CN221282178U - Shaping device for special-shaped insulating adhesive of cell head - Google Patents

Abstract

The utility model discloses a shaping device for special-shaped insulating glue of a battery core head, which has the advantages of high production efficiency, labor saving and high and stable shaping effect quality. The utility model comprises a battery cell carrier, a battery cell is placed on the battery cell carrier, a special-shaped insulating adhesive is attached to the head part of the battery cell, a glue folding base support module is arranged right below the head part of the battery cell, the glue folding base support module comprises a glue folding base support jacking driver and a glue folding base support mounting plate connected with the glue folding base support jacking driver, a glue folding block is arranged on the glue folding base support mounting plate, a step surface is arranged on the glue folding block, a glue folding sliding rail is arranged on the end surface of the glue folding base support mounting plate, glue folding sliding blocks and spring stretching seats connected with the glue folding sliding blocks are arranged at two ends of the glue folding sliding rail, a convex block is arranged on the side surface of the front end of the glue folding sliding blocks, and a bending groove is formed between the glue folding sliding blocks and the convex block; the front of the head of the battery cell is provided with a glue folding driving module. The utility model is applied to the technical field of battery cell rubberizing equipment.

Description

Shaping device for special-shaped insulating adhesive of cell head

Technical Field

The utility model relates to a shaping device for insulating glue of a battery core, in particular to a shaping device for special-shaped insulating glue of a battery core head.

Background

With the rapid development of electronic technology, electronic products are increasingly used, so that the number of soft package polymer batteries is increasingly required, and the soft package polymer batteries mainly comprise an electric core, a PCM board and an FPC board. The packaging is one of the important links in the existing soft package polymer battery production process, the existing battery cell packaging process generally adopts the assembly line operation, the assembly line operation adopts the combination of a manual station and an automatic station to carry out production, for example, the battery cell head needs to be pasted with insulating glue in the packaging process, the whole manual glue pasting is generally adopted, the automatic glue stripper is matched with a glue pasting robot to automatically strip the insulating glue and paste the insulating glue on the battery cell, then the insulating glue is pasted by a shaping mechanism or manually and then shaped, but at present, some battery cells need to be pasted with special-shaped insulating glue on the head, as shown in fig. 1, the special-shaped insulating glue comprises a battery cell face glue 31 and battery cell side glue 32 positioned at two ends of the battery cell face glue 31, the front sides of two ends of the battery cell face glue 31 are respectively provided with a base glue 33, and the front sides of the ends of the battery cell side glue 32 are respectively provided with an edge glue 34. Because the specificity of abnormal shape gum, the automatic rubberizing plastic process of abnormal shape gum can be accomplished to temporary no rubberizing plastic equipment, most at present on the assembly line first through rubberizing robot and automatic stripper cooperation, peel the abnormal shape gum to rubberizing robot on automatically, the rethread rubberizes the back of rubberizing robot with the attached electric core head, then flow into next station, fold laminating in electric core head positive left and right sides both ends respectively through artifical to two base glues, then the manual work is folding laminating in electric core side glue 32 the outer wall of electric core head left and right sides, take up limit glue 34 simultaneously, follow the manual work again and laminate limit glue 34 respectively in the inner wall of electric core head left and right sides, the number of times that whole engineering needs folding rubberizing is more, there is holistic machining efficiency slow, moreover the manual rubberizing easily appears destroying the viscidity of glue and influences the whole quality of product.

Disclosure of utility model

The utility model aims to solve the technical problem of overcoming the defects of the prior art and providing the special-shaped insulating adhesive shaping device for the cell head, which has the advantages of high production efficiency, labor saving, high shaping effect and stable quality.

