CN209667427U - A kind of semi-automatic coating machine of rectangular cell - Google Patents
A kind of semi-automatic coating machine of rectangular cell Download PDFInfo
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- CN209667427U CN209667427U CN201822207427.5U CN201822207427U CN209667427U CN 209667427 U CN209667427 U CN 209667427U CN 201822207427 U CN201822207427 U CN 201822207427U CN 209667427 U CN209667427 U CN 209667427U
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Abstract
The utility model discloses a kind of semi-automatic coating machines of rectangular cell, including rack to be provided with film drawing device；The left side rear vertical of the membrane sliding rail is provided with column；The right side of the column is equipped with a manipulator gripping body；A coating device is provided with right above the front end of the membrane sliding rail；The surface of the coating device has the manipulator gripping body；The surface of the membrane sliding rail also has a membrane cut mechanism；The dead astern of the membrane sliding rail also laterally pivot joint be provided with one can the film discharging device that rotates of front and back, be wound with multireel battery protection film on the film discharging device；One end of the battery protection film of the stretched releasing of film discharging device, is connected with the film drawing device.A kind of semi-automatic coating machine of rectangular cell disclosed by the utility model reliably and securely can carry out coating by square shaped battery, and work efficiency is high, can significantly improve the pad pasting quality consistency of battery.
Description
Technical field
The utility model relates to battery pack technical field of membrane, more particularly to a kind of semi-automatic coating machine of rectangular cell.
Background technique
Currently, for rectangular cell, in order to carry out security protection to it, need to superscribe battery protection film (such as polyester
Film).
In order to realize the coating operation of battery, existing manual coating tooling, when carrying out coating work, operator will be electric
Core is put on support plate, then film is drawn to graduation position, operator is cut off film along cutting groove with blade of carving knife, by membrane edge edge
It is bonded with after battery edge alignment, meanwhile, another operator recycles extra release paper putting behind film position.
Therefore, the operation of existing manual coating tooling has the following deficiencies:
1, the whole production efficiency of battery is affected, waste of manpower needs a people to complete membrane, cuts film, and pad pasting needs another
People completes to receive release paper and supplies the battery of not pad pasting, and waste of manpower, time-consuming, seriously affects production efficiency.
2, the consistency of the pad pasting quality of battery is bad, since there are errors during operator's membrane, leads to battery two
The film on side is not concordant, out-of-flatness, has bubble, is easy to cause rear battery module group assembling size different, and insulation voltage-withstand test is only
And it reprocesses.
3, there are security risk, for operator during transmitting battery, battery falls or touches battery plus-negative plate, will
It causes battery to scrap, be easy to cause safety accident.
Therefore, there is an urgent need to develop a kind of technologies out at present, reliably and securely can carry out coating by square shaped battery,
Work efficiency is high, can significantly improve the pad pasting quality consistency of battery, guarantees the whole quality of production of battery.
Utility model content
In view of this, the purpose of the utility model is to provide a kind of semi-automatic coating machine of rectangular cell, can safely,
Reliably square shaped battery carries out coating, and work efficiency is high, can significantly improve the pad pasting quality consistency of battery, guarantees battery
The whole quality of production, be conducive to the market application prospect for improving cell production companies product, anticipate with great production practices
Justice.
For this purpose, the utility model provides a kind of semi-automatic coating machine of rectangular cell, including rack, the top of the rack
Portion is provided with the membrane sliding rail of a front and back genesis analysis；
A film drawing device is provided on the membrane sliding rail；
The left side rear vertical of the membrane sliding rail is provided with a column；
The right side of the column is equipped with a manipulator gripping body；
It is provided with a coating device right above the front end of the membrane sliding rail, the coating device is located at film drawing device
Lower section；
The surface of the coating device has the manipulator gripping body；
The surface of the membrane sliding rail also has a membrane cut mechanism, and the membrane cut mechanism is located at the coating device
Back upper place；
The dead astern of the membrane sliding rail also laterally pivot joint be provided with one can front and back rotate film discharging device, the film
Multireel battery protection film is wound on discharging device；
The film discharging device is located at the dead astern of the membrane cut mechanism；
One end of the battery protection film of the stretched releasing of film discharging device, is connected with the film drawing device.
