JP3228177U - Luminous sole that can be filled with air and has a cushioning function - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a light emitting sole which can be filled with air and has a cushion function. SOLUTION: A light emitting shoe sole 10 includes an outsole 1, an insole 2, a light emitting device 3, and an air filling valve 6. The upper is combined with the luminous sole to make shoes. The outsole is a rubber shoe sole having light transmission, the insole is a light guide rubber layer having excellent light transmission, and is coupled to the upper surface of the outsole and provided with a notch 21 for accommodating a light emitting device. A plurality of lattice-shaped airtight holes 23 are provided between the built-in light guide support rib 22 and the support ribs. The air filling valve is located on the upper surface of the insole and is provided so as to pass through the lattice-shaped airtight holes. Then, it enters the outsole and concentrates on the periphery of the outsole to emit light. From the air filling valve, an external air pump is used to allow air to flow into the lattice-shaped airtight holes and fill the insole with air to improve elasticity and cushioning. [Selection diagram] Fig. 1

Description

The present invention relates to a shoe sole structure having a light emitting display function in combination with a light emitting device.

The current light emitting shoes are provided with a notch in the sole, a plurality of linear slits extending radially from the notch, and a plurality of light emitting recesses at the tip of the linear slit, and the notch is provided. Is provided to accommodate the printed substrate and the battery, the light emitting recess is provided to accommodate the LED unit, and the linear slit is provided to accommodate the linear light emitting wire, and the linear light emitting wire electrically connects between the printed substrate and the LED unit. It is a connecting wire, and when power is supplied to the LED unit and emits light, the light flashes around the sole of the shoe, which has the effect of a night warning or an interesting display.

In conventional light emitting shoes, the printed circuit board, the LED unit, and the linear light emitting wire are all provided so as to be fixed to a specific part, and are fixed and cannot be removed. Therefore, electronic parts and circuits may be damaged. When it occurs and does not emit light, it becomes impossible to display a night warning or an interesting display, where users often do not reuse it or throw it away, which is often a waste of time. It becomes a consumable item that can be used all around.

In order to solve the above-mentioned problems, the printed substrate, LED unit, battery, etc., for which the Chinese patent registration number 201720661529.7 has been obtained for the "light-emitting sole with a notch structure" developed by the inventor, are illuminated. It is a small waterproof light emitting device built in a transmissive rubber case. The light emitting device has a preset notch in the sole, and the sole has a light emitting sole having excellent light transmission and light guide properties. When light is emitted from the light emitting device provided in the notch, the light beam directly enters the light emitting sole from the notch wall and is conducted to the outer periphery of the light emitting sole, and the light beam is concentrated on the outer peripheral edge of the light emitting sole. Then, it is provided so that it is emitted, and the light emitting device is provided so that the light emitting device can be immediately removed and replaced in the event of a failure or a change in the light emitting mode, and a pair of shoes can emit multiple lights. Corresponding to a combination of light emitting devices having a mode, or one light emitting device is provided in a light emitting sole having a notch in combination with a plurality of shoes having different shapes, and the light emitting device is an independent small lamp. It can be carried out independently, is used as a small night light or a small lighting light, and can be used as a general shoe after taking out the light emitting device from the light emitting sole, so that it is not a consumable item for only one use. A wireless charging device is installed in the light emitting device, and when the power is insufficient, there is no need to replace the battery, energy is transmitted using magnetic field coupling with the charger, and the battery is replenished with power. For example, it is possible to remotely control the light emitting device from a smartphone, and by providing the receiving module and the process module on the printed board, when the receiving module receives a signal from the smartphone, the signal from the process module causes the above. It controls the LED unit to change the light emission corresponding to it, and for example, the lighting type, brightness, frequency, color, vividness, etc. are changed, and various light emission changes can be performed.

Although the luminescent sole structure is posted in Chinese Patent Registration No. 201720661529.7, the following problems must still be solved.
(1) Luminous sole The main body is a solid body, which uses a lot of plastic material and is heavy, so it is necessary to reduce the weight in order to reduce the load on the foot.
(2) Luminous sole The main body of the shoe sole is made of rubber and has flexibility, but the wear resistance is insufficient, and the peripheral edge and the bottom of the shoe sole are easily worn, which reduces the wear and improves the wear resistance. , Make sure to use the luminous sole for a long time.
(3) The luminescent sole structure is provided so as to withstand the pressure from above and below, but when the user is flying or bouncing, the shoes are insufficient in vibration prevention and vibration absorption, so elasticity and cushioning are provided. Being able to fly and bounce comfortably using the luminous soles that you have.

