CN219763210U - Paper outlet structure for paper towel machine and paper towel machine - Google Patents

Abstract

The utility model discloses a paper discharging structure for a paper towel machine, which comprises a paper pressing structure, a main roller and a touch plate. Wherein the paper pressing structure is used for conveying paper; the main roller is matched with the paper pressing structure and is matched with the paper pressing structure to convey paper; the touch plate is arranged below the paper pressing structure, is matched with the paper pressing structure and the main roller to convey, press and cut off paper, and presses the paper pressing structure and the main roller to roll when a user needs to stretch the paper, so that the paper breaking position is located below the main roller when the paper breaking device is used. Through the cooperation of touch board and press paper structure, paper can only break the main roll below, avoids appearing the paper handkerchief still but the user can't take the paper condition.

Description

Paper outlet structure for paper towel machine and paper towel machine

Technical Field

The utility model relates to the technical field of sanitary equipment, in particular to a paper discharging structure for a paper towel machine and the paper towel machine.

Background

The tissue machine is commonly used in toilets, kitchens or outdoor public places, people can draw the tissue machine according to needs, the tissue machine can keep the paper roll clean, and the tissue machine is convenient to take.

However, in the prior art, a plurality of rollers are generally required to cooperate to output the paper towel, and when the paper roll is taken by a user, the paper roll is pulled by pulling force to obtain the paper towel with the corresponding length. However, the paper towel cannot be ensured to be disconnected in the situation that the disconnected position of the paper towel is located in the machine or even between a plurality of rollers, so that the paper cannot be taken by the next user, the paper roll can be taken out only by means of manual intervention such as opening the machine body, and the paper towel is inconvenient to use.

There is thus a need for improvements and improvements in the art.

Disclosure of Invention

In view of the above-mentioned shortcomings of the prior art, the present utility model aims to provide a paper discharging structure for a paper towel machine and a paper towel machine, so as to solve the technical problem that the paper towel machine in the prior art cannot guarantee the breaking position of paper, and when the breaking position of paper is located in the machine, the next user is inconvenient to take paper.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a paper output structure for a tissue machine, comprising:

a platen for transporting paper;

the main roller is matched with the paper pressing structure and the main roller to convey paper;

the touch plate is arranged below the paper pressing structure and is matched with the paper pressing structure to convey, press and break paper, and when a user needs to stretch the paper, the touch plate presses the paper pressing structure and the main roller to roll so as to ensure that the breaking position of the paper is positioned below the main roller during use.

The paper pressing structure is used for conveying paper; the main roller is matched with the paper pressing structure and is matched with the paper pressing structure to convey paper; the touch plate is arranged below the paper pressing structure and is matched with the paper pressing structure to convey, press and break paper. The paper pressing structure and the main roller are kept static and clamp paper by pulling the touch plate, so that the paper breaking position is always located below the main roller when the paper pressing structure and the main roller are used, and the paper is convenient for the next user to take paper.

Further, the touch plate includes:

and the paper pressing strip is arranged on the touch plate and is matched with the paper pressing structure, so that the paper pressing structure and the main roller can be pressed to roll when a user needs to stretch off the paper, and the disconnected position of the paper is ensured to be positioned below the main roller.

The section of the paper pressing strip can be triangular, when the paper pressing strip is vertical or in a preset angle, the paper pressing strip does not contact the paper pressing structure, paper can be smoothly pulled out of the touch plate, when the required paper length is reached, the paper can drive the touch plate to be pulled to a position exceeding the preset angle, at this time, the paper pressing strip is fully contacted with the paper pressing structure and applies pressure to the paper pressing structure, so that the paper pressing structure is kept still and paper is clamped between the paper pressing structure and the main roller, the disconnected position of the paper is ensured to be always below the main roller, and a next user can conveniently take the paper.

