CN204473228U - A kind of film pasting mechanism of full-automatic battery slice - Google Patents
A kind of film pasting mechanism of full-automatic battery slice Download PDFInfo
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- CN204473228U CN204473228U CN201520122199.5U CN201520122199U CN204473228U CN 204473228 U CN204473228 U CN 204473228U CN 201520122199 U CN201520122199 U CN 201520122199U CN 204473228 U CN204473228 U CN 204473228U
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- 239000012528 membrane Substances 0.000 claims abstract description 65
- 238000005520 cutting process Methods 0.000 claims description 18
- 230000001939 inductive effect Effects 0.000 claims description 15
- 230000006835 compression Effects 0.000 claims description 10
- 238000007906 compression Methods 0.000 claims description 10
- 230000002146 bilateral effect Effects 0.000 claims description 3
- 238000003466 welding Methods 0.000 abstract description 7
- 230000009286 beneficial effect Effects 0.000 abstract description 2
- 238000000034 method Methods 0.000 abstract description 2
- 238000005516 engineering process Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
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- 230000001360 synchronised effect Effects 0.000 description 2
- 238000012795 verification Methods 0.000 description 2
- 239000011248 coating agent Substances 0.000 description 1
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Abstract
The film pasting mechanism that the utility model discloses a kind of full-automatic battery slice comprises base plate, reflective membrane support, flower wheel, deadweight stretching device, guide rails assembling plate, adapter plate driver train, film feeding track adjusting wheel, film feeding mechanism assembly, elastic press wheel group, hold-down mechanism, Timing Belt backing plate; Wherein reflective membrane support, flower wheel, deadweight stretching device, adapter plate driver train are installed on base plate; Guide rails assembling plate is arranged on the slide block of line slideway on base plate, and guide rails assembling plate upper end is connected to by Timing Belt backing plate on the Timing Belt of adapter plate driver train; Film feeding track adjusting wheel, film feeding mechanism assembly, elastic press wheel group are installed on guide rails assembling plate.Its beneficial effect is: this film pasting mechanism can complete the pad pasting work of monolithic battery sheet and whole string battery strings; Achieve the intelligence release of welding by the signal of the inductor feedback that puts in place in pad pasting process and stop; Multiple reflective membrane volume can be installed simultaneously by this mechanism, achieves the compatibility to multiple different size cell piece.
Description
Technical field
The utility model relates to the film sticking equipment technical field of photovoltaic cell, particularly a kind of film pasting mechanism of full-automatic battery slice.
Background technology
Photovoltaic solar is known as a kind of green regenerative energy sources, and solar energy generation technology also develops rapidly thereupon, and how to improve component integration generated output is the problem that photovoltaic solar industry is constantly studied always.
The grid line of existing solar battery sheet does not adopt reflective membrane, through verification experimental verification, adopts the components translate power of the solar battery sheet of reflective membrane significantly to promote.Again owing to realizing automated production in solar battery sheet production process, so need to research and develop a set of automatic coating mechanism to realize the reflective membrane pad pasting demand of solar battery sheet automatic production line on solar cell slice assembly line.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of film pasting mechanism of full-automatic battery slice, to realize the technical need mentioned in above-mentioned background technology.
For achieving the above object, the utility model is achieved through the following technical solutions:
A kind of film pasting mechanism of full-automatic battery slice comprises base plate, reflective membrane support, flower wheel, deadweight stretching device, guide rails assembling plate, adapter plate driver train, film feeding track adjusting wheel, film feeding mechanism assembly, elastic press wheel group, hold-down mechanism, Timing Belt backing plate; Wherein reflective membrane support, flower wheel, deadweight stretching device are installed on base plate, and reflective membrane reel is fixed on reflective membrane support, and reflective membrane support is driven by the actuating device being arranged on the base plate back side and rotates; Guide rails assembling plate is arranged on the slide block of line slideway on base plate, adapter plate driver train is also arranged on base plate, guide rails assembling plate upper end is connected to by Timing Belt backing plate on the Timing Belt of adapter plate driver train, and guide rails assembling plate is driven by the motor on adapter plate driver train and does traverse motion; Film feeding track adjusting wheel, film feeding mechanism assembly, elastic press wheel group are installed on guide rails assembling plate; Hold-down mechanism is movably arranged on the base plate on the right side of guide rails assembling plate, does bilateral reciprocation by transverse cylinder; Reflective membrane is extracted out from reflective membrane reel, arrives cell piece surface, then is positioned by reflective membrane by hold-down mechanism, then carry out pad pasting by elastic press wheel group successively through flower wheel, deadweight stretching device, film feeding track adjusting wheel, film feeding mechanism assembly.