Wherein, the rear end of the film drawing device moves forward and backward the piston rod phase for the genesis analysis that cylinder has with a membrane
Connection.
Wherein, the top right end of the rack is equipped with a touch screen；
The lower part of the rack is equipped with a PLC controller；
The touch screen is connected with PLC controller by signal wire.
Wherein, the back upper place of the film discharging device, pivot joint be provided with one can front and back rotate receipts release paper device.
Wherein, in the film discharging device transverse central axis left and right ends, be respectively arranged with a rotary damper.
Wherein, the underface of the membrane sliding rail, also with the buffered silica gel pad of genesis analysis.
Wherein, the coating device front and rear sides are respectively provided with the silica gel roller an of cross direction profiles.
Wherein, the membrane cut mechanism includes cutting film cylinder, and the piston rod of the cutting film cylinder cuts film upper slitter with one and is connected
It connects；
It cuts to be provided with immediately below film upper slitter and cuts film and cut；
The tilt angle cut between film upper slitter and lateral vertical plane at 15 °.
By the above technical solution provided by the utility model as it can be seen that compared with prior art, the utility model provides
A kind of semi-automatic coating machine of rectangular cell reliably and securely can carry out coating by square shaped battery, and work efficiency is high, energy
The pad pasting quality consistency for enough significantly improving battery guarantees the whole quality of production of battery, is conducive to improve cell production companies
The market application prospect of product, is of great practical significance.
Detailed description of the invention
Fig. 1 is that a kind of semi-automatic coating machine of rectangular cell provided by the utility model is illustrated in positive stereochemical structure
Figure；
Fig. 2 is a kind of stereochemical structure signal of semi-automatic coating machine of rectangular cell provided by the utility model overleaf
Figure；
Fig. 3 is the structure of manipulator gripping body in a kind of semi-automatic coating machine of rectangular cell provided by the utility model
Schematic diagram；
Fig. 4 is the structural representation of film drawing device in a kind of semi-automatic coating machine of rectangular cell provided by the utility model
Figure；
Fig. 5 is the structural representation of membrane cut mechanism in a kind of semi-automatic coating machine of rectangular cell provided by the utility model
Figure；
Fig. 6 is the structural representation of coating device in a kind of semi-automatic coating machine of rectangular cell provided by the utility model
Figure；
Fig. 7 is the structural representation of film discharging device in a kind of semi-automatic coating machine of rectangular cell provided by the utility model
Figure；
Fig. 8 is that the structure of receipts release paper device in a kind of semi-automatic coating machine of rectangular cell provided by the utility model is shown
It is intended to.
Specific embodiment
In order to make those skilled in the art better understand the scheme of the utility model, with reference to the accompanying drawing and embodiment
The utility model is described in further detail.
Referring to Fig. 1 to Fig. 8, the utility model provides a kind of semi-automatic coating machine of rectangular cell, including rack 10, institute
State the membrane sliding rail 13 that the top of rack 10 is provided with two front and back genesis analysis and is spaced apart from each other；
A film drawing device 2 is provided on the membrane sliding rail 13 (for hollow doorframe shape)；
The left side rear vertical of the membrane sliding rail 13 is provided with a column 14；
The right side of the column 14 is equipped with a manipulator gripping body 1；
It is provided with a coating device 4 right above the front end of the membrane sliding rail 13, the coating device 4 is located at membrane
The lower section of device 2；
The surface of the coating device 4 has the manipulator gripping body 1；
The surface of the membrane sliding rail 13 also has a membrane cut mechanism 3, and the membrane cut mechanism 3 is located at coating dress
Set 4 back upper place；
The membrane cut mechanism 3 is located at the surface of film drawing device 2 (press mold cylinder specifically therein)；
The dead astern of the membrane sliding rail 13 also laterally pivot joint be provided with one can front and back rotate film discharging device 5, institute
It states and is wound with multireel battery protection film on film discharging device 5；
The film discharging device 5 is located at the dead astern of the membrane cut mechanism 3；
The film discharging device 5 stretches the one end for the battery protection film released, and is connected with the film drawing device 2.
In the present invention, in specific implementation, the rear end of the film drawing device 2 and a membrane move forward and backward cylinder 11
The piston rod for the genesis analysis having is connected, and therefore, the film drawing device 2 can move forward and backward the drive of cylinder 11 in membrane
Under, it carries out moving back and forth before and after longitudinal direction on membrane sliding rail 13.
