CN111668532A - Battery plate group film laminating equipment capable of continuously and automatically discharging - Google Patents

Abstract

The invention relates to a battery plate group film pasting device capable of continuously and automatically discharging, which comprises a frame, a feeding conveying chain, a transfer device and a film pasting device, wherein the film pasting device comprises an upper film pasting seat and a lower film pasting seat, the lower layer is butted with the transfer device and is provided with a transfer intercepting block, the upper layer is provided with a film roll, a film guide cylinder and a square film guide frame, the film guide frame exceeds the lower layer of the film pasting seat, the side surface of the film pasting seat is also provided with a film pasting pushing cylinder, the film pasting pushing cylinder is connected with a film pasting push block used for pushing a product on the lower layer of the film pasting seat, the frame is provided with a film drawing cylinder with a vertical trend, the film drawing cylinder is connected with a film drawing clamp holder matched with a film below the film guide frame, the upper layer of the film pasting seat is arranged on the outer side of the film guide frame, the position of the frame corresponding to the upper layer of the film pressing cylinder is provided with a lower layer, the film guide frame is matched with a cutting device, the product unloading after realization pad pasting that can be automatic has improved whole work efficiency.

Description

Battery plate group film laminating equipment capable of continuously and automatically discharging

Technical Field

The invention relates to the field of battery processing equipment, in particular to battery plate group film pasting equipment capable of continuously and automatically discharging.

Background

The battery polar plate group includes the positive plate, the negative plate and the baffle of separating them, put into the battery case that is equipped with electrolyte with the battery polar plate group and can accomplish the equipment of battery, in the production and processing process of battery, the battery polar plate group is processed alone, consequently when carrying out battery assembly man-hour, need transport battery polar plate group, in order to ensure that battery polar plate group can not appear the damage in the transportation, need carry out the pad pasting to the upper and lower surface of battery polar plate group, current pad pasting mostly all puts into the pad pasting station through artifical pad pasting or artifical with battery polar plate group, then the pad pasting is carried out to the upper and lower surface of battery polar plate group to rethread pad pasting structure, the inefficiency, need the manual work to carry out unloading one by one simultaneously, a large amount of unloading man-hour has been consumed.

Disclosure of Invention

The invention aims to provide battery plate group film pasting equipment capable of continuously and automatically discharging, film pasting on the upper surface and the lower surface of a battery plate group can be realized through the design of a film pasting device and a discharging device, film pasting of a product can be automatically realized, and the whole working efficiency is greatly improved.

In order to achieve the above purpose, the invention adopts the technical scheme that: the utility model provides a battery polar plate group pad pasting equipment that can automatic unloading in succession, includes the frame, the frame on be provided with two feeding conveying chains that design side by side, feeding conveying chain's end cooperation has the transfer device, the transfer device cooperation have the pad pasting device, the pad pasting device including set up in the frame about having two-layer pad pasting seat, lower floor and transfer device butt joint and be provided with the transfer and block the piece, the upper strata is provided with membrane book, guide film section of thick bamboo and square guide film frame, and guide film frame surpasss the lower floor of pad pasting seat, pad pasting seat side still be provided with pad pasting and promote the cylinder, pad pasting promote the cylinder be connected with the pad pasting ejector pad that is used for promoting the product on pad pasting seat lower floor, the frame on be provided with vertical draw membrane cylinder that moves towards, draw membrane cylinder be connected with and lead the membrane frame below membrane complex draw membrane holder, the upper strata of pad pasting seat be provided with upper portion press mold section of thick bamboo in the outside of guide film frame, the position that frame and upper portion film pressing barrel position correspond is provided with a lower part film pressing barrel, the cooperation of leading the membrane frame have cutting device, and the outside of a lower part film pressing barrel is provided with unloader, unloader including setting up unloading conveying chain and the unloading driving motor in the frame, the unloading conveying chain on even be provided with product complex unloading receiver, and the unloading receiver is located when being closest to the position of film laminating device, dock with the film laminating device.

Preferably, the unloading receiver include be connected with the unloading conveying chain and be the receiver main part of recess shape, the notch department of receiver main part be provided with outside open direction sloping block, the cell wall of receiver main part on set up and put ejection of compact cooperation breach, the frame on be provided with the ejection of compact chute with the butt joint of the unloading receiver on the unloading conveying chain, ejection of compact chute and receiver main part lateral wall complex part be the breach, be solid piece with ejection of compact cooperation breach complex part.

