CN207116583U - A battery automatic stripping processing device - Google Patents

Abstract

The utility model discloses an automatic peeling processing device for an electric core, belonging to the field of cutting tools, comprising a magazine, an electric core grabbing mechanism, an electric core arranging mechanism and a cutting mechanism; the battery cell grabbing mechanism grabs the battery cells in the material box and transmits the battery cells to the battery cell arrangement mechanism; the battery cells are arranged in order in the battery cell arrangement mechanism and used for being cut by the cutting mechanism; the cutting mechanism comprises a conveying device, a clamp, a battery cell rotating device and a cutting unit, wherein the clamp is arranged on the conveying device and used for fixing the battery cell; the cutting mechanism comprises at least three laser cutting machines, at least two longitudinal cutting machines and at least one annular cutting machine, and the battery cell rotating device is arranged at the cutting position of the annular cutting machine. The utility model has more accurate cutting and is not easy to damage the battery core; the manpower is saved, and the service life is prolonged.

Description

A battery automatic stripping processing device

technical field

The utility model relates to an automatic peeling processing device for electric cores, which is used for removing the outer skin of electric cores and belongs to the field of cutting tools.

Background technique

The battery cells are covered with a layer of protective film to prevent short circuits during processing. Before shipment, the protective film needs to be peeled off, and a new outer packaging and related labels should be put on the surface. The commonly used method of peeling is manual peeling, that is, manually cut the protective film of the battery core with a knife, and then tear it off. This manual peeling method is very inefficient, and the workload of the staff is large. Although wearing relevant protective devices, it still scratches the battery cells or scratches the staff, resulting in an increase in defective products and unsafe. Now green energy is a major trend in the entire industry, and the demand for power cells is increasing rapidly. The traditional peeling method has already Difficult to meet production requirements.

In order to solve the above problems, the patent document of Chinese patent document CN206180035U discloses a battery automatic peeling machine, which is used for battery peeling, including a frame, a blanking mechanism, a conveying mechanism, a ring cutting mechanism and a longitudinal cutting mechanism; the ring cutting The mechanism includes a circular cutting blade for cutting along the circumference, a first clamping unit, and a propulsion unit. The first clamping unit clamps the battery, and the propelling unit drives the clamping unit to perform reciprocating motion for cutting; The slitting blade for cutting, the second clamping unit and the pushing unit, the second clamping unit clamps the battery, and the pushing unit drives the clamping unit to reciprocate for cutting. This realizes machine work and saves manpower, but the battery automatic peeling machine described in the above technology has the problem of low cutting accuracy when peeling the battery core, and the cutting process cannot avoid the impact of the blade on the battery core. Damage, which will lead to poor cutting quality of the cell and affect the service life of the battery after cutting.

Utility model content

The technical problem to be solved by the utility model is that the traditional cell peeling method has low cutting accuracy, which may cause damage to the cell by the blade and poor cutting quality. The position, the cutting is more accurate, and the automatic peeling processing device of the battery is not easy to damage the battery.

The technical solution adopted by the utility model is: an automatic battery peeling processing device includes a material box, a battery grabbing mechanism, a battery arrangement mechanism, a cutting mechanism and a material receiving mechanism;

An electric core is arranged in the magazine;

The cell grabbing mechanism is arranged close to the material box for grabbing the battery cells in the material box, and the cell output end on the cell grabbing mechanism is connected with the first transmission mechanism;

The battery cell arrangement mechanism is set close to the first transmission mechanism, and is used to grab the battery cells on the first transmission mechanism and arrange the grasped battery cells at variable distances; on the battery cell arrangement mechanism, The output end of the battery cell is connected with the second transmission mechanism;

The cutting mechanism is arranged close to the second conveying mechanism, and the cutting mechanism includes a longitudinal cutter, a circumferential cutter and a peeling device, and the longitudinal cutter is used for axially cutting the skin on the second conveying mechanism. The battery cell is cut longitudinally, the circumferential cutting machine is used to circumferentially cut the battery core on the second conveying mechanism, and the peeling device is used to remove the cut battery core skin;

The receiving mechanism is connected with the cell output end of the second conveying mechanism, and is used for recovering the finished peeled cell.