The technical scheme adopted by the utility model is as follows: the electric core carrier is provided with an electric core, the head of the electric core is attached with special-shaped insulating glue, the special-shaped insulating glue comprises electric core surface glue attached to the back of the head of the electric core and electric core side glue positioned at two ends of the electric core surface glue, the front sides of the two ends of the electric core surface glue are respectively provided with a bottom glue, the front sides of the ends of the electric core side glue are respectively provided with an edge glue, a glue folding bottom support module is arranged right below the head of the electric core, the glue folding bottom support module comprises a glue folding bottom support jacking driver and a glue folding bottom support mounting plate connected with the glue folding bottom support jacking driver, glue folding blocks are arranged on the glue folding bottom support mounting plate, step surfaces are arranged on the glue folding blocks, the step surfaces are used for upwards bending two bottom glue, the end surfaces of the glue folding bottom support mounting plate are respectively provided with a glue folding slide rail, the two ends of the glue folding slide rail are respectively provided with a glue folding slide block and a spring stretching seat connected with the glue folding slide block, the front sides of the glue folding slide block are respectively provided with a glue folding bottom support, and the two side faces of the electric core folding bottom glue slide block are respectively connected with the glue folding bottom support, and the two side blocks are respectively provided with a glue folding bottom support and a glue folding bottom support, and a glue folding bottom plate is respectively provided with a step surface for folding bottom glue and a step, and a glue folding bottom glue guide plate, and a glue guide plate is respectively, and a glue guide plate is arranged on the side frame, and a frame; the battery cell is characterized in that a glue folding driving module is arranged in front of the battery cell head and used for bonding base glue and edge glue with bent ends to the battery cell head.

Further, the glue folding driving module comprises a glue folding triaxial shifter and a glue folding driving device connected with the glue folding triaxial shifter, two glue folding arm claws are arranged at two ends of the glue folding driving device, glue folding pressing blocks are arranged at the front ends of the glue folding arm claws, convex edges are arranged on the side edges of the front ends of the glue folding pressing blocks, the thickness of the convex edges is smaller than the depth of the bending grooves, the length between the glue folding pressing blocks and the convex edges is larger than or equal to the distance from the bottom glue to the side edge of the battery cell, the convex edges and the side edge of the battery cell are located on the same axis, and the glue folding arm claws are used for respectively attaching the bent bottom glue and the side glue to the front face of the battery cell head and the side inner wall of the battery cell head.

Further, a cell forward pushing device is arranged at the rear of the cell carrier, a cell clamp holder is arranged at the side end of the cell carrier, and a cell pressing device is arranged above the cell carrier.

Further, roll over and glue collet jacking driver and glue the bottom plate including rolling over, roll over and glue be provided with on the bottom plate horizontal regulation slide rail and with the regulation slider of horizontal regulation slide rail looks adaptation, be provided with the installation bedplate on the regulation slider, the side of installation bedplate is provided with the jacking cylinder, roll over and glue collet mounting panel and jacking cylinder's output and be connected, the one end of roll over and glue the bottom plate is provided with the extension board, be provided with adjusting bolt on the extension board, adjusting bolt pass the extension board with the installation bedplate is connected, the adjusting bolt end is provided with the bolt locking cap.

Further, the spring stretching seat is including installing in the spring installation bedplate on the collet mounting panel is glued to the book, be provided with the spring installation pedestal on the spring installation pedestal, the cover is equipped with the spring on the spring installation pedestal, two the bottom of gluing the slider all be provided with the pedestal trepanning of spring installation pedestal looks adaptation, the end of spring installation pedestal inserts and is fixed in the pedestal trepanning, and during the quiescent condition, two the slider of gluing is located respectively under the both ends of electric core head, the back both sides of electric core head are provided with the arcwall face, the collet jacking driver drives after the drive of gluing and folds outward extension compression to the spring when rising through the arcwall face to glue the electric core side and upwards bend 90 perpendicularly, simultaneously under the compressive force of spring the electric core side glue in-process laminating in the left and right sides outer wall of electric core, and two limit glues are located respectively the recess of bending, and will glue through the L type cell wall of bending the recess and turn over the limit and turn over.

