当所述缓冲距离的范围是25至60毫米、所述悬空高度的范围是0至5毫米、所述气体缓冲体210的气柱尺寸范围是40至100毫米时,适于包装45至68千克的物品。
表2
参考说明书附图42至图44,其显示有本发明所提供的充气缓冲包装装置2100的一变形实施方式,本优选实施例与上述优选实施例的区别之处在于,在本变形实施方式中,所述充气缓冲包装装置2100进一步包括一悬浮支撑体220,所述悬浮支撑体220被设于所述安装腔2110内,所述悬浮支撑体220用于支撑所述平板电子产品2200的端部悬空于所述安装腔2110内,以供进一步增加对所述平板电子产品2200的缓冲保护效果。
具体的,所述悬浮支撑体220的一端被热封连接于所述第一侧壁2111的内侧,所述悬浮支撑体220的另一端被热封连接于所述第二侧壁2112的内侧。优 选的,在本优选实施例中,所述悬浮支撑体220的一端被热封连接于所述第一顶壁2121与所述第一侧壁2111的连接处,所述悬浮支撑体220的另一端被热封连接于所述第二顶壁2122与所述第二侧壁2112的连接处。换句话说,所述第二弯折热封线2132将所述悬浮支撑体220的一端热封连接于所述第一顶壁2121和所述第一侧壁2111的连接处,所述第五弯折热封线2135将所述悬浮支撑体220的另一端热封连接于所述第二顶壁2122与所述第二侧壁2112的连接处。所述悬浮支撑体220的长度小于所述第一侧壁2111、所述第二侧壁2112以及所述底壁2113的长度之和,因此当所述充气缓冲体210充气膨胀后所述悬浮支撑体210能够悬浮于所述安装腔2110内,与所述底壁2113之间具有预定的距离。需要指出的是,在本优选实施例中,在所述充气缓冲体210内被充入气体时,所述悬浮支撑体210内不能够被充入气体,以供减小所述悬浮支撑体210所占的体积。
进一步地,所述充气缓冲包装装置2100进一步具有一悬浮腔2210,所述悬浮腔2210位于所述悬浮支撑体220和所述底壁2113之间,所述第一侧壁2111、所述第二侧壁2112、所述悬浮支撑体220以及所述底壁2113围绕形成所述悬浮腔2210。
参考说明书附图44,其显示有本优选实施例所提供的所述充气缓冲包装装置2100的一应用结构示意图,在使用本发明所提供的所述充气缓冲包装装置2100时,当所述平板电子产品2200的一端被安装于所述安装腔2110内是,所述平板电子产品2200的端部能够与所述缓冲支撑体220接触,所述平板电子产品2200的端部与所述底壁2113之间间隔有所述悬浮腔2210,从而使得所述平板电子产品2200的一端能够悬浮于所述安装腔2110内,提高所述充气缓冲装置2100的缓冲保护效果。
参考说明书附图45至图47,其显示有本发明所提供的所述充气缓冲包装装置2100的一第二变形实施方式,本优选实施例与上述优选实施例的区别在于,在本变形实施方式中,所述第三侧壁2123的子气体存储室的宽度小于所述第一侧壁2111的子气体存储室的宽度,所述第四侧壁2124的子气体存储室的宽度小于所述第二侧壁2112的子气体存储室的宽度,从而能够在一定程度上减小所述充气缓冲体210的整体厚度,减小所述充气缓冲体210所占据的空间。
具体的,在本优选实施例中,所述充气缓冲包装装置2100进一步包括一组第一收缩热封线231和一组第二收缩热封线232,所述第一收缩热封线231和所 述第二收缩热封线232分别被热封形成于所述充气缓冲体210的所述第三侧壁2123和所述第四侧壁2124,分别用于缩小所述第三侧壁2123和所述第四侧壁2124的子气体存储室的尺寸。
参考说明书附图45,优选的,所述第一收缩热封线231沿着所述第三侧壁2123的子气体存储室的长度方向被热封形成于所述第三侧壁2123。优选的,在本优选实施例中,每一所述第三侧壁2123的所述子气体存储室内热封形成一条所述第一收缩热封线231,每一所述第一收缩热封线231将所述第三侧壁2123相应的所述子气体存储室分隔为两个部分,以供减小所述第三侧壁2123的所述子气体存储室充气后的厚度。优选的,在本优选实施例中,所述第一收缩热封线231延伸于所述第一弯折热封线2131和所述第三侧壁2123远离所述第一顶壁2121的一侧边缘之间,并且所述第一收缩热封线231的长度与所述第一弯折热封线2131与所述第一弯折热封热封线2131和所述第三侧壁2123远离所述第一顶壁2121的一侧边缘之间的距离相一致。在本发明的另一些优选实施例中,所述第一收缩热封线231的长度还能够小于所述第一弯折线2131和所述第三侧壁2123远离所述第一顶壁2121的一侧边缘之间的距离。优选的,在本优选实施例中,所述第一收缩热封线231是连续的热封线,在本发明的另一些优选实施例中,所述第一收缩热封线231还能够是由多个相互间隔的热封点组成的间断热封线,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述第一收缩热封线231的具体类型不应当构成对本发明的限制。优选的,所述第一收缩热封线231位于所述第三侧壁2123的宽度方向的中间位置。
优选的,所述第二收缩热封线232沿着所述第四侧壁2124的子气体存储室的长度方向被热封形成于所述第四侧壁2124。优选的,在本优选实施例中,每一所述第四侧壁2124的所述子气体存储室内热封形成一条所述第二收缩热封线232,每一所述第二收缩热封线232将所述第四侧壁2124相应的所述子气体存储室分隔为两个部分,以供减小所述第四侧壁2124的所述子气体存储室充气后的厚度。优选的,在本优选实施例中,所述第二收缩热封线232延伸于所述第六弯折热封线2136和所述第四侧壁2124远离所述第二顶壁2122的一侧边缘之间,并且所述第二收缩热封线232的长度与所述第六弯折热封线2136与所述第六弯折热封线2136和所述第四侧壁2124远离所述第二顶壁2122的一侧边缘之间的距离相一致。在本发明的另一些优选实施例中,所述第二收缩热封线232的长度 还能够小于所述第六弯折热封线2136和所述第四侧壁2124远离所述第二顶壁2122的一侧边缘之间的距离。优选的,在本优选实施例中,所述第二收缩热封线232是连续的热封线,在本发明的另一些优选实施例中,所述第二收缩热封线232还能够是由多个相互间隔的热封点组成的间断热封线,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述第二收缩热封线232的具体类型不应当构成对本发明的限制。优选的,所述第二收缩热封线232位于所述第四侧壁2124的宽度方向的中间位置。
本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述第一收缩热封线231和所述第二收缩热封线232还能够分别被热封形成于所述第一侧壁2111和所述第二侧壁2112,也就是说,所述第一侧壁2111和所述第二侧壁2112的子气体存储室的尺寸小于所述第三侧壁2113和所述第四侧壁2114的子气体存储室的尺寸。
参考说明书附图48至图51,其显示有本发明所提供的所述充气缓冲包装装置2100的一第三变形实施方式,本优选实施例与上述优选实施例的区别之处在于,在本优选实施例中,所述第三侧壁2123的子气体存储室与所述第一侧壁2111的子气体存储室交错设置,所述第四侧壁2124的子气体存储室与所述第二侧壁2112的子气体存储室交错设置,从而能够减小所述充气缓冲体210的整体厚度。
具体的,所述第三侧壁2123的子气体存储室对应所述第一侧壁2111的子气体存储室之间的间隔热封线,所述第三侧壁2123的子气体存储室之间的间隔热封线对应所述第一侧壁2111的子气体存储室。相应的,所述第四侧壁2124的子气体存储室对应所述第二侧壁2112的子气体存储室之间的间隔热封线,所述第四侧壁2124的子气体存储室之间的间隔热封线对应所述第二侧壁2112的子气体存储室。从而能够减小所述充气缓冲体210充气后的整体厚度。
参考说明书附图48,为了更好地描述本发明,现将位于所述第三侧壁2123的子气体存储室之间的间隔热封线命名为第一间隔热封线2331,位于所述第一顶壁2121和所述第一侧壁2111的子气体存储室之间的间隔热封线命名为一第二间隔热封线2332。所述第一间隔热封线2331和所述第二间隔热封线2332相互交错设置,所述第一间隔热封线2331的延长线位于对应的相邻两条所述第二间隔热封线2332之间,所述第二间隔热封线2332的延长线位于对应的相邻两条所述第一间隔热封线2331之间。优选的,在本优选实施例中,所述第一间隔热封 线2331和所述第二间隔热封线2332分别为连续的热封线。在本发明的另一些优选实施例中,所述第一间隔热封线2331还能够是由一系列相互间隔一定距离的热封点组成的间断热封线。
