CN218471971U

CN218471971U - Battery series welding area pad pasting device

Info

Publication number: CN218471971U
Application number: CN202222261494.1U
Authority: CN
Inventors: 朱光; 张志敏
Original assignee: Shenzhen Guangyuan Intelligent Equipment Co ltd
Current assignee: Shenzhen Guangyuan Intelligent Equipment Co ltd
Priority date: 2022-08-26
Filing date: 2022-08-26
Publication date: 2023-02-10
Anticipated expiration: 2032-08-26

Abstract

The utility model is suitable for a battery series welding area pad pasting film technical field discloses a battery series welding area pad pasting device, and it includes battery series welding area pad pasting device, battery series welding area pad pasting device comprises isolation film feeding mechanism, isolation film pull-out mechanism, battery series pad pasting mechanism, the last hot pressing mechanism of isolation film and the combination of isolation film rolling mechanism, isolation film feeding mechanism passes through isolation film feed bottom plate, a servo motor, the fixed side of first lead screw seat, a ball, lift slider mounting panel, lift slide rail mounting panel, isolation film feed lifter plate, isolation film feed gantry crane. The utility model discloses a this pad pasting mechanism possesses the mechanism of accurate control hot pressing head position and pressure, in battery piece production process, will guarantee to the utmost that the battery piece is not by the crushing to the yield and the production efficiency of battery piece have been improved greatly.

Description

Battery series welding area pad pasting device

Technical Field

The utility model is suitable for a battery series welding takes pad pasting technical field, especially relates to a battery series welding takes pad pasting device.

Background

At present, silicon materials for photovoltaic use are continuously increased in recent years, the reduction of the use amount of the silicon materials is one of important means for reducing the cost of the photovoltaic industry, the reduction of the thickness of a battery piece is the inevitable direction for reducing the cost of the silicon materials, the industry is in common knowledge, a traditional mode of directly connecting a solder strip and the battery piece into a string by high-temperature welding is adopted after the battery piece is reduced, the high rate of fragment becomes an industrial technical bottleneck, the new technology is soft connection, the glue connection welding mode can greatly improve the welding yield of thin battery pieces, in order to solve an important technical problem in the glue connection welding technology, the isolation film is pasted on the solder strip, the situation that when the photovoltaic assembly is laminated, a packaging glue film is heated and melted and flows under the solder strip, the solder strip and the battery piece cannot effectively contact to cause electrical performance virtual connection, the electrical collection of the photovoltaic assembly is weakened, and the assembly can be overheated at the virtual connection position in a serious situation is possibly generated is solved, and therefore, the film pasting device for the battery string welding strip is provided.

SUMMERY OF THE UTILITY MODEL

The utility model provides a pair of battery series welding takes pad pasting device has solved the problem of proposing in the background art.

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

a battery series welding belt film pasting device comprises a battery series film pasting device, wherein the battery series film pasting device is formed by combining an isolation film feeding mechanism, an isolation film pulling-out mechanism, a battery series film pasting mechanism, an isolation film hot-pressing mechanism and an isolation film rolling mechanism, the isolation film feeding mechanism is formed by assembling an isolation film feeding bottom plate, a first servo motor, a first lead screw seat fixing side, a first ball screw, a lifting slider mounting plate, a lifting slide rail mounting plate, an isolation film feeding lifting plate, an isolation film feeding gantry seat, a film pressing/cutting slide rail mounting plate, an isolation film fixing rotating shaft, an isolation film feeding reinforcing rib, an isolation film feeding lifting sleeve, an isolation film feeding lifting slide rail, an isolation film lower cutter, an isolation film pressing head, an isolation film cutter, an isolation film upper cutter, a film cutting connecting cylinder, a film cutting cylinder and a film pressing cylinder, the isolating film pulling-out mechanism is formed by assembling a first linear module, a film pulling movable plate, a second servo motor, a film pulling lifting bottom plate, a first linear slide rail, a second ball screw, a film pulling lifting plate, a film pulling clamping jaw air cylinder, a film pulling clamping jaw pressing strip, a film pulling clamping jaw seat and a film pulling clamping jaw, the battery string film pasting mechanism is formed by assembling a third servo motor, a servo motor mounting plate, a servo motor supporting plate, a second screw seat fixing side, a third ball screw, a lower hot pressing lifting sleeve, a film pasting platform supporting plate, a lower hot pressing linear slide rail, a lower hot pressing heat insulation plate, a lower hot pressing head, a film pasting platform bottom plate, a film pasting platform panel, a battery string, a first heating pipe and a lower hot pressing head lifting block, and the isolating film upper hot pressing mechanism is formed by assembling a guide column, a second heating pipe, an upper hot pressing head, a heat insulation plate, an upper hot pressing lifting sleeve, an upper hot pressing lifting block, a second linear slide rail and the isolating film, the diaphragm rolling mechanism is formed by assembling a second linear module, a diaphragm rolling movable plate, a thin cylinder, a rolling slide rail mounting plate, a rolling lifting seat, a third linear slide rail, a roller seat baffle, a roller shaft, a diaphragm roller pressing plate, a spring, a roller seat and a roller.

