CN210652094U

CN210652094U - Device for sharing rubber roller between surface paper and core paper of honeycomb board

Info

Publication number: CN210652094U
Application number: CN201921505904.4U
Authority: CN
Inventors: 潘晓峰
Original assignee: Shanghai Hengfeng Paper Packaging Co Ltd
Current assignee: Shanghai Hengfeng Paper Packaging Co Ltd
Priority date: 2019-09-11
Filing date: 2019-09-11
Publication date: 2020-06-02
Anticipated expiration: 2029-09-11

Abstract

The utility model discloses a device of honeycomb panel facial tissue and core paper sharing rubber roll, including fixed supporting body, colloid flow subassembly, facial tissue rubber coating conveying subassembly and sharing shape memory rubber roll, fixed supporting body is the cavity setting, sharing shape memory rubber roll is located in the fixed supporting body, facial tissue rubber coating conveying subassembly is located in the fixed supporting body of sharing shape memory rubber roll both sides, the colloid flows the subassembly and locates on the fixed supporting body. The utility model belongs to the technical field of honeycomb cardboard processing equipment, specifically provide a practicality height, easy operation, simple structure, both can carry out the rubber coating direction to face paper and can carry out the sharing shape memory rubber roll of rubber coating direction to core paper again, can carry out selectivity ration to core paper and facial tissue according to the difference of core paper and face paper structure and paint the colloid and make core paper and facial tissue can stabilize the bonding and can not excessively paint the device of the honeycomb panel facial tissue and the sharing rubber roll of core paper of colloid again.

Description

Device for sharing rubber roller between surface paper and core paper of honeycomb board

Technical Field

The utility model belongs to the technical field of honeycomb cardboard processing equipment, specifically indicate a device of honeycomb panel facial tissue and sharing rubber roll of medium paper.

Background

The honeycomb paper is made according to the honeycomb structure principle in nature, and is an environment-friendly energy-saving material with a novel interlayer structure, wherein corrugated base paper is connected into a plurality of hollow three-dimensional regular hexagons by using an adhesive method to form an integral stressed piece, namely core paper, and the two surfaces of the core paper are adhered with surface paper. When the core paper and the surface paper are bonded, the core paper and the surface paper are often guided, glued and extruded by using rubber rollers, but the existing rubber rollers can only carry out gluing transmission guide treatment on the surface paper or the core paper independently, the structure is complex, colloid is wasted, the surface paper and the core paper need to be glued respectively, the gluing amount cannot be controlled, and gluing needs to be carried out for multiple times.

Disclosure of Invention

For solving the above-mentioned current difficult problem, the utility model provides a practicality is high, easy operation, simple structure, both can carry out the rubber coating direction to the face paper and can carry out the sharing shape memory rubber roll of rubber coating direction to the core paper, can carry out the selectivity ration to core paper and facial tissue according to the difference of core paper and face paper structure and paint the colloid and make core paper and facial tissue can stabilize the bonding and can not excessively paint the device of the honeycomb panel facial tissue and the sharing rubber roll of colloid again.

