CN117338039A - Tipping paper capable of improving cigarette smoke comfort - Google Patents

Abstract

The invention disclosed belongs to the technical field of improving cigarettes, and is specifically a tipping paper that can improve the comfort of cigarette smoke. It includes an outer tipping paper, which can fully burn the internal shredded tobacco and reduce the heat generated during combustion. The ash is not easy to fall off. The outer roll of the tipping paper is made of the first tipping paper and the second tipping paper, and the first tipping paper and the second tipping paper are both prepared by laminating the lamination layer. , a filter component, which can filter the burning tobacco at the rear end of the outer rolling tipping paper, and can absorb tar and carbon monoxide, so that the smoke flows out evenly, and is bonded to the bend of the first tipping paper. The invention can make The internal shredded tobacco is fully burned, and the soot produced during burning is not easy to fall off, reducing the tar, carbon monoxide and toxic gases produced when the shredded tobacco and tipping paper are burned, making the taste pure and alcoholic when smoking, thereby reducing carbon monoxide during inhalation Mixed with tar, it creates a bitter taste that increases the comfort of smoking.

Description

A kind of tipping paper that can improve the comfort of cigarette smoke

Technical field

The present invention relates to the technical field of cigarette improvement, specifically a tipping paper that can improve the comfort of cigarette smoke.

Background technique

As consumers pay more and more attention to the consumption experience and health of tobacco products, the technological improvement and design innovation of tobacco products have never stopped. As a major country of tobacco production and consumption, my country's tobacco industry is in the process of integrating with the international market. , research on the sensory evaluation of cigarettes and the technology to control and reduce the smoke release of cigarettes has been continuously carried out.

Cigarettes are made by putting shredded tobacco into cigarette paper, rolling the cigarette paper, and then rolling the filter cotton through tipping paper, so that the two ends of the rolling papers are assembled and connected through adhesive glue to make cigarettes. , and cigarette paper and tipping paper are collectively called tipping paper, which is used to roll up tobacco and filters.

When existing cigarettes are smoked, smoke is produced due to the burning of cigarette paper and cut tobacco, and is smoked through the filter. However, the cigarette paper and cut tobacco cannot be fully burned during the adsorption process, resulting in the production of a large amount of carbon monoxide and tar. , not only endangers human health, but also tastes bitter when smoked. Therefore, we propose a tipping paper that can improve the comfort of cigarette smoke.

Contents of the invention

In view of the above and/or problems existing in the existing tipping paper that can improve the comfort of cigarette smoke, the present invention is proposed.

Therefore, the object of the present invention is to provide a kind of tipping paper that can improve the comfort of cigarette smoke, which is made by laminating the outer rolling tipping paper by processing equipment, and then bonding the filter component inside so that the filter component and The first built-in plugging paper and the second built-in plugging paper cooperate to solve the above-mentioned existing problems.

In order to solve the above technical problems, according to one aspect of the present invention, the present invention provides the following technical solutions:

A tipping paper that can improve the comfort of cigarette smoke, which includes:

The outer wrapping paper can fully burn the inner tobacco and prevent the ash generated during burning from falling off;

The outer roll of the plugging paper is made up of the first plugging paper and the second plugging paper, and the first plugging paper and the second plugging paper are both prepared by laminating the lamination layer;

The filter component can filter the burning tobacco at the rear end of the outer wrapping paper, adsorb tar and carbon monoxide, make the smoke flow out evenly, and adhere to the bend of the first tipping paper;

The first built-in tipping paper can be filled with filter cotton to absorb residues and tar in the flue gas, and can allow the flue gas to evenly enter the interior of the filter component and be bonded to the rear end of the filter component;

The second built-in tipping paper can be filled with filter cotton to absorb residues and tar in the flue gas, polymerize the diverted flue gas, and be bonded to the front end of the filter component.

As a preferred solution of the tipping paper according to the present invention that can improve the comfort of cigarette smoke, the fitting layer includes:

Ashless filter paper, which can burn cut tobacco without producing dust during combustion, and is provided as the inner and outer layers of the first tipping paper and the second tipping paper;

The ferroferric oxide layer can retard the burning of cut tobacco and fully burn the cut tobacco, and is arranged at the outer end of the inner layer of ashless filter paper;

A magnesium oxide layer, which can perform secondary combustion of the flue gas and tobacco shreds after burning the ferric oxide layer, and is arranged at the outer end of the ferric oxide layer;

The asbestos layer can block the residue produced by the combustion of tobacco, ferroferrite layer and magnesium oxide layer, so that the residue can fall together. It is arranged at the inner end of the outer ashless filter paper and is adhered to the magnesium oxide layer.