相应的,将位于所述第四侧壁2124的子气体存储室之间的间隔热封线命名为第三间隔热封线2333,位于所述第二顶壁2122和所述第二侧壁2112的子气体存储室之间的间隔热封线命名为第二间隔热封线2334。所述第三间隔热封线2333和所述第四间隔热封线2334相互交错设置,所述第三间隔热封线2333的延长线位于对应的相邻所述第四间隔热封线2334之间,所述第四间隔热封线2334的延长线位于对应的相邻所述第三间隔热封线2333之间。优选的,在本优选实施例中,所述第三间隔热封线2333和所述第四间隔热封线2334分别为连续的热封线。在本发明的另一些优选实施例中,所述第四间隔热封线2334还能够是由一系列相互间隔一定距离的热封点组成的间隔热封线。
参考说明书附图52至图53,其显示有本发明所提供的所述充气缓冲包装2100的一第四变形实施方式,本优选实施例与上述优选实施例的区别之处在于,在本优选实施例中,所述充气缓冲体210进一步包括一加强缓冲体241,所述加强缓冲体241位于所述安装腔2110的下方,所述加强缓冲体241用于增加所述充气缓冲体210的缓冲保护作用。
在本变形实施方式中,所述第一侧壁2111和所述第二侧壁2112分别向内弯折并被热封连接,所述第一侧壁2111和所述第二侧壁2112位于所述第一侧壁2111和所述第二侧壁2112连接处和所述底壁2113之间的部分、和所述底壁2113形成所述加强缓冲体210,所述第一侧壁2111和所述第二侧壁2112位于所述第一侧壁2111和所述第二侧壁2112远离所述底壁113的部分围绕形成所述安装腔2110。
进一步地,所述充气缓冲包装装置2100进一步包括一加强热封线242,所述加强热封线242将所述第一侧壁2111热封连接于所述第二侧壁2112,所述第一侧壁2111位于所述加强热封线242和所述第三弯折热封线2133之间的部分、所述第二侧壁2112位于所述加强热封线242和所述第四弯折热封线2134之间的部分以及所述底壁2113围绕形成所述加强缓冲体241。所述第一侧壁2111位于所述加强热封线242和所述第二弯折热封线2132之间的部分、和所述第二侧壁2112位于所述加强热封线242和所述第五弯折热封线2135之间的部分围绕形成所述 安装腔2110。可以理解的是,当所述平板电子产品2200的一端被放置于所述安装腔220内时,所述加强缓冲体241能够对被放入到所述安装腔220的所述平板电子产品2200提供加强缓冲的效果,提高所述充气缓冲体210的缓冲保护作用。
进一步地,所述充气缓冲包装装置2100进一步包括一第七弯折热封线2137和一第八弯折热封线2138,所述第七弯折热封线2137被热封形成于所述第一侧壁2111,并且所述第七弯折热封线2137位于所述加强热封线242和所述第二弯折热封线2132之间,所述第八弯折热封线2138被热封形成于所述第二侧壁2112,并且所述第八弯折热封线2138位于所述加强热封线242和所述第五弯折热封线2135之间。所述第一侧壁2111和所述第二侧壁2112分别能够沿着所述第七弯折热封线2137和所述第八弯折热封线2138弯折,以便于在所述充气缓冲体210充气后,所述安装腔220能够维持稳定的形状,便于被安装于所述平板电子产品2200。
需要指出的是,所述第七弯折热封线2137、所述第八弯折热封线2138以及所述加强热封线242分别为由多个相互间隔的热封点组成的热封线,在被热封形成于所述第一侧壁2111和所述第二侧壁2112时,不影响所述第一侧壁2111和所述第二侧壁2112内气体的流通。
参考说明书附图54至图55,本发明所提供的所述充气缓冲包装装置2100的一第二优选实施例被阐述,本优选实施例与上述优选实施例的区别之处在于,在本优选实施例中,所述充气缓冲包装装置2100进一步包括一充气缓冲体210A,所述充气缓冲体210A具有一安装腔2110A和一缓冲腔2120A,所述充气缓冲体210A进一步包括一内壁211A和一外壁212A,所述内壁211A围绕形成所述安装腔2110A,所述缓冲腔2120A位于所述内壁211A和所述外壁212A之间。所述内壁211A进一步包括一第一侧壁2111A、一第二侧壁2112A以及一底壁2113A,所述第一侧壁2111A、所述第二侧壁2112A以及所述底壁2113A围绕形成所述安装腔2110A。所述外壁212A进一步包括一第一顶壁2121A、一第二顶壁2122A、一第三侧壁2123A以及一第四侧壁2124A。
所述充气缓冲体210A进一步包括一组弯折热封线213A和一组立体塑封线214A。所述弯折热封线213A进一步包括一第一弯折热封线2131A、一第二弯折热封线2132A、一第三弯折热封线2133A、一第四弯折热封线2134A、一第五弯折热封线2135A以及一第六弯折热封线2136A,所述第一充气缓冲体210A位于 所述第一弯折热封线2131A外侧的部分形成所述第三侧壁2123,所述第一弯折热封线2131A和所述第二弯折热封线2132A之间的部分形成所述第一顶壁2121A,所述第二弯折热封线2132A和所述第三弯折热封线2133A之间的部分形成所述第一侧壁2111A,所述第三弯折热封线2133A和所述第四弯折热封线2134A之间的部分形成所述底壁2113A,所述第四弯折热封线2134A与所述第五弯折热封线2135A之间的部分形成所述第二侧壁2112,所述第五弯折热封线2135A和所述第六弯折热封线2136A之间的部分形成所述第二顶壁2122A,所述第六弯折热封线2136A外侧的部分形成所述第四侧壁2124A。
本优选实施例与上述优选实施例的区别之处在于,在本优选实施例中,所述充气缓冲体210A进一步包括一加强缓冲体216A,所述加强缓冲体216A被设置用于支撑所述充气缓冲体210A的所述内壁211A,以供提高所述充气缓冲体210A的缓冲效果。
进一步地,所述加强缓冲体216A进一步包括一第一加强缓冲体2161A和一第二加强缓冲体2162A,所述第一加强缓冲体2161A的一端被热封连接于所述第三侧壁2123A远离所述第一顶壁2121A的一端,所述第一加强缓冲体2161A的另一端被热封连接于所述底壁2113A的外侧。所述第二加强缓冲体2162A的一端被热封连接于所述第四侧壁2124A远离所述第二顶壁2122A的一端,所述第二加强缓冲体2162A的另一端被热封连接于所述底壁2113A的外侧。需要指出的是,在本优选实施例中,所述第三侧壁2123A和所述第四侧壁2124A的长度大于所述第一侧壁2111A和所述第二侧壁2112A的长度,所述第一加强缓冲体2161A和所述第二加强缓冲体2162A被倾斜预定的角度设置于所述底壁2113A的下方。
优选的,在本优选实施例中,所述第一加强缓冲体2161A远离所述第三侧壁2123A的一端被所述第三弯折热封线2133A热封连接于所述第一侧壁2111A和所述底壁2113A之间,所述第二加强缓冲体2162A远离所述第四侧壁2124A的一端被所述第四弯折热封线2134A热封连接于所述第二侧壁2112A和所述第四侧壁2124A之间。在本发明的另一些优选实施例中,所述第一加强缓冲体2161A远离所述第三侧壁2123A的一端与所述第二加强缓冲体2162A远离所述第四侧壁2124A的一端被热封于所述第三侧壁2123A的同一位置。也就是说,所述第一加强缓冲体2161A远离所述第三侧壁2123A的一端被热封连接于所述第二加 强缓冲体2162A远离所述第四侧壁2124A的一端,所述第一加强缓冲体2161A和所述第二加强缓冲体2162A围绕形成所述缓冲腔2120A。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述第一加强缓冲体2161A远离所述第三侧壁2123A的一端和所述第二加强缓冲体2162A远离所述第四侧壁2124A的一端还能够被热封形成于所述底壁2113A的不同位置,本领域的技术人员应当理解的是,只要能够达到本发明的发明目的,所述第一加强缓冲体2161A远离所述第三侧壁2123A的一端和所述第二加强缓冲体2162A远离所述第四侧壁2124A的一端被热封形成于所述底壁2113A的位置不应当构成对本发明的限制。