In view of this, the present invention solves the above-mentioned problems and provides a light emitting display function having excellent elasticity and cushioning properties, which can further reduce weight and wear in addition to the original light transmission and light guiding properties. The purpose is to develop and provide a luminous sole.

In order to solve the above-mentioned problems and achieve the above-mentioned object, the air-fillable and cushioned luminescent sole of the present invention can be used.
A light emitting sole 10 including an outsole 1, an insole 2, a light emitting device 3, and an air filling valve 6, and the upper is combined with the light emitting sole 10 to form a shoe 30.
The outsole 1 is a rubber sole having both upper and lower sides.
The insole 2 is a light guide rubber layer having excellent light transmission, and a lower surface thereof is coupled to the upper surface of the outsole 1 to provide a notch 21, and a light guide support rib built in the insole 2. 22 and a plurality of lattice-shaped airtight holes 23 composed of the support ribs 22 are provided.
The light emitting device 3 is located in the notch 21 of the insole 2, has a light emitting unit 32 built in the light transmitting case 31, opens and closes the power supply, and easily removes or removes a small waterproof lamp from the notch 21. Provided to be attached
Since the air filling valve 6 is located on the upper surface of the insole 2 and is provided so as to communicate with the lattice-shaped airtight hole 23 and is a unidirectional check valve, an external air pump 50 is used to unidirectionally supply air. Is provided so as to flow into the lattice-shaped airtight hole 23.
When the light emitting device 3 emits light, a light beam is incident on the insole 2 from the notch 21 wall of the insole 2, and then is conducted to the periphery of the insole 2 by the support rib 22, and is directly conducted on the outsole 1. It is provided so that the light rays are incident on the inside and concentrated on the periphery of the outsole 1.
The gist is that.

The upper 20 includes a quarter liner 4 and a sock liner 5, and the lower surface of the sock liner 5 is coupled to the upper surface of the insole 2 and further where it corresponds to the notch 21 of the sock liner 5. It is preferable that a cover 51 that can be opened and closed is provided.

It is preferable that the sockliner 5 is provided so that the sole 40 can be easily taken in or taken out.

The light guide support rib 22 is formed by intersecting the vertical rib 24 and the horizontal rib 25, and the plurality of lattice-shaped airtight holes 23 are spaces formed by intersecting the vertical rib 24 and the horizontal rib 25. It is preferable to have.

A total of two vertical ribs 24 are vertically extended from the front end and the rear end of the notch 21, to the peripheral edge, to the toe side edge and the heel side edge of the insole 2, and from the left and right sides of the two vertical ribs 24. It is preferable that the plurality of stretched lateral ribs 25 are provided up to the left and right side edges of the insole 2.

When the insole 2 is a semi-finished product, the lower surface of the lattice-shaped hole becomes an open opening. Therefore, a seal 26 for joining is provided at a place corresponding to the lower surface of the insole 2, thereby forming a lattice. It is preferable that the holes are provided so as to be closed to form a lattice-shaped airtight hole 23.

It is preferable that the vertical ribs 24 and the horizontal ribs 25 each have a through hole 27, whereby the lattice-shaped airtight holes 23 are provided so as to communicate with each other.

The outsole 1 is a rubber shoe body provided with a raised peripheral edge 11 and a storage chamber 12, and the rubber shoe body is preferably provided with semi-light transmission or light transmission.

The outsole 1 is a rubber shoe body provided with a raised peripheral edge 11 of a portion, and the rubber shoe body is preferably provided semi-light-transmitting or light-impermeable.

The outsole 1 is a flat rubber shoe body, and the rubber shoe body is preferably provided with semi-light transmissive or light impervious.