The utility model adopts the following technical scheme: a device for sharing a rubber roll between surface paper and core paper of a honeycomb board comprises a fixed bearing body, a colloid flowing component, a surface paper gluing conveying component and a shared shape memory rubber roll, wherein the fixed bearing body is a hollow cavity, the shared shape memory rubber roll is arranged in the fixed bearing body, the surface paper gluing conveying component is arranged in the fixed bearing bodies on two sides of the shared shape memory rubber roll, the colloid flowing component is arranged on the fixed bearing body, the surface paper gluing conveying component comprises an upper surface paper guide rubber roll, a lower surface paper guide rubber roll, an upper 8-shaped reverse conveying belt, a lower 8-shaped reverse conveying belt, an upper transmission motor and a lower transmission motor, the upper surface paper guide rubber roll is rotatably arranged on the side wall of the fixed bearing body and is arranged above the shared shape memory rubber roll, and the upper surface paper guide rubber roll is in, the upper paper guide roll is rotatably arranged on the side wall of the fixed bearing body and is arranged above the upper paper guide glue spreader, the upper 8-shaped reverse conveyor belt is arranged on the upper paper guide roll and the upper paper guide glue spreader, the upper 8-shaped reverse conveyor belt drives the upper paper guide roll and the upper paper guide glue spreader to rotate, the upper 8-shaped reverse conveyor belt is a conveyor belt which is arranged in a reverse crossing way and is 8-shaped, the upper paper guide roll and the upper paper guide glue spreader are ensured to rotate reversely so as to drive the facial tissue to transmit forwards, the upper transmission motor is arranged on the side wall of the fixed bearing body, the output end of the upper transmission motor is connected with the upper paper guide roll, the upper transmission motor drives the upper paper guide roll to rotate, the upper paper guide glue spreader is driven by the upper 8-shaped reverse conveyor belt to rotate reversely, the lower paper guide glue spreader is rotatably arranged on the side wall of the, following paper direction rubber coating roller touches with sharing shape memory rubber roll and meets, the facial tissue direction rubber coating roller is rotatable to be located fixed carrier lateral wall and locate below paper direction rubber coating roller top down, down 8 shape reverse transport belt locate below paper direction roller and following paper direction rubber coating roller on, 8 shape reverse transport belt sets up the conveyer belt for being 8 shape reversal cross down, thereby guarantees below paper direction roller and following paper direction rubber coating roller antiport drive facial tissue forward transmission, down drive machine locates fixed carrier lateral wall and output and links to each other with following paper direction roller, down drive machine drives down the facial tissue direction roller and rotates, below the paper direction roller drive above paper direction rubber coating roller antiport through 8 shape reverse transport belt down, the colloid flow subassembly includes colloid dress carrier, pipe support, heating wire, colloid circulation and paints and colloid piece, the colloid dress body locates on fixed carrier, on the colloid loading body lateral wall is located to the heating wire rigid coupling, the colloid is located the colloid and is loaded internally, the colloid circulation is paintd the pipe support and is located on the fixed carrier lateral wall and load the body and link up continuously with the colloid, and the colloid circulation is paintd the pipe support and is convenient for the colloid to load the internal colloid downward flow to the colloid and paint the piece, the colloid is paintd the piece and is located the colloid circulation and paint on the pipe support and paint the pipe support with the colloid circulation and link up continuously, the colloid is paintd the piece and is touched with sharing shape memory rubber roll.

Further, the fixed bearing body is a hollow cavity with openings at two ends, the shared shape memory rubber roller comprises an upper shared shape memory rubber roller, a lower shared shape memory rubber roller, an upper paper gluing conveyor belt, a lower paper gluing conveyor belt and a memory alloy deformation extrusion piece, the upper shared shape memory rubber roller is rotatably arranged on the side wall of the fixed bearing body, the lower shared shape memory rubber roller is rotatably arranged on the side wall of the fixed bearing body and is arranged right below the upper shared shape memory rubber roller, the upper shared shape memory rubber roller and the lower shared shape memory rubber roller are convenient for gluing the upper surface and the lower surface of the core paper simultaneously, the upper paper gluing conveyor belt is arranged between the upper paper guide roller and the upper shared shape memory rubber roller, the lower paper gluing conveyor belt is arranged between the upper shared shape memory rubber roller and the lower shared shape memory rubber roller of the lower paper guide roller, the memory alloy deformation extrusion piece is arranged on the side wall of the fixed bearing, The lower shared shape memory rubber roller is contacted.

Further, the upper sharing rubber roller comprises an upper sharing rubber roller body and an upper shape memory colloid smearing piece, the upper sharing rubber roller body is rotatably arranged on the side wall of the fixed carrier, the upper sharing rubber roller body is provided with an upper shape memory colloid smearing piece clamping groove which is annularly arranged, the upper shape memory colloid smearing piece is uniformly distributed in the upper shape memory colloid smearing piece clamping groove, the upper shape memory colloid smearing piece clamping groove is convenient for bearing the upper shape memory colloid smearing piece to enable the upper shape memory colloid smearing piece to cling to the inner wall of the upper shape memory colloid smearing piece clamping groove when being extruded, the lower sharing rubber roller comprises a lower sharing rubber roller body and a lower shape memory colloid smearing piece, the lower sharing rubber roller body is rotatably arranged on the side wall of the fixed carrier, the lower sharing rubber roller body is provided with a lower shape memory colloid smearing piece clamping groove which is annularly arranged, shape memory colloid daubs the piece and evenly arranges and locate down shape memory colloid daubs the piece joint inslot, and shape memory colloid daubs the piece joint inslot and makes it hug closely down shape memory colloid daubs piece joint inslot wall when being extruded under shape memory colloid daubs the piece joint inslot under being convenient for bear.