参考说明书附图56至图68D,本发明所提供的气体缓冲包装装置被阐述,本发明所提供的所述气体缓冲包装装置适于包装平板电子产品,比如液晶显示屏、平板电视、平板电脑等,以供在运输过程中为被包装的平板电子产品提供缓冲保护,防止被包装的平板电子产品在被运输过程中发生损坏。
参考说明书附图56至图59,具体的,所述气体缓冲包装装置包括一气体缓冲体310,所述气体缓冲体310适于被沿着预设的位置弯折形成一安装空间320,该平板电子产品的一端适于被安装于所述安装空间320内,以供在运输过程中对该平板电子产品提供缓冲保护。进一步地,所述气体缓冲体310适于被沿着预设的位置弯折形成一第一侧壁311、一第二侧壁312以及一底壁313,所述第一侧壁311、所述第二侧壁312以及所述底壁313围绕形成所述安装空间320。
进一步地,所述气体缓冲体310进一步包括一悬空支撑体314,所述悬空支撑体被设于所述安装空间320内。所述气体缓冲体310进一步具有形成于所述悬空支撑体314和所述底壁313之间的一缓冲腔3140。所述悬空支撑体314用于使得被包装的平板电子产品与所述气体缓冲体310的所述底壁313之间保持一定的距离,以使得被包装的所述平板电子产品悬空,以供增加缓冲保护的效果。
所述悬空支撑体314的一端连接于所述第一侧壁311远离所述底壁313的一端,所述悬空支撑体314的另一端连接于所述第二侧壁312的内侧,从而在所述悬空支撑体314和所述气体缓冲体310的所述底壁313之间形成所述缓冲腔3140,以供达到对平板电子产品更好的缓冲保护的作用。
优选的,在本优选实施例中,所述悬空支撑体314进一步包括一充气段3141和一未充气段3142,所述充气段3141的一端连接于所述第一侧壁311远离所述 底壁313的一端,所述充气段3141的另一端向所述安装空间320的底部延伸,换句话说,所述充气段3141的另一端向所述底壁313的方向延伸。所述未充气段3142的一端连接于所述悬空支撑体314的所述充气段3141靠近所述底壁313的一端,所述悬空支撑体314的所述未充气端3142连接于所述第二侧壁312的内壁。所述缓冲腔3140形成于所述悬空支撑体314的所述未充气段3142和所述底壁313之间。
优选的,在本优选实施例中,所述悬空支撑体314的所述未充气段3142的宽度与所述底壁313的宽度相适应,以供减小所述悬空支撑体314的所述未充气段3142的长度,同时使得所述悬空支撑体314的所述未充气段3142能够更好地对被包装的平板电子产品提供支撑。
在被包装的平板电子产品的一端被放置于所述安装空间320内时,所述悬空支撑体314的所述充气段3141位于被包装平板电子产品的一侧,用于对平板电子产品的侧面提供缓冲保护作用,以供提高对被包装平板电子产品的缓冲保护效果。需要指出的是,在本优选实施例中,所述气体缓冲体310具有三层气体缓冲层,即所述第一侧壁311、所述第二侧壁312以及所述悬空支撑体314的所述充气段3141,与只具有一第一侧壁311和一第二侧壁312的两层气体缓冲层的缓冲包装装置相比,本发明所提供的所述气体缓冲体310具有更好的缓冲保护效果,与具有四层气体缓冲层的缓冲包装装置相比,本发明所提供的所述气体缓冲体310能够减小气体缓冲体310的整体厚度,增加所述安装空间320的空间体积,以便于安装具有较大尺寸的平板电子产品,并且能够减少气体缓冲体310所消耗的气体缓冲材料。
参考说明书附图61,本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述悬空支撑体314的所述未充气段3142的长度还能够大于所述气体缓冲体310的所述底壁313的长度,并且所述悬空支撑体314的所述未充气段3142连接于所述充气段3141的位置高于所述未充气段3142连接于所述第二侧壁312的位置,以供进一步增加所述安装空间320的体积,以便于安装具有较大尺寸的平板电子产品。
优选的,在本优选实施例中,所述悬空支撑体314的所述充气段3141一体成型于所述气体缓冲体310的所述第一侧壁311,也就是说,所述悬空支撑体314的所述充气段3141的气柱与所述第一侧壁311的气柱相互连通,从而当所述第 一侧壁311和所述第二侧壁312内被充入气体的时候,所述悬空支撑体314的所述充气段3141内能够被充入气体,以便于所述气体缓冲体310的使用。
所述悬空支撑体314的所述未充气段3142与所述悬空支撑体314的所述充气段3141相互独立,所述悬空支撑体314的所述未充气段3142的两端分别通过热封连接的方式热封连接于所述悬空支撑体314的所述充气段3141和所述第二侧壁312的内壁。
参考说明书附图56,其显示有本发明所提供的所述气体缓冲体310的平面展开状态结构示意图,所述气体缓冲体310进一步包括一组弯折热封线315,所述气体缓冲体310适于被沿着所述弯折热封线315弯折形成所述第一侧壁311、所述第二侧壁312、所述底壁313以及所述悬空支撑体314的所述充气段3141,以供围绕形成所述安装空间320。
具体的,所述弯折热封线315进一步包括一第一弯折热封线3151、一第二弯折热封线3152、一第三弯折热封线3153以及一第四弯折热封线3154,所述第一弯折热封线3151、所述第二弯折热封线3152、所述第三弯折热封线3153以及所述第四弯折热封线3154分别被相互间隔一定的距离热封形成于所述气体缓冲体310。所述气体缓冲体310位于所述第一弯折热封线3151外侧的部分形成所述第二侧壁312,所述第一弯折热封线3151和所述第二弯折热封线3152之间的部分形成所述底壁313,所述第二弯折热封线3152和所述第三弯折热封线3153之间的部分形成所述第一侧壁311,所述第四弯折热封线3154外侧的部分形成所述悬空支撑体314的所述充气段3141。所述第三弯折热封线3153和所述第四弯折热封线3154之间的部分形成一弯折部,以使得所述悬空支撑体314的所述充气段3141未与所述第一侧壁311连接的一端向所述底壁313的方向延伸。
进一步地,所述气体缓冲体310进一步包括一组立体塑封线316,所述气体缓冲体310适于被沿着所述立体塑封线316热封连接,以使得所述气体缓冲体310维持立体的形状,便于所述气体缓冲体310的使用。具体的,所述立体塑封线316进一步包括一第二立体热封线3162和一第三立体热封线3163,所述第二立体热封线3162用于将所述悬空支撑体314的所述未充气段3142热封连接于所述悬空支撑体314的所述充气段3141靠近所述底壁313的一端,所述第三立体塑封线3163用于将所述悬空支撑体314的所述未充气段3142热封连接于所述第二侧壁312的内壁,以使得所述气体缓冲体310在被充气后能够维持立体的形状, 以便于使用者的使用。
参考说明书附图56至图57B,所述立体塑封线316进一步包括一第一立体塑封线3161,所述第一立体塑封线3161用于将所述第一侧壁311、所述第二侧壁312以及所述悬空支撑体314的所述充气段3141的对应侧边热封连接在一起,以使得所述气体缓冲体310能够维持立体的形状。优选的,所述第一立体塑封线3161被沿着所述第一侧壁311、所述第二侧壁312以及所述悬空支撑体314的所述充气段3141的气柱的长度延伸方向将所述第一侧壁311、所述第二侧壁312以及所述悬空支撑体314的所述充气段3141的对应侧边相热封连接,以供不影响所述第一侧壁311、所述第二侧壁312以及所述悬空支撑体314的所述充气段3141内的气体的流动。
进一步地,所述气体缓冲体310进一步包括一侧缓冲体317,所述侧缓冲体317位于所述气体缓冲体310的一侧,也即所述安装空间320的一侧,用于在所述安装空间320的一侧对平板电子产品的侧边提供缓冲保护,提高所述气体缓冲体310的缓冲保护效果。
具体的,所述第一侧壁311、所述第二侧壁312以及所述悬空支撑体314的所述充气段3141位于所述第一立体塑封线3151外侧的部分形成所述侧缓冲体317,用于在平板电子产品的侧面对平板电子产品提供缓冲保护。优选的,在本优选实施例中,所述第一侧壁311和所述第二侧壁312的至少一气柱位于所述第一立体塑封线3151的外侧形成所述侧缓冲体317。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述侧缓冲体317还能够由位于所述第一侧壁311和所述第二侧壁312外侧的多个气柱组成,只要能够达到本发明的发明目的,所述第一侧壁311和所述第二侧壁312位于所述第一立体塑封线3151外侧的气柱的数量不应当构成对本发明的限制。
