CN115971118A - An aluminum-plastic film transfer device for processing batteries - Google Patents

Abstract

The invention relates to the technical field of lithium batteries, in particular to an aluminum plastic film transfer device for processing a battery, which comprises an unreeling mechanism and a dust removal assembly, wherein the dust removal assembly comprises two dust removal boxes which are arranged in a clearance manner, each dust removal box is provided with a plurality of hairbrushes, the hairbrushes of the dust removal boxes remove dust on the passing aluminum plastic film, after the aluminum plastic film passes through the clearance between the two dust removal boxes, the front and the back of the aluminum plastic film are respectively in friction fit with the hairbrushes, the dust removal boxes are internally provided with mounting plates for mounting the hairbrushes, and the mounting plates can be adjusted along the width direction of the dust removal boxes; after the aluminum-plastic film passes through the gap between the two dust removal boxes, the front side and the back side of the aluminum-plastic film are respectively in friction fit with the hairbrush, so that dust particles and surface impurities of the aluminum-plastic film can be cleaned, the cleanliness is high, and the subsequent battery wrapping quality is ensured; under the revolving cylinder guide of the deviation rectifying assembly, the deviation rectifying wheel transversely swings, so that the aluminum-plastic film in transfer can be aligned, the rolling can be carried out regularly, and the rolling quality is improved.

Description

An aluminum-plastic film transfer device for processing batteries

technical field

The invention relates to the technical field of lithium batteries, in particular to an aluminum-plastic film transfer device for processing batteries.

Background technique

Because the raw materials of the pole pieces, tabs, diaphragms, shells and other components in the battery are coil materials, that is, the process of battery processing involves the feeding and cutting of coil materials. For example, when preparing the soft pack battery shell, it is necessary to The aluminum-plastic film is loaded and cut. When the existing coil feeding mechanism replaces the coil, the operator needs to remove the tail of the coil, and set the beginning of the new coil at the traction part of the equipment. The operation of replacing the coil is cumbersome, which affects the processing efficiency, and the coil tail The material cannot be utilized, resulting in waste.

For this reason, the Chinese invention with the patent number of 202021330611.X discloses a deviation correction feeding mechanism, which includes a tension wheel, an unwinding table, a deviation correction module and a connection assembly. There is an air expansion shaft on the unwinding table; the connection assembly includes a connection platform, a connection pressing piece and two guides. The connection platform is installed on the unwinding table, and the two guides are along the conveying direction of the aluminum-plastic film coil. Sequential setting, the connection platform is provided with a connection area, the connection area is located between the two guides, the connection pressing part is used to clamp the tail of the old aluminum-plastic film coil and the beginning of the new aluminum-plastic film coil together Hold on to the docking area.

In the above solution, the position of the unwinding table is controlled by the deviation correction module to prevent the aluminum-plastic film coil from shifting during the feeding process. During the transportation of the aluminum film, the aluminum film in the transportation will absorb some dust. If the dust Failure to clean up in time caused the quality of the wrapped aluminum film to be affected when the battery was wrapped.

Contents of the invention

The object of the present invention is to provide an aluminum-plastic film transfer device for processing batteries in view of the deficiencies in the prior art.

To achieve the above object, the technical scheme of the present invention is as follows:

An aluminum-plastic film transfer device for processing batteries, including a workbench, on which two aluminum film transfer stations are arranged, the workbench includes a bottom work plate and a vertically arranged work riser, the aluminum film transfer station Bits include:

An unwinding mechanism, the unwinding mechanism includes an unwinding platform, an air expansion shaft is arranged on the unwinding platform, and the aluminum-plastic film coil is arranged on the air expansion shaft;

Dust removal assembly, the dust removal assembly includes two dust removal boxes arranged in gaps, each dust removal box is equipped with a plurality of brushes, the brushes of the two dust removal boxes remove dust from the passing aluminum-plastic film, and the aluminum-plastic film passes through two dust removal boxes After the box gap, the front and back of the aluminum-plastic film are frictionally matched with the brush respectively, and there is also a mounting plate for installing the brush in the dust removal box, and the mounting plate can be adjusted along the width direction of the dust removal box;

A transverse guide assembly is arranged between the unwinding mechanism and the dust removal assembly. The transverse guide assembly includes a transverse support plate. The first transverse guide roller for rolling and guiding the aluminum-plastic film is installed on the top of the transverse support plate, and the first transverse guide roller is installed on the first transverse guide roller. There is a gap for the passage of the aluminum-plastic film between the guide platen on the side and the lateral support plate.