Furthermore, the upper shape memory colloid smearing piece and the lower shape memory colloid smearing piece are flexible rubber strips arranged in a bent arc shape, and the surfaces of the upper shape memory colloid smearing piece and the lower shape memory colloid smearing piece are respectively provided with shape memory alloy strips arranged in a bent arc shape, so that the surfaces of the upper shape memory colloid smearing piece and the lower shape memory colloid smearing piece can automatically recover to deform after being smeared with colloid with high temperature after being heated, and the fact that the shape memory rubber rolls are shared is convenient to guarantee that both the surface paper can be subjected to rubber coating treatment and the core paper can be subjected to rubber coating treatment.

Further, the colloid paints the cavity that the piece set up for being close to sharing shape memory rubber roll one side opening, the colloid paints one side that the piece is close to sharing shape memory rubber roll and is the arc setting the same with sharing shape memory rubber roll centre of a circle, the colloid paints the piece and contacts with sharing shape memory rubber roll, and the colloid paints the piece and is convenient for carry out the rubber coating processing to sharing shape memory rubber roll for sharing shape memory rubber roll is full of the colloid, a lateral wall that memory alloy deformation extruded piece and sharing shape memory rubber roll contact connects is the inclined plane setting, guarantees to paint the piece and down shape memory colloid and paints the piece and contact with memory alloy deformation extruded piece when can be harmless fast and hug closely sharing shape memory rubber roll surface.

Further, the height between the upper paper guide roll and the upper paper guide glue spreader is greater than the thickness of the surface paper, preferably, the height between the upper paper guide roll and the upper paper guide glue spreader is slightly greater than the thickness of the surface paper so that the surface paper can be transmitted between the upper paper guide roll and the upper paper guide glue spreader can uniformly glue the lower wall of the surface paper, the height between the lower paper guide roll and the lower paper guide glue spreader is greater than the thickness of the surface paper, preferably, the height between the lower paper guide roll and the lower paper guide glue spreader is slightly greater than the thickness of the surface paper so that the surface paper can be transmitted between the lower paper guide glue spreader and the lower paper guide glue spreader can uniformly glue the upper wall of the surface paper, the height between the upper shared shape memory and the lower shared shape memory is greater than the thickness of the core paper, preferably, the height between the upper shared shape memory rubber roller and the lower shared shape memory rubber roller is slightly larger than the thickness of the core paper, and the core paper can be transmitted between the upper shared shape memory rubber roller and the lower shared shape memory rubber roller, and the upper shared shape memory rubber roller and the lower shared shape memory rubber roller can be respectively contacted with the upper wall and the lower wall of the core paper and can be subjected to uniform gluing treatment to be optimal.

Preferably, the colloid is a hot melt adhesive, is convenient for packaging and storing, and has good plasticity.

Adopt above-mentioned structure the utility model discloses the beneficial effect who gains as follows: this scheme practicality is high, easy operation, simple structure, both can carry out the rubber coating direction to face paper and can carry out the shared shape memory rubber roll of rubber coating direction to core paper again, can carry out selectivity ration to core paper and facial tissue according to the difference of core paper and face paper structure and paint the colloid and make core paper and facial tissue can stabilize the bonding and can not excessively paint the colloid again, can effectively improve honeycomb panel facial tissue and the bonded work efficiency of core paper rubber coating, reduced artificial use, reduced construction cost.

Drawings

FIG. 1 is a schematic structural diagram of an apparatus for sharing a rubber roller between a surface paper and a core paper of a honeycomb panel according to the present invention;

FIG. 2 is a schematic structural diagram of an upper shared shape memory rubber roll of a device for sharing a rubber roll between surface paper and core paper of a honeycomb panel according to the present invention;