As a preferred solution of the tipping paper according to the present invention that can improve the comfort of cigarette smoke, the filter component includes:

The S-shaped polycarbonate layer can retard burning tobacco and allow smoke to enter the interior for filtering, and is set as the outer shell of the filter component;

Activated carbon layer, which can adsorb carbon monoxide and gases that are not fully burned in the flue gas, and is filled in the middle of the S-shaped polycarbonate layer;

The polypropylene fiber layer can block and absorb particulate dust in the flue gas, divert the flue gas into the interior, and fill the rear end of the S-shaped polycarbonate layer;

Activated copper oxide layer, which can perform secondary adsorption of carbon monoxide that is not fully burned in the flue gas, and is filled in the front end of the S-shaped polycarbonate layer;

The through hole can divert and discharge the flue gas, and is arranged at the front end of the S-shaped polycarbonate layer to block the active copper oxide layer.

As a preferred solution of the tipping paper according to the present invention that can improve the comfort of cigarette smoke, the S-shaped polycarbonate layer has a split structure, which can be split from the middle and filled toward the inside. material, and the surface of the front through hole can be folded.

A method for making tipping paper that can improve the comfort of cigarette smoke, including the following preparation steps:

S1: Fill the inside of the first built-in tipping paper and the second built-in tipping paper with filter cotton, and bond them to form a cylindrical shape. Seal the filter cotton and keep it for later use;

S2: Fill the front end of the filter component with an activated copper oxide layer, fold the surface of the through hole, seal the front port of the filter component, fold and open the filter component, fill the activated carbon layer toward the middle, and then seal the filter component. The components are bonded at the folded position to form an S shape. Finally, the polypropylene fiber layer is filled at the rear end of the filter component and set aside for later use;

S3: Put the entire piece of ashless filter paper into the mold of the processing equipment, and perform hot-pressing molding through the processing equipment to make the ashless filter paper fit into the mold of the processing equipment in an S-shape, and then dot brush the surface of the ashless filter paper. Glue;

S4: The asbestos layer is laid on the ashless filter paper, and then hot-pressed through the processing equipment to bond the asbestos layer to the ashless filter paper. Repeat the operations of S and S to bond the magnesium oxide layer to the asbestos layer, and combine the trioxide layer with the ashless filter paper. The iron layer is bonded to the magnesium oxide layer, and finally the ashless filter paper is bonded to the ashless filter paper so that the ashless filter paper is bonded to the ferric oxide layer;

S5: Roughly trim the laminated first and second joining papers along the mold, leaving long edges at both ends to facilitate the assembly of the first and second joining papers;

S6: Place the filter component on the bend of the first tipping paper for gluing, place the first built-in tipping paper on the front end of the filtering component for gluing, and place the second built-in tipping paper on the filtering component. The back end is bonded;

S7: Apply adhesive glue to the edges reserved at both ends of the first plugging paper, and then apply glue to the sides of the bonded filter component, the first built-in plugging paper and the second built-in plugging paper. glue;

S8: By starting the processing equipment, the processing equipment drives the second plugging paper to flip, so that the second plugging paper and the first plugging paper are assembled. At this time, under the pressure of the processing equipment, the reserved ends at both ends are The edges are glued to assemble the second connecting paper and the first connecting paper into a whole;

S9: Remove the outer tipping paper, trim the folds and excess edges of the outer wall, fill the rear end of the outer tipping paper with shredded tobacco, and flatten the shredded tobacco to prevent the shredded tobacco from falling, and Apply glue to the edges existing at both ends, rotate the edges clockwise so that the edges adhere to the outer wall of the outer wrapping paper, and finally fit a flame-retardant rubber ring at the rear end of the filter component as a cut tobacco scale value, thereby completing the cigarette Make.

As a preferred solution of the present invention for making a tipping paper that can improve the comfort of cigarette smoke, the processing equipment includes:

The placement component can place the first mold and perform active lifting operations so that the second tipping paper and the first tipping paper can be flipped and assembled without hindrance;

The first mold can place the first plugging paper and promote the formation of the first plugging paper, and the bottom is welded to the right end of the surface on which the component is placed;

a second mold that can place the second plugging paper and promote the second plugging paper to be formed, and the bottom is welded to the surface of the bonding device;

A bonding device, which can flip and assemble the second plugging paper and the first plugging paper so that the second plugging paper and the first plugging paper are assembled as a whole, and is arranged at the left end of the placement component;

The hot pressing device is capable of hot-pressing and forming the second plugging paper and the first plugging paper so that the second plugging paper can complete the laminating operation, and is arranged on the top of the placement component.

