CN116674259A - Production equipment and production process of folding bubble-pressing paper - Google Patents

Abstract

The invention discloses a production device and a production process of folding bubble paper, wherein the production device comprises a placing roller used for placing a raw paper roll, one side of the placing roller is rotatably provided with a bubble pressing roller used for pressing bubbles, a first driving roller is used for conducting the raw paper roll to the bubble pressing roller to form bubble pressing paper, concave bubbles and convex bubbles are arranged on the bubble pressing paper in a staggered mode, the other side of the bubble pressing roller is provided with a cutter component used for cutting an easy-to-tear line, a second driving roller used for conveying the bubble pressing paper is rotatably arranged between the cutter component and the bubble pressing roller, the other side of the cutter component is provided with a swinging arm capable of swinging in a reciprocating mode, a third driving roller used for conveying the bubble pressing paper is rotatably arranged between the cutter component and the swinging arm, the swinging arm is used for guiding the bubble pressing paper and swinging in a reciprocating mode to enable the bubble pressing paper to be stacked, and the convex bubbles and the concave bubbles of the stacked upper and lower bubble pressing papers are mutually embedded, and the bubble pressing paper is in a stacked state, and the easy-to-tear line is used as a folding line. The invention can save the transportation space, prevent the extrusion deformation during transportation and prevent losing the damping effect.

Description

A kind of production equipment and production process of folding and pressing bubble paper

technical field

The invention relates to the technical field of foam paper, in particular to production equipment and a production process for folding foam paper.

Background technique

Embossed paper is a kind of paper with several regularly arranged concavo-convex circular bubbles on the surface that is pressed out by pressing rollers.

Due to the fact that the current foam paper will produce concave and convex bubbles on the surface during production, the storage method is usually rolled or folded into a "Z" to form a stack for storage and transportation, but the rolling or folding method will cause two The concave and convex bubbles on the surface of the foam paper cannot be bonded or nested, so that the foam paper takes up a lot of storage space, and it is easy to cause damage between the convex and concave cells on the surface of the foam paper due to external forces during transportation. Mutual extrusion produces deformation and loses the effect of cushioning and shock absorption.

Contents of the invention

The object of the present invention is to provide a production equipment and production process for folding bubble paper, which can automatically fold bubble paper while producing bubble paper, and make the concave and convex bubbles on the surface of the bubble paper stick to each other. Set, save space, prevent the surface of the foam paper from concave and convex deformation.

To achieve the above object, the solution of the present invention is:

A production equipment for folding and embossing foam paper, comprising a placing roller for placing base paper rolls, one side of the placing roller is rotated to be provided with an embossing roller for embossing, and the placing roller and the embossing roller rotate There is a first transmission roller for conveying the raw paper roll, and the first transmission roller conducts the raw paper roll to the foaming roller to form foaming paper, and the foaming paper is provided with concave cells and convex cells alternately, and the pressure foaming paper The other side of the foam roller is provided with a cutter part for cutting the easy-tear line, and a second drive roller for conveying the foam paper is arranged between the cutter part and the foam roller, and the cutter The other side of the component is provided with a swing arm that can swing back and forth, and a third drive roller for conveying the bubble paper is rotated between the cutter component and the swing arm, and the swing arm is used for leading out the bubble paper And swing back and forth to make the foam paper stack, and the foam paper is stacked with the easy-tear line as the fold line, and the convex and concave cells of the stacked upper and lower layers of foam paper are fitted with each other.

A preferred embodiment is that the swing arm includes an inlet portion and a channel portion, the third transmission roller is located on one side of the inlet portion, and the channel portion is arranged in a downwardly inclined arc.

A preferred embodiment is that the foam roll includes a first foam roll and a second foam roll, and the first foam roll and the second foam roll are vertically arranged with a gap between them, Protrusions and depressions are arranged at intervals on the surface of the first foaming roller and the second foaming roller, and the protrusions and depressions are alternately arranged, and the protrusions of the first foaming roller and the second foaming roller The depressions of the rollers correspond, and the protrusions of the second foaming roller correspond to the depressions of the first foaming roller.

A preferred embodiment is that an atomizing and wetting device for wetting the base paper roll is fixedly arranged above the first driving roller.