Preferably, install a servo motor on the barrier film feed bottom plate, the left side on barrier film feed bottom plate top is fixed with barrier film feed gantry crane, and the outer wall of barrier film feed gantry crane is provided with elevator slide mounting panel and lift slide mounting panel, the top of barrier film feed gantry crane is provided with press mold/surely membrane slide mounting panel, the left side of press mold/surely membrane slide mounting panel is provided with barrier film fixed rotating shaft, and the interior winding of barrier film fixed rotating shaft has the barrier film, the top of press mold/surely membrane slide mounting panel is provided with surely membrane cylinder and press mold cylinder, and is provided with surely membrane cylinder coupling head on the surely membrane cylinder, the end of surely membrane cylinder coupling head is to having the cutter on the barrier film, the right side on barrier film feed gantry crane top is provided with the cutter under the barrier film, be provided with the barrier film pressure head on the press mold cylinder, the left side on barrier film feed bottom plate top is provided with the fixed side of first lead screw, the top of the fixed side of first lead screw is provided with first ball, and the top of first ball is provided with barrier film lift feed cover.

Preferably, the top adaptation of first linear die set is installed and is drawn the membrane movable plate, the right side that draws membrane movable plate top is provided with second servo motor, and draws the middle part on membrane movable plate top to be fixed with and draw membrane lifting bottom plate, the left side that draws the membrane lifter plate is provided with first linear slide rail, and the adaptation installs the second ball on the first linear slide rail, first linear slide rail through the second ball with draw the butt joint of membrane lifter plate, draw and install on the membrane lifter plate and draw membrane clamping jaw cylinder, and the top that draws membrane clamping jaw cylinder is to having the membrane clamping jaw layering of drawing, the right side that draws membrane clamping jaw layering is provided with draws membrane clamping jaw seat and draws the membrane clamping jaw.

Preferably, the top of pad pasting platform bottom plate is provided with pad pasting platform panel, and the battery cluster has been placed at the top of pad pasting platform panel, the middle part of pad pasting platform bottom plate is provided with down the hot pressing head, and down the hot pressing head be provided with the multiunit, the both sides of pad pasting platform bottom plate bottom all are provided with pad pasting platform backup pad, the bottom of hot pressing head is provided with down the hot pressing heat insulating board down, the middle part of hot pressing heat insulating board bottom is provided with down the hot pressing lift cover down, and the adaptation is provided with third ball in the hot pressing lift cover down, the bottom of third ball is provided with the fixed side of second lead screw seat, and the fixed side of second lead screw seat installs in the top of servo motor backup pad, and the bottom of servo motor backup pad is provided with the servo motor mounting panel, install third servo motor on the servo motor mounting panel, the both sides of pad pasting platform bottom plate are provided with first heating pipe and hot pressing head elevator down.

Preferably, the middle part of going up hot pressing roof top is provided with hot pressing cylinder, the four corners of going up hot pressing roof bottom all is fixed with the guide post, the middle part of guide post is provided with hot pressing lifter plate, the both sides of going up hot pressing roof top all are provided with hot pressing elevator block, it evenly is provided with multiunit fourth servo motor to go up hot pressing roof bottom, fourth servo motor's bottom is provided with the servo motor mounting panel, and the both sides of servo motor mounting panel bottom are provided with servo backup pad, fourth servo motor's bottom adaptation is provided with hot pressing screw seat fixed side, and is provided with fourth ball on going up hot pressing screw seat fixed side, the bottom of going up hot pressing lifter plate is provided with hot pressing lifting cover, and the bottom of going up hot pressing lifter plate is provided with second heating tube, last hot pressing head, heat insulating board, second linear slide and slide rail mount pad.

Preferably, the adaptation is provided with the barrier film roll extrusion movable plate on the third linear slide rail, the left side on barrier film roll extrusion movable plate top is provided with the roll extrusion slide rail mounting panel, the right side on barrier film roll extrusion movable plate top is provided with slim cylinder, the inner wall of barrier film roll extrusion movable plate is provided with third linear slide rail, and the adaptation is installed the roll extrusion lift seat on the third linear slide rail, the piston rod of slim cylinder docks mutually with the bottom of roll extrusion lift seat, the top of roll extrusion lift seat is provided with barrier film gyro wheel clamp plate, one side of barrier film gyro wheel clamp plate bottom is provided with gyro wheel seat baffle, the barrier film gyro wheel clamp plate embeds there is the spring, and the adaptation is installed the gyro wheel seat on the spring, the inside of gyro wheel seat is provided with the gyro wheel axle, and the outside of gyro wheel axle is provided with the gyro wheel.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the utility model discloses a this pad pasting mechanism possesses the mechanism of accurate control hot pressing head position and pressure, in battery piece production process, will guarantee to the utmost that the battery piece is not by the crushing to the yield and the production efficiency of battery piece have been improved greatly.