Preferably, the degree of depth of receiver main part be less than the height of product when vertical, the frame on be provided with the unloading receiver in product complex unloading screens device, unloading screens device including setting up the screens mount pad in the frame, the screens mount pad on be provided with through screens interception cylinder drive pivoted screens interception turning block, when screens interception turning block is in vertical state, can intercept the product in the receiver main part, the front and back side of screens mount pad be provided with screens and return in the cylinder, screens return in the cylinder be connected with screens and return in the kicking block, the card be provided with screens swage cylinder for the upper portion of mount pad, screens swage cylinder be connected with the protruding complex screens swage groove block of product top.

Preferably, the lower film pressing cylinder and the lower film pressing lifting cylinder in the vertical direction on the rack.

Preferably, cutting device including setting up the seat that cuts off in pad pasting seat upper strata below, the seat side that cuts off be provided with the cylinder and the press mold cylinder that cut off of horizontal trend, the cylinder that cuts off be connected with the cut-off membrane sword that can penetrate into in the guide membrane frame, the press mold cylinder be connected with the lateral part press mold section of thick bamboo that can penetrate into in the guide membrane frame, and cut the top that the membrane sword is located a lateral part press mold section of thick bamboo.

Preferably, the transfer device comprises a transfer lifting cylinder arranged on the frame, the transfer lifting cylinder is connected with a transfer lifting seat, the transfer lifting seat is provided with a transfer ejection block and a push support block, the transfer ejection block is positioned between the two feeding conveying chains, the push support block is positioned on the outer side of the feeding conveying chains and has the same height as the push support block, the frame is provided with a transfer pushing cylinder which is vertical to the feeding conveying chains, and the transfer pushing cylinder is connected with a transfer pushing block matched with a product on the transfer ejection block.

Preferably, the initiating terminal of feeding conveying chain is provided with material loading receiving device, material loading receiving device and the frame on the material loading of setting get and put the device cooperation, material loading get and put the device including setting up the material loading mount pad in the frame, the material loading mount pad on be provided with material loading activity cylinder, material loading activity cylinder be connected with the material loading movable seat, the material loading movable seat on be provided with material loading rotation motor, material loading rotation motor be connected with material loading rotation seat, material loading rotation seat on be provided with material loading lift cylinder, material loading lift cylinder be connected with material loading lift seat, material loading lift cylinder below be provided with the material loading that has the level trend and press from both sides and hold the cylinder, material loading clamping cylinder be connected with two material loading and press from both sides and hold the movable block, the relative side of two material loading clamping movable blocks is provided with material loading clamping block.

Preferably, material loading receiving device connect the material cylinder including setting up the material loading in the frame, material loading connect to be provided with the material loading on the material cylinder and connect the material elevator, and the material loading connects the material elevator can pass two feeding conveying chains, material loading centre gripping movable block on seted up the centre gripping and compressing tightly the mouth, and the outside that material loading centre gripping movable block held is provided with the centre gripping and compresses tightly the cylinder, centre gripping compress tightly the cylinder and be connected with the centre gripping compact heap that can pass the centre gripping and compress tightly the mouth.

Preferably, material loading receiving device still including set up in the frame and with the material loading meet the material loading adjusting device of product complex on the lifting block, material loading centre gripping rotating device including setting up the material loading adjustment motor in the frame, material loading adjustment motor be connected with material loading adjustment swivel mount, material loading adjustment swivel mount on be provided with the adjustment centre gripping cylinder unanimous with feeding conveying chain direction, and material loading adjustment swivel mount about articulated have an adjustment grip block, adjust between the grip block from top to bottom and be provided with adjustment centre gripping reset spring, adjustment centre gripping cylinder be connected with the adjustment centre gripping movable block, adjustment grip block mid-mounting in the adjustment inslot that adjustment centre gripping movable block was seted up.