Further, the second conveying mechanism includes at least two conveying chains, each conveying chain is provided with a row of clamps, and a fixed process chain plate is provided between two adjacent conveying chains, and electric A core rotating device; the electric core rotating device is arranged below the cutting mechanism.

Further, the clamp is a V-shaped clamp, and a magnet for absorbing the electric core is arranged in the middle of the clamp; at least one limit steel wire for preventing the electric core from jumping is arranged on the process chain plate.

Further, the cell grabbing mechanism includes a magnetic attraction device and a telescopic plate, and the magnetic device is fixed on the front end of the telescopic plate for absorbing the electric core from the magazine; the telescopic plate is arranged above the first conveying mechanism .

Further, the cell grabbing device of the cell arrangement mechanism includes a lift frame, a push cylinder, and a magnet plate; the push cylinder is arranged on the upper part of the lift frame, and the magnet plate is set on the lift frame and connected to the push position cylinder;

The variable pitch arrangement device is arranged under the magnet plate, and several grooves are arranged at the lower end of the variable pitch arrangement device, the size of the grooves matches the size of the electric core, and the distance between the grooves is the same as that of the The clamps have the same distance between the clamps.

Further, the material box includes a lifting platform, a rotating bucket, a material box for storing electric cores, a steering gear, a driving gear, a motor, and a steering spring buckle;

The rotating bucket is arranged on the lifting platform, the material holding box is an open container, the material holding box is arranged in the rotating bucket, the steering gear is arranged on the side wall of the rotating bucket, the The motor is arranged at the bottom of the rotating bucket, the driving gear is arranged on the rotating shaft of the motor, and the driving gear cooperates with the steering gear; an induction switch is arranged on the rotating bucket, and the induction switch controls The motor starts; the spring buckle is arranged on the side of the rotating bucket, and the side wall of the rotating bucket is also provided with a slot that matches the spring buckle. When the rotating bucket rotates to a vertical state, the spring buckle extends to inside the card slot.

Further, a skin blowing mechanism is included, the skin blowing mechanism is arranged above the second conveying mechanism, and is located between the cutting mechanism and the receiving mechanism at the same time, a high-pressure blowing port is set on the skin blowing device, and the high pressure The air outlet is facing the second conveying mechanism.

Further, it also includes a quality inspection mechanism, which includes a detection frame, a detection sensor, a mechanical arm, an ejection cylinder, a temporary storage tank for defective products, and a recovery groove for defective products, and the ejection cylinder is arranged on the detection frame. The front end of the ejecting cylinder is set on one side of the fixture, and the temporary storage tank for defective products is set on the other side of the fixture. The battery cells are clamped into the defective product recovery tank; there is also a slide rail at the bottom of the defective product recovery tank.

Owing to adopting above-mentioned technical scheme, the beneficial effect that the utility model produces is:

(1) The material box of the battery automatic peeling processing device described in the utility model is used to hold the battery, and the battery is placed in the material box to facilitate the grasping of the battery grasping mechanism; the battery grasping mechanism grasps the The battery cells are taken out from the material box and sent to the battery cell arrangement mechanism through the first transmission mechanism. The battery cell arrangement mechanism arranges the cells into a suitable position and spacing to ensure that the cutting mechanism accurately cuts the cell skin; two longitudinal cutting machines cut the cell The outer skin at both ends, the circumferential cutting machine cuts the outer skin in the circumferential direction of the battery cell, and the peeling device is used to remove the skin of the cut battery core; after grasping and arranging, the battery core is in a suitable position and interval, which is convenient for the cutting mechanism Precise cutting improves the precision of peeling. Compared with manual cutting, it has high efficiency, automatic feeding, automatic detection, good products and defective products are quickly separated and packaged, with high efficiency, high precision, high production capacity and good yield rate.

(2) The battery cell arrangement mechanism of the battery automatic peeling processing device described in the utility model absorbs the battery cells through the magnet plate, and several grooves are arranged at the lower end of the variable distance arrangement device. The size of the grooves matches the size of the battery cells , After the magnet plate absorbs the batteries, the batteries are automatically distributed in the grooves, so that the batteries are distributed at a suitable interval, which is convenient for placing on the fixture and subsequent cutting.