A preferred embodiment is that a first adjustment frame is further provided between the foaming roller and the cutter member, and the first adjustment frame includes a first control handle, a first slide rail, a first slide block and a first adjustment frame. A rotating shaft, the first sliding block is slidably arranged on the first slide rail, the first rotating shaft is rotatably arranged on the first sliding block, and the first rotating shaft can allow bubble paper to pass through , the first control handle is electrically connected with the first slider, and is used to control the movement of the first slider on the first slide rail to adjust the pressure of the foam paper on the first slide rail. high.

Further, the cutter part includes a cutter roller and a cutter bottom roller, the cutter bottom roller is located directly below the cutter roller, and multiple groups of cutters are installed on the surface of the cutter roller for Cutting easy-tear lines of different sizes, the easy-tear line is located between the concave bubble and the convex bubble, and does not exceed the distance between the concave bubble and the convex bubble.

Further, there are multiple groups of brushes at intervals between the cutter member and the swing arm, and the rotating speeds of the brush groups are the same, and each group of brushes includes two brushes, and the two brush groups The brushes are arranged vertically, and there are gaps between them for the bubble paper to pass through.

Further, a second adjustment frame is also provided between the two brush groups, and the second adjustment frame includes a second control handle, a second slide rail, a second slider and a second rotation shaft. The second slider is slidably arranged on the second slide rail, the second rotating shaft is rotatably arranged on the second sliding block, the second rotating shaft can allow the bubble paper to pass through, and the second control handle and The second slider is electrically connected, and is used to control the movement of the second slider on the second slide rail, and adjust the height of the foam paper on the second slide rail.

The present invention also provides a production process for folding and pressing foam paper, comprising the following steps:

Step 1: setting up a kind of production equipment for folding and embossing bubble paper described in any one of the above;

Step 2: Place the roller to rotate, and cooperate with the first transmission roller to transfer the base paper to the foaming roller, and the base paper is foamed by the foaming roller to form foaming paper;

Step 3: The foam paper is sent to the cutter part through the second driving roller;

Step 4: The cutter part cuts the easy-to-tear line on the foam paper;

Step 5: The third transmission roller transfers the bubble paper with easy-to-tear line to the swing arm;

Step 6: The swing arm leads out the foam paper and swings back and forth to make it stacked, and the convex and concave cells of the upper and lower layers of the foam paper are fitted with each other.

After adopting the above scheme, the beneficial effects of the present invention are:

In the present invention, the base paper roll on which the roller is placed is transferred to the foaming roller through the first transmission roller, and the base paper roll is made into foaming paper, and the complete foaming paper is transmitted to the upper cutter part through the second transmission roller for cutting the upper and lower parts. Tear line, through the third transmission roller and the brush group, the bubble paper is sent into the swing arm, and the bubble paper can be stacked upwards through the reciprocating swing of the swing arm, and the easy-to-tear line is located at both ends of the folded bubble paper , so that the edges of the bubble paper can be tightly attached; the concave and convex bubbles on the surface of the bubble paper of the present invention can be fitted and tightly attached to each other in the stacked state, which can save the transportation space during transportation, and can prevent accidents during transportation. The extrusion deformation caused by the non-fitting of concave and convex cells prevents the loss of shock absorption effect.

Description of drawings

Fig. 1 is the first state diagram of the overall structure of the present invention;

Fig. 2 is the second state diagram of the overall structure of the present invention;

Fig. 3 is a schematic diagram of the structure of the bubble paper of the present invention.

Label description:

10. Placement roller; 11. First transmission roller; 12. Atomization and humidification device; 20. Bubble roller; 21. First foam roller; 22. Second pressure roller; 23. Second transmission roller; 24. The first adjusting frame; 241, the first control handle; 242, the first slide rail; 243, the first slide block; 244, the first rotating shaft; 30, the cutter part; 31, the cutter roller; 311, the cutter; 32. Cutter bottom roller; 33. The third transmission roller; 34. Brush group; 341. Brush; 35. The second adjustment frame; 351. The second control handle; 352. The second slide rail; 353. The second Slider; 354, second rotating shaft; 40, swing arm; 41, entrance part; 42, channel part; box.