Drawings

FIG. 1 is a schematic perspective view of a battery plate group film laminating device capable of continuous automatic blanking;

FIG. 2 is a perspective view of the blanking conveyor;

FIG. 3 is a perspective view of a blanking receiver;

fig. 4 is a schematic perspective view of the blanking position-locking device;

FIG. 5 is a perspective view of the transfer device;

FIG. 6 is a schematic structural view of a film sticking device;

FIG. 7 is a schematic view of a severing device;

fig. 8 is a perspective view of the loading, picking and placing device;

fig. 9 is a schematic perspective view of the feeding and receiving device.

The text labels shown in the figures are represented as: 1. a frame; 2. a feed conveyor chain; 3. a transfer device; 4. a film pasting device; 5. a feeding, taking and placing device; 6. a feeding and receiving device; 7. producing a product; 8. a blanking device; 9. a blanking clamping device; 11. a transfer lifting cylinder; 12. a transfer lifting seat; 13. transferring the ejection block; 14. pushing the supporting block; 15. a transfer pushing cylinder; 16. a transfer pushing block; 21. a film pasting seat; 22. transferring the interception block; 23. a film sticking pushing cylinder; 24. sticking a film pushing block; 25. rolling the film; 26. a film guide cylinder; 27. a film guide frame; 28. a film drawing cylinder; 29. a film drawing clamper; 30. a cutting device; 31. an upper film pressing cylinder; 32. a lower film pressing cylinder; 33. a lower film pressing lifting cylinder; 34. a film pasting material receiving seat; 35. a cutting seat; 36. cutting off the air cylinder; 37. a film cutter; 38. a film pressing cylinder; 39. a side film pressing cylinder; 41. a feeding mounting seat; 42. a feeding movable cylinder; 43. a feeding movable seat; 44. a feeding rotary motor; 45. a feeding rotating seat; 46. a feeding lifting cylinder; 47. a feeding lifting seat; 48. a feeding clamping cylinder; 49. the feeding clamping movable block; 50. a feeding clamping block; 51. a clamping and pressing cylinder; 52. clamping the pressing block; 61. a feeding and receiving cylinder; 62. a material loading and receiving lifting block; 63. a feeding adjustment motor; 64. feeding and adjusting the rotary seat; 65. adjusting the clamping cylinder; 66. adjusting the clamping movable block; 67. adjusting the clamping block; 68. adjusting a clamping reset spring; 71. a blanking conveying chain; 72. a blanking driving motor; 73. blanking material receiver; 74. a discharge chute; 75. a receiver body; 76. a guide oblique block; 77. discharging is matched with the notch; 81. a clamping installation seat; 82. a clamping interception cylinder; 83. blocking and intercepting the rotating block; 84; a clamping centering cylinder; 85. clamping and centering the top block; 86. a clamping material pressing cylinder; 87. screens swage groove piece.

Detailed Description

The following detailed description of the present invention is given for the purpose of better understanding technical solutions of the present invention by those skilled in the art, and the present description is only exemplary and explanatory and should not be construed as limiting the scope of the present invention in any way.

As shown in fig. 1, 2 and 6, the specific structure of the present invention is: the utility model provides a battery polar plate group pad pasting equipment that can automatic unloading in succession, includes frame 1, frame 1 on be provided with two feeding conveyor chain 2 that design side by side, the terminal cooperation of feeding conveyor chain 2 has transfer device 3, transfer device 3 cooperation have pad pasting device 4, pad pasting device 4 including set up the pad pasting seat 21 that has two-layer from top to bottom on frame 1, the lower floor with transfer device 3 butt joint and be provided with and transmit and block the piece 22, the upper strata is provided with membrane book 25, film guide 26 and square film guide frame 27, and film guide frame 27 surpasss the lower floor of pad pasting seat 21, pad pasting seat 21 side still be provided with pad pasting promotion cylinder 23, pad pasting promotion cylinder 23 be connected with the pad pasting ejector pad 24 that is used for promoting product 7 on pad pasting seat 21 lower floor, frame 1 on be provided with the film drawing cylinder 28 of vertical trend, film drawing cylinder 28 be connected with the film complex that draws membrane holder 29 with film guide frame 27 below, the upper strata of pad pasting seat 21 be located the outside of leading a membrane frame 27 and be provided with an upper portion film pressing section of thick bamboo 31, the position that frame 1 and an upper portion film pressing section of thick bamboo 31 position correspond is provided with a lower portion film pressing section of thick bamboo 32, leading membrane frame 27 cooperate with cutting device 30, and the outside of a lower portion film pressing section of thick bamboo 32 is provided with unloader 8, unloader 8 including setting up unloading conveying chain 71 and the unloading driving motor 72 in frame 10, unloading conveying chain 71 on even be provided with product 7 complex unloading receiver 73, and unloading receiver 73 is located when being closest to the position of pad pasting device 4, docks with pad pasting device 4.