In the present invention, in specific implementation, the top right end of the rack 10 is equipped with a touch screen 8；
The lower part of the rack 10 is equipped with a PLC controller 12；
The touch screen 8 is connected with PLC controller 12 by signal wire.
In the present invention, in specific implementation, the membrane cut mechanism 3 is docked with film drawing device 2.
In the present invention, in specific implementation, the back upper place of the film discharging device 5, pivot joint be provided with one can before
The receipts release paper device 6 rotated afterwards.
It should be noted that for the utility model, battery product 20 is being put into manipulator clamping by battery production worker
Press start button after mechanism 1, gripper closure, then after clicking start button, the film drawing device 2 moves to membrane cut mechanism 3
Front, battery protection film can be clamped in the clamping cylinder above die drawing device 2 and return to 2 raw bits of film drawing device (before i.e.
End position), meanwhile, the battery protection film wound on film discharging device 5 may be implemented swimmingly to put under the pulling of film drawing device 2
Material.Release paper device 6 is received under the exceptionally straight state of release paper, after the microswitch beside it can be pressed onto, so that receiving release paper dress
The receipts release paper motor set in 6 shuts down.Then, membrane cut mechanism 3 cuts off battery protection film, the jacking gas of coating device 4
Cylinder drives roller to rise.Battery product is pushed into coating device 4 by manipulator gripping body 1 along the roller of coating device 4,
Until falling on buffered silica gel pad 9.Finally take out product.
In the present invention, in specific implementation, the left and right ends of transverse central axis in the film discharging device 5, respectively
It is provided with a rotary damper 7.The rotary damper 7, during preventing film blowing, because of the mistake that inertia is put
Long, the rotary damper 7 can be realized constant-resistance output, and resistance caused by dispensing speed can be prevented too fast reduces.
In the present invention, in specific implementation, the underface of the membrane sliding rail 13, also with the buffering of genesis analysis
Silicagel pad 9.
It should be noted that the buffered silica gel pad 9, Mongolia prevent in battery pack membrane process, the appearance of battery product is scraped
Wound, avoids the surface deformation of battery product.
In the present invention, in specific implementation, the rear and front end of the film drawing device 2 has position-limit mechanism, Neng Goushi
The long adjustment of the film of existing battery protection film.
In the present invention, in specific implementation, 4 front and rear sides of coating device are respectively provided with a cross direction profiles
Silica gel roller (specially 30 degree of silica gel rollers), being capable of being flat and fit battery protection film and battery surface.
In the present invention, in specific implementation, the receipts release paper device 6 includes microswitch, the microswitch
It is connected by signal wire with PLC controller 12, therefore, the receipts release paper device 6 passes through microswitch therein and plc
Delay cooperation between controller 12, can be realized the entire movement for receiving release paper.
In order to which the utility model is more clearly understood, below with regard to the course of work of the utility model into explanation.
Firstly, the clamping cylinder on manipulator gripping body 1 clamps the battery product for needing coating, film drawing device 2 and film
Discharging device 5 (multireel battery protection film is wound on the film discharging device 5) docking, and film drawing device 2 be fixedly connected it is described
The one end for the battery protection film that film discharging device 5 is released, the rotary damper 7 on film discharging device 5 have blowing buffering
Effect；
Then, film discharging device 5 and receipts 6 synchronization action of release paper device, move forward and backward the effect of cylinder 11 in membrane
Under, film drawing device 2 is mobile in front-rear direction, so that battery protection film fixed length be driven to be unfolded, and is located at the top of coating device 4
Central symmetry position；
Then, battery protection film is cut off by membrane cut mechanism 3, at this time, due to the clamping on manipulator gripping body 1
Cylinder is located at the surface of coating device 4, and the rectangular cell of clamping is pushed into coating device 4 by manipulator gripping body 1, coating
The rotatable soft wheel of 30 degree of silica gel being pivotally connected on device 4, can carry out smooth bubble-free for battery protection film and battery surface
Fitting；
Then, battery is fallen on rewinding cushion rubber bumper 9 by own wt, finally, the electricity that worker will can wrap manually
It takes out in pond.