FIG. 3 is a schematic structural diagram of a lower shared shape memory rubber roll of the device for sharing rubber rolls between the surface paper and the core paper of the honeycomb panel;

wherein, 1, a fixed bearing body, 2, a colloid flowing component, 3, a facial tissue gluing conveying component, 4, a shared shape memory rubber roller, 5, an upper paper guide roller, 6, an upper paper guide glue spreader, 7, a lower paper guide roller, 8, a lower paper guide glue spreader, 9, an upper 8-shaped reverse conveying belt, 10, a lower 8-shaped reverse conveying belt, 11, a colloid loading carrier, 12, an electric heating wire, 13, colloid, 14, a colloid circulation smearing pipe frame, 15, a colloid smearing piece, 16, an upper shared shape memory rubber roller, 17, a lower shared shape memory rubber roller, 18, an upper paper gluing conveying belt, 19, a lower paper gluing conveying belt, 20, a memory alloy deformation extruding piece, 21, an upper shared rubber roller body, 22, an upper shape memory colloid smearing piece, 23, an upper shape memory colloid smearing piece clamping groove, 24, a lower shared rubber roller body, 25, a lower shape memory colloid smearing piece, 26. the lower shape memory colloid smearing part is clamped with a groove 27, a shape memory alloy strip 28, an upper transmission motor 29 and a lower transmission motor.

Detailed Description

The technical solution of the present invention will be described in further detail with reference to specific embodiments, and all the parts of the present invention not described in detail in the technical features or the connection relation are the prior art.

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in fig. 1-3, the device for sharing rubber roller between the surface paper and the core paper of the cellular board of the present invention comprises a fixed bearing body 1, a colloid flowing component 2, a surface paper gluing transmission component 3 and a shared shape memory rubber roller 4, wherein the fixed bearing body 1 is a hollow cavity, the shared shape memory rubber roller 4 is arranged in the fixed bearing body 1, the surface paper gluing transmission component 3 is arranged in the fixed bearing body 1 at two sides of the shared shape memory rubber roller 4, the colloid flowing component 2 is arranged on the fixed bearing body 1, the surface paper gluing transmission component 3 comprises an upper paper guide roller 5, an upper paper guide gluing roller 6, a lower paper guide gluing roller 7, a lower paper guide gluing roller 8, an upper 8-shaped reverse conveying belt 9, a lower 8-shaped reverse conveying belt 10, an upper motor 28 and a lower motor 29, the upper paper guide roller 6 is rotatably arranged on the side wall of the fixed bearing body 1 and is arranged above the shared shape memory rubber, the upper paper guide glue spreader 6 is in contact with the shared shape memory rubber roller 4, the upper paper guide glue spreader 5 can be rotatably arranged on the side wall of the fixed bearing body 1 and above the upper paper guide glue spreader 6, the upper 8-shaped reverse conveyor belt 9 is arranged on the upper paper guide glue spreader 5 and the upper paper guide glue spreader 6, the upper 8-shaped reverse conveyor belt 9 is a conveyor belt which is arranged in a 8-shaped reverse cross manner, the upper transmission motor 28 is arranged on the side wall of the fixed bearing body 1 and the output end of the upper paper guide glue spreader 5 is connected with the upper paper guide glue spreader 8, the lower paper guide glue spreader 8 can be rotatably arranged on the side wall of the fixed bearing body 1 and below the shared shape memory rubber roller 4, the lower paper guide glue spreader 8 is in contact with the shared shape memory rubber roller 4, the lower paper guide glue spreader 7 can be rotatably arranged on the side wall of the fixed bearing body 1 and above the lower paper guide glue spreader 8, the lower 8-shaped reverse, lower 8 shape reverse conveyer belt 10 sets up the conveyer belt for being 8 shape reverse cross, down driving motor 29 locates 1 lateral wall of fixed carrier and output and below paper guide roll 7 link to each other, colloid flow subassembly 2 includes colloid dress carrier 11, heating wire 12, colloid 13, colloid circulation and paints pipe support 14 and colloid and paint a 15, colloid dress carrier 11 locates on the fixed carrier 1, heating wire 12 rigid coupling is located on colloid dress carrier 11 lateral wall, colloid 13 is located in colloid dress carrier 11, colloid circulation is paintd pipe support 14 and is located on 1 lateral wall of fixed carrier and link up with colloid dress carrier 11 and link up continuously, colloid is paintd a 15 and is located the colloid circulation and paint on pipe support 14 and paint pipe support 14 with the colloid circulation and link up continuously, colloid paint a 15 and share shape memory rubber roll 4 touch-joint.