(3) The battery skin removal mechanism of the battery automatic peeling processing device described in the utility model can blow off the cut battery skin from the transmission device, and the skin suction device absorbs and collects the battery skin for recycling In the recycling box, it saves cleaning costs, is more environmentally friendly, and at the same time facilitates the recycling of cell skins.

(4) The quality inspection mechanism of the battery automatic peeling processing device described in the utility model can detect the peeling effect of the battery, and if it is detected that the peeling is not clean or the quality is unqualified, the unqualified battery will be pushed out. Separation of qualified batteries and unqualified batteries does not require manual screening, saving time and effort.

Description of drawings

Fig. 1 is a schematic diagram of a top view of the structure of the utility model;

Fig. 2 is a structural representation of the utility model;

Fig. 3 is a schematic diagram of the connection of the transmission device of the present invention;

Fig. 4 is a structural schematic diagram of a transmission device of the present invention;

Fig. 5 is a structural schematic diagram of the cell rotating device of the present invention;

Fig. 6 is a structural schematic diagram of the cell grasping mechanism of the present invention;

Fig. 7 is a structural schematic diagram of the cell arrangement mechanism of the present invention;

Fig. 8 is a schematic structural view of the magazine of the utility model;

Fig. 9 is a structural schematic diagram of the quality inspection mechanism of the present utility model;

Among them: 1. material box, 1-1, rotating bucket, 1-2, material storage box, 1-3, steering gear, 1-4, driving gear, 1-5, motor, 1-6, spring buckle, 1-7, induction switch, 1-8, groove, 2, cell grasping mechanism, 3, first transmission mechanism, 4, cell arrangement mechanism, 4-1, lifting frame, 4-2, pushing cylinder , 4-3, magnet plate, 4-4, variable pitch arrangement device, 5, cutting mechanism, 5-1, longitudinal cutting machine, 5-2, circular cutting machine, 6, second transmission mechanism, 6-1, Conveyor chain, 6-2, fixture, 6-3, cell rotation device, 6-4, process chain plate, 6-5, limit steel wire, 7, cell skin removal mechanism, 7-1, skin blowing device, 7-2. Skin suction device, 8. Quality inspection mechanism, 8-1. Detection frame, 8-2. Detection sensor, 8-3. Mechanical arm, 8-4. Ejection cylinder, 8-5. Defective product temporary Storage tank, 8-6, defective product recovery tank, 8-7, slideway, 9, finished product receiving mechanism, 9-1, receiving slope, 9-2, pushing mechanism, 9-3, receiving box, 10. Batteries.

Detailed ways

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model:

A battery automatic peeling processing device described in the utility model, as shown in Figure 1, includes a material box 1, a battery grasping mechanism 2, a battery arrangement mechanism 4, a cutting mechanism 5 and a receiving mechanism 9; An electric core is arranged in the material box 1;

The cell grabbing mechanism 2 is arranged close to the material box 1 for grabbing the cells in the material box 1, and the cell output end on the cell grabbing mechanism 2 is connected with the first transmission mechanism 3;

The battery cell arrangement mechanism 4 is arranged close to the first transmission mechanism 3, and is used to grab the battery cells on the first transmission mechanism 3, and arrange the captured battery cells at variable distances; the battery cells The cell output end on the arrangement mechanism 4 is connected with the second transmission mechanism 6;

The cutting mechanism 5 is arranged close to the second conveying mechanism, and the cutting mechanism includes a longitudinal cutting machine 5-1, a circumferential cutting machine 5-2 and a peeling device, and the longitudinal cutting machine 5-1 is used for Carry out longitudinal cutting on the electric cores on the second conveying mechanism 6, and the circular cutting machine 5-2 is used for circumferentially cutting the electric cores on the second conveying mechanism 6, the The peeling device is used to remove the cut cell skin;

The receiving mechanism 9 is connected with the battery cell output end of the second conveying mechanism, and is used for recovering the peeled finished battery cells. The preferred number of longitudinal cutting machines 5-1 in this embodiment is two, which are respectively used to cut the two ends of the battery core. The preferred number of circumferential cutting machines 5-2 is one. The longitudinal cutting machine 5-1 and the circumferential The cutting machine 5-2 is preferably a laser cutting machine.