Further, the platen structure includes:

a paper pressing structure body;

the upper roller is arranged on the paper pressing structure body and is positioned above the main roller, and the upper roller is used for inputting and conveying paper;

the auxiliary wheel is arranged below the upper roller and matched with the main roller to assist in conveying paper;

the lower roller is arranged on the paper pressing structure body, is positioned below the auxiliary wheel and the main roller, and is matched with the upper roller, the auxiliary wheel and the main roller to realize matching paper conveying to the touch plate; the lower roller is positioned between the touch plate and the main roller so as to realize that the paper pressing strip presses the rotation of the lower roller after the touch plate is moved, thereby pressing paper and ensuring that the paper is disconnected below the lower roller and the main roller.

The auxiliary wheel can be arranged in a gear shape, so that the friction force during relative movement can be increased, the paper pulling force is prevented from being transmitted to the upper roller part, and the paper breakage is ensured to be below the lower roller. And the paper enters the paper outlet structure, and is conveyed between the lower roller and the main roller in an auxiliary mode under the cooperation of the upper roller and the main roller, and then is conveyed under the cooperation of the lower roller and the main roller. By pulling the touch plate, the lower roller and the main roller are pressed and cannot rotate, so that paper is clamped between the lower roller and the main roller, the disconnected position of the paper is located below the lower roller and the main roller when the user pulls the paper forcefully, and the next user can take the paper conveniently.

Further, the upper roller is provided with an upper roller groove, an upper roller groove rib is arranged in the upper roller groove, and the upper roller groove rib is used for preventing paper from being rolled into the upper roller groove;

the lower roller is provided with a lower roller groove, a lower roller groove rib is arranged in the lower roller groove, and the lower roller groove rib is used for preventing paper from being rolled into the lower roller groove;

the rubber rings are respectively sleeved on the upper roller and the lower roller to realize paper conveying by matching with the main roller.

The upper roller is provided with a plurality of upper roller grooves, and the lower roller is provided with a plurality of lower roller grooves; the upper roller is cut into a plurality of sections through the upper roller groove, and the lower roller is cut into a plurality of sections through the lower roller groove; and each section is sleeved with the rubber ring, and the rubber ring is used for conveying paper in cooperation with the main roller. When the upper roller and the lower roller move relative to the main roller, the rubber ring is made of soft material, so that paper can be well pressed, and the O-shaped rubber ring can be used as the rubber ring.

Paper gets into the upper roller, the upper roller can rotate along with the pulling force, is located the upper roller groove rib in the upper roller groove can assist in conveying paper, makes its smooth and easy of conveying, just the cover is equipped with on the upper roller the rubber circle, the paper that presses that also can be fine avoids the condition of running paper. By the rotation of the main roller, the paper reaches the lower roller, and the lower roller groove ribs and the rubber ring can assist in conveying the paper.

Further, the touch plate includes:

the touch plate ribs are arranged on the touch plate and are matched with the lower roller ribs, and the touch plate ribs are used for preventing paper from being rolled into the lower roller grooves.

The cross section of the touch plate rib can be triangular.

Further, the paper output structure for the paper towel machine further comprises:

the arm is arranged at one end of the upper roller;

one end of the tension spring is connected with the paper pressing structure body, and the other end of the tension spring is connected with the arm so as to reset the arm, thereby resetting the touch plate;

the saw teeth are arranged at the paper outlet of the touch plate and used for cutting off paper.

The arm is arranged at one end of the touch plate, one end of the tension spring is connected with the paper pressing structure body, the other end of the tension spring is connected with the arm, and therefore when the touch plate moves, the arm is reset through the elasticity of the tension spring, and the touch plate is driven to reset, when the length of paper pulled to the paper exceeds a preset angle through the paper pulling of the touch plate, the paper is cut off through the saw teeth, and after the paper is cut off, the arm is connected with the paper pressing structure body along with the elasticity of the tension spring to reset to an original position, so that preparation is made for next use.

Further, the platen structure includes:

the first sliding blocks are arranged at two ends of the upper roller;

the first end of the torsion spring is fixed on the paper pressing structure body, and the second end of the torsion spring is connected with the first sliding block;

the second sliding block is arranged at two ends of the lower roller and is connected with the third end of the torsion spring so as to realize auxiliary paper conveying.