Wherein, fixed supporting body 1 is the cavity setting of both ends open-ended, sharing shape memory rubber roll 4 includes sharing shape memory rubber roll 16, sharing shape memory rubber roll 17 down, paper rubber coating conveyer belt 18, lower paper rubber coating conveyer belt 19 and memory alloy deformation extruded piece 20 down, it locates fixed supporting body 1 lateral wall to go up sharing shape memory rubber roll 16 is rotatable, sharing shape memory rubber roll 17 is rotatable to be located fixed supporting body 1 lateral wall down and locates under sharing shape memory rubber roll 16, facial tissue rubber coating conveyer belt 18 is located on facial tissue guide roll 5 and between sharing shape memory rubber roll 16 in the top, lower paper rubber coating conveyer belt 19 is located under between sharing shape memory rubber roll 17 on paper guide roll 7, memory alloy supporting body deformation extruded piece 20 locates fixed supporting body 1 lateral wall and respectively with last sharing shape memory rubber roll 16, The lower shared shape memory rubber roller 17 is contacted, the upper shared shape memory rubber roller 16 comprises an upper shared rubber roller body 21 and an upper shape memory colloid smearing piece 22, the upper shared rubber roller body 21 can be rotatably arranged on the side wall of the fixed bearing body 1, the upper shared rubber roller body 21 is provided with an upper shape memory colloid smearing piece clamping groove 23 which is annularly arranged, the upper shape memory colloid smearing piece 22 is uniformly arranged in the upper shape memory colloid smearing piece clamping groove 23, the lower shared shape memory rubber roller 17 comprises a lower shared rubber roller body 24 and a lower shape memory colloid smearing piece 25, the lower shared rubber roller body 24 can be rotatably arranged on the side wall of the fixed bearing body 1, the lower shared rubber roller body 24 is provided with a lower shape memory colloid smearing piece clamping groove 26 which is annularly arranged, the lower shape memory colloid smearing piece 25 is uniformly arranged in the lower shape memory colloid smearing piece clamping groove 26, go up the flexible rubber strip that shape memory colloid dauber 22 and shape memory colloid dauber 25 down set up for the camber, go up the surface of shape memory colloid dauber 22 and shape memory colloid dauber 25 down and be equipped with the shape memory alloy strip 27 that the camber set up respectively, colloid dauber 15 is the cavity that is close to sharing shape memory rubber roll 4 one side opening setting, one side that colloid dauber 15 is close to sharing shape memory rubber roll 4 is the arc setting the same with sharing shape memory rubber roll 4 centre of a circle, colloid dauber 15 contacts with sharing shape memory rubber roll 4, a lateral wall that memory alloy deformation extruded piece 20 and sharing shape memory rubber roll 4 contact is the inclined plane setting, highly being greater than the thickness of facial tissue between facial tissue guide roll 5 and the facial tissue guide glue spreader 6, highly being greater than the thickness of facial tissue between lower facial tissue guide roll 7 and the lower facial tissue guide glue spreader 8, the height between the upper shared shape memory rubber roller 16 and the lower shared shape memory rubber roller 17 is larger than the thickness of the core paper, and the rubber body 13 is hot melt adhesive.