2. The utility model discloses a device can accurately adjust the pressure of gyro wheel, the elasticity of cooperation spring, the at utmost guaranteed that the battery piece is not by the crushing, has improved the yield.

3. The utility model discloses a pad pasting is accomplished simultaneously to roll extrusion and hot pressing dual mode, and furthest makes solder strip and battery piece in close contact with, makes photovoltaic module electrical property collection strengthen, carries out the pad pasting to last/lower two sides simultaneously, has improved efficiency reduction cost greatly.

Drawings

Fig. 1 is a schematic view of the overall structure of a battery series welding tape film-pasting device provided by the utility model;

fig. 2 is a schematic structural view of an isolating film feeding mechanism of a battery series welding tape film sticking device provided by the utility model;

fig. 3 is a schematic structural view of an isolation film pulling-out mechanism of a battery series welding tape film sticking device provided by the utility model;

fig. 4 is a schematic structural view of a battery string film-sticking mechanism of a battery string welding tape film-sticking device provided by the utility model;

fig. 5 is a schematic structural view of a hot-pressing mechanism on an isolation film of a battery series welding tape film-sticking device provided by the utility model;

fig. 6 is a schematic structural view of an isolation film rolling mechanism of a battery series welding tape film sticking device provided by the utility model;

fig. 7 is an enlarged schematic view of a structure at a position a of the battery series welding tape film-pasting device provided by the utility model.

In the figure: 10. a battery string film-pasting device; 100. an isolating film feeding mechanism; 101. a barrier film feed floor; 102. a first servo motor; 103. a first lead screw seat fixed side; 104. a first ball screw; 105. a lifting slide block mounting plate; 106. a lifting slide rail mounting plate; 107. a separating film material supply lifting plate; 108. an isolation film feeding gantry base; 109. a film pressing/cutting slide rail mounting plate; 110. the isolating film fixes the rotating shaft; 111. an isolation film; 112. the isolating film supplies the reinforcing rib; 113. a separation film material supply lifting sleeve; 114. an isolation film feeding lifting slide rail; 115. a cutter under the isolation film; 116. an isolation film pressure head; 117. isolating the membrane cutter slide rail; 118. an upper cutter of the isolating film; 119. a film cutting cylinder coupling head; 120. a film cutting cylinder; 121. a film pressing cylinder; 200. an isolation film pull-out mechanism; 201. a first linear module; 202. pulling the film and moving the plate; 203. a second servo motor; 204. Drawing a film to lift the bottom plate; 205. a first linear slide rail; 206. a second ball screw; 207. drawing a film lifting plate; 208. a film drawing clamping jaw air cylinder; 209. drawing a film clamping jaw pressing strip; 210. drawing a film clamping jaw seat; 211. pulling the film clamping jaw; 300. a battery string film pasting mechanism; 301. a third servo motor; 302. a servo motor mounting plate; 303. A servo motor support plate; 304. the second screw seat is fixed on the side; 305. a third ball screw; 306. a lower hot-pressing lifting sleeve; 307. a film pasting platform supporting plate; 308. a lower hot-pressing linear slide rail; 309. a lower hot-pressing heat insulation plate; 310. a lower hot-pressing head; 311. a film pasting platform bottom plate; 312. pasting a film platform panel; 313. a battery string; 314. a first heat-generating pipe; 315. a lower hot-pressing head lifting block; 400. a hot-pressing mechanism on the isolation film; 401. a guide post; 402. a second heat generating tube; 403. an upper hot pressing head; 404. a heat insulation plate; 405. mounting a hot-pressing lifting sleeve; 406. an upper hot-pressing lifting block; 407. a second linear slide rail; 408. a slide rail mounting seat; 409. a linear bearing; 410. an upper hot-pressing lifting plate; 411. a fourth servo motor; 412. fixing side of upper hot-pressing screw seat; 413. A fourth ball screw; 414. a servo support plate; 415. a servo mounting plate; 416. a cylinder coupling seat; 417. An upper hot-pressing top plate; 418. an upper hot pressing cylinder; 500. an isolation film rolling mechanism; 501. a second linear module; 502. rolling the moving plate by an isolating film; 503. a thin cylinder; 504. rolling the slide rail mounting plate; 505. rolling the lifting seat; 506. a third linear slide rail; 507. a roller seat baffle; 508. a roller shaft; 509. an isolating film roller pressing plate; 510. a spring; 511. a roller seat; 512. and a roller.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments.