When the upper roller and the lower roller are used for conveying paper, the elasticity of the torsion spring can ensure the stability of the positions of the upper roller and the lower roller, so that the paper is clamped with the main roller more tightly, and the smoothness and smoothness of the paper conveying are further assisted. The first end and the third end of the torsion spring can be respectively and directly connected with the upper roller end and the lower roller end, but serious abrasion can be caused by long-term use, and the first sliding block and the second sliding block are arranged, so that the direct contact abrasion of the torsion spring with the upper roller and the lower roller is reduced.

Further, the platen structure includes:

a battery for providing electrical energy;

a motor connected with the battery;

the driven belt pulley is connected with one end of the main roller;

and the belt is arranged between the motor and the driven belt pulley for conveying, so that the motor drives the driven belt pulley, and the main roller is driven to rotate.

The paper is driven to rotate through electric power, then power supply is stopped, and the paper with the residual length is pulled out manually, so that different users can take the paper with the corresponding length according to own requirements. When people need to use paper, only need to stretch hands to the front of the machine, after the sensor is triggered, the battery supplies power to the motor, the motor stops after running for a preset time, so that the main roller is driven to rotate, the paper roll is output for a period of time, no matter where the previous user pulls the paper roll, when the next user is sensed, the paper roll can be output from the machine under the drive of the main roller, and the next user can take the paper roll conveniently.

Further, the paper output structure for the tissue machine comprises:

the paper roll is used for hanging a paper roll;

the paper hanging brackets are arranged at two ends of the paper roll roller, are used for hanging the paper roll in a matched mode with the paper roll roller, and provide paper for the upper roller.

The paper roll is sleeved and hung on the paper roll, the paper roll is supported by the paper hanging bracket, and then paper on the paper roll enters the paper pressing structure.

The utility model also provides a tissue machine, which comprises the tissue outlet structure for the tissue machine and a shell matched with the tissue outlet structure for the tissue machine.

Compared with the prior art, the utility model provides a paper discharging structure for a paper towel machine and the paper towel machine, which comprise a paper pressing structure, a main roller and a touch plate, wherein the paper pressing structure is used for conveying paper, the main roller is matched with the paper pressing structure and is matched with the paper pressing structure for conveying the paper, the touch plate is arranged below the paper pressing structure and is matched with the paper pressing structure and the main roller for conveying, pressing and breaking the paper, and when a user needs to stretch the paper, the touch plate presses the paper pressing structure and the main roller to roll so as to ensure that the breaking position of the paper is positioned below the main roller in use. On one hand, the paper can not be broken above the main roller, so that the situation that the paper towel is still available but the user cannot take the paper is avoided. On the other hand the touch plate cooperates with the paper pressing structure, and paper can be broken at any length according to different requirements of different people on the paper outlet length, so that paper waste is avoided.

Drawings

FIG. 1 is a schematic perspective view of the present utility model;

FIG. 2 is a schematic cross-sectional view of a three-dimensional structure of the present utility model;

FIG. 3 is a perspective view of the connection structure of the upper roller, torsion spring and lower roller of the present utility model;

FIG. 4 is a schematic cross-sectional view of a side structure of the present utility model;

FIG. 5 is a schematic perspective view of a connection structure of a lower roller and a touch plate according to the present utility model;

FIG. 6 is a schematic plan view of a connection structure of a lower roller and a touch plate according to the present utility model;

FIG. 7 is a schematic cross-sectional view of the present utility model in a horizontal use position;

FIG. 8 is a schematic cross-sectional view of another horizontally disposed use configuration of the present utility model;

fig. 9 is a schematic cross-sectional view illustrating still another horizontal use state of the present utility model.

Detailed Description

The utility model provides a paper discharging structure for a paper towel machine and the paper towel machine. In order to make the objects, technical solutions and effects of the present utility model clearer and more specific, the present utility model will be described in further detail below with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the utility model.

As shown in fig. 1 and 2, the present utility model provides a paper discharging structure for a tissue machine, which includes a paper roll 100, a hanging bracket 200, a pressing structure 300, a main roll 400 and a touch panel 500.

As shown in fig. 1, the paper roll 100 is used for hanging a paper roll, the paper hanging brackets 200 are disposed at two ends of the paper roll 100, and may be used for hanging a paper roll in a manner of adapting to the paper roll 100, and the paper roll is fixed on the paper roll 100 and the paper hanging brackets 200.