The present invention has the following actions and effects on the conventional technique.
(1) The luminescent shoe sole body is provided with an outsole and an insole, and the insole is provided with a plurality of lattice-shaped holes, so that the amount of plastic used is reduced, the weight is reduced, and the load on the foot is reduced. It leads to reduction.
(2) Luminous sole In the main body, the outer layer is an outsole with excellent wear resistance, which leads to reduction of wear and extension of the service life of the sole, and the inner layer is a flexible insole, which provides appropriate elasticity. Can be fulfilled.
(3) The lattice-shaped airtight holes provided in the insole of the light-emitting shoe sole have an excellent effect of cushioning during strenuous exercise, and the lattice-shaped holes are provided so as to ventilate each other from the air filling valve. The air can be sufficiently flowed into the insole, and the insole can provide cushioning and vibration prevention while receiving the pressure when the user flies or bounces up and down.
(4) The insole of the luminescent shoe sole is provided with a light guide support rib consisting of vertical ribs and horizontal ribs, whereby light rays are conducted directly from the notch wall to the outer circumference of the insole, and then the book. It is provided so as to be incident on the bottom and concentrate on the peripheral edge of the outsole to shine, and at the same time, it can concentrate the light beam on the support rib and have good light guide property.

The three-dimensional exploded view of the light emitting shoe sole of Embodiment 1 of this invention is shown. The three-dimensional assembly drawing of the light emitting sole of FIG. 1 is shown. It is a schematic diagram which shows the cross section of the shoe made by combining the luminescent sole and the upper of the present invention. The whole sectional view of the light emitting sole of this invention is shown. It is a schematic diagram which shows the light transmission property and the light guide property of the light emitting shoe sole of this invention. The schematic diagram at the time of exchanging the light emitting device and air filling in the light emitting sole of this invention is shown. The cross-sectional exploded view of the luminescent shoe sole of this invention is shown. A schematic diagram is shown when the airtight lattice-shaped holes in the luminescent shoe sole of the present invention are provided so as to ventilate each other. The three-dimensional exploded view of the light emitting sole of the second embodiment of the present invention is shown. The three-dimensional assembly drawing of the light emitting shoe sole of FIG. 9 is shown.

1 to 3 show a light emitting shoe sole 10 having a light emitting display function, and the light emitting shoe sole 10 includes an outsole 1, an insole 2, a light emitting device 3, and an air filling valve 6. Then, the upper 20 is combined with the light emitting sole 10 to form a shoe 30.

The outsole 1 is a rubber shoe sole provided with both upper and lower surfaces.

The insole 2 is a light guide rubber layer having excellent light transmission, and the lower surface thereof is provided so as to be coupled to the upper surface of the outsole 1 and is provided with a notch 21 to reduce the weight of the insole 2. In order to reduce the amount of plastic material used and not affect the inherent light transmissivity and light guide property, the light guide support rib 22 built in the notch 21 and the support rib A plurality of lattice-shaped airtight holes 23 composed of 22 are provided.

The light emitting device 3 is located in the notch 21 of the insole 2, and the light emitting unit 32 is built in the light transmitting case 31 to control the opening and closing of the power supply, and the waterproof lamp can be easily removed from the notch 21. The light emitting unit 32 is provided so as to be attached, and is an LED unit.

The outsole 1 is a rubber shoe body provided with a raised peripheral edge 11 to provide a storage chamber 12, and the rubber shoe body is semi-light transmissive or light transmissive, and is therefore shown in FIG. As described above, when the light emitting device 3 emits light, the light beam is incident on the insole 2 from the notch 21 wall of the insole 2, and then is conducted to the outer periphery of the insole 2 by the support rib 22, and the light beam is emitted. Is provided so as to directly enter the outsole 1 and concentrate on the periphery of the outsole 1.

Since the air filling valve 6 is located on the upper surface of the insole 2 and is provided so as to communicate with the lattice-shaped airtight hole 23 and is a unidirectional check valve, air is unidirectionally supplied by using an external inflator. Is provided so as to flow into the lattice-shaped airtight hole 23.

The light guide support rib 22 is formed by intersecting the vertical rib 24 and the horizontal rib 25, and the plurality of child-shaped airtight holes 23 are spaces formed by intersecting the vertical rib 24 and the horizontal rib 25. The light guide support rib 22 is provided so as to support and lift the foot, evenly distribute the weight over the entire insole 2, and receive pressure at each part, and deformation or damage due to fatigue is local. Can be avoided.