Detailed ways

The present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figures 1 to 3, the present invention provides a production equipment for folding and embossing bubble paper 50, which includes a placement roller 10 for placing base paper rolls, and one side of the placement roller 10 is rotated to be provided with a Bubbling roller 20, between the placement roller 10 and the foaming roller 20, a first drive roller 11 for transmitting the base paper roll is rotated, and the first drive roller 11 conducts the base paper roll to the bubble pressure roller 20 to form a press roll. Bubble paper 50, the bubble paper 50 is provided with dimples 52 and convex bubbles 51 alternately, the other side of the bubble roll 20 is provided with a cutter part 30 for cutting the easy-tear line 53, and the cutter Between the knife part 30 and the foam roll 20, there is a second transmission roller 23 for conveying the foam paper 50. The other side of the cutter part 30 is provided with a swing arm 40 that can swing back and forth. Between the cutter part 30 and the swing arm 40, a third drive roller 33 for conveying the bubble paper 50 is rotated, and the swing arm 40 is used to lead out the bubble paper 50 and swing back and forth to stack the bubble paper 50, And the bubble paper 50 is stacked with the easy-tear line 53 as the folding line, and the convex bubbles 51 and the concave bubbles 52 of the stacked upper and lower layers of the bubble paper 50 are fitted with each other; specifically, in this embodiment, the first driving roller 11 The number of the second transmission roller 23 is two, the number of the third transmission roller 33 is one; specifically, stacking with the easy tear line 53 as the folding line can make the concave bubble 52 at the edge of the bubble paper 50 It can fit tightly with the bubble 51, preventing the edge position of the bubble paper 50 from bulging.

Further, the swing arm 40 includes an inlet portion 41 and a channel portion 42, the third drive roller 33 is located on one side of the inlet portion 41, and the channel portion 42 is arranged in a downwardly inclined arc; specifically , the swing arm 40 matches the length of each piece of foam paper 50 to swing back and forth, and performs Z-shaped folding at the easy-tear line 53. Correspondingly fitted closely and vertically stacked to form the folded bubble paper 50 , and the finished bubble paper 50 produced by the folded bubble paper 50 process is more convenient for transportation and storage.

In order to make embossing paper 50, described embossing roll 20 comprises first embossing roll 21 and second embossing roll 22, and described first embossing roll 21 and second embossing roller 22 are vertically arranged, and two There is a gap between them, and the surfaces of the first bubble roll 21 and the second bubble roll 22 are provided with protrusions and depressions at intervals, and the protrusions and depressions are alternately arranged. The first bubble roll 21 The protrusions of the second bubble roll 22 correspond to the depressions of the second bubble roll 22, and the protrusions of the second bubble roll 22 correspond to the depressions of the first bubble roll 22; specifically, the first bubble roll 21 and The second foam roll 22 has a heating function and is equipped with an independent temperature control system. After atomization, the wet base paper is heated and dried by the foam roll 20, so that the shape of the foam paper is more stable; The shape of the sphere is not limited to the shape of a sphere, and other shapes that are conducive to pressing and forming can also be used. In this embodiment, the shape of a sphere is taken as an example, and the diameter of the protrusion can be changed to produce pressed parts with different diameters. Bubble paper 50; Specifically, there is a gap between the protrusions and depressions of the first foam roll 21 and the protrusions and depressions of the second bubble roll 22, so that the convex bubbles 51 and concave bubbles 52 on the bubble paper 50 There is a gap between them, and this gap can be used as the scope of action of the cutter member 30. On this range, an easy-to-tear line 53 is made to prevent the easy-to-tear line 53 from being made on the convex bubble 51 and the concave bubble 52; The horizontal position of the first driving roller 11 and the second driving roller 23 on both sides of 20 is lower than the horizontal position of the gap between the first foaming roller 21 and the second foaming roller 22, so that the base paper passes through the first foaming roller The gap between the roller 21 and the second foaming roller 22 can be in close contact with the second foaming roller 22, so that the convex bubbles 51 and the concave bubbles 52 can be pressed out on the base paper.