As a preferred embodiment of the method for making tipping paper that can improve the comfort of cigarette smoke according to the present invention, the placement component includes:

Place the plate, which can place the first mold, the bonding device and the hot pressing device, and the right end of the surface is welded to the bottom end of the first mold and is set in a ladder shape:

Electric telescopic rod, which can actively raise and lower the hot-pressing device at the top so that the hot-pressing device does not hinder the flipping operation of the bonding device, and is installed around the surface where the board is placed;

The top plate can place the hot pressing device, and the top of the electric telescopic rod is installed around the bottom.

As a preferred embodiment of the method for making tipping paper that can improve the comfort of cigarette smoke according to the present invention, the bonding device includes:

A support frame, which can be used to install the motor, and the bottom is installed at the front and rear ends on the left side of the surface where the board is placed;

A motor that can flip and drive the flip plate and is installed on the outer wall surface of the support frame, and the output end is connected to the rotating rod at the other end of the support frame;

The flipping plate can place the second mold and drive the second mold to flip, and the front and rear ends are connected to the rotating rods, and is placed on the left end of the surface of the placing plate in a stopped state.

As a preferred embodiment of the method of making tipping paper that can improve the comfort of cigarette smoke according to the present invention, the hot pressing device includes:

Hydraulic cylinder, which can hydraulically drive the hot pressing mold and is installed at the surface center of the top plate;

The telescopic rod can limit and guide the movement of the hot-pressing mold, and the bottom end is installed around the surface of the hot-pressing mold, and the other end is installed around the bottom of the top plate;

The hot pressing mold can perform hot pressing molding on the first mold and the second mold at the lower end, and the center of the top surface is connected to the output end of the hydraulic cylinder.

As a preferred solution of the manufacturing method of tipping paper that can improve the comfort of cigarette smoke according to the present invention, the hot pressing mold is arranged in a ladder shape and is arranged in a mirror image with the placing plate, and the The bottom two ends of the hot pressing mold are provided with molds that fit the first mold and the second mold, and a heating coil is provided inside the mold.

Compared with the existing technology: by rolling the tipping paper out, the internal cut tobacco can be fully burned, and the soot generated during combustion will not fall easily, and the tar, carbon monoxide and toxic substances produced by the cut tobacco and the tipping paper can be reduced. gas;

The filter component can filter the burning tobacco at the rear end of the outer rolling tipping paper, and can absorb tar and carbon monoxide, so that the smoke flows out evenly, and can shunt the smoke, which can fully remove carbon monoxide and toxic gases in the smoke. Dust particles are filtered;

The flue gas is diverted through the first built-in tipping paper, and then passes through the internal filter cotton to adsorb and filter the residue and tar, and then enters the inside of the filter component for adsorption and filtration operations. Finally, the filtered smoke is filtered through the second built-in tipping paper. The gas undergoes secondary adsorption and filtration, so that the diverted flue gas is polymerized and absorbed by people, thereby reducing the inhalation of residues, tar, toxic gases and carbon monoxide, reducing the bitter taste produced by the mixture of carbon monoxide and tar during inhalation, and thereby increasing the comfort;

The processing equipment can produce outer wrapping paper and cigarettes.

Description of drawings

Figure 1 is a schematic diagram of the disassembly structure of the outer roll tipping paper provided by the present invention;

Figure 2 is a schematic structural diagram of the outer rolled tipping paper provided by the present invention;

Figure 3 is a schematic diagram of the assembly structure of the first built-in tipping paper provided by the present invention;

Figure 4 is a schematic structural diagram of the second built-in tipping paper provided by the present invention;

Figure 5 is a schematic diagram of the internal structure of the filter component provided by the present invention;

Figure 6 is a schematic front structural view of the filter component provided by the present invention;

Figure 7 is a schematic diagram of the lamination layer structure provided by the present invention;

Figure 8 is an enlarged view of Figure 7 provided by the present invention;

Figure 9 is a schematic structural diagram of the processing equipment provided by the present invention;

Figure 10 is a schematic top view of the placement assembly provided by the present invention;

Figure 11 is a schematic structural diagram of the second mold provided by the present invention;

Figure 12 is a schematic structural diagram of the first mold provided by the present invention.

In the picture: outer roll tipping paper 1, first tipping paper 11, second tipping paper 12, lamination layer 13, ashless filter paper 131, ferric oxide layer 132, magnesium oxide layer 133, asbestos layer 134, Filter component 2, S-shaped polycarbonate layer 21, activated carbon layer 22, polypropylene fiber layer 23, activated copper oxide layer 24, through hole 25, first built-in tipping paper 3, second built-in tipping paper 4, processing equipment 5. Placement component 51, placement plate 511, electric telescopic rod 512, top plate 513, first mold 52, second mold 53, bonding device 54, support frame 541, motor 542, flip plate 543, hot pressing device 55, hydraulic pressure Cylinder 551, telescopic rod 552, hot pressing mold 552.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present invention clearer, the embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.