The arrangement of the light guide support ribs 22 takes into consideration the size of the insole 2 and reduces the amount of plastic used without affecting the light transmission and light guide properties. , It is necessary to carefully plan and carry out so as to balance the decrease in the amount of plastic used and to obtain the merits of both without being biased to one side. As shown in the figure, the vertical ribs 24 of the present invention are a total of two, like the spine in the center of the shell, extending from the front end and the rear end of the notch 21 to the toe side edge and the heel side edge of the insole 2. The plurality of lateral ribs 25 extending from the left and right sides of the two vertical ribs 24 to the left and right sides of the insole 2 are provided like ribs on the left and right sides of the shell, but are also provided on a straight line or a curve.

As shown in FIGS. 4 and 5, as it was found by carrying out, the light rays of the light emitting device 3 are quickly conducted from the notch 21 to both the front and rear sides of the insole 2 through the two vertical ribs 24 in the front and rear. The light rays received from the two vertical ribs 24 are provided so as to be conducted on both the left and right sides by the plurality of horizontal ribs 25 on the left and right, which means that the light rays are conducted fastest and have the least attenuation. This is an optimal example in which the brightness concentrated on the peripheral edge is the same and the weight is greatly reduced. The range obtained by modifying or changing the arrangement of the support ribs 22 as described above with the same effect is all. , Shall be included in the claims of the present invention. The light beam is conducted around the insole 2 and then directly incident into the outsole 1, and is provided so as to concentrate and shine on the peripheral edge of the outsole 1.

As shown in FIGS. 3 and 6, the upper 20 includes a quarter liner 4 and a sock liner 5, and the peripheral edge of the quarter liner 4 is folded into the lower surface of the sock liner 5 so as to be bonded to each other. Further, it is provided so as to bond the lower surface of the sockliner 5 and the upper surface of the insole 2, and is bonded so as to be bonded with an adhesive or the like. A cover 51 that can be opened and closed is further provided at a position corresponding to the notch 21 of the sockliner 5, and the lower surface of the cover 51 does not connect the upper surface of the insole 2 and can be opened by the user at any time. Is provided for quick installation and replacement.

The sockliner 5 is usually made of a material such as a paper board, a fiberboard, a rubber sheet, genuine leather, or synthetic leather, and the cover 51 is cut or cut in a U shape on the sockliner 5 at one end. Is joined to the sockliner 5, and is provided so as to be opened and closed with the jointed portion as a rotation axis. When the cover 51 is closed, the height is maintained at the same level as the sockliner 5, and when the cover 51 is opened, an opening is formed. From there, the light emitting device 3 is easily installed or replaced in the notch 21. And replacement is easier.

As shown in FIG. 3, when the cover 51 is closed, a sole 40 is provided on the sockliner 5, and the sole 40 is provided so as to be taken out or taken in at any time. In order to give good elasticity and cushioning to the heel when stepping on the ground, an integrated anti-vibration protrusion 401 is provided at the position corresponding to the heel of the sole 40, which is a conventionally known technique. Yes, it is not described in detail in the present invention.

The light emitting device 3 is a small lamp capable of waterproofing, load bearing, shock resistant, light transmitting, and remote control of the light emitting mode. For details on its structure, action, and effect, refer to the Chinese patent registration number of the inventor. ZL201721161984.7, a smart light emitting device can be referred to, but the light emitting device 3 will not be described here in order to avoid redundant contents.

The outsole 1 may use materials of thermoplastic polyurethane (TPU), thermoplastic elastomer (TPR), polyvinyl chloride (PVC), polyurethane (PU), and ethylene vinyl acetate (EVA) alone or in combination. The material suitable for the insole 2 includes a hot melt adhesive, and the hot melt adhesive is made of a material such as ethylene vinyl acetate, polyethylene, polyamide, block copolymer or APAO. All are excellent in flexibility, high degree of clarity or transparency. However, in order to enhance the wear resistance of the outsole 1 and the elasticity of the insole 2, the outsole 1 is provided with a hardness higher than that of the insole 2, and the insole 1 is provided with higher hardness than the insole 2 in terms of light transmission and light guide property. No. 2 is provided with higher light transmittance and light guide property than the outsole 1.