As shown in fig. 2 and 3, the paper pressing structure 300 may be used to convey paper, wherein the paper pressing structure 300 includes a paper pressing structure body 301, an upper roller 302, an auxiliary wheel 303, and a lower roller 304. As shown in fig. 2, the upper roller 302 is disposed on the platen body 301 above the main roller 400, the paper of the paper roll fixed on the paper roll roller 100 and the paper hanging bracket 200 is connected to the upper roller 302, the upper roller 302 is used for inputting and conveying paper, and as shown in fig. 2, the paper roll output paper is entered into the platen structure 300 through the upper roller 302. As shown in fig. 3, the upper roller 302 is provided with a plurality of upper roller grooves, the upper roller 302 is cut into a plurality of sections by the upper roller grooves, and each section is sleeved with a rubber ring, and the rubber ring is used for conveying paper in cooperation with the main roller 400. When the upper roller 302 and the main roller 400 move relatively, the rubber ring is made of soft material, so that paper can be well pressed, and the rubber ring can be an O-shaped rubber ring. In addition, a plurality of upper roller groove ribs are arranged in the upper roller groove and used for preventing paper from being rolled into the upper roller groove. The auxiliary wheel 303 is arranged below the upper roller 302, above the lower roller 304 and in a relatively parallel position with the main roller 400, the auxiliary wheel 303 can be arranged in a gear shape, so that the friction force during relative movement can be increased, the auxiliary wheel 303 and the main roller 400 can assist in conveying paper, and as the auxiliary wheel 303 can squeeze the paper down, the force of the paper, which is transmitted to the upper part of the upper roller 302, is weakened during paper pulling, so that the probability of paper breakage in the lower half of the paper pressing structure 300 is increased, and the problem that the next user cannot take paper due to paper breakage between the upper roller 302 and the lower roller 304 is avoided. The lower roller 304 is disposed on the paper pressing structure body 301 and is located below the auxiliary roller 303 and the main roller 400, and the lower roller 304 is matched with the upper roller 302, the auxiliary roller 303 and the main roller 400 can be matched to convey paper to the touch plate, for example, paper enters the paper discharging structure, under the matching of the upper roller 302 and the main roller 400, the auxiliary roller 303 assists in conveying the paper between the lower roller 304 and the main roller 400, and then, under the matching of the lower roller 304 and the main roller 400, the paper is conveyed. As shown in fig. 3, the lower roller 304 is provided with a plurality of lower roller grooves, the lower roller 304 is cut into a plurality of sections by the lower roller grooves, and each section is sleeved with a rubber ring, and the rubber ring is used for conveying paper in cooperation with the main roller 400. When the lower roller 304 and the main roller 400 move relatively, the rubber ring is made of soft material, so that paper can be well pressed, and the rubber ring can be an O-shaped rubber ring. In addition, a plurality of lower roller groove ribs are arranged in the lower roller groove and used for preventing paper from being rolled into the lower roller groove.

As shown in fig. 2, 3 and 4, the paper pressing structure 300 further includes a first slider 310, a torsion spring 320, a second slider 330, a battery 340, a motor 350, a driven pulley 360, and a belt 370. Wherein the first slider 310 is disposed at both ends of the upper roller 302. The first end of the torsion spring 320 is fixed to the platen structure body 301, for example, a cylinder may be disposed on the platen structure body 301, the first end of the torsion spring 320 is sleeved on the cylinder, and the second end of the torsion spring 320 is connected to the first slider 310. The second slider 330 is disposed at both ends of the lower roller 304 and is connected to the third end of the torsion spring 320. When the upper roller 302 and the lower roller 304 are conveying paper, the elastic force of the torsion spring 320 can ensure the stability of the positions of the upper roller 302 and the lower roller 304, thereby realizing tighter clamping with the main roller 400 and assisting the smooth and fluent conveyance of paper. The first end and the third end of the torsion spring 320 may be directly connected to the ends of the upper roller 302 and the lower roller 304, respectively, but may be severely worn due to long-term use, so that the first slider 310 and the second slider 330 are provided, thereby reducing the wear of the torsion spring 320 in direct contact with the upper roller 302 and the lower roller 304.