Preferably, described film feeding mechanism assembly comprises film feeding mechanism, reflective membrane hold-down mechanism, cutting guiding mechanism, and reflective membrane hold-down mechanism is arranged on film feeding mechanism, and cutting guiding mechanism is positioned at the front end of film feeding mechanism.
Preferably, described film feeding mechanism comprises A-frame, upper film feeding plate, film feeding guide rail, top board, cylinder connecting panel, reflective membrane positioning groove, film feeding cylinder, film feeding cylinder is fixed on A-frame upper right, film feeding guide rail is fixed on A-frame, upper film feeding back both sides are fixed on the slide block of film feeding guide rail, described upper film feeding front edge of board has 3 reflective membrane positioning grooves, the spacing of the corresponding cell piece grid line of spacing of reflective membrane positioning groove, top board is fixed on film feeding front edge of board, cylinder connecting panel one end is fixed on film feeding cylinder head, the other end is fixed on the right side of film feeding plate.
Preferably, described reflective membrane hold-down mechanism comprises compression cylinder, cylinder mount pad, compresses base, briquetting, compresses base and is fixed on film feeding plate, and cylinder mount pad is fixed on and compresses on base, compression cylinder embeds cylinder mount pad inside and locks, and briquetting is fixed on compression cylinder bottom.
Preferably, described cutting guiding mechanism comprises cutting edge, shears blade, cutter guide, arm-tie, lower guide plate, lower guide plate mount pad, side gussets, guide groove, lower guide extension cylinder, lower guide extension cylinder is fixed on A-frame side, side gussets upper end is fixed on lower guide extension cylinder head, cutter guide is fixed on two ends, A-frame bottom, lower guide plate mount pad two ends are fixed on the slide block of cutter guide, side gussets lower end is fixed on lower guide plate mount pad side, lower guide plate is fixed on the step of lower guide plate mount pad front end, lower guide plate front end has 3 guide grooves, the spacing of the corresponding cell piece grid line of spacing of guide groove, cutting edge is fixed on lower guide plate mount pad, shears blade is fixed on arm-tie.
Preferably, described elastic press wheel group comprises pinch roller cylinder mounting plate, pinch roller cylinder, T-shaped adapter plate, pinch roller mounting blocks, guide rod connecting panel, pinch roller guide rod, pinch roller erecting frame, pinch roller, pinch roller is fixed on pinch roller erecting frame lower end, pinch roller erecting frame is fixed on pinch roller lower end of the guide rod, through the linear bearing of pinch roller mounting blocks inside in the middle of two pinch roller guide rods, upper end is fixed by guide rod connecting panel, pinch roller mounting blocks is fixed on T-shaped adapter plate, T-shaped adapter plate is fixed on pinch roller cylinder, and pinch roller cylinder is fixed on pinch roller cylinder mounting plate.
Preferably, described hold-down mechanism comprises hold-down mechanism stay bearing plate, pressure head mount pad, hold-down mechanism cylinder, top, pressure head spring, pressure head, pressure head lower end is fixed in the groove of pressure head mount pad front end, pressure head spring one end is fixed in the middle of pressure head, the other end is fixed on pressure head mount pad, hold-down mechanism cylinder is fixed in pressure head mount pad upper recess, one end, top is fixed on hold-down mechanism cylinder head, the other end withstands pressure head, and pressure head mount pad is fixed on the step of hold-down mechanism stay bearing plate lower end.
Preferably, described deadweight stretching device comprises from roller and inductive switch, movable pulley from roller, from roller top and right side, a track adjusting wheel is respectively installed, two small sheaves are side by side installed on the right side of bottom, deadweight stretching device top is provided with put in place inductive switch and/or limit inductive switch, and the signal output part of put in place inductive switch and/or limit inductive switch is connected with PLC input end, and PLC mouth is connected with the input end of the actuating device driving reflective membrane support to rotate; Described adapter plate driver train is controlled by PLC, connection mode is PLC mouth and is connected with the input end of servo-control unit, the mouth of servo-control unit is connected with the input end of servomotor, described film feeding mechanism assembly, elastic press wheel group, hold-down mechanism control by PLC, and connection mode is PLC mouth is connected with electromagnetic valve input end, electromagnetic valve mouth is connected with respective cylinder input end.