As an improvement of the above-mentioned embodiment, as shown in Figures 3 to 5, the second transmission mechanism 6 in this embodiment includes at least two transmission chains 6-1, and several clamps 6-2 are arranged on each transmission chain, two A fixed process chain plate 6-4 is arranged between adjacent conveying chains, and a cell rotating device 6-3 is disposed on the process chain plate 6-4; the cell rotating device is disposed below the cutting mechanism.

As an improvement of the above embodiment, in this embodiment, the clamp is a V-shaped clamp, and the clamp 6-2 is provided with a magnet for absorbing the electric core; in this embodiment, the clamp is a V-shaped clamp, and the magnet is arranged in the middle ; The process chain plate 6-4 is provided with at least one limit steel wire 6-5 for preventing the electric core from jumping; the preferred structure of the limit steel wire 6-5 in this embodiment is, towards the starting end of the second transmission mechanism The direction sets the upward arched structure, which is convenient for the battery cell to enter.

As an improvement of the above-mentioned embodiment, as shown in FIG. 6 , in this embodiment, the cell grasping mechanism 2 includes a magnetic attraction device and a telescopic plate, and the magnetic attraction device is fixed on the end of the telescopic plate close to the material box, and is used to The electric core is absorbed from the magazine 1 ; the telescopic plate is arranged above the first conveying mechanism 3 . The magnetic attraction device described in this embodiment is preferably an electromagnet, which is energized when the battery core is attracted, and de-energized when it is above the first conveying mechanism 3 and loses its magnetism.

When this embodiment is used, the telescopic plate extends forward and the magnetic device absorbs the electric core, and the electric core shrinks by the telescopic plate and is placed on the first transmission mechanism 3 to stop the adsorption.

As an improvement of the above-mentioned embodiment, as shown in FIG. 7 , the cell arrangement mechanism 4 is also provided with a lifting frame 4-1 and a pushing cylinder 4-2. Above the second transmission mechanism, the cell grabbing device is connected to the lifting frame through the push cylinder; wherein, the cell grabbing device is a magnet plate 4-3

The variable pitch arrangement device is arranged on the side of the magnet plate 4-3 close to the first transmission device, and several grooves are also arranged on the variable pitch arrangement device 4-4, and the size of the grooves is the same as that of the electric core. The dimensions are matched, and the distance between the grooves is the same as the distance between the clamps 6-2.

When this embodiment is in use, firstly, the pushing cylinder 4-2 shrinks so that the magnet plate 4-3 is located above the first transmission mechanism 3, and the elevating frame 4-1 descends, so that the distance-changing arrangement device 4-4 contacts the electric core, and the magnet plate 4-3 The magnetic force of the board 4-3 adsorbs the cells on the variable pitch arrangement device 4-4, and the cells are automatically dispersed in the grooves of the variable pitch arrangement device 4-4; the lifting frame 4-1 moves upward, and the push cylinder 4- 2 Stretching Place the magnet plate 4-3 above the jig 6-2, the elevating frame 4-1 moves downward, the cell is fixed in the jig of the jig 6-2, and the elevating frame 4-1 moves upward to complete the arrangement.

As an improvement to the above embodiment, as shown in Figure 8, in this embodiment, the material box 1 includes a lifting platform, a rotating bucket 1-1, a material box 1-2 for holding electric cores, a steering gear 1- 3. The driving gear 1-4, the motor 1-5 and the steering spring buckle 1-6; the steering spring buckle 1-6 can also adopt other locking mechanisms.