The specific operation is as follows, firstly, the products 7 are placed on two feeding conveying chains 2, then the products are conveyed to the transfer device 3 through the feeding conveying chains 2, then the products are conveyed to the lower layer of the film sticking seat 21 through the transfer device 3, when the film sticking device is in an initial state, the film pulling cylinder 28 is matched with the film pulling clamp 29 to strain the lower end of the film, the products 7 entering the lower layer of the film sticking seat 21 are pushed by the film pushing cylinder 23 to drive the film pushing block 24, further the products 7 are contacted with the film, then the film is continuously pushed, meanwhile, the film roll 25 is unreeled, in the process of continuous pushing, the upper film pressing cylinder 31 and the lower film pressing cylinder 32 can tightly press the film on the upper side surface and the lower side surface of the products 7, after the film is unreeled to a certain degree, the cutting is carried out through the cutting device 30, meanwhile, the film pulling clamp 29 is released, thus, the filmed products can be completely separated from the film sticking device, then, the blanking driving motor 72 drives the blanking conveying chain 71 to feed, so that the next blanking receiver 73 moves to the position butted with the film sticking device, and a subsequent product runs to a transfer station when the previous product is subjected to film sticking, thereby realizing continuous film sticking of the product, realizing double-sided film sticking at one time, realizing automatic blanking conveying and greatly improving the efficiency of the whole film sticking.

As shown in fig. 2-3, the blanking receiver 73 includes a receiver main body 75 connected to the blanking conveying chain 71 and having a groove shape, a guide oblique block 76 that opens outward is disposed at a notch of the receiver main body 75, a discharging matching notch is disposed on a wall of the receiver main body 75, a discharging chute 74 that is butted with the blanking receiver 73 on the blanking conveying chain 71 is disposed on the frame 1, a portion of the discharging chute 74 that is matched with a side wall of the receiver main body 75 is a notch, and a portion that is matched with the discharging matching notch 77 is a solid block.

The design of unloading material receiver 73 can enough ensure its and the material of laminating device butt joint realization product, simultaneously when docking with ejection of compact chute 74, material receiver main part 75 can not appear interfering the collision with ejection of compact chute, simultaneously because the design of ejection of compact cooperation breach and ejection of compact chute 74 interior rather than the solid piece of complex, can avoid the product in material receiver main part 75 to break away from ejection of compact chute 74, can ensure that material receiver main part 75 recycles the while and ensure can see off product 7 through ejection of compact chute.

As shown in fig. 1 and 4, the depth of the receiver body 75 is lower than the height of the products 7 when they are vertical, a blanking blocking device 9 matched with the product 7 in the blanking receiver 73 is arranged on the frame 1, the blanking blocking device 9 comprises a blocking mounting seat 81 arranged on the frame 1, a blocking rotary block 83 driven to rotate by a blocking cylinder 82 is arranged on the blocking mounting seat 81, when the blocking and intercepting rotating block 83 is in the vertical state, the products 7 in the feeder main body 75 can be intercepted, the front side and the rear side of the clamping mounting seat 81 are provided with clamping centering cylinders 84, the clamping centering cylinders 84 are connected with clamping centering jacking blocks 85, the upper part of the clamping mounting seat 81 is provided with a clamping material pressing cylinder 86, and the clamping material pressing cylinder 86 is connected with a clamping material pressing groove block 87 matched with the bulge above the product 7.

The design of screens device, can inject the product 7 butt joint that subsequent unloading receiver 73 and pad pasting device 4 come out through product 7, when needs interception location, earlier drive screens interception turning block 83 through screens interception cylinder 82 and rotate, make screens interception turning block 83 be in vertical state, and then intercept product 7 when being carried over at product 7, then cylinder 84 drives screens in returning through the screens and makes the product 7 return in kicking block 85, later rethread screens swage cylinder 86 drives screens swage groove block 87 and realizes the bellied compressing tightly in product 7 upper portion, so can realize stable screens effect, the effect of plastic can also be played to the shape of product 7 simultaneously.