The invention provides a tipping paper that can improve the comfort of cigarette smoke. It can fully burn the internal shredded tobacco, prevent the soot produced during burning from falling off, and reduce the noise generated by the burning of shredded tobacco and the tipping paper. Tar, carbon monoxide and toxic gases make the mouth feel pure and alcoholic when smoking, thereby reducing the bitter taste produced by the mixture of carbon monoxide and tar during smoking, thereby increasing the comfort during smoking. Please refer to Figure 1-5, including the outer reel. Paper 1, filter component 2, first built-in tipping paper 3, second built-in tipping paper 4 and processing equipment 5;

The outer wrapping paper 1 is made up of a first connecting paper 11 and a second connecting paper 12. The outer wrapping paper 1 can fully burn the internal tobacco and prevent the soot generated during combustion. falling, reducing the tar, carbon monoxide and toxic gases produced when the tobacco and tipping paper are burned. The first tipping paper 11 and the second tipping paper 12 are both prepared by laminating the lamination layer 13, and the first tipping paper The loading paper 11 and the second tipping paper 12 are S-shaped, which facilitates the placement of the filter component 2, and can change the airflow of the burning smoke and process the smoke, thereby increasing the comfort and fit during smoking. Layer 13 is composed of ashless filter paper 131, ferric oxide layer 132, magnesium oxide layer 133 and asbestos layer 134. Ashless filter paper 131 is provided as the inner and outer layers of the first connecting paper 11 and the second connecting paper 12, which can To burn the shredded tobacco without producing dust, the ferric oxide layer 132 is provided at the outer end of the inner ashless filter paper 131, which can retard the burning of the shredded tobacco and fully burn the shredded tobacco. The magnesium oxide layer 133 is arranged at the outer end of the ferroferric oxide layer 132, which can perform secondary combustion of the flue gas and tobacco after the ferroferric oxide layer 132 is burned. The asbestos layer 134 is disposed at the inner end of the outer ashless filter paper 131 and is The magnesium oxide layer 133 is laminated together, which can block the residue generated by the combustion of tobacco, ferroferrite layer 132 and magnesium oxide layer 133, so that the residue can fall together;

Among them: ashless filter paper 131 ashless filter paper is a kind of quantitative filter paper. After the quantitative filter paper is burned, the filter paper with an ash content of less than 0.0001g becomes ashless filter paper;

The ferric oxide layer 132 is non-toxic and can react with carbon monoxide and combine to offset it;

The magnesium oxide layer 133 can react with carbon monoxide and combine to offset it, and with the fire, it can continue to burn the unreacted ferroferric oxide layer 132, so that the ferroferric oxide layer continues to react with carbon monoxide;

Asbestos layer 134 refers to a silicate mineral product with high tensile strength, high flexibility, resistance to chemical and thermal erosion, electrical insulation and spinnability. It can be carbonized after burning, thereby being able to damage the internal burned materials. Block to prevent burning materials from scattering;

The filter component 2 is bonded to the bend of the first tipping paper 11. The filter component 2 can filter the burning tobacco at the rear end of the outer tipping paper 1, and can absorb tar and carbon monoxide so that the smoke flows out evenly, and It can divert the smoke and fully filter the carbon monoxide, toxic gases and dust particles in the smoke. The S-shaped polycarbonate layer 21 is set as the outer shell of the filter component 2, which can retard the burning tobacco and The smoke can be filtered inside. The S-shaped polycarbonate layer 21 has a split structure. It can be split from the middle and filled with materials toward the inside. The surface of the front-end through hole 25 can be folded, and the activated carbon layer 22 is filled in. The inner middle of the S-shaped polycarbonate layer 21 can adsorb carbon monoxide and gases that are not fully burned in the smoke. The polypropylene fiber layer 23 is filled in the rear end of the S-shaped polycarbonate layer 21 and can absorb the smoke. Medium particle dust is blocked and adsorbed, and the flue gas is diverted into the interior. The active copper oxide layer 24 is filled in the front end of the S-shaped polycarbonate layer 21, which can perform secondary adsorption of carbon monoxide that is not fully burned in the flue gas. The hole 25 is provided at the front end of the S-shaped polycarbonate layer 21 and blocks the active copper oxide layer 24, which can divert the smoke and discharge it;

The S-type polycarbonate layer 21 is a colorless and transparent amorphous thermoplastic material. The flame-retardant principle of the S-type polycarbonate layer 21 is to catalyze the carbonization of PC when burning, thereby achieving the purpose of flame retardancy and preventing external curling. Loading paper 1 continues to burn;