The insole 2 is manufactured by molding or 3D three-dimensional printing, but there is another manufacturing method as shown in FIG. 7 so that mold making and mold release can be easily performed. Since the insole 2 which becomes a semi-finished product after molding has an opening in which the lower surfaces of a plurality of lattice-shaped holes are opened, a bottom seal 26 for joining is provided at a place corresponding to the lower surface of the insole 2. Since the openings of the lattice-shaped holes are closed to form the lattice-shaped airtight holes 23 and the insole 2 is made of a plastic material, the plurality of lattice-shaped airtight holes 23 are filled with air to form the upper surface of the insole 2. Allows it to be slightly inflated, which has excellent anti-vibration and cushioning effects during strenuous exercise. The above-mentioned bonding is performed by instant adhesive, hot bar soldering, ultrasonic welding or the like.

The notch 21 may be provided in a notch having a through hole or a bottom, and in the case of the notch 21 having a through hole, the wall thickness of the light emitting device 3 is thickly provided, but the thickness of the internal battery. However, in the case of the notch 21 having a bottom, it is necessary to reduce the wall thickness of the light emitting device 3, and therefore, reduce the thickness of the internal battery. Both of the above two examples are suitable for the present invention.

As shown in FIGS. 7 and 8, the vertical ribs 24 and the horizontal ribs 25 are also provided with through holes 27 so that the lattice-shaped airtight holes 23 are provided so as to ventilate each other and have an insole. When 2 receives pressure from above and below, a good anti-vibration effect can be achieved.

As shown in FIGS. 6 and 8, an air filling valve 6 is provided on the upper surface of the insole 2, and since the air filling valve 6 communicates with the lattice-shaped airtight hole 23, the external air pump 50 is used. The air pump 50 is a manual or mechanical inflator, and is provided so as to allow air to flow into the lattice-shaped airtight hole 23 in a single direction. Since the through hole 27 is provided and communicated with the insole 2, the insole 2 is sufficiently filled with air, and then has better elasticity and anti-vibration property. In order to let in air, the sole 40 must be taken out of the shoe and the cover 51 must be opened in advance.

As a traditional technique for filling the sole with air, an air filling valve is provided on the periphery of the outsole so that air can flow in from the air filling valve and be stored in an air bag inside the outsole. In the present invention, the insole 2 is provided with an air filling valve 6, and air is provided so as to flow from the air filling valve 6 into the lattice-shaped airtight hole 23 inside the insole 2. The technology and structure related to the above are different from the conventional cases.

As shown in FIGS. 9 and 10, the outsole 1 shown in the figure is a semi-light-transmitting, light-transmitting, or non-transparent rubber shoe body, and does not necessarily have a peripheral edge 11. None or having only a local rim 11 and the outsole 1 has BRS 1000, carbon rubber, solid rubber, DRC (durable rubber compound), Duralon as follows: Alternatively, it is composed of any one or more of Gum Rubber, and in the present embodiment, the peripheral portion or all of the insole 2 can be seen directly from the outside of the luminescent shoe sole 10. The insole 2 is more excellent in light transmission than the outsole 1, and shows a place where light is brightly concentrated on the outer periphery of the outsole 1.

When the outsole 1 is a rubber shoe body having a locally raised peripheral edge 11, the rubber shoe body has semi-light transmissive or light opaque, and the outsole 1 is raised. In the case of a flat rubber shoe body having no peripheral edge 11, the rubber shoe body exhibits semi-light transmission or light opacity.

The scope of application according to the present invention is shoes such as athletic shoes, sandals, casual shoes, trekking shoes (for example, mountain climbing shoes or ski boots), roller skate shoes and four-wheel skate shoes, slippers, beach sandals or plastic beach sandals. Including and not limited to it.

The above is a description of a preferred embodiment of the present invention, but the scope of implementation shall not be limited by it, and modifications and changes that match the concept of the present invention may be performed to achieve the same effect. All the scope of the above is included in the claims of the present invention.