Further: the bottom working plate is installed with a plurality of longitudinal support columns for supporting the horizontal support plate, and the horizontal support plate is installed with a lifting drive to drive the guide plate to move longitudinally.

Further: the two ends of the guide plate are respectively equipped with drive blocks, the lift drive part is a lift cylinder, the cylinder body of the lift cylinder is installed at the bottom of the transverse support plate, and the transverse support plate is provided with a passage hole for the piston rod of the lift cylinder to pass through, and the lift cylinder The piston rod passes through the hole and is connected with the drive block of the guide platen.

Further: a detection assembly is arranged on the side of the first transverse guide roller, the detection assembly includes a bottom installation bar arranged parallel to the first transverse guide roller, the bottom installation bar is arranged with a screw adjusting part along the length direction, and the sliding of the screw adjusting part The sliding adjustment seat is installed at the end, and the sliding adjustment seat is equipped with a heel sensor for inductively detecting the passing aluminum-plastic film.

Further: the bottom of the dust removal box is provided with a storage tank, and the bottom of the storage tank is connected with a pipe for discharging dust particles. The side wall of the dust removal box is formed with horizontally arranged long installation slots, and the two ends of the installation plate are respectively formed with long installation slots. the mounting holes.

Further: the dust removal assembly also includes a support bar for supporting the dust removal box and a support plate for installing the support bar. One of the support bars is fixed on the support plate, and a sliding block is installed at the bottom of the other support bar. The swing arm is formed with a threaded hole, and a threaded rod is rotatably installed in the threaded hole, and the sliding block is provided with a threaded groove for the threaded rod to pass through.

Further: the working vertical board includes a pair of side boards arranged in gaps and a horizontal board installed on the top of the side boards, the dust removal assembly is installed between the two side boards, and a longitudinal guide assembly is arranged between the dust removal assembly and the deviation correction assembly.

Further: the longitudinal guide assembly includes a first guide roller located above the dust removal box, a second guide roller that can move up and down is arranged between the two side plates, and a longitudinal guide rail is arranged on the side plate along the length direction, and the second guide roller has two sides The ends are respectively equipped with longitudinal sliding seats slidingly matched with the longitudinal guide rails.

Further: one of the side plates is installed with a longitudinally arranged installation strip, and the installation strip is arranged with an embedding groove along the length direction, and more than two distance sensors are installed in the embedding groove, and the longitudinal sliding seat is installed with a distance sensor that is inductively matched Induction block.

Further: the aluminum film transfer station also includes a deviation correction assembly, which includes a pair of deviation correction wheels arranged at intervals and a deviation correction support seat for installing the deviation correction wheel. The deviation correction support seat is equipped with a rotating cylinder, and the driving end of the rotation cylinder is installed There is a wheel seat, and the deviation correction wheels are respectively rotatably installed on the wheel seat.

Beneficial effects of the present invention: the aluminum-plastic film coil that needs to be unrolled enters the dust removal assembly after the unwinding mechanism and the lateral guide mechanism, and after the aluminum-plastic film passes through the gap between the two dust removal boxes, the front and back sides of the aluminum-plastic film are respectively separated from the The brush is frictionally matched, and the aluminum-plastic film is dedusted by the brush, so that the dust particles and some impurities on the surface of the aluminum-plastic film can be cleaned, so that the cleanliness is high and the quality of the subsequent battery pack is guaranteed; during the rotation of the correction component Under the guidance of the cylinder, the deviation correction wheel swings laterally, so that the aluminum-plastic film being transferred can be straightened, and the winding can be carried out more neatly to improve the winding quality; two aluminum film transfer stations are set on one workbench, and the unwinding and The efficiency of receiving materials is greatly improved.