In the description of the present invention, it is to be understood that the terms "upper", "lower", "front", "rear", "left", "right", "top", "bottom", "inner", "outer", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore, should not be construed as limiting the present invention.

In the description of the present invention, it should be noted that, unless explicitly stated or limited otherwise, the terms "mounted," "connected" and "disposed" are to be interpreted broadly, and may be, for example, fixedly connected, disposed, detachably connected, disposed, or integrally connected and disposed; the utility model discloses in provide with the model of electrical apparatus only refer to, can be through changing the different models that the function is the same according to the in-service use condition with electrical apparatus, to the ordinary technical personnel in this field, can understand above-mentioned term according to particular case and be in the utility model provides a concrete meaning.

Referring to fig. 1-7, a battery series welding belt film pasting device comprises a battery series film pasting device 10, wherein the battery series film pasting device 10 is composed of an isolation film feeding mechanism 100, an isolation film pulling mechanism 200, a battery series film pasting mechanism 300, an isolation film hot pressing mechanism 400 and an isolation film rolling mechanism 500, the isolation film feeding mechanism 100 is assembled by an isolation film feeding bottom plate 101, a first servo motor 102, a first screw seat fixing side 103, a first ball screw 104, a lifting slider mounting plate 105, a lifting slide rail mounting plate 106, an isolation film feeding lifting plate 107, an isolation film feeding gate seat 108, a film pressing/film cutting slide rail mounting plate 109, an isolation film fixing rotating shaft 110, an isolation film 111, an isolation film feeding reinforcing rib 112, an isolation film feeding lifting sleeve 113, an isolation film feeding lifting slide rail 114, an isolation film under-film cutter 115, an isolation film cutter 116, an isolation film cutter slide rail 117, an isolation film on-cutting cutter 118, a film cutting cylinder connecting head 119, a film cutting cylinder and a film pressing cylinder 121, the isolating film pulling-out mechanism 200 is assembled by a first linear module 201, a film pulling moving plate 202, a second servo motor 203, a film pulling lifting bottom plate 204, a first linear slide rail 205, a second ball screw 206, a film pulling lifting plate 207, a film pulling clamping jaw air cylinder 208, a film pulling clamping jaw pressing strip 209, a film pulling clamping jaw seat 210 and a film pulling clamping jaw 211, the battery string film-pasting mechanism 300 is assembled by a third servo motor 301, a servo motor mounting plate 302, a servo motor supporting plate 303, a second screw seat fixing side 304, a third ball screw 305, a lower hot-pressing lifting sleeve 306, a film-pasting platform supporting plate 307, a lower hot-pressing linear slide rail 308, a lower hot-pressing heat insulation plate 309, a lower hot-pressing head 310, a film-pasting platform bottom plate 311, a film-pasting platform panel 312, a battery string 313, a first heat-generating pipe 314 and a lower hot-pressing head lifting block 315, the hot pressing mechanism 400 on the isolating film is assembled by a guide post 401, a second heating tube 402, an upper hot pressing head 403, a heat insulation plate 404, an upper hot pressing lifting sleeve 405, an upper hot pressing lifting block 406, a second linear slide rail 407, a slide rail mounting seat 408, a linear bearing 409, an upper hot pressing lifting plate 410, a fourth servo motor 411, an upper hot pressing lead screw seat fixing side 412, a fourth ball lead screw 413, a servo support plate 414, a servo mounting plate 415, a cylinder connecting seat 416, an upper hot pressing top plate 417 and an upper hot pressing cylinder 418, and the isolating film rolling mechanism 500 is assembled by a second linear module 501, an isolating film rolling movable plate 502, a thin cylinder 503, a rolling slide rail mounting plate 504, a rolling lifting seat 505, a third linear slide rail 506, a roller seat baffle 507, a roller shaft 508, an isolating film roller pressing plate 509, a spring 510, a roller seat 511 and a roller 512.

In this embodiment, install first servo motor 102 on barrier film feed bottom plate 101, the left side on barrier film feed bottom plate 101 top is fixed with barrier film feed gantry 108, and the outer wall of barrier film feed gantry 108 is provided with lift slider mounting panel 105 and lift slide rail mounting panel 106, the top of barrier film feed gantry 108 is provided with press mold/cut membrane slide rail mounting panel 109, the left side of press mold/cut membrane slide rail mounting panel 109 is provided with barrier film fixed rotating shaft 110, and the winding has barrier film 111 in the barrier film fixed rotating shaft 110, the top of press mold/cut membrane slide rail mounting panel 109 is provided with film cutting cylinder 120 and press mold cylinder 121, and is provided with film cutting cylinder coupling 119 on the film cutting cylinder 120, the end of film cutting cylinder coupling 119 is to having cutter 118 on the barrier film, the right side on barrier film feed gantry 108 top is provided with cutter 115 under the barrier film, be provided with barrier film pressure head 116 on the press mold cylinder 121, the left side on barrier film feed bottom plate 101 top is provided with the fixed side 103 of first lead screw seat, the top of first lead screw seat 103 is provided with ball screw 113 and lift feed cover 104.