参考说明书附图60,其显示有本发明所提供的所述气体缓冲包装装置的一变形实施方式的结构示意图,在本变形实施方式中,所述悬空支撑体314的所述未充气段3142一体成型于所述悬空支撑体314的所述充气段3141,也就是说,所述未充气段3142一体成型于所述充气段3141远离所述第一侧壁311的一端。进一步地,在本变形实施方式中,所述弯折热封线315进一步包括一阻隔热封线3155,所述阻隔热封线3155被热封形成于所述悬空支撑体314的所述充气段3141和所述未充气段3142之间,用于阻隔所述悬空支撑体314的所述充气段3141和 所述未充气段3142的气柱之间的连通。在本优选实施例中,所述阻隔热封线3155为连续的热封线,从而能够阻隔所述悬空支撑体314的所述充气段3141的气柱与所述悬空支撑体314的所述未充气段3142的气柱之间的连通。
参考说明书附图62和图63,其显示有本发明所提供的所述气体缓冲包装装置的一第三变形实施方式,在本变形实施方式中,所述悬空支撑体314的所述未充气段3142与所述充气段3141一体成型,并且所述悬空支撑体314的所述未充气段3142的气柱与所述悬空支撑体314的所述充气段3141的气柱相互连通。在本变形实施方式中,所述悬空支撑体314的所述未充气段3142内能够被充入气体,从而能够为被包装的平板电子产品提供进一步的缓冲保护效果。
参考说明书附图64和图65,其显示有本发明所提供的所述气体缓冲包装装置的一第四变形实施方式,在本变形实施方式中,所述悬空支撑体314只包括所述未充气段3142,所述悬空支撑体314的两端分别被热封连接于所述第一侧壁311和所述第二侧壁312的内壁,也就是说,所述悬空支撑体314的所述未充气段3142的两端分别被热封连接于所述第一侧壁311和所述第二侧壁312的内壁。本领域的技术人员可以理解的是,在本变形实施方式中,所述悬空支撑体314的长度减小,从而能够在一定程度上减少气体缓冲包装材料的用量,降低成本。
参考说明书附图66和图67,其显示有本发明所提供的所述气体缓冲包装装置的一第四变形实施方式,在本变形实施方式中,所述悬空支撑体314的所述充气段3141的气柱与所述第一侧壁311的气柱交错排列,从而当所述悬空支撑体314的所述充气段3141与所述第一侧壁311相叠合时,能够减小所述气体缓冲体310的所述第一侧壁311与所述悬空支撑体314的所述充气段3141之间的叠合厚度,从而能够增加所述安装空间320的大小,便于安装具有较大尺寸的平板电子产品。
参考说明书附图66,在所述气体缓冲包装装置的所述第四变形实施方式中,所述第一侧壁311的气柱之间的间隔热封线与所述悬空支撑体314的所述充气段3141的气柱之间的间隔热封线交替排列,也就是说,所述第一侧壁311的气柱对应所述悬空支撑体314的所述充气段3141的气柱之间的间隔热封线,所述第一侧壁311的气柱之间的间隔热封线对应所述悬空支撑体314的所述充气段3141的气柱,从而使得在充气后,所述气体缓冲体310的所述第一侧壁311的气柱能够和所述悬空支撑体314的所述充气段3141的气柱交错排列,以供减小所述气 体缓冲体310的所述第一侧壁311与所述悬空支撑体314的所述充气段3141之间相互叠合时的厚度。
连接所述气体缓冲体310的所述第一侧壁311的气柱之间的间隔热封线与所述悬空支撑体314的所述充气段3141的气柱之间的间隔热封线的间隔热封线倾斜设置,并且分别对应连接于所述第一侧壁311的气柱之间的间隔热封线和所述悬空支撑体314的所述充气段3141的气柱之间的间隔热封线,从而能够使得所述第一侧壁311的气柱与所述悬空支撑体314的所述充气段3141的气柱交错排列,以供减小所述第一侧壁311和所述第二侧壁312的叠合厚度。
参考说明书附图68A,具体的,所述气体缓冲体310进一步包括一第一气体存储室膜361和一第二气体存储室膜362,以及具有形成于所述第一气体存储室膜361和所述第二气体存储室膜362之间的一气体存储室3610,所述气体存储室3610内适于被充入气体。在所述气体存储室3610内未被充入气体之前,所述第一气体存储室膜361和所述第二气体存储室膜362相互贴合,所述气体缓冲体310为平整状态,便于所述平板电子产品充气缓冲包装装置3100的存储和携带,在所述气体存储室3610内被充入气体后,所述第一气体存储室膜361和所述第二气体存储室膜362相互分离,并且凭借存储于所述气体存储室3610内的气体,所述气体缓冲体310具有缓冲保护的功能。
所述气体缓冲体310进一步包括一组间隔热封线363,所述间隔热封线363被热封形成于所述气体缓冲体310的所述第一气体存储室膜361和所述第二气体存储室膜362,并且所述间隔热封线363将所述气体存储室3610分隔为多个子气体存储室36100。
所述气体缓冲体310进一步具有一连通通道3620,所述连通通道3620连通所述气体存储室3610的每一所述子气体存储室36100,通过所述连通通道3620能够向所述气体存储室3610的每一所述子气体存储室36100内充入气体。所述连通通道3620具有一开口36201,通过所述开口36201能够向所述连通通道3620内充入气体。
所述气体缓冲体310进一步包括一组单向充气阀门364,所述单向充气阀门364被设于所述第一气体存储室膜361和所述第二气体存储室膜362之间,并且所述单向充气阀门364连通所述连通通道3620和所述气体存储室3610的每一所述子气体存储室36100,通过所述单向充气阀门364,所述连通通道3620内的气 体能够进入所述气体存储室3610的每一所述子气体存储室36100内。优选的,每一所述单向充气阀门364对应一所述子气体存储室36100,用于向所述子气体存储室36100内充入气体。
所述单向充气阀门364进一步包括一第一阀膜3641和一第二阀膜3642,所述第一阀膜3641和所述第二阀膜3642相互叠合被设置于所述第一气体存储室膜361和所述第二气体存储室膜362之间。所述单向充气阀门364进一步具有形成于所述第一阀膜3641和所述第二阀膜3642之间的一阀门通道3643,所述阀门通道3643连通所述连通通道3620和所述子气体存储室36100,所述连通通道3620内的气体能够通过所述阀门通道3643进入所述子气体存储室36100。
所述单向充气阀门363进一步包括一耐热节3644,所述耐热节3644被设于所述第一阀膜3641和所述第二阀膜3642之间,所述耐热节的宽度与所述阀门通道3642的宽度相适应,所述耐热节3644用于防止在热封过程中所述第一阀膜3641和所述第二阀膜3642热封连接在一起。
所述气体缓冲体310进一步包括一组热封点365,所述热封点365用于将所述第一阀膜3641和所述第二阀膜3642远离所述连通通道3620的一端热封形成于所述第一气体存储室膜361或所述第二气体存储室膜362。所述第一阀膜3641和所述第二阀膜3642远离所述连通通道3620的一端延伸进入所述子气体存储室36100。在向所述气体存储室3610内充入气体的过程中,所述连通通道3620内的气体能够通过所述阀门通道3643进入所述子气体存储室36100内,当所述子气体存储室36100内的气体达到一定程度时,在所述子气体存储室36100内的气体的压力作用下,所述第一阀膜3641和所述第二阀膜3642被紧密地压向所述第一气体存储室膜361或所述第二气体存储室膜3642,从而形成于所述第一阀膜3641和所述第二阀膜3642之间的所述阀门通道3643闭合,防止所述子气体存储室36100内的气体经过所述阀门通道3643离开,达到单向充气的目的。
参考附图68B,其显示有本发明所提供的单向充气阀门的一变形实施方式的结构示意图,在本变形实施方式中,所述单向充气阀门364进一步包括一止回膜3644。所述止回膜3644被设于所述第一阀膜3641和所述第二阀膜3642之间。所述止回膜3644的上端部被热封连接于所述第二阀膜3642的上端部,所述止回膜3644的下端部位于所述第一阀膜3641下端部和所述第二阀膜3642的下端部之间,并且所述止回膜3644的长度小于所述第一阀膜3641和所述第二阀膜3642 的长度。