As shown in fig. 6, the lower film pressing cylinder 32 is connected with a lower film pressing lifting cylinder 33 which runs vertically on the frame 1.

Lower part pressure membrane section of thick bamboo 32 sets up the setting on lower part pressure membrane lift cylinder 33, and when the initial position of pad pasting, lower part pressure membrane section of thick bamboo 32 and the contact of upper portion pressure membrane section of thick bamboo 31, after product 7 and membrane propelling movement contacted lower part pressure membrane section of thick bamboo 32, drive lower part pressure membrane section of thick bamboo 32 through lower part pressure membrane cylinder 33 and descend, and then can compress tightly the membrane of product 7 side, can not influence the pressure membrane function of lower part pressure membrane section of thick bamboo to the product lower part again simultaneously.

As shown in fig. 7, the cutting device 30 includes a cutting seat 35 disposed below the upper layer of the film sticking seat 21, a cutting cylinder 36 and a film pressing cylinder 38 are disposed on the side of the cutting seat 35, the cutting cylinder 36 is connected to a film cutting knife 37 capable of penetrating into the film guiding frame 27, the film pressing cylinder 38 is connected to a side film pressing cylinder 39 capable of penetrating into the film guiding frame 27, and the film cutting knife 37 is located above the side film pressing cylinder 39.

The cutting device 30 is designed to drive the side film pressing cylinder 39 to press the film on the inner side of the film guide frame 27 through the film pressing cylinder 38 and then drive the cutting cylinder 36 to cut the film at 37 during the cutting operation, so that the cut film is still kept in tension and is gradually pulled out along with the pushing of the product 7, and a good film pasting effect can be further ensured after the cutting operation.

As shown in fig. 5, the transfer device 3 includes a transfer lifting cylinder 11 disposed on the frame 1, the transfer lifting cylinder 11 is connected to a transfer lifting base 12, the transfer lifting base 12 is provided with a transfer ejection block 13 and a push support block 14, the transfer ejection block 13 is disposed between two feeding chains 2, the push support block 14 is disposed outside the feeding chains 2 and has a height identical to that of the push support block 14, the frame 1 is provided with a transfer pushing cylinder 15 perpendicular to the feeding chains 2, and the transfer pushing cylinder 15 is connected to a transfer pushing block 16 matched with the product 7 on the transfer ejection block 13.

The transfer device is specifically operated as follows, firstly, the transfer lifting seat 12 is driven to ascend through the transfer lifting cylinder 11, then the transfer ejecting block 13 is driven to eject the product 7 to enable the product 7 to be separated from two feeding conveying chains, meanwhile, the pushing supporting block 14 also ascends synchronously, then the transfer pushing block 16 is driven to move through the transfer pushing cylinder 15, the product 7 is pushed to the pushing supporting block 14 from the transfer ejecting block 13 by the transfer pushing block 16, and then is continuously pushed to the lower layer of the film sticking seat 21, the transfer of the product is completed, the transfer is carried out by adopting the structure, and collision and interference between the product and the conveying chains cannot occur.

As shown in fig. 1 and 8, a material loading and receiving device 6 is arranged at the starting end of a feeding and conveying chain 2, the material loading and receiving device 6 is matched with a material loading and taking device 5 arranged on a frame 1, the material loading and taking device 5 comprises a material loading mounting seat 41 arranged on the frame 1, a material loading movable cylinder 42 is arranged on the material loading mounting seat 41, the material loading movable cylinder 42 is connected with a material loading movable seat 43, a material loading rotating motor 44 is arranged on the material loading movable seat 43, the material loading rotating motor 44 is connected with a material loading rotating seat 45, a material loading lifting cylinder 46 is arranged on the material loading rotating seat 45, the material loading lifting cylinder 46 is connected with a material loading lifting seat 47, a material loading clamping cylinder 48 with a horizontal direction is arranged below the material loading lifting cylinder 47, the material loading clamping cylinder 51 is connected with two material loading clamping movable blocks 49, the opposite sides of the two feeding clamping movable blocks 49 are provided with feeding clamping blocks 50.