Activated carbon layer 22 is a specially treated carbon that heats organic raw materials in isolation from air to reduce non-carbon components, and then reacts with gas, and the surface is eroded, resulting in a well-developed microporous structure, which can remove residual It absorbs carbon monoxide and combustion residues to prevent the human body from inhaling it, thereby making the mouth feel pure and mellow when smoking and increasing comfort;

The polypropylene fiber layer 23 is a non-toxic, odorless and excellent-performance, colorless and translucent thermoplastic synthetic resin tow, which has chemical resistance, heat resistance, electrical insulation, high-strength mechanical properties and good It has high wear-resistant processing performance and is made of polypropylene tows and special adhesives after drying and molding. The smoke passing through the polypropylene fiber layer 23 can form porous penetration and divert the smoke, thereby facilitating the activation of the activated carbon layer 22 and The activated copper oxide layer 24 uniformly adsorbs particles, carbon monoxide and toxic gases in the flue gas;

The activated copper oxide layer 24 can react with carbon monoxide to offset the remaining carbon monoxide and prevent the carbon monoxide from being inhaled by the human body;

The first built-in plugging paper is bonded to the rear end of the filter component, and the second built-in plugging paper is bonded to the front end of the filter component. The first built-in plugging paper and the second built-in plugging paper can be filled with filter cotton. When proceeding When smoking, the smoke is diverted through the first built-in tipping paper, and then passes through the internal filter cotton to adsorb and filter the residue and tar, then enters the inside of the filter component for adsorption and filtration operations, and finally filters through the second built-in tipping paper. The final flue gas is subjected to secondary adsorption and filtration, so that the diverted flue gas is polymerized and absorbed by people, thereby reducing the inhalation of residues, tar, toxic gases and carbon monoxide, and reducing the bitter taste produced by the mixture of carbon monoxide and tar during inhalation, thereby increasing the Comfort when sucking;

The processing equipment 5 is capable of producing outer wrapping paper 1 and cigarettes. The processing equipment 5 is composed of a placing assembly 51, a first mold 52, a second mold 53, a bonding device 54 and a hot pressing device 55. The placing assembly 51 can The first mold 52 is placed and can be actively lifted and lowered so that the flipping and assembly of the second connecting paper 12 and the first connecting paper 11 are not hindered. The placing plate 511 is set in a ladder shape, and the right end of the surface is welded to the first mold 52 . The bottom end of the mold 52 can place the first mold 52, the bonding device 54 and the hot pressing device 55. The bottom of the electric telescopic rod 512 is installed around the surface of the placement plate 511, and the top is installed around the bottom of the top plate 513. By electric The telescopic rod 512 can actively raise and lower the hot pressing device 55 at the top to prevent the bonding device 54 from being hindered by the hot pressing device 55 during the flipping operation. The bottom of the first mold 52 is welded to the right end of the surface where the component 51 is placed to ensure the stability of the hot pressing. The first plugging paper 11 can be placed and the first plugging paper 11 can be formed. The bottom of the second mold 53 is welded to the surface of the flip plate 543 so that the second plugging paper 12 can be placed and the first plugging paper 11 can be formed. The second tipping paper 12 is formed;

Since the edges of the first mold 52 are provided with bumps and the edges of the second mold 53 are provided with grooves, when the first mold 52 and the second mold 53 are turned over and merged, the reserved edges at both ends are pressed and bonded, so that Sealed at the edges to prevent internal components from falling;

The bonding device 54 is provided at the left end of the placing plate 511 and can flip and assemble the second joining paper 12 and the first joining paper 11 so that the second joining paper 12 and the first joining paper 11 are assembled as a whole and supported. The bottom of the frame 541 is installed on the front and rear ends of the left side of the surface of the placement plate 511, which can install the motor 542. The motor 542 is installed on the outer wall surface of the support frame 541, and the output end is connected to the rotating rod at the other end of the support frame 541, so that it can The flipping plate 543 is driven to flip, and the front and rear ends of the flipping plate 543 are connected to rotating rods, which can place the second mold 53 and drive the second mold 53 to flip, and in the stopped state, it is placed on the left end of the surface of the placement plate 511, and is The bumps on the surface of the placing plate 511 are limited to prevent deflection during hot pressing, which would affect the merging operation of the flipping assembly. Since the placing plate 511 is set in a stepped shape, the flipping plate 543 is set at the lower end of the placing plate 511. The first mold 52 is arranged at the high end of the placement plate 511, so that the second mold 53 on the flip plate 543 and the second mold 53 at the right end of the placement plate 511 are placed in an arc shape, ensuring that the second mold 53 and the second mold 53 can Flip and merge to assemble;