Further, the glue folding triaxial shifter comprises longitudinal sliding rails which are symmetrically arranged and longitudinal moving plates which are adaptively arranged between the two longitudinal sliding rails, a longitudinal driving motor is arranged at the lower end of each longitudinal moving plate and a longitudinal pushing plate which is connected with the longitudinal driving motor, the longitudinal pushing plates are connected with the bottoms of the longitudinal moving plates, transverse mounting plates are arranged on the longitudinal moving plates, adjusting screw rods and screw rod seat plates which are connected with the adjusting screw rods are arranged on the transverse mounting plates, glue folding lifting motors are arranged on the screw rod seat plates, lifting mounting plates which are connected with the glue folding lifting motors are arranged on the screw rod seat plates, and the glue folding driving devices are arranged at the front ends of the lifting mounting plates.

Further, the bottom of the bending groove is provided with a blowing nozzle.

Further, the height of the protruding block is smaller than that of the side glue, and the height of the step surface is lower than that of the base glue after being overturned.

The beneficial effects of the utility model are as follows: 1. the glue folding collet jacking driver drives the two glue folding sliding blocks to ascend to glue and reshape the side glue of the battery core at two ends, and flexible lamination is realized under the action of the spring stretching seat; 2. the two base adhesives are bent upwards through the step surface, and the bent base adhesives are attached to the head of the battery cell by matching with the glue bending driving module; 3. through the ingenious design of bending the recess of gluing the slider to make electric core side glue bend to the edge glue when turning over, the edge glue after the drive module will bending is glued to the side wall of electric core head to the cooperation is folded simultaneously and is glued the drive module, thereby accomplishes the work of the full-automatic plastic laminating of abnormal shape insulating glue, has improved production efficiency and the quality of product greatly.

Drawings

FIG. 1 is a schematic structural view of a profiled insulating gel;

FIG. 2 is a schematic diagram of the structure of the present utility model;

FIG. 3 is a schematic diagram of a folded adhesive shoe module;

FIG. 4 is a top view of the glue folding shoe module;

FIG. 5 is an enlarged schematic view of portion A of FIG. 3;

FIG. 6 is a schematic diagram of a glue folding driving module;

fig. 7 is a schematic diagram of the structure of the cell head after the rubberizing and shaping.

Detailed Description

As shown in fig. 1 to 7, in this embodiment, the present utility model includes a battery cell carrier 1, a battery cell 2 is disposed on the battery cell carrier 1, a special-shaped insulating adhesive 3 is attached to the head of the battery cell 2, the special-shaped insulating adhesive 3 includes a battery cell surface adhesive 31 attached to the back surface of the head of the battery cell 2 and battery cell side adhesives 32 located at two ends of the battery cell surface adhesive 31, bottom adhesives 33 are disposed at front sides of two ends of the battery cell surface adhesive 31, an edge adhesive 34 is disposed at front sides of the ends of the battery cell side adhesives 32, a glue folding bottom bracket module 4 is disposed under the head of the battery cell 2, the glue folding bottom bracket module 4 includes a glue folding bottom bracket jacking driver 41 and a glue folding bottom bracket mounting plate 42 connected with the glue folding bottom bracket jacking driver 41, the glue folding base mounting plate 42 is provided with a glue folding block 43, the glue folding block 43 is provided with a step surface 44, the step surface 44 is used for upwards folding two base glue 33, the end surface of the glue folding base mounting plate 42 is provided with a glue folding slide rail 45, both ends of the glue folding slide rail 45 are provided with a glue folding slide block 46 and a spring stretching seat 47 connected with the glue folding slide block 46, the side surface of the front end of the glue folding slide block 46 is provided with a bump 48, a bending groove 49 is formed between the glue folding slide block 46 and the bump 48, the glue folding slide block 46 is used for upwards folding and attaching two cell side glue 32 to the two side walls of the cell head, and the bending groove 49 is used for bending the side glue 34; the front part of the head part of the battery cell 2 is provided with a glue folding driving module 5, and the glue folding driving module 5 is used for attaching the bottom glue 33 and the edge glue 34 with the two ends folded to the head part of the battery cell.