Description of drawings

Fig. 1 is a schematic structural view of an aluminum-plastic film transfer device for processing batteries.

Figure 2 is a schematic structural view of the unwinding mechanism.

Figure 3 is a schematic diagram of the explosion structure of the dust removal assembly.

Figure 4 is a structural schematic diagram of one of the aluminum film transfer stations, which hides the unwinding mechanism.

Fig. 5 is a schematic diagram of the connection between the lateral guide assembly and the detection assembly.

Reference signs include:

1-Workbench,

10- aluminum film transfer station, 11- bottom working plate, 12- working vertical plate, 13- side plate, 14- horizontal plate,

2- unwinding mechanism,

20-unwinding guide roller, 21-unwinding table, 22-inflatable shaft, 23-bottom sliding seat,

24-bottom guide rail, 25-unwinding guide seat, 26-unwinding hole,

27-unwind long slot, 28-adjusting seat, 29-adjusting rod,

3- Dust removal components,

31-dust removal box, 32-installation plate, 33-hair brush, 34-installation slot, 35-installation hole,

36-storage slot, 37-pipeline,

4-support bar,

41-support plate, 42-sliding block, 43-swing arm, 44-threaded hole, 45-threaded rod, 46-threaded groove, 5-longitudinal guide assembly,

51-first guide roller, 52-second guide roller, 53-longitudinal sliding seat, 54-longitudinal guide rail,

55-installation bar, 56-embedded groove, 57-distance sensor, 58-induction block,

6- Correction components,

61-correction support seat, 62-rotary cylinder, 63-wheel seat, 64-correction wheel, 65-winding station.

7- Lateral guide assembly,

70-horizontal support plate, 71-first transverse guide roller, 72-second transverse guide roller, 73-guiding platen, 74-longitudinal support column, 75-through hole, 76-drive block, 77-lift cylinder, 78- Bottom mounting strip, 79-screw adjustment piece, 80-heel sensor, 81-sliding adjustment seat, 82-detection component.

Detailed ways

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

As shown in Figures 1-5, an aluminum-plastic film transfer device for processing batteries includes a workbench 1. Two aluminum film transfer stations 10 are arranged on the workbench 1. The workbench 1 includes a bottom working plate 11 and The vertically arranged working vertical board 12, the working vertical board 12 includes a pair of side boards 13 arranged in gaps and a horizontal board 14 installed on the top of the side boards 13. The supporting stability of the vertical plate 12 is further improved.

The aluminum film transfer station 10 includes an unwinding mechanism 2 , a dust removal assembly 3 and a deviation correction assembly 6 .

The unwinding mechanism 2 includes an unwinding platform 21, an air expansion shaft 22 is arranged on the unwinding platform 21, and the aluminum-plastic film coil is nested on the air expansion shaft 22; wherein a bottom sliding seat 23 is installed at the bottom of the unwinding platform 21, and a bottom sliding seat 23 is installed on the bottom of the unwinding platform 21. The working plate 11 is arranged with a bottom guide rail 24 slidingly matched with the bottom sliding seat 23 along its width direction, and the air expansion shaft 22 is rotatably installed horizontally on the top of the unwinding table 21, so that the unwinding table 21 can move along the bottom guide rail 24 The reciprocating movement in the width direction of the workbench 1, during subsequent deviation correction, the unwinding table 21 can move according to the bias of the aluminum-plastic film, and the unwinding table 21 is also provided with a pair of unwinding guide rollers 20 arranged at intervals.