The hot pressing device 55 is arranged on the top of the placing assembly 51 and can perform hot pressing and forming of the second connecting paper 12 and the first connecting paper 11 so that the second connecting paper 12 can complete the bonding operation. The hydraulic cylinder 551 is installed on the top plate. The surface center of 513 can hydraulically drive the hot-pressing mold 552. The bottom end of the telescopic rod 552 is installed around the surface of the hot-pressing mold 552, and the other end is installed around the bottom of the top plate 513 to limit the movement of the hot-pressing mold 552. position and guide, the center of the top surface of the hot-pressing mold 552 is connected to the output end of the hydraulic cylinder 551, and the lower-end first mold 52 and the second mold 53 can be hot-pressed. 511 is arranged in a mirror image, and the bottom ends of the hot pressing mold 552 are provided with molds that fit the first mold 52 and the second mold 53, and a heating coil is provided inside the mold, so that during the hot pressing operation, the hydraulic cylinder 551 is activated , the hydraulic cylinder 551 drives the hot pressing mold 552 to move to the lower end, thereby overlapping the first mold 52 and the second mold 53 at the lower end, and hot pressing the laminating layer 13 inside the first mold 52 and the second mold 53, so that the The laminating layer 13 is formed by hot pressing.

During specific use, those skilled in the art will fill the insides of the first built-in tipping paper 3 and the second built-in tipping paper 4 with filter cotton, and bond them to form a cylindrical shape, seal the filter cotton, and keep them for later use. , fill the front end of the filter component 2 with the activated copper oxide layer 24, fold the surface of the through hole 25, seal the front port of the filter component 2, then fold and open the filter component 2, and fill the activated carbon layer toward the middle of the interior. 22. Then glue the filter component 2 at the folded position to form an S shape. Finally, fill the rear end of the filter component 2 with the polypropylene fiber layer 23 and keep it for later use. Put the entire piece of ashless filter paper 131 into the processing equipment 5. In the mold, the hot pressing device 55 is started to perform hot pressing, so that the ashless filter paper 131 is S-shaped and attached to the first mold 52 and the second mold 53, and then the surface of the ashless filter paper 131 is dot-brushed with adhesive glue. The asbestos layer 134 is laid on the ashless filter paper 131, and is hot pressed again through the hot pressing device 55 to bond the asbestos layer 134 to the ashless filter paper 131. Repeat the above operation to bond the magnesium oxide layer 133 to the asbestos layer 134. The ferric oxide layer 132 is bonded to the magnesium oxide layer 133, and finally the ashless filter paper 131 is bonded again, so that the ashless filter paper 131 is bonded to the ferric oxide layer 132. The second tipping paper 12 is roughly trimmed along the mold, and long edges are reserved at both ends to facilitate the assembly of the first tipping paper 11 and the second tipping paper 12. By placing the filter component 2 on the first tipping paper 11 The first built-in tipping paper 3 is placed at the front end of the filter component 2 for gluing, and the second built-in tipping paper 4 is placed at the rear end of the filter component 2 for gluing. Apply adhesive glue to the reserved edges at both ends of the first plugging paper 11, and then apply glue to the sides of the bonded filter component 2, the first built-in plugging paper 3 and the second built-in plugging paper 4. Glue, by activating the bonding device 54, the flip plate 543 drives the second plugging paper 12 inside the second mold 53 to flip, so that the second plugging paper 12 and the first plugging paper inside the first mold 52 are 11 for assembly. At this time, under the pressure of the bumps on the edge of the first mold 52 and the grooves on the edge of the second mold 53, the edges reserved at both ends are pressed and bonded, so that the second connecting paper 12 and The first tipping paper 11 is assembled into a whole, by removing the outer tipping paper 1, trimming the folds and excess edges of the outer wall, filling the rear end of the outer tipping paper 1 with shredded tobacco, and trimming the shredded tobacco. Flatten it to prevent the tobacco from falling off, apply glue to the edges at both ends, rotate the edges clockwise so that the edges adhere to the outer wall of the outer wrapping paper 1, and finally fit the flame retardant at the rear end of the filter component 2 The rubber ring serves as the cut tobacco scale value to complete the production of cigarettes.

Although the present invention has been described above with reference to the embodiments, various modifications may be made and equivalents may be substituted for components thereof without departing from the scope of the invention. In particular, as long as there is no structural conflict, various features in the embodiments disclosed in the present invention can be combined with each other in any way. The description of these combinations is not exhaustive for the purpose of illustration only. In consideration of omitting space and saving resources. Therefore, the present invention is not limited to the specific embodiments disclosed herein, but includes all technical solutions falling within the scope of the claims.