In this embodiment, the glue folding driving module 5 includes a glue folding triaxial shifter 51 and a glue folding driving device 52 connected with the glue folding triaxial shifter 51, the glue folding driving device 52 is a pneumatic claw cylinder, the pneumatic claw cylinder is provided with two glue folding arm claws 53 capable of moving oppositely, the front end of the glue folding arm claws 53 is provided with a glue folding pressing block 54, the side edge of the front end of the glue folding pressing block 54 is provided with a convex edge 55, the thickness of the convex edge 55 is smaller than the depth of the bending groove 49, the length between the glue folding pressing block 54 and the convex edge 55 is greater than or equal to the distance from the bottom glue 33 to the side edge of the electric core 2, the convex edge 55 and the side edge of the electric core 2 are in the same axis, and the glue folding arm claws 53 are used for respectively attaching the folded bottom glue 33 and the side glue 34 to the front surface of the head of the electric core 2 and the side inner wall of the head of the electric core 2.

In this embodiment, a cell forward-pushing positioning device is disposed at the rear of the cell carrier 1, a cell holder 11 is disposed at the side end of the cell carrier 1, and a cell pressing device 12 is disposed above the cell carrier 1; the cell is pushed forward to the position and is used for positioning the cell 2, the cell holder 11 is used for carrying out side clamping on the cell 2, and the cell compactor 12 is used for compacting the cell 2 on the cell carrier 1, so that rubberizing operation is facilitated.

In this embodiment, the glue folding bottom support jacking driver 41 includes a glue folding bottom plate 411, a lateral adjustment sliding rail 412 and an adjustment sliding block 413 adapted to the lateral adjustment sliding rail 412 are provided on the glue folding bottom plate 411, a mounting seat plate 414 is provided on the adjustment sliding block 413, a jacking cylinder 415 is provided at a side end of the mounting seat plate 414, the glue folding bottom support mounting plate 42 is connected with an output end of the jacking cylinder 415, a support plate 416 is provided at one end of the glue folding bottom plate 411, an adjustment bolt 417 is provided on the support plate 416, the adjustment bolt 417 passes through the support plate 416 to be connected with the mounting seat plate 414, and a bolt locking cap 418 is provided at an end of the adjustment bolt 417; the position of the folded rubber base mounting plate 42 can be adjusted through the adjusting bolts 417, so that the electric core 2 with different model sizes can be adapted.

In this embodiment, the spring stretching seat 47 includes a spring mounting seat plate 471 mounted on the rubber folding collet mounting plate 42, a spring mounting shaft post 472 is disposed on the spring mounting seat plate 471, a spring 473 is sleeved on the spring mounting shaft post 472, two bottoms of the rubber folding slide blocks 46 are respectively provided with a shaft post sleeve hole matched with the spring mounting shaft post 472, the tail ends of the spring mounting shaft post 472 are inserted and fixed in the shaft post sleeve holes, in a static state, the two rubber folding slide blocks 46 are respectively located under two ends of the head of the electric core 2, arc surfaces are disposed on two sides of the back of the head of the electric core 2, the rubber folding collet jacking driver 41 drives the rubber folding slide blocks 46 to extend outwards to the spring 473 when being lifted through the arc surfaces, and vertically upwards bends the electric core side rubber 32 by 90 degrees, meanwhile, the tail ends of the spring mounting shaft post 472 are pushed to be attached to the left side outer wall and the right side rubber 32 in the bending process of the electric core 2, and the two rubber folding slide blocks 46 are respectively located under the compression force of the spring 473, and the two rubber folding slide blocks 34 are located at the two grooves 49 and the two grooves are bent by the L-shaped groove wall 34.

In this embodiment, the glue folding triaxial shifter 51 includes a longitudinal sliding rail 511 symmetrically disposed and a longitudinal moving plate 512 adapted to be mounted between the two longitudinal sliding rails 511, a longitudinal driving motor 513 and a longitudinal pushing plate 514 connected to the longitudinal driving motor 513 are disposed at a lower end of the longitudinal moving plate 512, the longitudinal pushing plate 514 is connected to a bottom of the longitudinal moving plate 512, a transverse mounting plate 515 is disposed on the longitudinal moving plate 512, an adjusting screw 516 and a screw seat plate 517 connected to the adjusting screw 516 are disposed on the transverse mounting plate 515, a glue folding lifting motor 518 and a lifting mounting plate 519 connected to the glue folding lifting motor 518 are disposed on the screw seat plate 517, and the glue folding driving device 52 is mounted at a front end of the lifting mounting plate 519.