所述阀门通道3643形成于所述第一阀膜3641和所述止回膜3644之间。所述连通通道3620内的气体得以通过所述阀门通道3643进入所述气体存储室3610。当所述气体存储室3610内的气体含量达到一定程度的时候,在所述气体存储室3610内的气体压力的作用下,所述第一阀膜3641、所述第二阀膜3642以及所述止回膜3644的下端部均被紧密的压向所述第一气体存储室膜361,从而将形成于所述第一阀膜3641和所述止回膜3644之间的所述阀门通道3643闭合,防止所述气体存储室3610内的气体发生泄露。
在本优选实施例中,当所述气体存储室3610内的气体通过所述第一阀膜3641和所述第二阀膜3642之间泄露的时候,当气体泄露至所述止回膜3644和所述第二阀膜3642之间的时候,由于所述止回膜3644的上端部被热封连接于所述第二阀膜3642的上端部,因此,气体不能够通过所述止回膜3644和所述第二阀膜3642之间被泄漏至外界。当泄漏至所述止回膜3644和所述第二阀膜3642之间的气体量达到一定程度的时候,在所述止回膜3644和所述第二阀膜3642之间的气体压力的作用下,所述止回膜3644被紧密的压向所述第一阀膜3641,从而能够进一步的将所述阀门通道3643密封,达到越漏气越不漏气的效果。
参考附图68C,其显示有本发明所提供的所述单向充气阀门的第三变形实施方式,在本变形实施方式中,所述单向充气阀门364进一步包括一加强膜3645。所述加强膜3645被设于所述第二阀膜3642和所述第二气体存储室膜362之间,并且所述加强膜3645的上端部被热封连接于所述第二阀膜3642的上端部和所述第二气体存储室膜362之间,所述加强膜3645的下端部可活动的位于所述第二阀膜3642的下端部和所述第二气体存储室膜362之间。
当所述气体存储室3610内被充入的气体含量达到一定程度的时候,在所述气体存储室3610内的气体压力的作用下,所述第一阀膜3641、所述第二阀膜3642以及所述加强膜3645的下端部均被紧密的压向所述第一气体存储室膜361,从而将所述第一阀膜3641和所述第二阀膜3642之间的所述阀门通道3643密封,防止进入所述气体存储室3610内的气体泄漏。所述加强膜3645位于所述第二阀膜3642的外侧,并且所述止回膜3305直接与所述气体存储室610内的气体接触,能够起到保护所述第二阀膜3642和增强密封效果的作用。
参考附图68D,其显示有本发明所提供的所述单向充气阀门的第四变形实施 方式,在本变形实施方式中,所述单向充气阀门364的所述第一阀膜3641和所述第二阀膜3642的所述上端部向上延伸至所述第一气体存储室膜361和所述第二气体存储室膜362的外侧。所述周边热封线33051的所述上周边热封线330511将所述第一阀膜3641的上端部和所述第二阀膜3642的上端部热封连接,并且所述连通通道3620形成于所述第一阀膜3641的上端部和所述第二阀膜3642的上端部之间。
在本变形实施方式中,将所述第一阀膜3641的上端部和所述第二阀膜3642的上端部延伸至所述第一气体存储室膜361和所述第二气体存储室膜362的外侧,并且在所述第一阀膜3641的上端部和所述第二阀膜3642的上端部之间形成所述连通通道3620,能够避免在充气的过程中,所述第一阀膜3641和/或所述第二阀膜3642的上端部发生折叠堵塞所述阀门通道3643。
本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,所述充气缓冲体310还能够不具有所述单向充气阀门364,在热封所述第一气体存储室膜361和所述第二气体存储室膜362的过程中向所述第一气体存储室膜361和所述第二气体存储室膜362之间的所述气体存储室3610内充入气体。
需要指出的是,在本优选实施例中,所述弯折热封线315的所述第一弯折热封线3151、所述第二弯折热封线3152、所述第三弯折热封线3153以及所述第四弯折热封线3154分别是间断的热封线,分别由一些列相互间隔的热封点组成,不影响气体在所述第一侧壁311、所述第二侧壁312、所述第三侧壁313和/或所述悬空支撑体314的所述充气段3141内的流动。优选的,在本优选实施例中,所述第一弯折热封线3151、所述第二弯折热封线3152、所述第三弯折热封线3153以及所述第四弯折热封线3154的热封点被热封于所述气体缓冲体310的气柱之间的间隔热封线的位置,从而不会影响气体在所述气体缓冲体310的气柱之间的流动。本领域的技术人员应当理解的是,在本发明的另一些优选实施例中,当组成所述第一弯折热封线3151、所述第二弯折热封线3152、所述第三弯折热封线3153以及所述第四弯折热封线3154的热封点的长度小于所述气体缓冲体310的气柱的宽度时,组成所述第一弯折热封线3151、所述第二弯折热封线3152、所述第三弯折热封线3153以及所述第四弯折热封线3154的热封点还能够被热封形成于所述气体缓冲体310的气柱的中间位置,并且不会影响气体在所述气体缓冲体310的气柱之间的流动。
用于将所述悬空支撑体314的所述未充气段3142热封连接于所述第二侧壁312的内壁的所述第三立体塑封线3163是间断的热封线,由一系列相互间隔的热封点组成,并且组成所述第三立体塑封线3163的一系列热封点分别被热封形成于所述第一侧壁311的气柱之间的间隔热封线,从而在将所述悬空支撑体314的所述未充气段3142的一端热封连接于所述第二侧壁312的内壁时,不影响所述第二侧壁312内的气体的流动。
本领域的技术人员应当理解的是,所述气体缓冲体310的气柱尺寸大小与所述悬空支撑体314的悬空高度的不同对具有不同重量的待包装物品的缓冲效果具有极大的影响,其中所述悬空支撑体314的悬空高度指的是当所述悬空支撑体314支撑待包装的物品时,所述悬空支撑体314的底端与所述底壁313之间的垂直距离。因此针对不同重量的待包装物品以及不同的悬空高度,所述气体缓冲体310的气柱尺寸和所述悬空支撑体314的悬空高度应当具有不同的规格,以供对被包装的物品提供较好的缓冲保护。参考下表1,其显示有所述气体缓冲体310的气柱大小、所述悬空支撑体314的悬空高度与待包装物品的重量和跌落高度的对应关系。其中包装品重量的数据和跌落高度的数据以及对应关系选自ISTA 1A系列非模拟整体性能试验标准。
参考下表3可知,所述悬空支撑体314的悬空高度在0至100毫米的范围内,所述气体缓冲体310的所述气柱尺寸在20至100毫米的范围内。当所述悬空支撑体14的悬空高度是5至100毫米,所述气体缓冲体310的所述气柱尺寸在20至40毫米时,适于包装0至10千克的物品。当所述悬空支撑体314的悬空高度是5至60毫米,所述气体缓冲体310的所述气柱尺寸在30至60毫米时,适于包装10至19千克的物品。当所述悬空支撑体314的悬空高度是5至40毫米,所述气体缓冲体310的所述气柱尺寸在40至80毫米时,适于包装19至29千克的物品。当所述悬空支撑体314的悬空高度是5至20毫米,所述气体缓冲体310的气柱尺寸是0至5毫米,所述气体缓冲体310的气柱尺寸是40至100毫米时,适于包装45至68千克的物品。
表3
在本说明书的描述中,参考术语“一个实施例”、“一些实施例”、“示例”、“具体示例”、或“一些示例”等的描述意指结合该实施例或示例描述的具体特征、结构、材料或者特点包含于本发明的至少一个实施例或示例中。在本说明书中,对上述术语的示意性表述不必须针对的是相同的实施例或示例。而且,描述的具体特征、结构、材料或者特点可以在任一个或多个实施例或示例中以合适的方式结合。此外,在不相互矛盾的情况下,本领域的技术人员可以将本说明书中描述的不同实施例或示例以及不同实施例或示例的特征进行结合和组合。
本领域的技术人员应理解,上述描述及附图中所示的本发明的实施例只作为举例而并不限制本发明。本发明的目的已经完整并有效地实现。本发明的功能及结构原理已在实施例中展示和说明,在没有背离所述原理下,本发明的实施方式可以有任何变形或修改。
Claims (66)
- 一充气缓冲包装装置,应用于包装一平板电子产品,其特征在于,包括:一充气缓冲体,其适于被沿着预设的位置弯折形成一安装腔,该平面电子产品的一端适于被放入到所述安装腔内,其中所述充气缓冲体包括两层气体存储室膜,以及具有形成于所述两层气体存储室膜之间的一气体存储室,所述气体存储室内适于存储气体。
- 根据权利要求1所述的充气缓冲包装装置,其中所述气体缓冲体的一端向所述气体缓冲体的一侧反向弯折形成所述安装腔。