The semi-automatic coating machine it is found that bread film U-shaped for battery provided by the utility model is operated based on above, due to
The design of the structure of filming-drawing mechanism 2 and coating device 4, can effectively ensure that the length of battery protection film and the flatness of pad pasting,
Efficiently solving the problems, such as that out-of-flatness existing for manual pad pasting, bubble and membrane edge are uneven, the pad pasting for reducing battery is bad, with
And because the mould group vanning extruding battery caused by the out-of-flatness of pad pasting both sides scraps the problem ineffective with liquid cooling system.
It should be noted that complete machine includes manipulator gripping body 1 (such as Fig. 3), die drawing device for the utility model
2 (such as Fig. 4), membrane cut mechanism 3 (such as Fig. 5), coating device 4 (such as Fig. 6), film discharging device 5 (such as Fig. 7) receive release paper device (such as
Fig. 8), rack 10 and electric control system；Wherein, die drawing device, which is located among board, leans on front position, and manipulator gripping body 1
In the leftward position of film drawing device 2, the clamping cylinder and coating device 4 of manipulator gripping body 1 are opposite, and coating device 4 is located at
The underface of die drawing device 2, membrane cut mechanism 3 are located at the position directly above of the press mold cylinder inside film drawing device, film discharging device 5
Positioned at the dead astern of membrane cut mechanism 3, the position that release paper device 6 is located at the back upper place of film discharging device 5 is received.
In the present invention, shown in Figure 3 in specific implementation, the manipulator gripping body 1 includes uniaxial machine
Tool rubber sleeve platform 101, the single-shaft mechanical arm slide unit 101 is mounted on the right side of column 14；
The sliding block on 101 right side of single-shaft mechanical arm slide unit with one piece of connecting plate 102 with clamping cylinder 103 by being connected
It connects；
The clamping cylinder 103 is for clamping the battery product 20 being disposed below；
The underface of the clamping cylinder 103 has the coating device 4.
It should be noted that for the utility model, for manipulator gripping body 1 shown in Fig. 3, in order to carry out coating
Operation, when most just starting, battery product 20 is put into clamping cylinder 103 by battery production worker, and clamping cylinder 103 clamps battery
Product, battery product 20 move downward under the action of single-shaft mechanical arm slide unit 101, along column 14 in vertical direction, until will
Product is put into the opposite coating device 4 in lower section.
In the present invention, shown in Figure 4 in specific implementation, the die drawing device 2 includes being spaced laterally apart
The top of two support bases 200, the support base 200 is separately installed with membrane sliding rail 13；
Air cylinder support 130 is slidably mounted on each membrane sliding rail 13；
The top of each air cylinder support 130 is equipped with a clamping jaw cylinder 201；
Two clamping jaw cylinders 201 are connected；
The front of two clamping jaw cylinders 201 is provided with the press mold cylinder 202 of cross direction profiles；
The front of press mold cylinder 202 is provided with driven roller 203；
Air cylinder support 130 positioned at right side moves forward and backward by a connecting bracket 131 and membrane the piston rod of cylinder 11
It is connected.
In specific implementation, on the support base 200 on the right, it is also equipped with front limit and adjusts buffer 204 and rear limit
Buffer 205 is adjusted, the front limit adjusting buffer 204 moves forward and backward cylinder 11 with membrane and is connected, limits and adjust after described
Section buffer 205 is connected with connecting bracket 131.
It should be noted that in die drawing device 2 shown in Fig. 4, front limit adjusts buffer for the utility model
204, which adjust buffer 205 with rear limit, plays the role of adjusting membrane length, at the same time it can also protect cylinder to increase its use
Service life；The effect of driven roller is to prevent film from drawing during drawing excessively, keeps the horizontal plane of drawing-die.At work,
Membrane moves forward and backward cylinder 11 and its two clamping jaw cylinder 201 being connected is driven to move to press mold cylinder 202 and film cutting machine
The position of 3 front end of structure, after clamping jaw cylinder 202 clamps the battery protection film as provided by film discharging device 5, membrane is moved forward and backward
Cylinder 11 returns in situ (position i.e. in front of rack), and press mold cylinder 202 pushes down battery protection film at this time, on press mold cylinder 202
The membrane cut mechanism 3 of side cuts off battery protection film.