In order to apply atomized wetting to the base paper surface, an atomized wetting device 12 for wetting the base paper roll is also fixed above the first drive roller 11, so as to improve the forming cracks of the bubble paper 50, and through the atomized wetting device 12 The surface of the base paper is subjected to humidification treatment, and the humidified base paper is more conducive to bubble forming by the foaming roller 20 . Specifically, two of the three first transmission rollers 11 are close to the placement roller 10 and the foaming roller 20 respectively, the other first transmission roller 11 is located between the two, and the first transmission roller 11 close to the placement roller 10 The horizontal position is the lowest, the horizontal position of the first driving roller 11 in the middle is higher than the two, the horizontal position of the first driving roller 11 close to the foaming roller 20 is higher than the horizontal position of the first driving roller 11 close to the placing roller 10, and Lower than the horizontal position of the first transmission roller 11 in the middle, the atomizing and humidifying device 12 is arranged between the first rotating roller in the middle and the first transmission roller 11 close to the foaming roller 20, since the first transmission roller 11 in the middle The first drive roller 11 close to the bubble roll 20 is an inclined plane, so when the atomizing and humidifying device 12 is spraying, the water will permeate and flow obliquely downward on the base paper, so that the base paper entering the bubble roll 20 is moist enough, and after passing close to After pressing the first transmission roller 11 of the bubble roller 20, the base paper is transported obliquely upward, so that the water of the base paper flows in the opposite direction, so as to prevent the base paper from being broken due to being too wet. Close to the bubble roller 20, so the base paper is still wet, but will not break, so that the concave bubbles 52 and convex bubbles 51 are formed on the base paper, and because the wet base paper is easy to deform, and also has firmness, so that the base paper is pressed Cracks are not easy to occur during the soaking process.

In order to be able to adjust the position of the easy-to-tear line 53, a first adjustment frame 24 is also provided between the bubble roller 20 and the cutter member 30, and the first adjustment frame 24 includes a first control handle 241, a first The slide rail 242, the first slide block 243 and the first rotation shaft 244, the first slide block 243 is slidably arranged on the first slide rail 242, and the first rotation shaft 244 is rotatably arranged on the first slide On the block 243, the first rotating shaft 244 can pass through the foam paper 50, the first control handle 241 is electrically connected with the first slider 243, and is used to control the first slider 243 in the Move on the first slide rail 242 to adjust the height of the bubble paper 50 on the first slide rail 242, thereby adjusting the position of the easy-tear line 53 on the bubble paper 50, ensuring that the easy-tear line 53 is in the concave bubble 52 between the bubble 51; specifically, the adjusting frame is located between the two second transmission rollers 23, so that the foam paper 50 is conveyed, and the two second transmission rollers 23 are respectively close to the foam roller 20 and the cutter member 30, Their horizontal positions are all lower than the gap between the bubble roller 20 and the cutter member 30 passing through the paper, and in this embodiment, the horizontal position of the first rotating shaft 244 on the first slider 243 is higher than the two second transmission shafts horizontal position.

In order to cut the easy-to-tear line 53, the cutter member 30 includes a cutter roller 31 and a cutter bottom roller 32, and the cutter bottom roller 32 is positioned directly below the cutter roller 31, and the cutter roller 31 A plurality of groups of cutters 311 are installed on the surface for cutting the easy-tear line 53 of different sizes, the easy-tear line 53 is located between the concave bubble 52 and the convex bubble 51, and does not exceed the concave bubble 52 and the The distance between the blisters 51 is to facilitate the folding of the bubble paper and prevent the folding of the bubble paper from being unsuccessful. Specifically, the rotation speed of the cutter roller 31 can be adjusted, and different rotation speeds can make the gap between the two easy-to-tear lines 53 The distance between them is different, but the easy-to-tear line 53 is located in the gap between the convex bubble 51 and the concave bubble 52 of the bubble paper 50; specifically, the second driving roller 23 and the third driving roller near the two sides of the cutter member 30 The horizontal positions of 33 are all lower than the height of the cutter 311, so that the easy-to-tear line 53 is intact during the roll cutting process of the cutter roller 31, and the bubble is not deformed.