The specific operation of the feeding taking and placing device 5 is that the feeding movable cylinder 42 drives the whole body to move to the position above a product 7 to be clamped, then the direction of the feeding clamping blocks 50 is adjusted by the feeding rotating motor 44, then the feeding lifting cylinder 46 drives the two feeding clamping blocks 50 to descend to a proper height, then the feeding clamping cylinder 51 drives the two feeding clamping movable blocks 49 to move oppositely, so that the product 7 is clamped by the feeding clamping blocks 50, and then the product 7 is placed on the feeding receiving device 6 through the cooperative operation of the feeding movable cylinder 42, the feeding lifting cylinder 46 and the feeding rotating motor 44, so that the product feeding is realized.

As shown in fig. 8-9, the feeding and receiving device 6 includes a feeding and receiving cylinder 61 disposed on the frame 1, the feeding and receiving cylinder 61 is provided with a feeding and receiving lifting block 62, the feeding and receiving lifting block 62 can pass through two feeding conveyor chains 2, the feeding clamping movable block 49 is provided with a clamping and compressing opening, a clamping and compressing cylinder 51 is disposed outside the feeding clamping movable block 49, and the clamping and compressing cylinder 51 is connected to a clamping and compressing block 52 capable of passing through the clamping and compressing opening.

In the feeding stage, the feeding material receiving cylinder 61 can push the feeding material receiving lifting block 62 to exceed the two feeding conveying chains 2, then the product 7 is placed on the feeding material receiving lifting block 62 through the feeding material taking and placing device 5, and in the feeding process, the clamping pressing cylinder 51 drives the clamping pressing block 52 to descend to press the product 7, so that the product 7 is prevented from moving when the feeding clamping block 50 is separated from the product 7.

As shown in fig. 6, the feeding and receiving device 6 further comprises a feeding adjusting device which is arranged on the frame 1 and matched with a product on the feeding and receiving lifting block 62, the feeding clamping and rotating device comprises a feeding adjusting motor 63 arranged on the frame 1, the feeding adjusting motor 63 is connected with a feeding adjusting swivel mount 64, the feeding adjusting swivel mount 64 is provided with an adjusting clamping cylinder 65 which is consistent with the direction of the feeding conveying chain 2, the upper side and the lower side of the feeding adjusting swivel mount 64 are hinged with adjusting clamping blocks 67, an adjusting clamping reset spring 68 is arranged between the upper adjusting clamping block 67 and the lower adjusting clamping block 67, the adjusting clamping cylinder 65 is connected with an adjusting clamping movable block 66, and the middle part of the adjusting clamping block 67 is arranged in an adjusting groove formed in the adjusting clamping movable block 66.

The feeding and receiving lifting block 62 contacts the product 7, the adjusting clamping block 67 is driven to rotate by the adjusting clamping cylinder 65, the adjusting clamping block 67 clamps the product, the feeding and receiving lifting block 62 descends below the feeding conveying chain, the feeding adjusting swivel mount 64 is rotated by 90 degrees by the feeding adjusting motor 63, the product is rotated by 90 degrees, the feeding and receiving lifting block 62 ascends to receive the product 7, the adjusting clamping block 67 is loosened, the feeding lifting block 62 is adjusted to a proper height, the clamping block 67 is adjusted to clamp the product 7, the feeding and receiving lifting block 62 descends below the feeding conveying chain 2, the adjusting clamping block 67 drives the product 7 to reversely rotate by 90 degrees, the product is in a horizontal state again, the feeding and receiving lifting block 62 ascends to receive the product, the adjusting clamping block 67 is loosened, the product 7 descends along with the feeding and receiving lifting block 62 and is supported by the feeding conveying chain 2, through the upset and the reseing of material loading adjusting device, can meet the height of the product of material lifting block 62 butt joint vertical trend through the material loading and ensure that the product that is in the horizontal trend after the upset once more is symmetrical about the symmetry center of two feeding conveyor chains 2, so can ensure follow-up accurate transport and transmit on.

When the intelligent control device is used specifically, a control system can be equipped for controlling the cooperative work of all the power parts, and the integral operation can be realized through the control buttons of all the power parts.