When the glue spreading device is used specifically, the electric heating wire 12 heats a glue 13 in a glue loading carrier 11, the heated and melted glue 13 flows to a glue spreading part 15 through a glue flowing spreading pipe frame 14, meanwhile, the upper transmission motor 28 drives the upper paper guide roller 5 to rotate anticlockwise, the upper paper guide roller 5 drives the upper paper guide glue spreading roller 6 to rotate clockwise through the upper 8-shaped reverse conveyor belt 9, meanwhile, the upper paper guide roller 5 drives the upper shared shape memory rubber roller 16 to rotate anticlockwise through the upper paper glue spreading conveyor belt 18, the lower transmission motor 29 drives the lower paper guide roller 7 to rotate clockwise, the lower paper guide roller 7 drives the lower paper guide glue spreading roller 8 to rotate anticlockwise through the lower 8-shaped reverse conveyor belt 10, meanwhile, the lower paper guide roller 7 drives the lower shared shape memory rubber roller 17 to rotate clockwise through the lower paper glue spreading conveyor belt 19, and the upper shared shape memory rubber roller 16 and the lower shared shape memory rubber roller 17 rotate, the user respectively plugs the surface paper between the upper paper guide glue coating roller 6 and the upper paper guide roller 5 and between the lower paper guide glue coating roller 8 and the lower paper guide roller 7 and plugs the core paper between the upper shared shape memory rubber roller 16 and the lower shared shape memory rubber roller 17 through the glue circulation coating pipe frame 14, at the moment, the glue coating piece 15 uniformly coats the heated glue 13 on the surfaces of the upper shared shape memory rubber roller 16 and the lower shared shape memory rubber roller 17, the upper shape memory glue coating piece 22 and the lower shape memory glue coating piece 25 are arranged in a curved arc shape after being heated and restore to the shape before being deformed and are inserted into honeycomb holes of the core paper to drive the core paper to be driven forwards, meanwhile, the glue 13 on the surfaces of the upper shape memory glue coating piece 22 and the lower shape memory glue coating piece 25 is uniformly coated on the surface of the core paper, when the upper shape memory glue coating piece 22 and the lower shape memory glue coating piece 25 rotate to the position of the memory alloy deformation extrusion piece, the shape memory alloy extrusion piece extrudes the upper shape memory colloid smearing piece 22 and the lower shape memory colloid smearing piece 25 to deform the shape memory colloid smearing piece 22 and the lower shape memory colloid smearing piece 25 to be respectively tightly attached to the inner walls of the upper shape memory colloid smearing piece clamping groove 23 and the lower shape memory colloid smearing piece clamping groove 26, when the upper shape memory colloid smearing piece 22 and the lower shape memory colloid smearing piece 25 respectively rotate to be in contact with the upper paper guide glue spreader 6 and the lower paper guide glue spreader 8, the surface colloid 13 of the upper shared shape memory rubber roll 16 is evenly smeared on the surface of the upper surface paper guide glue spreader 6, the surface colloid 13 of the lower shared shape memory rubber roll 17 is evenly smeared on the surface of the lower paper guide glue spreader 8, and the upper paper guide glue spreader 6 and the upper paper guide roll 5 drive the surface paper filled in the upper shared shape memory rubber roll to forwards transmit to the upper shared shape memory rubber roll 16, meanwhile, the glue 13 on the surface of the upper paper guide glue coating roller 6 is uniformly coated on the lower wall of the surface paper, when the surface paper is transmitted to the upper shared shape memory glue roller 16, the upper shared shape memory glue roller 16 is used for uniformly coating the glue 13 on the lower surface of the surface paper again, the lower paper guide glue coating roller 8 and the lower paper guide roller 7 drive the surface paper filled in the glue to be transmitted to the lower shared shape memory glue roller 17, the glue 13 is uniformly coated on the surface paper of the lower paper guide glue coating roller 8, when the surface paper is transmitted to the lower shared shape memory glue roller 17, the glue 13 is uniformly coated on the upper surface of the surface paper again by the lower shared shape memory glue roller 17, the glue 13 is uniformly distributed by coating the glue 13 twice, so that the surface paper and the core paper are bonded more firmly, the shared glue coating of the surface paper and the core paper.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims

1. The utility model provides a device of honeycomb panel facial tissue and sharing rubber roll of medium paper which characterized in that: the facial tissue gluing device comprises a fixed bearing body, a colloid flowing component, a facial tissue gluing conveying component and a shared shape memory rubber roll, wherein the fixed bearing body is arranged as a hollow cavity, the shared shape memory rubber roll is arranged in the fixed bearing body, the facial tissue gluing conveying component is arranged in the fixed bearing body on two sides of the shared shape memory rubber roll, the colloid flowing component is arranged on the fixed bearing body, the facial tissue gluing conveying component comprises an upper facial tissue guide rubber roll, a lower facial tissue guide rubber roll, an upper 8-shaped reverse conveying belt, a lower 8-shaped reverse conveying belt, an upper transmission motor and a lower transmission motor, the upper facial tissue guide rubber roll is rotatably arranged on the side wall of the fixed bearing body and is arranged above the shared shape memory rubber roll, the upper facial tissue guide rubber roll is in contact connection with the shared shape memory rubber roll, the upper facial tissue guide rubber roll is, the upper 8-shaped reverse conveying belt is arranged on the upper paper guide roll and the upper paper guide glue spreading roll, the upper 8-shaped reverse conveying belt is a conveying belt which is 8-shaped reverse cross arrangement, the upper transmission motor is arranged on the side wall of the fixed carrier and the output end of the upper transmission motor is connected with the upper paper guide roll, the lower paper guide glue spreading roll is rotatably arranged on the side wall of the fixed carrier and is arranged below the shared shape memory glue roller, the lower paper guide glue spreading roll is in contact with the shared shape memory glue roller, the lower paper guide roll is rotatably arranged on the side wall of the fixed carrier and is arranged above the lower paper guide glue spreading roll, the lower 8-shaped reverse conveying belt is arranged on the lower paper guide roll and the lower paper guide glue spreading roll, the lower 8-shaped reverse conveying belt is a conveying belt which is 8-shaped reverse cross arrangement, the lower transmission motor is arranged on the side wall of the fixed, the colloid flows the subassembly and includes that colloid dress carrier, heating wire, colloid circulation paint pipe support and colloid paint the piece, the colloid loads the body and locates on the fixed carrier body, the heating wire rigid coupling is located on the colloid loads the body lateral wall, the colloid is located the colloid and is loaded internally, the colloid circulation is paintd the pipe support and is located on the fixed carrier body lateral wall and load the body with the colloid and link up continuously, the colloid is paintd the piece and is located the colloid circulation and paint on the pipe support and paint the pipe support with the colloid circulation and link up continuously, the colloid is paintd the piece and is touched with sharing shape memory rubber roll and connect.