Claims (10)

1. A tipping paper that can improve the comfort of cigarette smoke, which is characterized by: including: The outer wrapping paper (1) can fully burn the internal tobacco and prevent the soot generated during combustion from falling off easily; The outer roll of plugging paper (1) is made up of the first plugging paper (11) and the second plugging paper (12), and the first plugging paper (11) and the second plugging paper (12) are both It is prepared by laminating the laminating layer (13); The filter component (2) can filter the burning tobacco at the rear end of the outer tipping paper (1), adsorb tar and carbon monoxide, make the smoke flow out evenly, and be bonded to the first tipping paper (11) bend; The first built-in tipping paper (3) can be filled with filter cotton to adsorb residues and tar in the flue gas, and can allow the flue gas to evenly enter the inside of the filter component (2) and adhere to the filter component (2) 2) the backend; The second built-in tipping paper (4) can be filled with filter cotton to absorb residues and tar in the flue gas, polymerize the diverted flue gas, and be bonded to the front end of the filter component (2). 2. A kind of tipping paper that can improve the comfort of cigarette smoke according to claim 1, characterized in that the lamination layer (13) includes: Ashless filter paper (131), which can burn cut tobacco without producing dust during combustion, and is provided as the inner and outer layers of the first tipping paper (11) and the second tipping paper (12); The ferroferric oxide layer (132) can retard the burning of cut tobacco and fully burn the cut tobacco, and is arranged at the outer end of the inner layer of ashless filter paper (131); The magnesium oxide layer (133) can perform secondary combustion on the flue gas and cut tobacco after the combustion of the ferroferric oxide layer (132), and is arranged at the outer end of the ferroferric oxide layer (132); The asbestos layer (134) can block the residue produced by the combustion of tobacco, ferroferrite layer (132) and magnesium oxide layer (133), so that the residue can fall together, and is arranged on the outer layer of ashless filter paper (131) The inner end is attached to the magnesium oxide layer (133). 3. A kind of tipping paper that can improve the comfort of cigarette smoke according to claim 1, characterized in that the filter component (2) includes: S-shaped polycarbonate layer (21), which can provide flame retardant to burning tobacco and allow smoke to enter the interior for filtering, and is provided as the outer shell of the filter component (2); Activated carbon layer (22), which can adsorb carbon monoxide and gases that are not fully burned in the flue gas, and is filled in the middle of the S-shaped polycarbonate layer (21); The polypropylene fiber layer (23) can block and absorb particulate dust in the flue gas, divert the flue gas into the interior, and is filled in the rear end of the S-shaped polycarbonate layer (21); Activated copper oxide layer (24), which can perform secondary adsorption of carbon monoxide that is not fully burned in the flue gas, and is filled in the front end of the S-shaped polycarbonate layer (21); The through hole (25) can divert and discharge the flue gas, and is provided at the front end of the S-shaped polycarbonate layer (21), and blocks the active copper oxide layer (24). 4. A kind of tipping paper that can improve the comfort of cigarette smoke according to claim 3, characterized in that the S-shaped polycarbonate layer (21) has a split structure and can be split from the middle. Fill the material toward the inside, and the surface of the front end through hole (25) can be folded. 5. A kind of tipping paper that can improve the comfort of cigarette smoke according to any one of claims 1-4, characterized in that it includes a production method, specifically including the following preparation steps: S1: Fill the inside of the first built-in tipping paper (3) and the second built-in tipping paper (4) with filter cotton, and bond them to form a cylindrical shape. Seal the filter cotton and keep it for later use; S2: Fill the front end of the filter component (2) with the activated copper oxide layer (24), fold the surface of the through hole (25), seal the front port of the filter component (2), and then seal the filter component (2) ) is folded and opened, and the activated carbon layer (22) is filled toward the middle of the interior. Then the filter component (2) is bonded at the folded position to form an S shape. Finally, the polypropylene fiber layer 23 is filled at the rear end of the filter component (2). , set aside for later use; S3: Put the entire piece of ashless filter paper (131) into the mold of the processing equipment (5), and perform hot pressing molding through the processing equipment (5), so that the ashless filter paper (131) is S-shaped and attached to the processing equipment (5) ) in the mold, and then apply adhesive glue on the surface of the ashless filter paper (131); S4: The asbestos layer (134) is laid on the ashless filter paper (131), and is hot-pressed through the processing equipment (5) again to bond the asbestos layer (134) and the ashless filter paper (131). Repeat S3 and S4. In operation, the magnesium oxide layer (133) is bonded to the asbestos layer (134), the ferric oxide layer (132) is bonded to the magnesium oxide layer (133), and finally the ashless filter paper (131) is bonded again to make the ashless filter paper (131) adhere to the ferroferric oxide layer (132); S5: Roughly trim the bonded first joining paper (11) and second joining paper (12) along the mold, leaving long edges at both ends to facilitate the first