In this embodiment, the rotating bucket 1-1 is set on the lifting platform, the material holding box 1-2 is an open container, and the material holding box 1-2 is arranged in the rotating bucket 1-1. The steering gear 1-3 is arranged on the side wall of the rotating bucket, the motor 1-5 is arranged on the bottom of the rotating bucket, and the driving gear 1-4 is arranged on the rotating shaft of the motor 1-5 , the driving gear 1-4 cooperates with the steering gear 1-3; an induction switch 1-7 is set on the rotating bucket 1-1, and the induction switch 1-7 controls the motor 1-5 to start; The spring buckle 1-6 is arranged on the side of the rotating bucket 1-1, and the side wall of the rotating bucket 1-1 is provided with a card slot 1-8 matched with the spring buckle 1-6, and the rotating bucket 1-1 When it is rotated to the vertical state, the switch of the spring buckle 1-6 is touched, and the spring buckle 1-6 protrudes out and is engaged in the locking groove 1-8.

As an improvement of the above-mentioned embodiment, in this embodiment, this embodiment also includes a skin blowing mechanism 7, the skin blowing mechanism 7 is arranged above the second transmission mechanism 6, and the skin blowing device 7-2 is provided with a high-pressure blowing port, so The high-pressure air outlet is to the second conveying mechanism 6. The skin blowing device 7-2 blows off the cell skin that has been cut and dropped on the second conveying mechanism 6 .

As an improvement of the above embodiment, in this embodiment, a skin suction mechanism is provided below the skin blowing mechanism 7, and the skin suction mechanism includes a material suction port, an air suction pump and a recovery box. The material suction port absorbs the cell skin blown off by the skin blowing device 7-2 and collects it in the recovery box.

As an improvement to the above embodiment, as shown in Figure 9, this embodiment also includes a quality inspection mechanism 8, which includes a detection frame 8-1, a detection sensor 8-2, a mechanical arm 8-3, a ejector Cylinder 8-4, defective product temporary storage tank 8-5 and defective product recovery tank 8-6; the detection sensor 8-2 is a device capable of detecting peeling results, including infrared sensors, ultrasonic sensors, etc.; the top The ejection cylinder 8-4 is set on the detection frame 8-1, the front end of the ejection cylinder 8-4 is set on the side of the fixture 6-2, and the defective product temporary storage tank 8-5 is set on the fixture 6-2 On the other side, a slideway 8-7 is provided on the top of the detection frame 8-1, and the mechanical arm 8-3 is slidably connected with the slideway 8-7; The top of the storage tank 8-5, and the other end is arranged on the top of the defective product recovery tank 8-6.

When this embodiment is in use, the inspection sensor detects whether the peeling of the electric core is clean, and if an unqualified electric core is detected, the ejection cylinder 8-4 pushes the unqualified electric core into the defective product temporary storage tank 8-5, and the mechanical The arm 8-3 slides to the top of the defective product temporary storage tank 8-5 to grab the battery, then slides to the top of the defective product recovery tank 8-6 to release the battery core and places it in the defective product recovery tank 8-6 to complete the classification. Products that failed to peel were taken out.

As an improvement of the above embodiment, this embodiment also includes a finished product receiving mechanism 9, which includes a lifting table, a receiving box 9-3, a receiving slope 9-1 and a pushing mechanism 9-2, The receiving box is arranged on the lifting platform, and the receiving slope 9-1 is connected to the end of the conveying device 6-1; the pushing mechanism 9-2 includes a pushing cylinder and a pushing plate, and the pushing plate is set At the front end of the material pushing cylinder, the material pushing plate is arranged on one side of the material receiving slope 9-1, and the material receiving box 9-3 is arranged on the other side of the material receiving slope 9-1. The preferred solution of the material receiving box 9-3 in this embodiment adopts the same structure as the material box 1 of the present utility model.

When this embodiment is in use, first, the batteries fall onto the receiving slope 9-1 at the end of the second transmission mechanism 6, roll down and arrange in a row on the receiving slope 9-1, and after the arrangement is completed, the pushing mechanism 9-2 A row of batteries is pushed into the material receiving box 9-3, and the lifting platform descends for a section until the batteries are filled with the material receiving box, and the staff takes away the material receiving box 9-3.