2. The device for sharing the rubber roller between the surface paper and the medium paper of the honeycomb board as claimed in claim 1, wherein: fixed supporting body is both ends open-ended cavity setting, sharing shape memory rubber roll includes sharing shape memory rubber roll, last paper rubber coating conveyer belt, down paper rubber coating conveyer belt and memory alloy deformation extruded article down, it is rotatable to locate fixed carrier lateral wall to go up sharing shape memory rubber roll, sharing shape memory rubber roll is rotatable to be located fixed carrier lateral wall down and to locate under the sharing shape memory rubber roll, it locates on the paper guide roll and between the last sharing shape memory rubber roll on the paper guide roll on to go up the paper rubber coating conveyer belt, down the paper rubber coating conveyer belt is located down between the sharing shape memory rubber roll under and on the paper guide roll, memory alloy deformation extruded article are located fixed carrier lateral wall and are contacted with last sharing shape memory rubber roll, lower sharing shape memory rubber roll respectively.

3. The device for sharing the rubber roller between the surface paper and the medium paper of the honeycomb board as claimed in claim 2, wherein: the upper sharing rubber roller comprises an upper sharing rubber roller body and an upper shape memory colloid smearing piece, the upper sharing rubber roller body is rotatably arranged on the side wall of the fixed carrier, an upper shape memory colloid smearing piece clamping groove which is annularly arranged is formed in the upper sharing rubber roller body, the upper shape memory colloid smearing piece is uniformly distributed in the upper shape memory colloid smearing piece clamping groove, the lower sharing rubber roller comprises a lower sharing rubber roller body and a lower shape memory colloid smearing piece, the lower sharing rubber roller body is rotatably arranged on the side wall of the fixed carrier, the lower sharing rubber roller body is provided with a lower shape memory colloid smearing piece clamping groove which is annularly arranged, and the lower shape memory colloid smearing piece is uniformly distributed in the lower shape memory colloid smearing piece clamping groove.

4. The device for sharing the rubber roller between the surface paper and the medium paper of the honeycomb board as claimed in claim 3, wherein: the upper shape memory colloid smearing piece and the lower shape memory colloid smearing piece are flexible rubber strips arranged in a bent arc shape, and shape memory alloy strips arranged in a bent arc shape are respectively arranged on the surfaces of the upper shape memory colloid smearing piece and the lower shape memory colloid smearing piece.

5. The device for sharing the rubber roller between the surface paper and the medium paper of the honeycomb board as claimed in claim 2, wherein: the glue smearing piece is a hollow cavity which is arranged close to an opening on one side of the shared shape memory rubber roller, one side, close to the shared shape memory rubber roller, of the glue smearing piece is arranged in an arc shape which is the same as the circle center of the shared shape memory rubber roller, the glue smearing piece is in contact with the shared shape memory rubber roller, and one side wall, in contact with the shared shape memory rubber roller, of the memory alloy deformation extrusion piece is arranged in an inclined plane.

6. The device for sharing the rubber roller between the surface paper and the medium paper of the honeycomb board as claimed in claim 2, wherein: the height between the upper paper guide roller and the upper paper guide glue spreader is greater than the thickness of the surface paper, the height between the lower paper guide roller and the lower paper guide glue spreader is greater than the thickness of the surface paper, and the height between the upper shared shape memory rubber roller and the lower shared shape memory rubber roller is greater than the thickness of the core paper.

7. The device for sharing the rubber roller between the surface paper and the medium paper of the honeycomb board as claimed in claim 1, wherein: the colloid is hot melt adhesive.