In this embodiment, the top adaptation of first linear die set 201 is installed and is drawn membrane movable plate 202, the right side that draws membrane movable plate 202 top is provided with second servo motor 203, and draws the middle part on membrane movable plate 202 top to be fixed with and draw membrane lifting bottom plate 204, the left side that draws membrane lifter plate 207 is provided with first linear slide rail 205, and the adaptation installs second ball 206 on the first linear slide rail 205, first linear slide rail 205 is through second ball 206 and the butt joint of drawing membrane lifter plate 207, draw and install on the membrane lifter plate 207 and draw membrane clamping jaw cylinder 208, and draw the top of membrane clamping jaw cylinder 208 to be connected with and draw membrane clamping jaw layering 209, the right side that draws membrane clamping jaw layering 209 is provided with and draws membrane clamping jaw seat 210 and drawing membrane clamping jaw 211.

In this embodiment, the top of pad pasting platform bottom plate 311 is provided with pad pasting platform panel 312, and the battery cluster 313 has been placed at the top of pad pasting platform panel 312, the middle part of pad pasting platform bottom plate 311 is provided with down hot pressing head 310, and hot pressing head 310 is provided with the multiunit down, the both sides of pad pasting platform bottom plate 311 bottom all are provided with pad pasting platform backup pad 307, the bottom of hot pressing head 310 is provided with down hot pressing heat insulating board 309 down, the middle part of hot pressing heat insulating board 309 bottom is provided with down hot pressing lift cover 306, and the adaptation is provided with third ball 305 in the hot pressing lift cover 306 down, the bottom of third ball 305 is provided with the fixed side of second lead screw seat 304, and the fixed side of second lead screw seat 304 installs in the top of servo motor backup pad 303, and the bottom of servo motor backup pad 303 is provided with servo motor mounting panel 302, install third servo motor 301 on the servo motor mounting panel 302, the both sides of pad pasting platform bottom plate 311 are provided with first heat generation pipe 314 and lower hot pressing lift piece 315.

In this embodiment, an upper hot-pressing cylinder 418 is disposed in the middle of the top end of the upper hot-pressing top plate 417, guide posts 401 are fixed to four corners of the bottom end of the upper hot-pressing top plate 417, an upper hot-pressing lifting plate 410 is disposed in the middle of the guide posts 401, upper hot-pressing lifting blocks 406 are disposed on two sides of the top end of the upper hot-pressing top plate 417, multiple groups of fourth servo motors 411 are uniformly disposed at the bottom end of the upper hot-pressing top plate 417, a servo motor mounting plate 302 is disposed at the bottom end of the fourth servo motor 411, servo support plates 414 are disposed on two sides of the bottom end of the servo motor mounting plate 302, an upper hot-pressing lead screw seat fixing side 412 is adapted to the bottom end of the fourth servo motor 411, a fourth ball screw 413 is disposed on the upper hot-pressing lead screw seat fixing side 412, an upper hot-pressing lifting sleeve 405 is disposed at the bottom end of the upper hot-pressing lifting plate 410, and a second heating tube 402, an upper hot-pressing head 403, a heat insulation plate 404, a second linear slide rail 407 and a slide rail mounting 408 are disposed at the bottom end of the upper hot-pressing lifting plate 410.

In this embodiment, an isolating membrane rolling moving plate 502 is adaptively arranged on the third linear slide rail 506, a rolling slide rail mounting plate 504 is arranged on the left side of the top end of the isolating membrane rolling moving plate 502, a thin cylinder 503 is arranged on the right side of the top end of the isolating membrane rolling moving plate 502, a third linear slide rail 506 is arranged on the inner wall of the isolating membrane rolling moving plate 502, a rolling lifting seat 505 is adaptively arranged on the third linear slide rail 506, a piston rod of the thin cylinder 503 is butted with the bottom end of the rolling lifting seat 505, an isolating membrane roller pressing plate 509 is arranged at the top of the rolling lifting seat 505, a roller seat baffle 507 is arranged on one side of the bottom end of the isolating membrane roller pressing plate 509, a spring 510 is arranged in the isolating membrane roller pressing plate 509, a roller seat 511 is adaptively arranged on the spring 510, a roller shaft 508 is arranged in the roller seat 511, and a roller 512 is arranged outside the roller shaft 508.