As shown in fig. 2 and 4, the battery 340 is configured to supply electric power, the motor 350 is connected to the battery 340, the motor 350 is driven to rotate the belt 370 by electric power, the belt 370 is disposed between the motor 350 and the driven pulley 360, so that the driven pulley 360 can be driven by the motor 350, and the driven pulley 360 is connected to one end of the main roller 400, and further drives the main roller 400 to rotate. When a person needs to use paper, the person only needs to stretch his hands to the front of the machine, after the sensor is triggered, the battery 340 supplies power to the motor 350, the motor 350 runs for a preset time to drive the belt 370 to rotate, so as to drive the driven pulley 360 to rotate, and drive the main roller 400 to rotate, so that the paper is taken out. Therefore, no matter where the previous user breaks the paper roll, when the next user is sensed, the paper roll is output from the paper towel machine under the drive of the main roller 400, and the next user can conveniently take the paper roll.

As shown in fig. 2 and 3, the main roller 400 is located between the upper roller 302 and the lower roller 304, in opposite parallel with the auxiliary wheel 303. The main roller 400 is adapted to the platen 300 and cooperates with the platen 300 to hold and transport a tissue. Thus, the cooperation of the upper roller 302, the auxiliary roller 303, the lower roller 304 and the main roller 400 can smoothly convey paper.

As shown in fig. 2, the paper output structure for the paper towel machine further comprises the touch panel 500, wherein the touch panel 500 is disposed below the paper pressing structure 300, and cooperates with the paper pressing structure 300 to convey, press and break paper. As shown in fig. 4, 5 and 6, the touch panel 500 includes a paper pressing strip 510, a touch panel rib 520, an arm 530, a tension spring 540 and a saw tooth 550. The paper pressing strip 510 is disposed on the touch board 500 and is adapted to the paper pressing structure 300, so as to realize the conveyance of pressed paper. As shown in fig. 5, the cross section of the paper pressing strip 510 may be triangular, when the paper pressing strip 510 is perpendicular or within a preset angle, the paper does not contact the lower roller 304, the touch plate 500 can be pulled out smoothly, when the required paper length is reached, the touch plate 500 can be driven by the paper to a position exceeding the preset angle, at this time, the paper pressing strip 510 is fully contacted with the lower roller 304, the lower roller 304 cannot rotate, the paper is pressed between the lower roller 304 and the main roller 400 by friction force, so that the paper cannot be lengthened any more, and thus, the paper is pressed, when the user continues to exert force, the paper is only broken below the lower roller 304 and the main roller 400, so that the next user can conveniently contact the paper, and the situation that the paper cannot be taken because the paper is broken inside the paper is prevented. The lower roller 304 is adapted to the paper pressing strip 510 to move the touch plate 500, and the paper pressing strip 510 contacts with the lower roller 304, so as to press the rotation of the lower roller 304 and the main roller 400, thereby pressing the paper to be conveyed, and ensuring that the paper is not broken above the lower roller 304, so that the paper still exists but the user cannot draw out the paper. The touch panel ribs 520 are disposed on the touch panel 500 and adapted to the lower roller ribs, for preventing paper from being rolled into the lower roller grooves, and the cross section of the touch panel ribs 520 may be triangular. The arm 530 is disposed at one end of the touch board 500, one end of the tension spring 540 is connected with the platen structure body 301, and the other end is connected with the arm 530, so that when the touch board 500 moves, the arm 530 is reset by the elasticity of the tension spring 540, and the touch board 500 is driven to reset. The saw teeth 550 are disposed at the exit of the touch panel 500 for cutting the paper. When pulled to the length of the paper, the touch panel 500 may be pulled by the paper beyond a preset angle, and then cut off by the saw teeth 550.