Preferably, this mechanism comprises several reflective membrane supports, described flower wheel is driven wheels, the pressure head of described hold-down mechanism is press head group, described be deadweight wheels, described track adjusting wheel from roller is guiding wheels, in driven wheels in the quantity of flower wheel, deadweight wheels in the quantity of roller, guiding wheels in the quantity of track adjusting wheel, press head group the quantity of pressure head all identical with reflective membrane number of holders, and one_to_one corresponding.
Preferably, in described deadweight wheels between roller, in guiding wheels between track adjusting wheel and in press head group, between pressure head, position is adjustable in the horizontal direction.
The beneficial effect of the film pasting mechanism of full-automatic battery slice described in the utility model is: this film pasting mechanism can complete the pad pasting work of monolithic battery sheet and whole string battery strings; Achieve the intelligence release of welding by the signal of the inductor feedback that puts in place in pad pasting process and stop; Multiple reflective membrane volume can be installed simultaneously by this mechanism, achieves the compatibility to multiple different size cell piece.
Accompanying drawing explanation
Fig. 1 is the integral structure schematic diagram of the film pasting mechanism of the utility model full-automatic battery slice.
Fig. 2 is the film feeding mechanism unit construction schematic diagram of the film pasting mechanism of the utility model full-automatic battery slice.
Fig. 3 is the film feeding mechanism structural representation of the film pasting mechanism of the utility model full-automatic battery slice.
Fig. 4 is the reflective membrane hold-down mechanism structural representation of the film pasting mechanism of the utility model full-automatic battery slice.
Fig. 5 is the cutting guiding mechanism structural representation of the film pasting mechanism of the utility model full-automatic battery slice.
Fig. 6 is the elastic press wheel group structural representation of the film pasting mechanism of the utility model full-automatic battery slice.
Fig. 7 is the hold-down mechanism structural representation of the film pasting mechanism of the utility model full-automatic battery slice.
Wherein the nomenclature of Fig. 1 to Fig. 7 is as follows:
1, base plate, 2, reflective membrane support, 3, flower wheel, 4, deadweight stretching device, 5, guide rails assembling plate, 6, adapter plate driver train, 7, film feeding track adjusting wheel, 8, film feeding mechanism assembly, 8-1, film feeding mechanism, 8-1-1, A-frame, 8-1-2, upper film feeding plate, 8-1-3, film feeding guide rail, 8-1-4, top board, 8-1-5, cylinder connecting panel, 8-1-6, reflective membrane positioning groove, 8-1-7, film feeding cylinder, 8-2, reflective membrane hold-down mechanism, 8-2-1, compression cylinder, 8-2-2, cylinder mount pad, 8-2-3, compress base, 8-2-4, briquetting, 8-3, cutting guiding mechanism, 8-3-1, cutting edge, 8-3-2, shears blade, 8-3-3, cutter guide, 8-3-4, arm-tie, 8-3-5, lower guide plate, 8-3-6, lower guide plate mount pad, 8-3-7, side gussets, 8-3-8, guide groove, 8-3-9, lower guide extension cylinder, 9, elastic press wheel group, 9-1, pinch roller cylinder mounting plate, 9-2, pinch roller cylinder, 9-3, T-shaped adapter plate, 9-4, pinch roller mounting blocks, 9-5, guide rod connecting panel, 9-6, pinch roller guide rod, 9-7, pinch roller erecting frame, 9-8, pinch roller, 10, hold-down mechanism, 10-1, hold-down mechanism stay bearing plate, 10-2, pressure head mount pad, 10-3, hold-down mechanism cylinder, 10-4, top, 10-5, pressure head spring, 10-6, pressure head.
Detailed description of the invention
As shown in Figures 1 to 7, each structural representation of the film pasting mechanism of the utility model full-automatic battery slice is respectively.