joining paper (11) Assemble with the second connecting paper (12); S6: Place the filter component (2) on the bend of the first tipping paper (11) for bonding, and then place the first built-in tipping paper (3) on the front end of the filter component (2) for bonding. , place the second built-in tipping paper (4) on the rear end of the filter component (2) for bonding; S7: Apply adhesive glue to the edges reserved at both ends of the first tipping paper (11), and then glue the bonded filter component (2), the first built-in tipping paper (3) and the second built-in Apply adhesive glue to the side of the tipping paper (4); S8: By starting the processing equipment (5), the processing equipment (5) drives the second plugging paper (12) to flip, so that the second plugging paper (12) and the first plugging paper (11) are assembled. At this time, under the pressure of the processing equipment (5), the reserved edges at both ends are bonded, so that the second connecting paper (12) and the first connecting paper (11) are assembled into a whole; S9: Remove the outer tipping paper (1), trim the folds and excess edges of the outer wall, fill the rear end of the outer tipping paper (1) with shredded tobacco, and flatten the shredded tobacco to prevent Drop the shredded tobacco and apply glue to the edges at both ends. Rotate the edges clockwise so that the edges adhere to the outer wall of the outer wrapping paper (1). Finally, fit the flame retardant at the rear end of the filter component (2). The rubber ring serves as the cut tobacco scale value to complete the production of cigarettes. 6. A method for making tipping paper that can improve the comfort of cigarette smoke according to claim 5, characterized in that the processing equipment (5) includes: The placement assembly (51) can place the first mold (52) and perform active lifting operations so that the second tipping paper (12) and the first tipping paper (11) can be flipped and assembled without hindrance; The first mold (52) can place the first plugging paper (11) and promote the formation of the first plugging paper (11), and the bottom is welded to the right end of the surface where the component (51) is placed; a second mold (53), which can place the second plugging paper (12) and promote the formation of the second plugging paper (12), and the bottom is welded to the surface of the bonding device (54); The bonding device (54) can flip and assemble the second plugging paper (12) and the first plugging paper (11), so that the second plugging paper (12) and the first plugging paper (11) can be assembled. It is a whole and is set at the left end of the placement component (51); The hot pressing device (55) can hot press and shape the second plugging paper (12) and the first plugging paper (11), so that the second plugging paper (12) can complete the laminating operation, and is arranged on the Top of component (51). 7. A method of making tipping paper that can improve the comfort of cigarette smoke according to claim 6, characterized in that the placement component (51) includes: Place the plate (511), which can place the first mold (52), the bonding device (54) and the hot pressing device (55), and the right end of the surface is welded to the bottom end of the first mold (52) and is set as a ladder shape: Electric telescopic rod (512), which can actively lift and lower the hot pressing device (55) at the top so that the hot pressing device (55) does not hinder the flipping operation of the bonding device (54), and is installed on the placement plate (511) around the surface; The top plate (513) can place the hot pressing device (55), and the top of the electric telescopic rod (512) is installed around the bottom. 8. A method for making tipping paper that can improve the comfort of cigarette smoke according to claim 6, characterized in that the bonding device (54) includes: The support frame (541) can install the motor (542), and the bottom is installed on the front and rear ends on the left side of the surface of the placement plate (511); The motor (542) can flip and drive the flip plate (543), and is installed on the outer wall surface of the support frame (541), and the output end is connected to the rotating rod at the other end of the support frame (541); The flipping plate (543) can place the second mold (53) and drive the second mold (53) to flip, and the front and rear ends are connected to the rotating rods, and is placed on the placing plate (511) in a stopped state. Surface left end. 9. A method of making tipping paper that can improve the comfort of cigarette smoke according to claim 1, characterized in that the hot pressing device (55) includes: A hydraulic cylinder (551) can hydraulically drive the hot pressing mold (552) and is installed at the center of the surface of the top plate (513); The telescopic rod (552) can limit and guide the movement of the hot-pressing mold (552), and the bottom end is installed around the surface of the hot-pressing mold (552), and the other end is installed around the bottom of the top plate (513); The hot pressing mold (552) can perform hot pressing molding on the lower first mold (52) and the second mold (53), and the center of the top surface is connected to the output end of the hydraulic cylinder (551). 10. A method for making tipping paper that can improve the comfort of cigarette smoke according to claim 9, characterized in that the hot pressing mold (552) is arranged in a ladder shape and is connected with the placement plate (511) Arranged in a mirror image, the bottom two ends of the hot pressing mold (552) are provided with molds that fit the first mold (52) and the second mold (53), and a heating coil is provided inside the mold.