A horizontally disposed use condition of the present utility model as shown in fig. 7, in which paper is not manually carried out of the roll, is first wound around and suspended from the roll 100, and the paper hanging bracket 200 supports the paper roll, and then the paper on the paper roll is introduced into the paper pressing structure 300. The paper enters through the upper roller 302 in the paper pressing structure 300, the upper roller 302 and the main roller 400 are matched with each other to convey paper to the lower roller 304, the lower roller 304 and the main roller 400 are matched with each other to convey paper to the touch plate 500, and the paper is output through the touch plate 500. Specifically, paper enters the upper roller 302, the upper roller 302 rotates along with the tension, ribs of the upper roller groove in the upper roller groove can assist in conveying the paper, so that the paper is conveyed smoothly, the rubber ring is sleeved on the upper roller 302, paper pressing can be well performed, and the condition of paper running is avoided. The auxiliary wheel 303 cooperates with the main roller 400 to assist in conveying paper, and since the auxiliary wheel 303 presses a piece of paper, when pulling the paper, the force of the paper, which is transmitted to the upper portion of the lower roller 304, is weakened, so that the probability of paper breakage in the lower half of the paper pressing structure 300 is increased. By rotation of the main roller 400, the paper reaches the lower roller 304, the lower roller groove ribs and the rubber ring can assist in conveying the paper, and then when the paper reaches the touch plate 500, if the paper is desired to be pulled out smoothly, the paper can be pulled out vertically or within a predetermined angle, another horizontally placed use state of the present utility model as shown in fig. 8, in which the paper is pulled down by a small angle, the length of the pulled paper does not satisfy the needs of the person, for example, the predetermined angle is 10 degrees (ten degrees perpendicular to the ground), the touch plate 500 can be rotated within a range of less than 10 degrees, the pinch strip 510 does not contact the lower roller 304, the lower roller 304 and the main roller 400 can be rotated freely, the paper can be pulled out smoothly from the touch plate 500, when the desired paper length is reached, the touch plate 500 can be pulled to a position exceeding 10 degrees by paper, and in a further horizontal use state of the utility model shown in fig. 9, in which a person pulls down the paper at a large angle, the length of the pulled paper is satisfied, for example, the paper drives the touch plate 500 to a position perpendicular to the ground by 25 degrees, at this time, the paper pulls the touch plate 500 to make the paper pressing strip 510 fully contact with the lower roller 304, so that the lower roller 304 is pressed to roll, and the restrained rolling of the main roller 400 clamps the paper between the lower roller 304 and the main roller 400, so that the paper is only broken below the lower roller 304 and the main roller 400 when the user continues to exert force, but is not broken above the upper roller, thereby avoiding the situation that the paper towel is still pulled out but the user cannot take the paper, and facilitating the next user to take the paper. Preferably, the saw teeth 550 at the paper outlet of the touch plate 500 can cut the paper. After the cutting, the arm 530 and the paper pressing structure 301 are connected with the elastic force of the tension spring 540, and the original position is restored, so that the preparation is made for the next use. Finally, as shown in fig. 2 and 4, when the paper at the paper outlet of the touch plate 500 is less than the preset length, the battery 340 supplies power to the motor 350, the motor 350 may drive the belt 370 to rotate, thereby driving the driven pulley 360 to rotate, thereby driving the main roller 400 to rotate, and outputting the paper, and when the outputted paper reaches the preset length, the power supply is stopped, and the paper output is stopped, so that the effect of saving power can be achieved, and the next user is also facilitated.

The utility model also provides a tissue machine, which comprises the tissue outlet structure for the tissue machine and a shell matched with the tissue outlet structure for the tissue machine. The technical characteristics and the technical effects are consistent with the corresponding paper outlet structure for the paper towel machine, and are not repeated here.

In summary, the utility model discloses a paper discharging structure for a paper towel machine and the paper towel machine, wherein the paper discharging structure for the paper towel machine comprises a paper roll, a paper hanging bracket, a paper pressing structure, a main roll and a touch plate. Through the cooperation between the paper pressing strip in the touch plate and the lower roller of the paper pressing structure, the effect of smoothly pulling out or pressing paper can be adjusted only by adjusting the angle of the touch plate through paper, the breaking position of the paper is ensured to be necessarily positioned below the main roller, and the paper is convenient to take when in next use.