10 Luminous sole 1 Single sole 11 Periphery 12 Storage chamber 2 Insole 21 Notch 22 Support rib 23 Lattice airtight hole 24 Vertical rib 25 Horizontal rib 26 Bottom seal 27 Through hole 20 Upper 30 Shoes 3 Luminous device 31 Light transmitting case 32 Light emitting unit 4 Quarter liner 5 Sock liner 51 Cover 40 Sole 401 Anti-vibration protrusion 50 Air pump 6 Air filling valve

Claims (10)

A light emitting sole (10) including an outsole (1), an insole (2), a light emitting device (3), and an air filling valve (6), and the light emitting sole (10) has an instep. The leather (20) is combined into shoes (30),
The outsole (1) is a rubber sole having both upper and lower sides.
The insole (2) is a light guide rubber layer having excellent light transmission, and the lower surface is coupled to the upper surface of the outsole (1) and has a notch (21), and is incorporated therein. A support rib (22) for light guide and a plurality of lattice-shaped airtight holes (23) composed of the support rib (22) are provided.
The light emitting device (3) is located in the notch (21) of the insole (2), has a light emitting unit (32) built in the light transmitting case (31), opens and closes the power supply, and performs the notch (21). 21) is provided so that the small waterproof lamp can be easily removed or attached.
Since the air filling valve (6) is located on the upper surface of the insole (2) and is provided so as to communicate with the lattice-shaped airtight hole (23) and is a unidirectional check valve, an external air pump (50) is provided. Used to allow air to flow unidirectionally into the grid-like airtight holes (23).
When the light emitting device (3) emits light, light rays are incident on the insole (2) from the notch (21) wall of the insole (2), and then by the support rib (22), the insole ( 2) It is provided so that it is conducted to the peripheral edge and directly enters the outsole (1) so that the light beam is concentrated on the peripheral edge of the outsole (1).
Luminous sole that is air-fillable and has a cushioning function. The upper (20) includes a quarter liner (4) and a sockliner (5), and the lower surface of the sockliner (5) is combined with the upper surface of the insole (2) to form the sockliner (5). The air-fillable and cushioned luminescent shoe sole according to claim 1, wherein a cover (51) that can be opened and closed is further provided at a place corresponding to the notch (21). The air-fillable and cushioned luminescent sole according to claim 2, wherein the sole (40) is provided on the sockliner (5) so as to be easily taken in or taken out. The light guide support rib (22) is formed by intersecting the vertical rib (24) and the horizontal rib (25), and the plurality of lattice-shaped airtight holes (23) are formed by the vertical rib (24) and the horizontal rib (24). 25) The air-fillable and cushioned luminescent sole according to claim 1, wherein the space is created by intersecting with 25). A total of two vertical ribs (24) are vertically extended from the front end and the rear end of the notch (21) to the peripheral edge and to the toe side edge and the heel side edge of the insole (2), respectively. The air-fillable and cushioning function according to claim 4, wherein the plurality of lateral ribs (25) extending from the left and right sides of the rib (24) are provided up to the left and right side edges of the insole (2). Luminous sole. When the insole (2) is a semi-finished product, the lower surface of the lattice-shaped holes is an open opening, so a seal (26) for joining is provided at a place corresponding to the lower surface of the insole (2). The air-fillable and cushioned luminescent sole according to claim 4, wherein the lattice-shaped hole is closed so as to form a lattice-shaped airtight hole (23). Each of the vertical ribs (24) and the horizontal ribs (25) has a through hole (27), whereby the lattice-shaped airtight holes (23) are provided so as to communicate with each other. Item 4. The air-fillable and cushioning luminescent shoe sole according to item 4. The outsole (1) is a rubber shoe body provided with a raised peripheral edge (11) and a storage chamber (12), and the rubber shoe body is provided with semi-light transmission or light transmission. The air-fillable and cushioned luminescent shoe sole according to claim 1. The outsole (1) is a rubber shoe body provided with a raised peripheral edge (11) of a portion, and the rubber shoe body is provided to be semi-transmissive or light-impermeable. Item 1. The air-fillable and cushioning luminescent shoe sole according to Item 1. The air-fillable and air-fillable according to claim 1, wherein the outsole (1) is a flat rubber shoe body, and the rubber shoe body is provided to be semi-transmissive or light-impermeable. Luminous sole with cushioning function.

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