The unwinding table 21 is provided with a pair of unwinding guide seats 25 for installing the unwinding guide roller 20, the aluminum-plastic film after unwinding is moved and fed around the unwinding guide roller 20, and the unwinding guide seat 25 is provided with an unwinding hole 26 and The unwinding slot 27 above the unwinding hole 26 has an adjustment seat 28 installed on the top of the unwinding slot 27, and the adjustment seat 28 is equipped with an adjustment rod 29 that can move longitudinally in the unwinding slot 27. One of the unwinding guide rollers The two ends of 20 are respectively connected to the end of the adjustment rod 29 through the bearing seat, and the other unwinding guide roller 20 is rotatably installed in the unwinding hole 26; An unwinding guide roller 20 is made at the bottom of the adjusting rod 29 to move in the vertical direction. According to the thickness of the aluminum-plastic film, adjust the gap with the other unwinding guide roller 20, adjust the friction with the aluminum-plastic film, and make the unwinding guide roller 20 move vertically. The volume guide roller 20 is frictionally matched with the plastic film, and can feed the aluminum plastic after unwinding.

A lateral guide assembly 7 is arranged between the unwinding mechanism 2 and the dust removal assembly 3, and the plastic film fed by the unwinding guide enters the lateral guide assembly 7. The lateral guide assembly 7 includes a lateral support plate 70, and the top of the lateral support plate 70 is installed with The first transverse guide roller 71 that is rolled and guided to the aluminum-plastic film and the guide plate 73 installed on the side of the first transverse guide roller 71, the first transverse guide roller 71 is flush with the unwinding guide roller 20, and the guide press plate 73 is aligned with the transverse guide roller 73. There is a gap between the support plates 70 for the passage of the aluminum-plastic film. The bottom working plate 11 is equipped with a plurality of longitudinal support columns 74 for supporting the transverse support plate 70, and the transverse support plate 70 is equipped with a lifting drive member that drives the guide platen 73 to move longitudinally. Drive blocks 76 are respectively installed at the two ends of the guide platen 73, and the lifting drive part is a lifting cylinder 77. The cylinder block of the lifting cylinder 77 is installed on the bottom of the horizontal support plate 70, and the horizontal support plate 70 is provided with a passage for the piston rod of the lifting cylinder 77 to pass through. Hole 75, the piston rod of lift cylinder 77 passes through hole 75 and is connected with the driving block 76 of guide plate 73.

In this embodiment, during the initial unwinding, it is necessary to continuously pull the aluminum-plastic film through the unwinding guide to feed the plastic film into the transverse guide assembly 7, pass through the guide platen 73 on the transverse support plate 70, and then enter the first transverse direction. The guide roller 71 is provided with a second transverse guide roller 72 on its side. The second transverse guide roller 72 is vertically aligned with the dust removal assembly 3 and can further guide the aluminum-plastic film to the dust removal assembly 3 and pass through the dust removal assembly 3 . The aluminum-plastic film passing through the guide platen 73 can be driven by the piston rod of the lifting cylinder 77, and the guide plate 73 presses down to press the aluminum-plastic film. Press the aluminum-plastic film on the lateral support plate 70 to prevent the aluminum-plastic film from retreating when the aluminum-plastic film is drawn out manually initially.

A detection assembly 82 is arranged on the side of the first lateral guide roller 71, and the detection assembly 82 includes a bottom mounting bar 78 arranged parallel to the first lateral guide roller 71, and the bottom mounting bar 78 is arranged with a screw adjusting part 79 along the length direction, and the screw mandrel The sliding end of the adjustment part 79 is equipped with a sliding adjustment seat 81, and the sliding adjustment seat 81 is equipped with a heel sensor 80, which can drive the screw adjustment part 79 to rotate through the handle and the screw adjustment part 79, so that the sliding adjustment seat 81 moves along the The screw adjusting part 79 slides laterally to adjust the position of the heel sensor 80 . The heel sensor 80 is equipped with a heel sensor 80 that senses and detects the passing aluminum-plastic film. The heel sensor 80 is an ESU16C ultrasonic sensor, which is a product specially developed for transparencies, films, and photosensitive materials. It detects edges precisely, independent of coatings and printing near the edge, which is not possible with optical sensors.