- 根据权利要求2所述的充气缓冲包装装置,其中所述气体缓冲体进一步包括一第一前侧壁、一上侧壁以及一后侧壁,所述上侧壁的两端分别连通于所述第一前侧壁和所述后侧壁,所述第一前侧壁、所述上侧壁以及所述后侧壁围绕形成所述安装腔。
- 根据权利要求3所述的充气缓冲包装装置,其中所述气体缓冲体进一步具有一放置腔,所述放置腔和所述安装腔分别位于所述第一前侧壁的两侧,所述放置腔内适于放置该平板电子产品的配件。
- 根据权利要求4所述的充气缓冲包装装置,其中所述气体缓冲体进一步包括一放置腔侧壁,所述放置腔侧壁的一端连接于所述第一前侧壁远离所述上侧壁的一端,另一端向所述第一前侧壁连接于所述上侧壁的一端弯折,所述放置腔形成于所述放置腔侧壁和所述第一前侧壁之间。
- 根据权利要求5所述的充气缓冲包装装置,其中所述放置腔侧壁与所述第一前侧壁一体成型,所述气体缓冲体进一步包括一阻隔热封线,所述阻隔热封线被沿着所述放置腔侧壁的气柱的宽度方向热封形成于所述放置腔侧壁,用于阻断所述放置腔侧壁与所述第一前侧壁的气柱的连通。
- 根据权利要求6所述的充气缓冲包装装置,其中所述阻隔热封线的长度小于所述放置腔侧壁的宽度。
- 根据权利要求3至6中任一所述的气体缓冲包装装置,其中所述气体缓冲体进一步包括一悬浮支撑体,所述悬浮支撑体被设于所述安装腔内,并且所述悬浮支撑体的两端分别被热封连接于所述第一前侧壁和所述后侧壁,所述气体缓冲体进一步具有形成于所述悬浮支撑体和所述上侧壁之间的一缓冲腔。
- 根据权利要求3至6中任一所述的气体缓冲包装装置,其中所述气体缓冲体的另一端向所述第一前侧壁的一侧弯折,与所述第一前侧壁和所述上侧壁围绕形成所述安装腔。
- 根据权利要求9所述的气体缓冲包装装置,其中所述气体缓冲体进一步包括一第二前侧壁和一下侧壁,所述下侧壁的两端分别连接于所述第二前侧壁和所述后侧壁,所述第二前侧壁、所述下侧壁、所述后侧壁、所述第一前侧壁以及所述上侧壁围绕形成所述安装腔。
- 根据权利要求10所述的气体缓冲包装装置,其中所述充气缓冲体进一步包括一加强缓冲体,所述加强缓冲体被设于所述安装腔的外侧,用于提高所述下侧壁的缓冲效果。
- 根据权利要求11所述的气体缓冲包装装置,其中所述加强缓冲体包括一第七气体缓冲块、一第八气体缓冲块以及一第九气体缓冲块,所述第七气体缓冲块、所述第八气体缓冲块以及所述第九气体缓冲块首尾相连围绕形成所述加强缓冲体,所述第七体缓冲块和所述第九气体缓冲块分别被设于所述第八气体缓冲块的两侧。
- 根据权利要求12所述的气体缓冲包装装置,其中所述第七气体缓冲块远离所述第八气体缓冲块的一端和所述第九气体缓冲块远离所述第八气体缓冲块的一端一同被热封连接于下侧壁,且所述第七气体缓冲块和所述第九气体缓冲块的长度相等。
- 根据权利要求12所述的气体缓冲包装装置,其中所述加强缓冲体进一步具有一加强缓冲空间,所述第七气体缓冲块、所述第八气体缓冲块以及所述第九气体缓冲块围绕形成所述加强缓冲空间,所述加强缓冲空间内适于放置配件或缓冲材料。
- 根据权利要求14所述的气体缓冲包装装置,其中所述第七气体缓冲块包括一第七上缓冲块和一第七下缓冲块,所述第九气体缓冲块包括一第九上缓冲块和一第九下缓冲块,所述第七下缓冲块和所述第九下缓冲块分别被相互对应地设于所述第八气体缓冲块的两侧,所述第七上缓冲块和所述第九上缓冲块分别对应倾斜地设于所述第七下缓冲块和所述第九下缓冲块。
- 根据权利要求15所述的气体缓冲包装装置,其中所述第七气体缓冲块和所述第九气体缓冲块相对于所述第八气体缓冲块相互对称,所述第七上缓冲块 的长度与所述第九上缓冲块的长度相适应,所述第七下缓冲块与所述第九下缓冲块的长度相适应。
- 根据权利要求15所述的气体缓冲包装装置,其中所述第七气体缓冲块和所述第九气体缓冲块是非对称结构,所述第七上缓冲块的长度与所述第九上缓冲块的长度不相等。
- 根据权利要求15所述的气体缓冲包装装置,其中所述加强缓冲空间进一步具有一加强缓冲空间开口,所述加强缓冲空间开口与所述加强缓冲空间相连通,以便于配件或缓冲材料的取放。
- 根据权利要求18所述的气体缓冲包装装置,其中所述第七上缓冲块和所述第七下缓冲块可活动地连接,所述第七下缓冲块能够绕与所述第八气体缓冲块的连接处转动,用以控制所述加强缓冲空间开口的开合。
- 根据权利要求15所述的气体缓冲包装装置,其中所述第八气体缓冲块被朝向所述下侧壁的方向弯折,并在所述第八气体缓冲块远离所述下侧壁的一侧围绕形成开放式的所述加强缓冲空间,以便于零件和缓冲材料的取放。
- 根据权利要求11所述的气体缓冲包装装置,其中所述加强缓冲体进一步包括一下加强缓冲体和位于所述下加强缓冲体两侧的至少一侧缓冲体,所述侧缓冲体被设于所述第二前侧壁和/或所述后侧壁远离所述安装腔的一侧外,用于在所述安装腔的一侧提供加强缓冲保护,所述下加强缓冲体位于所述下侧壁远离所述安装腔的一侧外,用于在所述安装腔的下方提供加强缓冲保护。
- 根据权利要求11所述的气体缓冲包装装置,其中所述加强缓冲体的缓冲距离是15至250毫米,所述充气缓冲体的气柱尺寸是20至60毫米。
- 根据权利要求22所述的气体缓冲包装装置,其中所述加强缓冲体的缓冲距离是15至80毫米,所述充气缓冲体的气柱尺寸是20至40毫米,适于包装0至10千克的物品。
- 根据权利要求22所述的气体缓冲包装装置,其中所述加强缓冲体的缓冲距离是20至100毫米,所述充气缓冲体的气柱尺寸是30至60毫米,适于包装10至19千克的物品。
- 根据权利要求22所述的气体缓冲包装装置,其中所述加强缓冲体的缓冲距离是30至150毫米,所述充气缓冲体的气柱尺寸是40至60毫米,适于包装19至28千克的物品。
- 根据权利要求22所述的气体缓冲包装装置,其中所述加强缓冲体的缓冲距离是30至200毫米,所述气体缓冲体的气柱尺寸是40至60毫米,适于包装28至45千克的物品。
- 根据权利要求22所述的气体缓冲包装装置,其中所述加强缓冲体的缓冲距离是30至250毫米,所述气体缓冲体的气柱尺寸是40至60毫米,适于包装45至68千克的物品。
- 根据权利要求10所述的气体缓冲包装装置,其中所述气体缓冲体进一步包括一悬浮支撑体,所述悬浮支撑体被设于所述安装腔内,并且所述悬浮支撑体的两端分别连接于所述第二前侧壁和所述后侧壁,所述气体缓冲体进一步具有形成于所述下侧壁与所述悬浮支撑体之间的一缓冲腔。
- 根据权利要求10所述的气体缓冲包装装置,其中所述气体缓冲体进一步包括一侧缓冲体,所述侧缓冲体位于所述气体缓冲体的一侧,用于对被放置于所述安装腔内的该平板电子产品的侧面提供缓冲保护。
- 根据权利要求29所述的气体缓冲包装装置,其中所述气体缓冲体进一步包括一第一立体塑封线和一第二立体塑封线,所述第一立体塑封线用于将所述第一前侧壁热封连接于所述后侧壁,所述第二立体塑封线用于将所述第二前侧壁热封连接于所述后侧壁,所述第一前侧壁位于所述第一立体塑封线外侧的部分、所述第二前侧壁位于所述第二立体塑封线外侧的部分以及所述后侧壁位于所述第一立体塑封线和所述第二立体塑封线外侧的部分形成所述侧缓冲体。
- 根据权利要求1所述的气体缓冲包装装置,其中所述充气缓冲体进一步包括一单向充气阀门,所述单向充气阀门包括被设于所述两层气体存储室膜之间的两阀膜,气体适于通过所述单向充气阀门被充入所述气体存储室。
- 一充气缓冲包装装置,应用于包装一平板电子产品,其特征在于,包括:一充气缓冲体,其具有一安装腔,其包括一第一侧壁、一第二侧壁以及一底壁,所述第一侧壁和所述第二侧壁分别被连接于所述底壁的两端,所述第一侧壁、所述第二侧壁以及所述底壁围绕形成所述安装腔,所述第一侧壁的左右两端分别对应于所述第二侧壁的左右两端,并分别被热封连接,其中所述充气缓冲体进一步包括两层气体存储室膜,以及具有形成于所述两层气体存储室膜之间的一气体存储室,所述气体存储室内适于存储气体。
- 根据权利要求32所述的充气缓冲包装装置,其中所述充气缓冲体进一 步一第三侧壁和一第四侧壁,所述第三侧壁连接于所述第一侧壁,并被向外弯折于所述第一侧壁的外侧,所述第四侧壁连接于所述第二侧壁,并被向外弯折于所述第二侧壁的外侧,所述充气缓冲体进一步包括一组第一热封缝和一组第二热封缝,所述第一热封缝用于将所述第三侧壁热封连接于所述第一侧壁,所述第二热封缝用于将所述第四侧壁热封连接于所述第二侧壁,以便于所述充气缓冲包装装置的站立。