Need to illustrate that still the 2 press mold cylinder of film drawing device is located at the underface of membrane cut mechanism 3, drawing-die sliding rail 13
Top.Its effect is to prevent film position during cutting from moving.
Wherein, the driven roller of the film drawing device 2 is located at the underface of membrane cut mechanism 3, the rear of press mold cylinder, effect
It is to prevent film from drawing during drawing excessively, keeps the horizontal plane of drawing-die.
In the present invention, shown in Figure 5 in specific implementation, the membrane cut mechanism 3 includes cutting film cylinder 301, institute
It states the piston rod of cutting film cylinder 301 and one is cut film upper slitter 302 and is connected；
The underface for cutting film upper slitter 302, which is provided with, cuts film and cuts 303；
In specific implementation, cuts film and cut 303 tops for cutting sliding rail 304 positioned at one；Cut the side tool of sliding rail 304
There is tension spring 305, the front end for cutting sliding rail 304 has limited block 306.
In specific implementation, cutting film upper slitter 302 is that inclination angle is 15 ° and cuts film upper slitter, i.e., at 15 ° between lateral vertical plane
Tilt angle allows battery protection film to be easier to puncture, cut, and ensure that the concordant degree of notch to realize.
In specific implementation, the film upper slitter of cutting is the blade of carving knife among the clamping of two-piece type.
It should be noted that it is shown in Figure 5, for the membrane cut mechanism 3, wherein the effect for cutting sliding rail 304 is to draw
It steps down when film to film drawing device, so that battery protection film 30 is protruded into 2 the inside of clamping jaw cylinder, clamp, returned to film drawing device 2 completely
It to after original position, cuts film and cuts the tension spring pullings of 303 fronts and cut film and cut and return to original position, limited block effect is to stop to cut film to cut
Tension spring effect is grouped into next time cuts film initial position.Membrane cut mechanism 3 is located at the surface of the press mold cylinder of die drawing device 2.It is working
When, after film drawing device 2 pulls film, the press mold gas of film drawing device 2,202 push down battery protection film, the cutting film cylinder of film cutting apparatus 3
Band angle of dynamical inclination is 15 ° and cuts film upper slitter, by the smooth incision of battery protection film.(its working principle is that 15 ° of glue of the upper slitter point of a knife part of inclining
First film is punctured and is moved along blade direction until completely by film even breaks with caudacoria notch).
In the present invention, shown in Figure 6 in specific implementation, the coating device 4 includes support frame 400, described
The film winded roller 401 there are two cross direction profiles is pivotally mounted on support frame 400；
The pedestal of film winded roller 401 is located on the sliding rail 402 that longitudinal front and back is distributed；
The bottom of the sliding rail 402 is connected with the piston rod at 403 top of a jacking cylinder；
The jacking cylinder 403 is connected with the forward bolt piston bar of push cylinder before the coating of a horizontal distribution.
It should be noted that shown in Figure 6, for coating device 4, coating device 4 is located at the lower section of film drawing device 2,
It is opposite with the clamping cylinder 103 of manipulator gripping body 1.The effect of push cylinder is adjustment since product thickness difference is led before coating
The battery product both sides film of cause not central symmetry；At work, to the cutting film cylinder 301 of film cutting apparatus 3 by battery protection film 30
After cutting, push cylinder pushes film winded roller componental movement to product vertical direction median plane and two roller spacing median planes before coating
Close to the position being overlapped, subsequent jacking cylinder drives the film winded roller above it to stretch out, manipulator gripping body 1 by product along
The direction that film winded roller stretches out is put between two film winded rollers, and 30 ° of the film winded roller on both sides is by protective film and battery surface
It is flat and fit, product submerges the position of roller half, and then, the clamping cylinder in manipulator gripping body 1 is unclamped, battery product
Since self gravity is complete by remaining film surface packet, until falling on silica gel cushion.
In the present invention, shown in Figure 7 in specific implementation, the film discharging device 5 includes blowing support base
501, a rolling bearing 502 is installed on the blowing support base 501；
Rolling bearing 502 is connected with the dispensing shaft 503 of a cross direction profiles；
The outer wall of dispensing shaft 503 is wound with the battery protection film 30 (i.e. coil stock film) for blowing；
The left and right ends of dispensing shaft 503 are respectively provided with a backgauge disk 504.