The utility model discloses during the use: the second heating pipe 402 and the first heating pipe 314 are electrified to heat the upper hot pressing head 403 and the lower hot pressing head 310 and keep the temperature constant, the film-drawing clamping jaw cylinder 208 drives the film-drawing clamping jaw strips 209 to move downwards, the film-drawing clamping jaws 211 are pressed down to open the film-drawing clamping jaws, the first linear module 201 drives the clamping jaw assemblies to move to the film-drawing position, the clamping jaw cylinder 208 moves to drive the film-drawing clamping jaw strips 209 to move, the film-drawing clamping jaws 211 move to clamp the isolating film 111, the film-pressing cylinder 121 moves to drive the isolating film pressing head 116 to move upwards to loosen the isolating film, the first linear module 201 drives the clamping jaw assemblies to move to the initial position, the film-pressing cylinder 121 moves to drive the isolating film pressing head 116 to move downwards to press the isolating film 111, the first servo motor 102 drives the first ball screw 104 and the second servo motor 203 to drive the second ball screw 206 to synchronously rotate, so that the film-drawing clamping jaw assemblies and the film-pressing assemblies synchronously descend, and the isolating film is placed on the film-pasting platform panel 312, the isolating film sucking vacuum group on the film pasting platform panel 312 is opened to suck the isolating film 111 in vacuum, a battery string 313 is placed on the film pasting platform panel 312 by a device such as a manual or mechanical arm, the battery string vacuum is opened to suck the battery string 313, the film cutting cylinder 120 drives the isolating film upper cutter 118 to move downwards and the isolating film lower cutter 115 to cut off the isolating film 111, the first servo motor 102 and the second servo motor 203 synchronously drive the dynamic pressure film component and the clamping jaw component to reset upwards, the clamping jaw cylinder 208 drives the film drawing clamping jaw strips 209 to move downwards, the film drawing clamping jaws 211 are pressed down to open, the first linear module 201 drives the clamping jaw components to move to a film drawing position, the clamping jaw cylinder 208 drives the film drawing clamping jaw strips 209 to move, the film drawing clamping jaws 211 move to clamp the isolating film 111, the film pressing cylinder 121 moves to drive the isolating film pressing head 116 to move upwards to loosen the isolating film, the first linear module 201 drives the clamping jaw assembly to move to the initial position, the film pressing cylinder 121 moves to drive the isolating film pressing head 116 to move downwards to press the isolating film 111, the first servo motor 102 drives the first ball screw 104 and the second servo motor 203 to drive the second ball screw 206 to rotate synchronously, so that the pulling jaw assembly and the film pressing assembly descend synchronously, the film is placed on the battery string 313, the thin cylinder 503 moves to drive the rolling lifting seat 505 and the isolating film roller pressing plate 509 to move downwards, so that the roller 512 presses on the isolating film, the force of the roller 512 pressing on the isolating film can be maintained by the spring 510, the pressure of the roller 512 can also be maintained by the pneumatic piston, the upper hot pressing cylinder 418 moves to push the upper hot pressing lifting plate 410 to move downwards to the lower position, the third servo motor 301 drives the third ball screw to rotate to push the lower hot pressing head 310 to move upwards to the hot pressing position, the second linear module 501 moves to drive the roller 512 to roll the isolation film 111, when the roller 512 rolls the first cell of the cell string 313, the second upper hot-pressing head 403 rises to the hot-pressing position, the second linear module 501 drives the roller 512 to continue to roll the isolation film 111, after the roller 512 rolls the first cell, the fourth servo motor 411 drives the fourth ball screw 413 to push the upper hot-pressing head 403 to move downwards, so that the first upper hot-pressing head 403 is hot-pressed on the isolation film 111, the above steps are repeated to sequentially complete the rolling and hot-pressing processes on the cells in the cell string 313, so that the two layers of isolation films are fixed on the cell string, when the time required by the upper hot-pressing head 403 and the lower hot-pressing head 310 reaches the hot-pressing time, the two layers of isolation films are sequentially reset and quit the hot-pressing, and when the whole string of the battery 313 finishes the hot-pressing of the isolation film 111, the film cutting cylinder 120 drives the upper cutter 118 of the isolation film to move downwards and the lower cutter 115 under the isolation film to cut the isolation film 111, the upper hot pressing cylinder 418 acts to pull the upper hot pressing lifting plate 410 to move upwards to an initial position, the thin cylinder 503 acts to drive the rolling lifting seat 505, the isolation film roller pressing plate 509 and the roller 512 to move upwards to enable the rolling lifting seat to move upwards to an upper position, the second linear module 501 moves to reset to the initial position, the first servo motor 102 and the second servo motor 203 synchronously drive the dynamic pressure film assembly and the clamping jaw assembly to reset upwards, the first linear module 201 drives the isolation film pulling mechanism to repeat, the battery string 313 with the film attached is taken down manually or by a manipulator, and the film attachment of the battery string 313 is completed.