The method of the electric core automatic peeling processing device described in the utility model comprises the following steps,

A, charging, placing the electric core in the magazine 1;

B, taking material, the electric core in the material box is adsorbed by the telescopic plate extension magnetic device of the cell grasping mechanism; the telescopic plate shrinks the magnetic device to place the cell on the first transmission mechanism 3 The transmission mechanism 3 transmits the battery cells to the vicinity of the battery cell arrangement mechanism 4;

C. Arrangement, the battery cell arrangement mechanism 4 grabs the battery cells on the first transmission mechanism 3, and arranges the captured battery cells with a variable pitch, and the cells after the variable pitch arrangement are placed on the first On the second transmission mechanism 6; the second transmission mechanism 6 transmits the electric core to the vicinity of the cutting mechanism 5;

D. Cutting, the pushing cylinder shrinks to move the magnet plate 4-3 above the first transmission mechanism 3, the lifting frame 4-1 descends, and the magnet plate absorbs the electric core on the first transmission mechanism 3; the electric core is adsorbed on the variable pitch arrangement The device 4-4 is dispersed in the groove and arranged, and the lifting frame moves upward; the push cylinder elongates to move the magnet plate 4-3 to the top of the second transmission mechanism 6, and the lifting frame 4-1 descends, and the arranged electric The core is placed on the second transmission mechanism 6, the distance between the clamp and the groove of the variable distance arrangement device is the same as that of the clamp 6-2, and each cell is just placed on the clamp 6-2; the transmission chain drives the clamp 6-2 to move , the process chain plate is fixed during the moving process, two adjacent transmission chains move on both sides of the process chain plate respectively, and the limit steel wire 6-5 blocks the upper part of the battery core to prevent the battery core from jumping on the fixture;

The cell is adsorbed on the jig 6-2 and moves to the position of the longitudinal cutting machine along with the conveying chain; the longitudinal cutting machine 5-1 cuts the cell while the cell rotating device 6-3 rotates to rotate the cell on the jig 6-2, After one round of rotation, the longitudinal cutting machine cuts off the end skin of the cell; the cell is adsorbed on the fixture 6-2 and moves to the position of the circular cutting machine along with the conveyor chain; the circular cutting machine 5-2 cuts the cell at the same time Rotation of the rotating mechanism 6-3 makes the cell rotate on the fixture 6-2, and after one rotation, the longitudinal cutting machine cuts off the end skin of the cell;

E. The cut outer skin is removed by the peeling mechanism; the electric core is taken out, and the receiving mechanism 9 takes the electric core out from the second transmission mechanism.

The above-mentioned embodiments are only descriptions of preferred implementations of the present utility model, and are not intended to limit the concept and scope of the present utility model. Under the premise of not departing from the design concept of the present utility model, various modifications and improvements made by ordinary persons in the art to the technical solution of the present utility model should fall into the protection scope of the present utility model, and the technology claimed by the utility model The contents are all described in the claims.

Claims (8)