In specific implementation, a rotary damper 7 is also respectively connected in the left and right ends of dispensing shaft 503.
It should be noted that film discharging device is located at the position in membrane cut mechanism dead astern for the utility model, wherein
The effect of backgauge disk is to prevent coil stock film from loosely falling when rotating blowing, when work, while filming-drawing mechanism membrane, pulls dispensing shaft
On battery protection film rotate blowing.The effect of rotary damper is to prevent coil stock film because of inertia over-discharge, gives constant rotation
Turn resistance.
In the present invention, shown in Figure 8 in specific implementation, the receipts release paper device 6 includes motor installation branch
Seat 600, one end of the motor erection support 600 is equipped with induction machine 601；
The power output shaft of induction machine 601 is connected (such as passing through shaft coupling) with collecting shaft 602；
The left and right ends distribution of collecting shaft 602 has a backgauge disk 504.
In specific implementation, the receipts release paper device 6 is also equipped with a microswitch 603, for induction machine 601
Working condition controlled.
It should be noted that receiving the rear that release paper device is located at film discharging device for receiving release paper device 6.In work
When making, induction machine drives collecting shaft to receive the release paper that battery protection film has, and when release paper is under exceptionally straight state, squeezes
It is pressed onto microswitch contact chip output signal, is received after signal by programmable controller plc to induction machine, controls induced electricity
Machine shuts down, and when going loose condition (of surface) when drawing-die, at release paper, microswitch contact unclamps output signal, and plc receives signal
It is given to induction machine, control induction machine starts running.
For the utility model, whole operation control process be can be such that
Firstly, in the clamping jaw that the clamping cylinder that battery product is put into manipulator gripping body 1 is had
Then, by pressing start button, the clamping jaw that the clamping cylinder of manipulator gripping body 1 has is closed；
Then, after pressing start button again, the membrane of film drawing device 2 moves forward and backward cylinder and drives two above it to press from both sides
Position of the pawl cylinder moving to 3 front end of press mold cylinder and membrane cut mechanism
Then, the clamping jaw cylinder of film drawing device 2 clamps battery protection film；
Then, film drawing device 2 returns to original position in the case where membrane moves forward and backward cylinder action, and film blowing fills while returning to original position
The battery protection film wound on 5 is set, swimmingly blowing may be implemented under the pulling of film drawing device 2.
Then, release paper device 6 is received under the exceptionally straight state of release paper that battery protection film has, and can be pressed onto beside it
After microswitch, so that the induction machine for receiving the receipts release paper in release paper device 6 shuts down.
Then, the press mold cylinder above film drawing device 2 lives battery protection membrane pressure；
Then, membrane cut mechanism 3 cuts off battery protection film；
Then, push cylinder before the coating of coating device 4 pushes film winded roller componental movement to product center face and two rollers
The close position being overlapped of spacing median plane；
Then, the jacking cylinder of coating device 4 drives the roller above it to stretch out；
Then, battery product is put between two film winded rollers by manipulator gripping body along the direction that roller stretches out,
Battery protection film is bonded by the film winded roller that 30 ° of both sides with battery product surfacing, and battery product submerges the position of roller half
It sets, clamping cylinder in subsequent manipulator gripping body 1 is unclamped, and battery product is since self gravity is by remaining battery membranes packet
It is complete, until falling on silica gel cushion.Therefore, in summary technical solution it is found that rectangular cell provided by the utility model
Semi-automatic coating machine can be realized high efficiency, save manpower, homogeneity of product, and safety in production is had excellent performance.