The detection component 82 is located between the first transverse guide roller and the second transverse guide roller 72, and can accurately detect the left and right deviation of the aluminum-plastic film through the heel sensor 80, and can report the data to the correction component 6, and the correction component 6 according to The data is adjusted and corrected accordingly to ensure the stability of the aluminum-plastic film during feeding.

To the dust removal assembly 3, the dust removal assembly 3 is installed between the two side plates 13, the dust removal assembly 3 includes two dust removal boxes 31 arranged in gaps, and the dust removal box 31 is also provided with a mounting plate 32 for installing a brush 33, the mounting plate 32 is equipped with a plurality of horizontally arranged hair brushes 33, and the hair brushes 33 of the two dust removal boxes 31 are arranged facing each other to form a small gap. After the aluminum-plastic film passes through the gap between the two dust removal boxes 31, the front and back sides of the aluminum-plastic film respectively Frictionally matched with the brush 33, the brush 33 simultaneously removes dust on the front and back of the aluminum-plastic film, so that the dust particles and some impurities on the surface of the aluminum-plastic film can be cleaned, making the cleanliness higher and ensuring the subsequent battery pack roll quality.

The dust removal assembly 3 also includes a support bar 4 for supporting the dust removal box 31 and a support plate 41 for installing the support bar 4, wherein one support bar 4 is fixed on the support plate 41, and a sliding block 42 is installed at the bottom of the other support bar 4 , the support plate 41 is equipped with a swingable swing arm 43, the swing arm 43 is formed with a threaded hole 44, a threaded rod 45 is rotatably installed in the threaded hole 44, and the sliding block 42 is provided with a threaded groove 46 for the threaded rod 45 to pass through In the present embodiment, when one of the dust removal boxes 31 needs to be disassembled, the swing arm 43 can be swung so that the threaded rod 45 on the swing arm 43 is disengaged from the thread groove 46 of the slide block 42, and the slide block connected with the support bar 4 42 can slide outwards along the support plate to separate from the other dust removal box 31 to realize disassembly. In addition, when the gap between the two dust-removing boxes 31 needs to be adjusted, the threaded rod 45 can be turned to make the threaded rod 45 move continuously. The dust removal box 31 connected with the sliding block 42 is close to or far away from another dust removal box 31 to realize the adjustment of the gap, which is convenient for aluminum-plastic films of different thicknesses to enter for dust removal.

Simultaneously, the side wall of the dust removal box 31 is formed with horizontally arranged installation long grooves 34, and the two ends of the installation plate 32 are respectively formed with installation holes 35 cooperating with the installation long grooves 34, and the installation plate 32 can be adjusted along the width direction of the dust removal box 31; The thickness of the plastic film adjusts the distance between the two mounting plates 32 , so that the distance between the brushes 33 and the brushes 33 can be adjusted, which can adapt to aluminum-plastic films of different thicknesses, and the functionality is further improved.

The bottom of the dust removal box 31 is provided with a storage tank 36, and the bottom of the storage tank 36 is connected with a pipeline 37 for discharging dust particles. The pipeline 37 can be connected with a vacuum cleaner to absorb the dust particles.

A longitudinal guide assembly 5 is arranged between the dust removal assembly 3 and the deviation correction assembly 6 .

The longitudinal guide assembly 5 includes a first guide roller 51 located above the dust removal box 31, a second guide roller 52 that can move up and down between the two side plates 13, and a longitudinal guide rail 54 arranged along the length direction of the side plate 13. The two ends of the two guide rollers 52 are respectively equipped with longitudinal sliding seats 53 which are slidably matched with the longitudinal guide rails 54 . One of the side plates 13 is equipped with a vertically arranged installation bar 55, and the installation bar 55 is arranged with an embedding groove 56 along the length direction. More than two distance sensors 57 are installed in the embedding groove 56, and the longitudinal sliding seat 53 is installed with a The sensor 57 senses the mating sensor block 58 .

Specifically, the distance sensor 57 can be an existing FC-SPX307Z slot-type photoelectric switch sensor, or an infrared sensor, and the signal of the distance sensor 57 is connected to the existing FD3610-001 AC deceleration motor control board, and the motor control board is connected to the drive air expansion The drive motor signal of shaft 22 is connected, and the start and stop of the drive motor can be controlled by the signal of distance sensor 57.