1. An automatic cell peeling processing device, characterized in that it includes a material box (1), a cell grabbing mechanism (2), a cell arrangement mechanism (4), a cutting mechanism (5) and a receiving mechanism (9 ); The charging box (1) is provided with electric cores; The cell grabbing mechanism (2) is set close to the material box (1) for grabbing the battery cells in the material box (1), and the cell output terminal on the cell grabbing mechanism (2) Connect with the first transmission mechanism (3); The battery cell arrangement mechanism (4) is arranged close to the first transmission mechanism (3), and is used to grab the battery cells on the first transmission mechanism (3) and change the distance of the captured battery cells Arrangement; the cell output end on the cell arrangement mechanism (4) is connected with the second transmission mechanism (6); The cutting mechanism (5) is arranged close to the second conveying mechanism, and the cutting mechanism includes a longitudinal cutting machine (5-1), a circular cutting machine (5-2) and a peeling device, and the longitudinal cutting machine ( 5-1) is used to longitudinally cut the electric core on the second transmission mechanism (6) in the axial direction, and the circular cutting machine (5-2) is used to perform circumferential cutting on the second transmission mechanism (6) The electric core on the top is cut in a circular direction, and the peeling device is used to remove the cut electric core skin; The receiving mechanism (9) is connected with the cell output end of the second conveying mechanism, and is used for recovering the finished peeled cell. 2. The battery automatic peeling processing device according to claim 1, characterized in that, the second transmission mechanism (6) includes at least two transmission chains (6-1), and several clamps (6-1) are arranged on each transmission chain -2), a fixed process chain plate (6-4) is set between two adjacent conveying chains, and a cell rotating device (6-3) is set on the process chain plate (6-4); The core rotating device is arranged below the cutting mechanism (5). 3. The battery automatic peeling processing device according to claim 2, characterized in that the clamp is a V-shaped clamp, and the clamp (6-2) is provided with a magnet for absorbing the battery; the process chain plate (6-4) is provided with at least one limit steel wire (6-5) for preventing the electric core from jumping. 4. According to any one of claims 1 to 3, the battery automatic peeling processing device is characterized in that the battery grasping mechanism (2) includes a magnetic suction device and a telescopic plate, and the magnetic suction device is fixed on the The telescopic plate is close to one end of the material box, and is used for absorbing the electric core from the material box (1); the telescopic plate is arranged above the first transmission mechanism (3). 5. The battery automatic peeling processing device according to claim 2 or 3, characterized in that the battery arrangement mechanism (4) is provided with a lifting frame (4-1), a pushing cylinder (4-2), The magnet plate (4-3) and the variable pitch arrangement device (4-4), the lifting frame is arranged above the first transmission mechanism and the second transmission mechanism at the same time, and the magnet plate passes through the pushing cylinder connected to the lifting frame; The variable pitch arrangement device (4-4) is arranged on the side of the magnet plate (4-3) close to the first transmission device, and several grooves are also arranged on the variable pitch arrangement device (4-4), The size of the grooves matches the size of the electric core, and the distance between the grooves is the same as the distance between the clamps (6-2). 6. The battery automatic peeling processing device according to claim 5, characterized in that, the material box (1) includes a lifting platform, a rotating bucket (1-1), a material box (1-1) for holding battery cells 2), steering gear (1-3), driving gear (1-4), motor (1-5) and steering spring buckle (1-6); The rotating bucket (1-1) is set on the lifting platform, the material holding box (1-2) is an open container, and the material holding box (1-2) is set on the rotating bucket (1-1 ), the steering gear (1-3) is set on the side wall of the rotatable bucket, the motor (1-5) is set at the bottom of the rotatable bucket, and the driving gear (1-4) is set On the rotating shaft of the motor (1-5), the driving gear (1-4) cooperates with the steering gear (1-3); an induction switch ( 1-7), the induction switch (1-7) controls the motor (1-5) to start; the spring buckle (1-6) is set on the side of the rotating bucket (1-1), and the rotating bucket (1-1 -1) The side wall is also provided with a slot (1-8) that matches the spring buckle (1-6). When the rotating bucket (1-1) rotates to a vertical state, the spring buckle extends to Inside the card slot (1-8). 7. The battery automatic peeling processing device according to claim 6, characterized in that it also includes a skin blowing mechanism (7), and the skin blowing mechanism (7) is arranged above the second transmission mechanism (6) and is located at the same time. Between the cutting mechanism and the receiving mechanism, the leather blowing device (7-2) is provided with a high-pressure blowing port, and the high-pressure blowing port is facing the second conveying mechanism (6). 8. The battery automatic peeling processing device according to claim 7, characterized in that, it also includes a quality inspection mechanism (8), and the quality inspection mechanism (8) is used for peeling The quality inspection of the battery cell, the quality inspection mechanism (8) includes a detection frame (8-1), detection sensor (8-2), mechanical arm (8-3), ejection cylinder (8-4), defective product Temporary storage tank (8-5) and defective product recovery tank (8-6), the ejection cylinder (8-4) is set on the detection frame (8-1), and the ejection cylinder (8-4) is set on On one side of the clamp (6-2), the defective product temporary storage tank (8-5) is arranged on the other side of the clamp (6-2) corresponding to the ejection cylinder; the mechanical arm ( 8-3) Slidingly connected with the detection frame (8-1), used to clamp the defective battery cells in the defective product temporary storage tank into the defective product recovery tank; the bottom of the defective product recovery tank (8-6) is also set There are slide rails.