- 根据权利要求33所述的充气缓冲包装装置,进一步具有一缓冲腔,其中所述第三侧壁的长度大于所述第一侧壁的长度,所述第四侧壁的长度大于所述第二侧壁的长度,所述第三侧壁向外延伸至所述第一侧壁外侧的部分、所述第四侧壁向外延伸至所述第二侧壁外侧的部分以及所述底壁围绕形成所述缓冲腔,所述缓冲腔和安装腔分别位于所述底壁的两侧。
- 根据权利要求32或33或34所述的充气缓冲包装装置,其中所述充气缓冲体进一步包括两侧缓冲体,所述充气缓冲包装装置进一步包括被热封形成于所述充气缓冲体的一组立体塑封线,其中所述立体塑封线包括一第一立体塑封线和一第二立体塑封线,所述第一立体塑封线和所述第二立体塑封线分别将所述第一侧壁的两端热封连接于所述第二侧壁的两端,所述第一立体塑封线、所述第二立体塑封线分别与所述第一侧壁的两端和/或所述第二侧壁的两端边缘具有至少一气柱的距离所述气柱形成两所述侧缓冲体。
- 根据权利要求34所述的充气缓冲包装装置,进一步包括一组第一收缩热封线和一组第二收缩热封线,所述第一收缩热封线被沿着所述第三侧壁的气柱的长度方向被热封形成于所述第三侧壁的气柱,所述第二收缩热封线被沿着所述第四侧壁的气柱的长度方向被热封形成于所述第四侧壁的气柱,用于减小所述第三侧壁和所述第四侧壁的气柱尺寸,减小与所述第一侧壁和所述第二侧壁叠合时的厚度。
- 根据权利要求34所述的充气缓冲包装装置,其中位于所述第三侧壁的气柱之间的间隔热封线与位于所述第一侧壁的气柱之间的对应的间隔热封线相互交错,位于所述第三侧壁的气柱之间的间隔热封线的延长线位于所述第二侧壁的气柱之间的对应间隔热封线之间,位于所述第四侧壁的气柱之间的间隔热封线与位于所述第二顶壁的对应间隔热封线的相互交错,位于所述第三侧壁的气柱之间的间隔热封线的延长线位于所述第二侧壁的气柱之间的间隔热封线之间,以使 得所述第三侧壁和所述第一侧壁的气柱交错,所述第四侧壁和所述第二侧壁的气柱交错。
- 根据权利要求32或33或34所述的充气缓冲包装装置,进一步包括一悬浮支撑体,以及具有一悬浮腔,所述悬浮支撑体的至少一部分被设于所述安装腔内,所述悬浮腔位于所述悬浮支撑体和所述底壁之间。
- 根据权利要求38所述的充气缓冲包装装置,其中所述悬浮支撑体的两端分别被热封连接于所述第一侧壁和所述第二侧壁。
- 根据权利要求32或33或34所述的充气缓冲包装装置,其中所述充气缓冲体进一步包括一加强缓冲体,所述加强缓冲体被设于所述安装腔远离所述安装腔的开口一侧,用于支撑被放入到所述安装腔内的待包装物品。
- 根据权利要求40所述的充气缓冲包装装置,所述充气缓冲包装装置进一步包括一加强热封线,所述第一侧壁和所述第二侧壁被通过所述加强热封线热封连接在一起,所述第一侧壁位于所述加强热封线和所述底壁之间的部分、所述第二侧壁位于所述加强热封线和所述底壁之间的部分以及所述底壁围绕形成所述加强缓冲体。
- 根据权利要求34所述的充气缓冲包装装置,其中所述充气缓冲体进一步包括一加强缓冲体,其中所述加强缓冲体进一步包括一第一加强缓冲体和一第二加强缓冲体,所述第一加强缓冲体的一端被热封连接于所述第三侧壁远离所述安装腔开口的一端,另一端被热封连接于一内壁,所述第二加强缓冲体的一端被热封连接于所述第四侧壁远离所述安装腔开口的一端,另一端被热封连接于所述内壁,其中所述内壁由所述第一侧壁、所述第二侧壁以及所述底壁组成。
- 根据权利要求32至37中任一所述的充气缓冲包装装置,其中所述底壁的悬空高度的范围是0至100毫米,所述气体缓冲体的气柱尺寸范围是20至100毫米。
- 根据权利要求43所述的充气缓冲包装装置,其中所述底壁的悬空高度的范围是5至100毫米,所述气体缓冲体的气柱尺寸范围是20至40毫米,适于包装0至10千克的物品。
- 根据权利要求43所述的充气缓冲包装装置,其中所述底壁的悬空高度的范围是5至60毫米,所述气体缓冲体的气柱尺寸范围是30至60毫米,适于包装10至19千克的物品。
- 根据权利要求43所述的充气缓冲包装装置,其中所述底壁的悬空高度的范围是5至40毫米,所述气体缓冲体的气柱尺寸范围是40至80毫米,适于包装19至28千克的物品。
- 根据权利要求43所述的充气缓冲包装装置,其中所述底壁的悬空高度的范围是5至20毫米,所述气体缓冲体的气柱尺寸范围是40至100毫米,适于包装28至45千克的物品。
- 根据权利要求43所述的充气缓冲包装装置,其中所述底壁的悬空高度的范围是0至5毫米,所述气体缓冲体的气柱尺寸范围是40至100毫米,适于包装45至68千克的物品。
- 根据权利要求32所述的气体缓冲包装装置,其中所述充气缓冲体进一步包括一单向充气阀门,所述单向充气阀门包括被设于所述两层气体存储室膜之间的两阀膜,气体适于通过所述单向充气阀门被充入所述气体存储室。
- 一种气体缓冲包装装置,用于包装平板电子产品,其特征在于,包括:一气体缓冲体,所述气体缓冲体适于被沿着预设的位置弯折形成一第一侧壁、一第二侧壁以及一底壁,所述第一侧壁、所述第二侧壁以及所述底壁围绕形成一安装空间,该平板电子产品的一端适于被安装于所述安装空间内,所述气体缓冲体进一步包括被设于所述安装空间内的一悬空支撑体,以及具有形成于所述悬空支撑体和所述底壁之间的一缓冲腔,其中所述悬空支撑体的一端连接于所述第一侧壁,另一端连接于所述第二侧壁。
- 根据权利要求50所述的气体缓冲包装装置,其中所述悬空支撑体进一步包括一充气段和一非充气段,所述充气段的一端连接于所述第一侧壁远离所述底壁的一端,另一端向所述底壁延伸,所述非充气段的一端连接于所述充气段的另一端,所述非充气段的另一端连接于所述第二侧壁。
- 根据权利要求51所述的气体缓冲包装装置,其中所述悬空支撑体的所述充气段和所述非充气段一体成型,所述悬空支撑体进一步包括沿着所述悬空支撑体的气柱宽度方向设置的一阻隔热封线,所述阻隔热封线将所述悬空支撑体分隔为所述充气段和所述非充气段。
- 根据权利要求51所述的气体缓冲包装装置,其中所述悬空支撑体的所述非充气段被热封连接于所述悬空支撑体的所述充气段靠近所述底壁的一端。
- 根据权利要求51所述的气体缓冲包装装置,其中所述悬空支撑体的所 述充气段一体成型于所述第一侧壁,并且所述悬空支撑体的所述充气段的气柱与所述第一侧壁的气柱相连通。
- 根据权利要求53所述的气体缓冲包装装置,其中所述悬空支撑体的所述充气段的气柱与所述第一侧壁的气柱交错排列,以供减小所述悬空支撑体的所述充气段与所述第一侧壁叠合的叠合厚度。
- 根据权利要求50所述的气体缓冲包装装置,其中所述悬空支撑体的两端分别被热封连接于所述第一侧壁和所述第二侧壁靠近所述底壁的两端内壁。
- 根据权利要求50至56中任一所述的气体缓冲包装装置,进一步包括一侧缓冲体,所述侧缓冲体形成于所述安装空间的一侧,用于在所述安装空间的一侧对该平板电子产品提供缓冲保护。
- 根据权利要求57所述的气体缓冲包装装置,进一步包括一第一立体塑封线,所述第一立体塑封线用于将所述第一侧壁、所述第二侧壁以及所述悬空支撑体的所述充气段对应侧边热封连接,所述第一侧壁位于所述第一立体塑封线外侧的部分、所述第二侧壁位于所述第一立体塑封线外侧的部分以及所述悬空支撑体的所述充气段位于所述第一立体塑封线外侧的部分形成所述侧缓冲体。
- 根据权利要求58所述的气体缓冲包装装置,其中所述第一侧壁和所述第二侧壁的至少一气柱位于所述第一立体塑封线的外侧。
- 根据权利要求50至59中任一所述的气体缓冲包装装置,其中所述悬空支撑体的悬空高度是0至100毫米,所述气体缓冲体的气柱尺寸是20至100毫米。
- 根据权利要求60所述的气体缓冲包装装置,其中所述悬空支撑体的悬空高度是5至100毫米,所述气体缓冲体的气柱尺寸是20至40毫米,适于包装0至10千克的物品。
- 根据权利要求60所述的气体缓冲包装装置,其中所述悬空支撑体的悬空高度是5至60毫米,所述气体缓冲体的气柱尺寸是30至60毫米,适于包装10至19千克的物品。
- 根据权利要求60所述的气体缓冲包装装置,其中所述悬空支撑体的悬空高度是5至40毫米,所述气体缓冲体的气柱尺寸是40至80毫米,适于包装19至28千克的物品。
- 根据权利要求60所述的气体缓冲包装装置,其中所述悬空支撑体的悬 空高度是5至20毫米,所述气体缓冲体的气柱尺寸是40至100毫米,适于包装28至45千克的物品。
- 根据权利要求60所述的气体缓冲包装装置,其中所述悬空支撑体的悬空高度是0至5毫米,所述气体缓冲体的气柱尺寸是40至100毫米,适于包装45至68千克的物品。