In conclusion compared with prior art, a kind of semi-automatic coating machine of rectangular cell provided by the utility model,
It reliably and securely can carry out coating by square shaped battery, and work efficiency is high, can significantly improve the pad pasting uniform quality of battery
Property, guarantee the whole quality of production of battery, be conducive to the market application prospect for improving cell production companies product, has great
Production practices meaning.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of semi-automatic coating machine of rectangular cell, which is characterized in that including rack (10), set at the top of the rack (10)
It is equipped with the membrane sliding rail (13) of a front and back genesis analysis；
A film drawing device (2) is provided on the membrane sliding rail (13)；
The left side rear vertical of the membrane sliding rail (13) is provided with a column (14)；
The right side of the column (14) is equipped with a manipulator gripping body (1)；
It is provided with a coating device (4) right above the front end of the membrane sliding rail (13), the coating device (4) is located at membrane
The lower section of device (2)；
The surface of the coating device (4) has the manipulator gripping body (1)；
The surface of the membrane sliding rail (13) also has a membrane cut mechanism (3), and the membrane cut mechanism (3) is located at the coating
The back upper place of device (4)；
The dead astern of the membrane sliding rail (13) also laterally pivot joint be provided with one can front and back rotate film discharging device (5), institute
It states and is wound with multireel battery protection film on film discharging device (5)；
The film discharging device (5) is located at the dead astern of the membrane cut mechanism (3)；
The film discharging device (5) stretches the one end for the battery protection film released, and is connected with the film drawing device (2).
2. the semi-automatic coating machine of rectangular cell as described in claim 1, which is characterized in that after the film drawing device (2)
The piston rod for moving forward and backward the genesis analysis that cylinder (11) has with a membrane is held to be connected.
3. the semi-automatic coating machine of rectangular cell as described in claim 1, which is characterized in that the top right of the rack (10)
End is equipped with a touch screen (8)；
The lower part of the rack (10) is equipped with a PLC controller (12)；
The touch screen (8) is connected with PLC controller (12) by signal wire.
4. the semi-automatic coating machine of rectangular cell as described in claim 1, which is characterized in that the film discharging device (5)
Back upper place, pivot joint be provided with one can front and back rotate receipts release paper device (6).
5. the semi-automatic coating machine of rectangular cell as described in claim 1, which is characterized in that in the film discharging device (5)
The left and right ends of transverse central axis are respectively arranged with a rotary damper (7).
6. the semi-automatic coating machine of rectangular cell as described in claim 1, which is characterized in that the membrane sliding rail (13) is just
Lower section, also with the buffered silica gel pad (9) of genesis analysis.
7. the semi-automatic coating machine of rectangular cell as described in claim 1, which is characterized in that before and after the coating device (4)
Two sides are respectively provided with the silica gel roller an of cross direction profiles.
8. the semi-automatic coating machine of the rectangular cell as described in any one of claims 1 to 7, which is characterized in that described to cut film
Mechanism (3) includes cutting film cylinder (301), and the piston rod of the cutting film cylinder (301) cuts film upper slitter (302) with one and is connected；
It cuts to be provided with immediately below film upper slitter (302) and cuts film and cut 303；
The tilt angle cut between film upper slitter (302) and lateral vertical plane at 15 °.
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| CN201822207427.5U CN209667427U (en) | 2018-12-27 | 2018-12-27 | A kind of semi-automatic coating machine of rectangular cell |
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| CN201822207427.5U CN209667427U (en) | 2018-12-27 | 2018-12-27 | A kind of semi-automatic coating machine of rectangular cell |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015804A (en) * | 2019-12-18 | 2020-04-17 | 张家港市科创电子有限公司 | Combined slitting device for processing soft roll material |
| CN111082085A (en) * | 2019-12-05 | 2020-04-28 | 东莞市维萨娜电子科技有限公司 | Battery pad pasting mechanism based on encapsulation equipment |
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2018
- 2018-12-27 CN CN201822207427.5U patent/CN209667427U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111082085A (en) * | 2019-12-05 | 2020-04-28 | 东莞市维萨娜电子科技有限公司 | Battery pad pasting mechanism based on encapsulation equipment |
| CN111082085B (en) * | 2019-12-05 | 2021-11-02 | 东莞市维萨娜电子科技有限公司 | Battery pad pasting mechanism based on encapsulation equipment |
| CN111015804A (en) * | 2019-12-18 | 2020-04-17 | 张家港市科创电子有限公司 | Combined slitting device for processing soft roll material |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210207 Address after: Hongan Lishen power battery system Co., Ltd., No. 7, Zhonghong Avenue, Mier Economic Development Zone, Hong'an County, Huanggang City, Hubei Province, 438400 Patentee after: Hong'an power God power battery system Co.,Ltd. Address before: 430200 Shanhu Road, industrial park, Daqiao New District, Jiangxia District, Wuhan City, Hubei Province Patentee before: WUHAN LISHEN POWER CELL SYSTEM TECHNOLOGY Co.,Ltd. |