The above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered within the protection scope of the present invention.

Claims

1. The utility model provides a battery stringer tape pad pasting device, a serial communication port, including battery string pad pasting device (10), battery string pad pasting device (10) comprises barrier film feed mechanism (100), barrier film pull-out mechanism (200), battery string pad pasting mechanism (300), hot pressing mechanism (400) and barrier film rolling mechanism (500) combination on the barrier film, barrier film feed mechanism (100) is through barrier film feed bottom plate (101), a servo motor (102), first lead screw seat fixed side (103), first ball screw (104), lift slider mounting panel (105), lift slide rail mounting panel (106), barrier film feed lifter plate (107), barrier film feed seat (108), press mold/cut membrane slide rail mounting panel (109), barrier film fixed rotating shaft (110), barrier film (111), barrier film feed strengthening rib (112), barrier film feed lifting cover (113), barrier film feed lift slide rail (114), barrier film under-cutting knife (115), barrier film pressure head (116), barrier film cutting knife (117), barrier film cutting cylinder on barrier film cutting cylinder (119), barrier film cutting coupling head (120), barrier film pulling assembly cylinder (202) and portal film pulling mechanism (201) assembly, A second servo motor (203), a film drawing lifting bottom plate (204), a first linear sliding rail (205), a second ball screw (206), a film drawing lifting plate (207), a film drawing clamping jaw cylinder (208), a film drawing clamping jaw pressing strip (209), a film drawing clamping jaw seat (210) and a film drawing clamping jaw (211) are assembled to form the battery string film pasting mechanism (300), the battery string film pasting mechanism is assembled through a third servo motor (301), a servo motor mounting plate (302), a servo motor supporting plate (303), a second screw seat fixing side (304), a third ball screw (305), a lower hot pressing lifting sleeve (306), a film pasting platform supporting plate (307), a lower hot pressing linear sliding rail (308), a lower hot pressing heat insulation plate (309), a lower hot pressing head (310), a film pasting platform bottom plate (311), a film pasting platform panel (312), a battery string (313), a first heat-emitting pipe (314) and a lower hot pressing head lifting block (315), the insulation film pasting mechanism (400) is assembled through a heat guiding column (401), a second heat-emitting pipe (402), an upper hot pressing head (403), an upper hot pressing sleeve (404), an upper hot pressing sleeve (405), an upper hot pressing lifting block (408), an upper hot pressing lifting bearing block (408), a fourth hot pressing lifting bearing (408), a fourth hot pressing lifting block (408), a fourth linear sliding rail (408), a fourth hot pressing lifting block (406), a fourth hot pressing lifting block (408), a fourth lifting plate (410), a fourth hot pressing lifting block mounting plate (408), a fourth hot pressing lifting block mounting plate (410), a hot pressing lifting block mounting plate (408), a fourth hot pressing lifting block mounting plate (410), a fourth hot pressing lifting block mounting plate (410), a hot pressing lifting block mounting plate (309), a fourth hot pressing lifting block mounting plate (300), a fourth hot pressing block mounting plate, go up hot pressing lead screw seat fixed side (412), fourth ball (413), servo support plate (414), servo mounting panel (415), cylinder hookup seat (416), go up hot pressing roof (417) and go up hot pressing cylinder (418) and assemble and form, barrier film rolling mechanism (500) are through second linear module (501), barrier film rolling movable plate (502), slim cylinder (503), rolling slide rail mounting panel (504), rolling lift seat (505), third linear slide rail (506), roller seat baffle (507), roller shaft (508), barrier film roller clamp plate (509), spring (510), roller seat (511) and roller (512) assembly form.

2. The device for sticking the film to the battery series welding strip according to claim 1, wherein a first servo motor (102) is installed on the isolating film feeding base plate (101), an isolating film feeding gantry base (108) is fixed on the left side of the top end of the isolating film feeding base plate (101), a lifting slider mounting plate (105) and a lifting slide rail mounting plate (106) are arranged on the outer wall of the isolating film feeding gantry base (108), a film pressing/film cutting slide rail mounting plate (109) is arranged on the top of the isolating film feeding gantry base (108), an isolating film fixing rotating shaft (110) is arranged on the left side of the film pressing/film cutting slide rail mounting plate (109), an isolating film (111) is wound in the isolating film fixing rotating shaft (110), a film cutting cylinder (120) and a film pressing cylinder (121) are arranged on the top of the film pressing/film cutting slide rail mounting plate (109), a film cutting cylinder coupling head (119) is arranged on the film cutting cylinder (120), an isolating film cutting cylinder coupling head (118) is arranged on the tail end of the film cutting cylinder (119), a first ball screw rod base (103) is arranged on the right side of the isolating film pressing/film cutting slide rail mounting plate (108), a first ball screw rod base (116) is arranged on the left side of the isolating film feeding base (103), a first screw rod mounting plate (103), and the top of the first ball screw (104) is provided with an isolating film feeding lifting sleeve (113).