The air expansion shaft 22 on the unwinding table 21 is rotated under the control of the driving motor, and the aluminum-plastic film after the dust removal assembly 3 is wound around the first guide roller 51 and the second guide roller 52 to the upper deviation correction assembly 6; When position 65 pauses in rewinding the aluminum-plastic film, the unwinding table 21 continues to work first, and the second guide roller 52 will drop along the longitudinal guide rail 54 through the longitudinal sliding seat 53 due to gravity, and when the induction of the longitudinal sliding seat 53 When the block 58 is inductively matched with the distance sensor 57 at the bottom, the driving motor driving the air expansion shaft 22 will suspend its work. After the recovery of the winding station 65, the winding will continue. As the longitudinal guide rail 54 rises, when the longitudinal sliding seat 53 slides to inductively cooperate with the distance sensor 57 in the middle, the driving motor driving the air expansion shaft 22 resumes work. The aluminum-plastic film may be broken, and the longitudinal sliding seat 53 of the second guide roller 52 has a buffer lifting function, thereby protecting the aluminum-plastic film to realize unwinding and rewinding smoothly.

The aluminum-plastic film after passing through the longitudinal guide assembly 5 enters the deviation correction assembly 6. The deviation correction assembly 6 includes a pair of deviation correction wheels 64 arranged at intervals and a deviation correction support seat 61 for installing the deviation correction wheel 64. The deviation correction support seat 61 is equipped with a rotating cylinder 62 , the driving end of the rotary cylinder 62 is equipped with a wheel seat 63, and the deviation correction wheels 64 are respectively rotatably mounted on the wheel seat 63, and one of the deviation correction wheels 64 is vertically aligned with the second guide roller 52. When passing through the deviation correction assembly 6, when the aluminum-plastic film deviates, the rotating cylinder 62 will work at this time, driving the wheel seat 63 to rotate slightly, the aluminum-plastic film will be offset and straightened, and the unwinding table 21 can be adjusted according to the movement of the aluminum-plastic film. The bias returns to positive and moves, so that the aluminum-plastic film of the unwinding table 21 is aligned to realize deviation correction.

The winding station 65 is located beside the deviation correction assembly 6, and is wound up by the winding shaft. In the present invention, two aluminum film transfer stations 10 are arranged on one workbench 1, which occupies a small space, can effectively facilitate space arrangement, and greatly improves the efficiency of unwinding and rewinding.

To sum up, it can be known that the present invention has the above-mentioned excellent characteristics, which enables it to improve the performance that is not available in the prior art in use, and has practicability, and becomes a product with great practical value.

The above content is only a preferred embodiment of the present invention. For those of ordinary skill in the art, according to the idea of the present invention, there will be changes in the specific implementation and application scope. limits.

Claims (10)

1. The utility model provides an aluminum-plastic film transfer device for processing battery, includes the workstation, is provided with two aluminium membranes on the workstation and transfers the station, and the workstation includes bottom working plate and longitudinal arrangement's work riser, its characterized in that: the aluminum film transfer station comprises:

the unwinding mechanism comprises an unwinding table, an air expansion shaft is arranged on the unwinding table, and the aluminum plastic film coiled material is arranged on the air expansion shaft;

the dust removal assembly comprises two dust removal boxes which are arranged in a clearance mode, each dust removal box is provided with a plurality of hairbrushes, the hairbrushes of the two dust removal boxes remove dust on the passing aluminum-plastic film, the front and back of the aluminum-plastic film are respectively in friction fit with the hairbrushes after the aluminum-plastic film passes through the clearance between the two dust removal boxes, the dust removal boxes are also internally provided with mounting plates for mounting the hairbrushes, and the mounting plates can be adjusted along the width direction of the dust removal boxes;

a transverse guide assembly is arranged between the unwinding mechanism and the dust removal assembly and comprises a transverse support plate, a first transverse guide roller for rolling and guiding the aluminum-plastic film and a guide pressing plate arranged beside the first transverse guide roller are mounted at the top of the transverse support plate, and a gap for the aluminum-plastic film to pass through is formed between the guide pressing plate and the transverse support plate.