It will be understood that equivalents and modifications will occur to those skilled in the art in light of the present utility model and their spirit, and all such modifications and substitutions are intended to be included within the scope of the present utility model as defined in the following claims.

Claims (10)

1. A paper output structure for a tissue machine, the paper output structure for a tissue machine comprising:

a platen for transporting paper;

the main roller is matched with the paper pressing structure and is matched with the paper pressing structure to convey paper;

the touch plate is arranged below the paper pressing structure, is matched with the paper pressing structure and the main roller to convey, press and break paper, and presses the paper pressing structure and the main roller to roll when a user needs to stretch the paper to break so as to ensure that the breaking position of the paper is positioned below the main roller when the paper is used.

2. The dispensing structure for a tissue machine of claim 1 wherein the trigger plate comprises:

and the paper pressing strip is arranged on the touch plate and is matched with the paper pressing structure, so that the paper pressing structure and the main roller can be pressed to roll when a user needs to stretch off the paper, and the disconnected position of the paper is ensured to be positioned below the main roller.

3. The paper output structure for a tissue machine of claim 2, wherein the paper pressing structure comprises:

a paper pressing structure body;

the upper roller is arranged on the paper pressing structure body and is positioned above the main roller, and the upper roller is used for inputting and conveying paper;

the auxiliary wheel is arranged below the upper roller and matched with the main roller to assist in conveying paper;

the lower roller is arranged on the paper pressing structure body, is positioned below the auxiliary wheel and the main roller, and is matched with the upper roller, the auxiliary wheel and the main roller to realize matching paper conveying to the touch plate; the lower roller is positioned between the touch plate and the main roller so as to realize that after the touch plate is moved, the paper pressing strip presses the lower roller to rotate, thereby pressing paper and breaking the paper below the lower roller and the main roller.

4. The paper discharging structure for a tissue machine according to claim 3, wherein the upper roller is provided with an upper roller groove, an upper roller groove rib is arranged in the upper roller groove, and the upper roller groove rib is used for preventing paper from being rolled into the upper roller groove;

the lower roller is provided with a lower roller groove, a lower roller groove rib is arranged in the lower roller groove, and the lower roller groove rib is used for preventing paper from being rolled into the lower roller groove;

the rubber rings are respectively sleeved on the upper roller and the lower roller to realize paper conveying by matching with the main roller.

5. The dispensing structure for a tissue machine of claim 4 wherein the trigger plate comprises:

the touch plate ribs are arranged on the touch plate and are matched with the lower roller ribs, and the touch plate ribs are used for preventing paper from being rolled into the lower roller grooves.

6. The paper output structure for a tissue machine of claim 3, further comprising:

the arm is arranged at one end of the upper roller;

one end of the tension spring is connected with the paper pressing structure body, and the other end of the tension spring is connected with the arm so as to reset the arm, thereby resetting the touch plate;

the saw teeth are arranged at the paper outlet of the touch plate and used for cutting off paper.

7. A paper output structure for a tissue machine as claimed in claim 3, wherein the paper pressing structure comprises:

the first sliding blocks are arranged at two ends of the upper roller;

the first end of the torsion spring is fixed on the paper pressing structure body, and the second end of the torsion spring is connected with the first sliding block;

the second sliding block is arranged at two ends of the lower roller and is connected with the third end of the torsion spring so as to realize auxiliary paper conveying.

8. The paper output structure for a tissue machine of claim 2, wherein the paper pressing structure comprises:

a battery for providing electrical energy;

a motor connected with the battery;

the driven belt pulley is connected with one end of the main roller;

and the belt is arranged between the motor and the driven belt pulley for conveying, so that the motor drives the driven belt pulley, and the main roller is driven to rotate.

9. A paper output structure for a tissue machine according to claim 3, characterized in that the paper output structure for a tissue machine comprises:

the paper roll is used for hanging a paper roll;

the paper hanging brackets are arranged at two ends of the paper roll roller, are used for hanging the paper roll in a matched mode with the paper roll roller, and provide paper for the upper roller.

10. A tissue machine, characterized in that it comprises a tissue output structure for a tissue machine according to any one of claims 1-9, and a housing adapted to the tissue output structure for a tissue machine.