- 根据权利要求50所述的气体缓冲包装装置,其中所述气体缓冲体进一步包括一单向充气阀门,所述单向充气阀门包括被设于所述两层气体存储室膜之间的两阀膜,气体适于通过所述单向充气阀门被充入所述气体存储室。
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CN201921117810.XU CN211197220U (zh) | 2019-07-17 | 2019-07-17 | 充气缓冲包装装置 |
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Publication number | Priority date | Publication date | Assignee | Title |
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CN117657586A (zh) * | 2024-01-31 | 2024-03-08 | 青岛富凯乐包装有限公司 | 一种货物存放包装盒 |
Citations (14)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
FR2613325B1 (fr) * | 1987-04-02 | 1989-12-08 | Valeo Distribution | Conditionnement pour articles de rechange pour equipements electriques de vehicules automobiles |
JPH11130143A (ja) * | 1997-10-27 | 1999-05-18 | Mitsubishi Electric Corp | 梱包体 |
CN104724392A (zh) * | 2010-12-27 | 2015-06-24 | 上海艾尔贝包装科技发展有限公司 | 一种五层结构的空气包装袋及其制造方法 |
CN105083758A (zh) * | 2014-09-29 | 2015-11-25 | 上海艾尔贝包装科技发展有限公司 | 错位叠层式空气包装装置及其制造方法 |
CN105083763A (zh) * | 2015-04-23 | 2015-11-25 | 上海艾尔贝包装科技发展有限公司 | 空气包装装置及其充气阀和制造方法 |
CN105173399A (zh) * | 2015-05-26 | 2015-12-23 | 上海艾尔贝包装科技发展有限公司 | 具有侧翼加强缓冲部的充气包装装置及其储气单元 |
CN105644941A (zh) * | 2015-12-04 | 2016-06-08 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN105711960A (zh) * | 2015-12-04 | 2016-06-29 | 上海艾尔贝包装科技发展有限公司 | 内嵌式充气包装装置 |
CN205499795U (zh) * | 2015-12-04 | 2016-08-24 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN205499796U (zh) * | 2015-12-04 | 2016-08-24 | 上海艾尔贝包装科技发展有限公司 | 具有附件容纳部的充气包装装置 |
CN207292975U (zh) * | 2017-04-05 | 2018-05-01 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN207292976U (zh) * | 2017-04-05 | 2018-05-01 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN107985760A (zh) * | 2017-11-30 | 2018-05-04 | 重庆凯务电子商务有限公司 | 电子产品包装箱 |
CN207346385U (zh) * | 2017-04-05 | 2018-05-11 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
-
2020
- 2020-07-16 WO PCT/CN2020/102414 patent/WO2021008586A1/zh active Application Filing
Patent Citations (14)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
FR2613325B1 (fr) * | 1987-04-02 | 1989-12-08 | Valeo Distribution | Conditionnement pour articles de rechange pour equipements electriques de vehicules automobiles |
JPH11130143A (ja) * | 1997-10-27 | 1999-05-18 | Mitsubishi Electric Corp | 梱包体 |
CN104724392A (zh) * | 2010-12-27 | 2015-06-24 | 上海艾尔贝包装科技发展有限公司 | 一种五层结构的空气包装袋及其制造方法 |
CN105083758A (zh) * | 2014-09-29 | 2015-11-25 | 上海艾尔贝包装科技发展有限公司 | 错位叠层式空气包装装置及其制造方法 |
CN105083763A (zh) * | 2015-04-23 | 2015-11-25 | 上海艾尔贝包装科技发展有限公司 | 空气包装装置及其充气阀和制造方法 |
CN105173399A (zh) * | 2015-05-26 | 2015-12-23 | 上海艾尔贝包装科技发展有限公司 | 具有侧翼加强缓冲部的充气包装装置及其储气单元 |
CN105644941A (zh) * | 2015-12-04 | 2016-06-08 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN105711960A (zh) * | 2015-12-04 | 2016-06-29 | 上海艾尔贝包装科技发展有限公司 | 内嵌式充气包装装置 |
CN205499795U (zh) * | 2015-12-04 | 2016-08-24 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN205499796U (zh) * | 2015-12-04 | 2016-08-24 | 上海艾尔贝包装科技发展有限公司 | 具有附件容纳部的充气包装装置 |
CN207292975U (zh) * | 2017-04-05 | 2018-05-01 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN207292976U (zh) * | 2017-04-05 | 2018-05-01 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN207346385U (zh) * | 2017-04-05 | 2018-05-11 | 上海艾尔贝包装科技发展有限公司 | 充气包装装置 |
CN107985760A (zh) * | 2017-11-30 | 2018-05-04 | 重庆凯务电子商务有限公司 | 电子产品包装箱 |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN117657586A (zh) * | 2024-01-31 | 2024-03-08 | 青岛富凯乐包装有限公司 | 一种货物存放包装盒 |
CN117657586B (zh) * | 2024-01-31 | 2024-04-12 | 青岛富凯乐包装有限公司 | 一种货物存放包装盒 |
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