2. The aluminum plastic film transfer device for processing batteries according to claim 1, wherein: the bottom working plate is provided with a plurality of longitudinal supporting columns for supporting the transverse supporting plates, and the transverse supporting plates are provided with lifting driving pieces for driving the guide pressing plates to longitudinally move.

3. The aluminum plastic film transfer device for processing batteries according to claim 2, wherein: the driving blocks are respectively installed at the two ends of the guide pressing plate, the lifting driving piece is a lifting air cylinder, the cylinder body of the lifting air cylinder is installed at the bottom of the transverse supporting plate, the transverse supporting plate is provided with a through hole for the piston rod of the lifting air cylinder to pass through, and the piston rod of the lifting air cylinder penetrates through the through hole and is connected with the driving blocks of the guide pressing plate.

4. The aluminum plastic film transfer device for processing batteries according to claim 3, wherein: first horizontal guide roll side is provided with the determine module, and the determine module includes the bottom mounting bar that is on a parallel with first horizontal guide roll and arranges the lead screw regulating part along length direction, and the slip regulation seat is installed to the slip end of lead screw regulating part, and the slip regulation seat is installed and is carried out the trailing edge sensor that the response detected to the aluminium-plastic film of process.

5. The aluminum-plastic film transfer device for processing batteries according to claim 1, wherein: the dust removal box is characterized in that a containing groove is formed in the bottom of the dust removal box, a pipeline used for discharging dust particles is connected to the bottom of the containing groove, mounting long grooves are transversely arranged on the side wall of the dust removal box in a forming mode, and mounting holes matched with the mounting long grooves are formed in the two ends of each mounting plate respectively.

6. The aluminum-plastic film transfer device for processing batteries according to claim 5, wherein: the dust removal subassembly is still including the backup pad that is used for supporting the support bar of dust removal box and is used for installing the support bar, and one of them support bar is fixed in the backup pad, and the sliding block is installed to another support bar bottom, but wobbling swing arm is installed to the backup pad, and swing arm shaping threaded hole, the threaded hole rotatable threaded rod of installing, the threaded groove that supplies the threaded rod to pass is seted up to the sliding block.

7. The aluminum-plastic film transfer device for processing batteries according to claim 1, wherein: the working vertical plate comprises a pair of side plates arranged in a clearance mode and a transverse plate arranged at the tops of the side plates, the dust removing assembly is arranged between the two side plates, and a longitudinal guide assembly is arranged between the dust removing assembly and the deviation rectifying assembly.

8. The aluminum-plastic film transfer device for processing batteries according to claim 7, wherein: the longitudinal guide assembly comprises a first guide roller positioned above the dust removal box, a second guide roller capable of lifting and moving is arranged between the two side plates, longitudinal guide rails are arranged on the side plates along the length direction, and longitudinal sliding seats in sliding fit with the longitudinal guide rails are respectively installed at the two ends of the second guide roller.

9. The aluminum plastic film transfer device for processing batteries according to claim 8, wherein: one of them longitudinal arrangement's mounting bar is installed to the curb plate, and the embedded groove has been arranged along length direction to the mounting bar, installs more than two distance sensor in the embedded groove, and the response piece with distance sensor response complex is installed to vertical sliding seat.

10. The aluminum-plastic film transfer device for processing batteries according to claim 1, wherein: the aluminum film transferring station further comprises a deviation rectifying assembly, the deviation rectifying assembly comprises a pair of deviation rectifying wheels arranged at intervals and a deviation rectifying supporting seat used for installing the deviation rectifying wheels, a rotary air cylinder is installed on the deviation rectifying supporting seat, a wheel seat is installed at the driving end of the rotary air cylinder, and the deviation rectifying wheels are respectively and rotatably installed on the wheel seat.

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