In order to ensure the bubble forming effect, multiple groups of brush groups 34 are arranged at intervals between the cutter member 30 and the swing arm 40 and are rotated. The rotating speed of the brush groups 34 is the same, and each group of brushes The group 34 includes two brushes 341, the two brushes 341 are vertically arranged, and there is a gap between them for the passage of the foam paper 50; specifically, the rotating speed of the brush group 34 and the brush 341 to adjust the distance between them, and the transmission through the brush 341 can effectively ensure the foam forming effect, and adjust the speed of the brush 341 and the distance between the upper and lower brushes 341 to make the foam paper 50 run stably and make the easy-to-tear line 53 Always keep between the gaps between the two rows of concave-convex bubbles 51, and also clean the stains on the surface of the foam paper 50; specifically, the upper and lower two brushes 341 form a brush group 34, and the foam paper from the upper and lower two brushes 341 Through the middle, the foam paper 50 is sent to the swing arm 40 through the brush group 34 .

Further, a second adjustment frame 35 is provided between the two brush groups 34, and the second adjustment frame 35 includes a second control handle 351, a second slide rail 352, a second slide block 353 and a second control handle 351. Two rotating shafts 354, the second sliding block 353 is slidably arranged on the second slide rail 352, and the second rotating shaft 354 is rotatably arranged on the second sliding block 353, and the second rotating shaft 354 can be used for The bubble paper 50 passes through, and the second control handle 351 is electrically connected with the second slider 353, and is used to control the movement of the second slider 353 on the second slide rail 352, and adjust the pressure of the bubble paper. 50 on the second slide rail 352; specifically, in this embodiment, the gap between the brushes 341 is higher than the horizontal position between the cutters 311 of the cutter roller 31, and the second rotation axis The horizontal position of the gap between the top of 354 and the brush 341 is the same, and at this position, the foam paper 50 can be conveyed horizontally.

Further, the rotational speeds of the first transmission roller 11, the second transmission roller 23, and the third transmission roller 33 are the same, so as to prevent the foaming paper 50 from being caused by the different rotational speeds of the respective transmission rollers during the production and delivery of the foam paper 50. Paper 50 is piled up to prevent damage to equipment and waste of paper; specifically, without considering friction, the placing roller 10, foaming roller 20, cutter bottom roller 32 and the first transmission roller 11, the second transmission roller The rotation speeds of the roller 23 and the third driving roller 33 are the same, and in actual situations, the rotation speeds of each component can be adjusted so that they can be used together.

Further, a storage box 60 is also included, the storage box 60 is located under the swing arm 40 for storing the bubble wrap 50 exported by the swing arm 40 .

The present invention also provides a production process for folding and embossing the foam paper 50, comprising the following steps:

Step 1: setting up a production equipment for folding and embossing bubble paper 50 described in any one of the above;

Step 2: Place the roller 10 to rotate, cooperate with the first transmission roller 11 to transfer the base paper to the foaming roller 20, and the base paper is foamed by the foaming roller 20 to form the foaming paper 50;

Step 3: The foam paper 50 is sent to the cutter unit 30 through the second transmission roller 23;

Step 4: The cutter part 30 cuts the easy-to-tear line 53 on the bubble paper 50;

Step 5: The third transmission roller 33 transmits the bubble paper 50 with the easy-tear line 53 to the swing arm 40;

Step 6: The swing arm 40 leads out the foam paper 50 and swings back and forth to make it stacked, and the convex cells 51 and the concave cells 52 of the upper and lower layers of the foam paper 50 are fitted together.

The above descriptions are only preferred embodiments of the present invention, and are not limitations on the design of this case. All equivalent changes made according to the design key of this case all fall within the scope of protection of this case.

Claims (10)

1. The utility model provides a production facility of folding bubble paper which characterized in that:

the device comprises a placing roller used for placing an original paper roll, a bubble pressing roller used for pressing bubbles is rotatably arranged on one side of the placing roller, a first driving roller used for conveying the original paper roll is rotatably arranged between the placing roller and the bubble pressing roller, the first driving roller is used for conducting the original paper roll to the bubble pressing roller to form bubble pressing paper, concave bubbles and convex bubbles are alternately arranged on the bubble pressing paper, a cutter component used for cutting an easy-tearing line is arranged on the other side of the bubble pressing roller, a second driving roller used for conveying the bubble pressing paper is rotatably arranged between the cutter component and the bubble pressing roller, a swing arm capable of swinging reciprocally is arranged on the other side of the cutter component, a third driving roller used for conveying the bubble pressing paper is rotatably arranged between the cutter component and the swing arm, the swing arm is used for guiding out the bubble pressing paper and swinging reciprocally to enable the bubble pressing paper to be stacked, the bubble pressing paper is stacked by taking the easy-tearing line as a folding line, and the convex bubbles and concave bubbles of upper and lower two bubble pressing papers stacked are mutually embedded.

2. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

the swing arm comprises an inlet part and a channel part, the third driving roller is positioned at one side of the inlet part, and the channel part is arranged in an arc shape inclined downwards.

3. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

the bubble pressing rollers comprise a first bubble pressing roller and a second bubble pressing roller, the first bubble pressing roller and the second bubble pressing roller are vertically arranged, a gap is reserved between the first bubble pressing roller and the second bubble pressing roller, protrusions and depressions are arranged on the surfaces of the first bubble pressing roller and the second bubble pressing roller at intervals, the protrusions and the depressions are arranged in a staggered mode, the protrusions of the first bubble pressing roller correspond to the depressions of the second bubble pressing roller, and the protrusions of the second bubble pressing roller correspond to the depressions of the first bubble pressing roller.

4. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

an atomization wetting device for wetting the raw paper roll is fixedly arranged above the first driving roller.

5. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

still be provided with first alignment jig between the bubble pressing roller with cutter unit, first alignment jig includes first control handle, first slide rail, first slider and first axis of rotation, first slider slides and sets up on the first slide rail, first axis of rotation rotates to set up on the first slider, first axis of rotation can supply bubble pressing paper to pass through, first control handle with first slider electric connection is used for control first slider is in remove in order to adjust bubble pressing paper on the first slide rail height.

6. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

the cutter component comprises a cutter roller and a cutter bottom roller, wherein the cutter bottom roller is positioned under the cutter roller, a plurality of groups of cutters are arranged on the surface of the cutter roller and used for cutting easy-to-tear lines with different sizes, and the easy-to-tear lines are positioned between the concave bubbles and the convex bubbles and do not exceed the distance between the concave bubbles and the convex bubbles.

7. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

the cutter component with still interval and rotation are provided with multiunit brush group between the swing arm, the rotational speed of brush group is the same, and every group brush group includes two brushes, two the vertical setting of brush to there is the clearance that is used for pressing bubble paper to pass through between it.

8. A production apparatus for folding a bubble-fracturing paper according to claim 7, wherein:

the second adjusting frame comprises a second control handle, a second sliding rail, a second sliding block and a second rotating shaft, wherein the second sliding block is arranged on the second sliding rail in a sliding mode, the second rotating shaft is arranged on the second sliding block in a rotating mode, the second rotating shaft can be used for allowing bubble pressing paper to pass through, the second control handle is electrically connected with the second sliding block and used for controlling the second sliding block to move on the second sliding rail, and the height of the bubble pressing paper on the second sliding rail is adjusted.

9. A production apparatus for folding a bubble-fracturing paper according to claim 1, characterized in that:

the storage box is positioned below the swing arm and used for storing the bubble pressing paper guided out by the swing arm.

10. A production process for producing folding bubble-pressing paper is characterized in that: the method comprises the following steps:

step one: providing a production apparatus for folding a bubble-containing paper according to any one of claims 1 to 9;

step two: the placing roller rotates, the base paper is conveyed to the bubble pressing roller by matching with the first driving roller, and the base paper is pressed and foamed by the bubble pressing roller to form bubble pressing paper;

step three: the bubble pressing paper is conveyed to the cutter component through the second driving roller;

step four: the cutter component cuts an easy-tearing line on the bubble pressing paper;

step five: the third driving roller conveys the bubble pressing paper with the easy-to-tear line to the swing arm;

step six: the swing arm guides out the bubble pressing paper and swings reciprocally to enable the bubble pressing paper to be stacked, and convex bubbles and concave bubbles of the upper layer of bubble pressing paper and the lower layer of bubble pressing paper are mutually embedded.