3. The film sticking device with the battery series welding belt according to claim 1, wherein a film pulling moving plate (202) is mounted at the top end of the first linear module (201) in a matched manner, a second servo motor (203) is arranged on the right side of the top end of the film pulling moving plate (202), a film pulling lifting bottom plate (204) is fixed in the middle of the top end of the film pulling moving plate (202), a first linear sliding rail (205) is arranged on the left side of the film pulling lifting plate (207), a second ball screw (206) is mounted on the first linear sliding rail (205) in a matched manner, the first linear sliding rail (205) is in butt joint with the film pulling lifting plate (207) through the second ball screw (206), a film pulling clamping jaw cylinder (208) is mounted on the film pulling lifting plate (207), a film pulling clamping jaw (209) is in butt joint with the top of the film pulling clamping jaw cylinder (208), and a pressing strip clamping jaw seat (210) and a film pulling clamping jaw (211) are arranged on the right side of the film pulling clamping jaw (209).

4. The device for sticking the films on the battery series welding belt according to claim 1, wherein a film sticking platform panel (312) is arranged at the top of the film sticking platform bottom plate (311), a battery string (313) is placed at the top of the film sticking platform panel (312), a lower hot-pressing head (310) is arranged in the middle of the film sticking platform bottom plate (311), a plurality of groups of hot-pressing heads (310) are arranged, film sticking platform support plates (307) are arranged on both sides of the bottom end of the film sticking platform bottom plate (311), a lower hot-pressing heat insulation plate (309) is arranged at the bottom end of the lower hot-pressing head (310), a lower hot-pressing lifting sleeve (306) is arranged in the middle of the bottom end of the lower hot-pressing lifting sleeve (309), a third ball screw (305) is arranged in the hot-pressing lifting sleeve (306) in an adaptive manner, a second screw base fixing side (304) is arranged at the bottom end of the third ball screw (304), the second screw base fixing side (304) is arranged at the top of a servo motor support plate (303), a servo motor mounting plate (302) is arranged at the bottom end of the servo motor support plate (303), a servo motor mounting plate (302) is provided with a third heat pipe (315), and two heat-generating blocks (314) and a heat generating platform (311) are arranged at the bottom plate (301).

5. The device for sticking the film on the battery series welding belt according to claim 1, wherein an upper hot-pressing cylinder (418) is arranged in the middle of the top end of an upper hot-pressing top plate (417), guide columns (401) are fixed to four corners of the bottom end of the upper hot-pressing top plate (417), an upper hot-pressing lifting plate (410) is arranged in the middle of each guide column (401), upper hot-pressing lifting blocks (406) are arranged on two sides of the top end of the upper hot-pressing top plate (417), a plurality of groups of fourth servo motors (411) are uniformly arranged at the bottom end of the upper hot-pressing top plate (417), a servo motor mounting plate (302) is arranged at the bottom end of each fourth servo motor (411), servo support plates (414) are arranged on two sides of the bottom end of each servo motor mounting plate (302), an upper hot-pressing screw base fixing side (412) is arranged in a matched mode at the bottom end of each fourth servo motor (411), a fourth ball screw (413) is arranged on the upper hot-pressing screw base fixing side (412), an upper hot-pressing lifting sleeve (405) is arranged at the bottom end of the upper hot-pressing lifting plate (410), a second hot-pressing lifting sleeve (403), a second hot-pressing heating rail (408) and a second heating base (408) and a second heating rail (408) are arranged at the bottom end of the upper hot-pressing lifting sleeve (410).

6. The device for sticking the film on the battery series welding strip according to claim 1, wherein an isolating film rolling moving plate (502) is fittingly arranged on the third linear slide rail (506), a rolling slide rail mounting plate (504) is arranged on the left side of the top end of the isolating film rolling moving plate (502), a thin cylinder (503) is arranged on the right side of the top end of the isolating film rolling moving plate (502), a third linear slide rail (506) is arranged on the inner wall of the isolating film rolling moving plate (502), a rolling lifting seat (505) is fittingly arranged on the third linear slide rail (506), a piston rod of the thin cylinder (503) is butted with the bottom end of the rolling lifting seat (505), an isolating film roller pressing plate (509) is arranged on the top of the rolling lifting seat (505), a roller seat baffle (507) is arranged on one side of the bottom end of the isolating film roller pressing plate (509), a spring (510) is arranged in the isolating film roller pressing plate (509), a roller seat (511) is fittingly arranged on the spring (510), a roller shaft (508) is arranged in the roller seat (511), and a roller (512) is arranged on the outside of the roller shaft (508).