It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

The principle and embodiments of the present invention have been described herein by way of specific examples, which are provided only to help understand the method and the core idea of the present invention, and the above is only a preferred embodiment of the present invention, and it should be noted that there are objectively infinite specific structures due to the limited character expressions, and it will be apparent to those skilled in the art that a plurality of modifications, decorations or changes can be made without departing from the principle of the present invention, and the above technical features can also be combined in a suitable manner; such modifications, variations, combinations, or adaptations of the invention using its spirit and scope, as defined by the claims, may be directed to other uses and embodiments.

Claims (9)

1. The utility model provides a battery polar plate group pad pasting equipment that can automatic unloading in succession, includes frame (1), its characterized in that, frame (1) on be provided with two feeding conveyor chain (2) of design side by side, the terminal cooperation of feeding conveyor chain (2) has transfer device (3), transfer device (3) cooperate pad pasting device (4), pad pasting device (4) including set up pad pasting seat (21) that have upper and lower two-layer on frame (1), lower floor and transfer device (3) butt joint and be provided with and transmit and block piece (22), the upper strata is provided with membrane book (25), leads membrane section of thick bamboo (26) and square guide film frame (27), and leads membrane frame (27) and surpass the lower floor of pad pasting seat (21), pad pasting seat (21) side still be provided with pad pasting push cylinder (23), pad pasting push cylinder (23) be connected with and be used for promoting pad pasting push block (24) of product (7) on the lower floor of pad pasting seat (21), frame (1) on be provided with drawing membrane cylinder (28) of vertical trend, draw membrane cylinder (28) be connected with the membrane complex of leading membrane frame (27) below draw membrane holder (29), the upper strata of pad pasting seat (21) be located the outside of leading membrane frame (27) and be provided with upper portion press mold section of thick bamboo (31), frame (1) is provided with lower portion press mold section of thick bamboo (32) with the position that upper portion press mold section of thick bamboo (31) position corresponds, lead membrane frame (27) cooperation have cutting device (30), and the outside of lower portion press mold section of thick bamboo (32) is provided with unloader (8), unloader (8) including setting up unloading conveying chain (71) and unloading driving motor (72) on frame (10), unloading conveying chain (71) on even be provided with product (7) complex unloading receiver (73), and unloading receiver (73) are located when being closest to the position of pad pasting device (4), is butted with the film sticking device (4).

2. The battery plate group film laminating equipment capable of continuously and automatically discharging according to claim 1, wherein the discharging receiver (73) comprises a receiver main body (75) which is connected with the discharging conveying chain (71) and is groove-shaped, a guide inclined block (76) which is outwards opened is arranged at a notch of the receiver main body (75), a discharging matching notch is formed in the groove wall of the receiver main body (75), a discharging chute (74) which is butted with the discharging receiver (73) on the discharging conveying chain (71) is arranged on the rack (1), the part of the discharging chute (74) matched with the side wall of the receiver main body (75) is a notch, and the part of the discharging chute (74) matched with the discharging matching notch (77) is a solid block.

3. The battery plate group film laminating equipment capable of continuously and automatically discharging is characterized in that the depth of the material receiver main body (75) is lower than the height of a product (7) in the vertical direction, a discharging blocking device (9) matched with the product (7) in the discharging material receiver (73) is arranged on the rack (1), the discharging blocking device (9) comprises a blocking mounting seat (81) arranged on the rack (1), a blocking intercepting rotating block (83) driven to rotate by a blocking intercepting cylinder (82) is arranged on the blocking mounting seat (81), when the blocking intercepting rotating block (83) is in the vertical state, the product (7) in the material receiver main body (75) can be blocked, blocking centering cylinders (84) are arranged on the front side and the rear side of the blocking mounting seat (81), the blocking centering cylinders (84) are connected with a blocking centering top block (85), the upper portion of card for mount pad (81) be provided with screens material cylinder (86), screens material cylinder (86) be connected with product (7) top protruding complex screens material groove block (87).

4. The battery plate group laminating equipment capable of realizing continuous automatic blanking according to claim 1, wherein the lower film pressing cylinder (32) is connected with a lower film pressing lifting cylinder (33) which is vertically arranged on the frame (1).