In this embodiment, a blowing nozzle 491 is disposed at the bottom of the bending groove 49.

In this embodiment, the height of the bump 48 is smaller than the height of the side glue 34, and the height of the step surface 44 is lower than the height of the base glue 33 after being turned over.

The working process of the utility model is as follows: the utility model discloses a folding rubber collet jacking driver in the folding rubber collet module, the folding rubber collet jacking driver drives the folding rubber collet mounting panel and rises, make the step face that the piece was glued to the folding rubber of both ends upwards turn over, the in-process that the piece was glued to the folding rubber at both ends rises simultaneously is through the arc face of electric core head outward extension compression to the spring, and upwards turn over the electric core side glue at both ends, simultaneously under the effect of the compressive force of spring, the laminating in the left and right sides side outer wall of electric core is glued to two electric core side in-process of bending is being promoted simultaneously, and also bend the edge rubber under the spacing of the recess of bending of piece of gluing, and the effect of bending is glued to the edge is further guaranteed to the blowing mouth of recess bottom, glue the triaxial shifter is rolled over to the folding rubber arm claw of folding rubber immediately, thereby make the folding rubber briquetting turn over the edge rubber after to further, then glue triaxial shifter drives the folding rubber briquetting and moves down, make the base rubber compress tightly in the both ends of electric core head, drive device drives two folding rubber briquetting and moves in opposite directions, make two lugs glue pressfitting in both sides side inner walls of electric core head respectively.

The utility model is applied to the technical field of battery cell rubberizing equipment.

While the embodiments of this utility model have been described in terms of practical aspects, they are not to be construed as limiting the meaning of this utility model, and modifications to the embodiments and combinations with other aspects thereof will be apparent to those skilled in the art from this description.

Claims (8)

1. The utility model provides a special-shaped insulating glue shaping device of electric core head, includes electric core carrier (1), electric core (2) have been placed on electric core carrier (1), the head of electric core (2) is attached with special-shaped insulating glue (3), special-shaped insulating glue (3) are including attaching electric core face gluing (31) at electric core (2) head back and being located electric core face gluing (31) both ends electric core side gluing (32), and electric core face gluing (31) both ends portion front side all is provided with primer (33), and electric core side gluing (32) tip front side is provided with limit glue (34), its characterized in that: the electric core (2) is characterized in that a glue folding bottom support module (4) is arranged right below the head of the electric core (2), the glue folding bottom support module (4) comprises a glue folding bottom support jacking driver (41) and a glue folding bottom support mounting plate (42) connected with the glue folding bottom support jacking driver (41), a glue folding block (43) is arranged on the glue folding bottom support mounting plate (42), a step surface (44) is arranged on the glue folding block (43), the step surface (44) is used for upwards folding two bottom glue (33), glue folding slide rails (45) are arranged on the end face of the glue folding bottom support mounting plate (42), glue folding slide blocks (46) and spring stretching seats (47) connected with the glue folding slide blocks (46) are arranged at two ends of each glue folding slide rail (45), protruding blocks (48) are arranged on the side faces of the front ends of the glue folding slide blocks (46), grooves (49) are formed between the glue folding slide blocks (46) and the protruding blocks (48), and the glue folding slide blocks (46) are used for upwards folding the two electric core sides (32) to be attached to the two side walls (34) of the electric core, and the two side walls (34) are folded; the battery cell (2) head the place ahead is provided with and rolls over glues drive module (5), roll over glues drive module (5) and be used for gluing base rubber (33) and limit glue (34) after bending both ends in the battery cell head.

2. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 1, wherein: the utility model provides a roll over glues drive module (5) including roll over gluey triaxial mobile unit (51) and with roll over gluey triaxial mobile unit (51) are connected roll over gluey drive arrangement (52), roll over the both ends of gluing drive arrangement (52) and be provided with two and roll over gluey arm claw (53), the front end that rolls over gluey arm claw (53) is equipped with rolls over gluey briquetting (54), roll over gluey briquetting (54) front end side is equipped with protruding edge (55), the thickness of protruding edge (55) is less than the degree of depth of bending recess (49), roll over gluey briquetting (54) with the length between protruding edge (55) is greater than or equal to the distance to electric core (2) side of primer (33), and protruding edge (55) are in the same axis with electric core (2) side, roll over gluey arm claw (53) are used for respectively with the primer (33) after bending and edge glue (34) in the positive and the inner wall laminating of electric core (2) head.

3. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 1, wherein: the battery cell pushing device is characterized in that a battery cell pushing device is arranged at the rear of the battery cell carrier (1), a battery cell clamp holder (11) is arranged at the side end of the battery cell carrier (1), and a battery cell pressing device (12) is arranged above the battery cell carrier (1).

4. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 1, wherein: the utility model provides a roll over and glue collet jacking driver (41) including roll over gluey bottom plate (411) be provided with on roll over gluey bottom plate (411) horizontal regulation slide rail (412) and with adjust slider (413) of horizontal regulation slide rail (412) looks adaptation, be provided with mounting plate (414) on adjust slider (413), the side of mounting plate (414) is provided with jacking cylinder (415), roll over gluey collet mounting plate (42) and jacking cylinder (415) output be connected, the one end of roll over gluey bottom plate (411) is provided with extension board (416), be provided with adjusting bolt (417) on extension board (416), adjusting bolt (417) pass extension board (416) with mounting plate (414) are connected, adjusting bolt (417) end is provided with bolt locking cap (418).

5. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 1, wherein: the utility model provides a folding device, including spring stretching seat (47), spring mounting seat board (471) on folding collet mounting panel (42), be provided with spring mounting pedestal (471) on spring mounting seat board (471), the cover is equipped with spring (473) on spring mounting pedestal (472), two the bottom of folding slider (46) all be provided with the pedestal sleeve hole of spring mounting pedestal (472) looks adaptation, the end of spring mounting pedestal (472) inserts and is fixed in the pedestal sleeve hole, during the stationary state, two folding slider (46) are located respectively under the both ends of electricity core (2) head, the back both sides of electricity core (2) head are provided with the arcwall, folding collet jacking driver (41) drive back drive folding slider (46) go up and outwards extend compression to spring (473) when the arcwall to glue (32) perpendicularly upwards 90, simultaneously in the effect of the compression of spring (473) promotion core side (32) under the side of folding slider (49) is located respectively folding groove (49), the side (34) are folded in the folding groove (49) and the side of folding groove (34) are located respectively.

6. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 2, wherein: the glue folding triaxial shifter (51) comprises longitudinal sliding rails (511) which are symmetrically arranged and a longitudinal moving plate (512) which is arranged between the two longitudinal sliding rails (511) in an adapting mode, a longitudinal driving motor (513) and a longitudinal pushing plate (514) which is connected with the longitudinal driving motor (513) are arranged at the lower end of the longitudinal moving plate (512), the longitudinal pushing plate (514) is connected with the bottom of the longitudinal moving plate (512), a transverse mounting plate (515) is arranged on the longitudinal moving plate (512), an adjusting screw (516) and a screw base plate (517) which is connected with the adjusting screw (516) are arranged on the transverse mounting plate (515), a glue folding lifting motor (518) and a lifting mounting plate (519) which is connected with the glue folding lifting motor (518) are arranged on the screw base plate (517), and the glue folding driving device (52) is arranged at the front end of the lifting mounting plate (519).

7. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 1, wherein: an air blowing nozzle (491) is arranged at the bottom of the bending groove (49).

8. The shaping device for the special-shaped insulating adhesive of the cell head according to claim 1, wherein: the height of the protruding block (48) is smaller than that of Bian Jiao (34), and the height of the step surface (44) is lower than that of the base adhesive (33) after being overturned.