5. The battery plate group laminating equipment capable of realizing continuous automatic blanking according to claim 1, wherein the cutting device (30) comprises a cutting seat (35) arranged below the upper layer of the laminating seat (21), a horizontally-oriented cutting cylinder (36) and a film pressing cylinder (38) are arranged on the side surface of the cutting seat (35), the cutting cylinder (36) is connected with a film cutting knife (37) capable of penetrating into the film guide frame (27), the film pressing cylinder (38) is connected with a side film pressing cylinder (39) capable of penetrating into the film guide frame (27), and the film cutting knife (37) is positioned above the side film pressing cylinder (39).

6. The battery plate group film laminating equipment capable of continuously and automatically blanking according to claim 1, it is characterized in that the transfer device (3) comprises a transfer lifting cylinder (11) arranged on the frame (1), the transfer lifting cylinder (11) is connected with a transfer lifting seat (12), a transfer ejection block (13) and a pushing supporting block (14) are arranged on the transfer lifting seat (12), the transfer ejection block (13) is positioned between the two feeding conveying chains (2), the push supporting block (14) is positioned at the outer side of the feeding conveying chains (2), and the height is consistent with that of the pushing supporting block (14), a forwarding pushing cylinder (15) which is vertical to the feeding conveying chain (2) is arranged on the frame (1), the transfer pushing cylinder (15) is connected with a transfer pushing block (16) matched with the product (7) on the transfer ejection block (13).

7. The battery plate group film laminating equipment capable of continuously and automatically discharging is characterized in that a feeding receiving device (6) is arranged at the starting end of a feeding conveying chain (2), the feeding receiving device (6) is matched with a feeding taking and placing device (5) arranged on a rack (1), the feeding taking and placing device (5) comprises a feeding mounting seat (41) arranged on the rack (1), a feeding movable air cylinder (42) is arranged on the feeding mounting seat (41), the feeding movable air cylinder (42) is connected with a feeding movable seat (43), a feeding rotating motor (44) is arranged on the feeding movable seat (43), the feeding rotating motor (44) is connected with a feeding rotating seat (45), a feeding lifting air cylinder (46) is arranged on the feeding rotating seat (45), and the feeding lifting air cylinder (46) is connected with a feeding lifting seat (47), the feeding device is characterized in that a feeding clamping cylinder (48) with a horizontal trend is arranged below the feeding lifting cylinder (47), the feeding clamping cylinder (51) is connected with two feeding clamping movable blocks (49), and feeding clamping blocks (50) are arranged on the opposite side surfaces of the two feeding clamping movable blocks (49).

8. The battery plate group film laminating equipment capable of continuously and automatically discharging according to claim 7, wherein the feeding and receiving device (6) comprises a feeding and receiving cylinder (61) arranged on the frame (1), a feeding and receiving lifting block (62) is arranged on the feeding and receiving cylinder (61), the feeding and receiving lifting block (62) can penetrate through the two feeding conveying chains (2), a clamping and pressing port is formed in the feeding clamping movable block (49), a clamping and pressing cylinder (51) is arranged on the outer side of the feeding clamping movable block (49), and the clamping and pressing cylinder (51) is connected with a clamping and pressing block (52) capable of penetrating through the clamping and pressing port.

9. The battery plate group film laminating equipment capable of continuously and automatically discharging is characterized in that the feeding and receiving device (6) further comprises a feeding adjusting device which is arranged on the frame (1) and is matched with a product on the feeding and receiving lifting block (62), the receiving clamping and rotating device comprises a feeding adjusting motor (63) arranged on the frame (1), the feeding adjusting motor (63) is connected with a feeding adjusting swivel mount (64), the feeding adjusting swivel mount (64) is provided with an adjusting clamping cylinder (65) which is consistent with the direction of the feeding conveying chain (2), the upper side and the lower side of the feeding adjusting swivel mount (64) are hinged with adjusting clamping blocks (67), an adjusting clamping reset spring (68) is arranged between the upper adjusting clamping block and the lower adjusting clamping block (67), the adjusting clamping cylinder (65) is connected with an adjusting clamping movable block (66), the middle part of the adjusting and clamping block (67) is arranged in an adjusting groove arranged on the adjusting and clamping movable block (66).

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