A film pasting mechanism for full-automatic battery slice, comprises base plate 1, reflective membrane support 2, flower wheel 3, deadweight stretching device 4, guide rails assembling plate 5, adapter plate driver train 6, film feeding track adjusting wheel 7, film feeding mechanism assembly 8, elastic press wheel group 9, hold-down mechanism 10, Timing Belt backing plate 11; Wherein reflective membrane support 2, flower wheel 3, deadweight stretching device 4 are installed on base plate 1, and reflective membrane reel is fixed on reflective membrane support 2, and reflective membrane support 2 is driven by the actuating device being arranged on base plate 1 back side and rotates; Guide rails assembling plate 5 is arranged on the slide block of line slideway on base plate 1, adapter plate driver train 6 is also arranged on base plate 1, guide rails assembling plate 5 upper end is connected to by Timing Belt backing plate 11 on the Timing Belt of adapter plate driver train 6, and guide rails assembling plate 5 is driven by the motor on adapter plate driver train 6 and does traverse motion; Film feeding track adjusting wheel 7, film feeding mechanism assembly 8, elastic press wheel group 9 are installed on guide rails assembling plate 5; Hold-down mechanism 10 is movably arranged on the base plate 1 on the right side of guide rails assembling plate 5, does bilateral reciprocation by transverse cylinder; Reflective membrane is extracted out from reflective membrane reel, arrives cell piece surface, then is positioned by reflective membrane by hold-down mechanism 10, then carry out pad pasting by elastic press wheel group 9 successively through flower wheel 3, deadweight stretching device 4, film feeding track adjusting wheel 7, film feeding mechanism assembly 8.
Described film feeding mechanism assembly 8 comprises film feeding mechanism 8-1, reflective membrane hold-down mechanism 8-2, cutting guiding mechanism 8-3, and reflective membrane hold-down mechanism 8-2 is arranged on film feeding mechanism 8-1, and cutting guiding mechanism 8-3 is positioned at the front end of film feeding mechanism 8-1.
Described film feeding mechanism 8-1 comprises A-frame 8-1-1, upper film feeding plate 8-1-2, film feeding guide rail 8-1-3, top board 8-1-4, cylinder connecting panel 8-1-5, reflective membrane positioning groove 8-1-6, film feeding cylinder 8-1-7, film feeding cylinder 8-1-7 is fixed on A-frame 8-1-1 upper right, film feeding guide rail 8-1-3 is fixed on A-frame 8-1-1, both sides, the upper film feeding plate 8-1-2 back side are fixed on the slide block of film feeding guide rail 8-1-3, described upper film feeding plate 8-1-2 front end has 3 reflective membrane positioning groove 8-1-6, the spacing of the corresponding cell piece grid line of spacing of reflective membrane positioning groove 8-1-6, top board 8-1-4 is fixed on film feeding plate 8-1-2 front end, cylinder connecting panel 8-1-5 one end is fixed on film feeding cylinder 8-1-7 head, the other end is fixed on the right side of film feeding plate 8-1-2.
Described reflective membrane hold-down mechanism 8-2 comprises compression cylinder 8-2-1, cylinder mount pad 8-2-2, compresses base 8-2-3, briquetting 8-2-4, compressing base 8-2-3 is fixed on film feeding plate 8-1-2, cylinder mount pad 8-2-2 is fixed on and compresses on base 8-2-3, compression cylinder 8-2-1 embeds cylinder mount pad 8-2-2 inside and locks, and briquetting 8-2-4 is fixed on compression cylinder 8-2-1 bottom.
Described cutting guiding mechanism 8-3 comprises cutting edge 8-3-1, shears blade 8-3-2, cutter guide 8-3-3, arm-tie 8-3-4, lower guide plate 8-3-5, lower guide plate mount pad 8-3-6, side gussets 8-3-7, guide groove 8-3-8, lower guide extension cylinder 8-3-9, lower guide extension cylinder 8-3-9 is fixed on A-frame 8-1-1 side, side gussets 8-3-7 upper end is fixed on lower guide extension cylinder 8-3-9 head, cutter guide 8-3-3 is fixed on two ends, A-frame 8-1-1 bottom, lower guide plate mount pad 8-3-6 two ends are fixed on the slide block of cutter guide 8-3-3, side gussets 8-3-7 lower end is fixed on lower guide plate mount pad 8-3-6 side, lower guide plate 8-3-5 is fixed on the step of lower guide plate mount pad 8-3-6 front end, lower guide plate 8-3-5 front end has 3 guide groove 8-3-8, the spacing of the corresponding cell piece grid line of spacing of guide groove 8-3-8, cutting edge 8-3-1 is fixed on lower guide plate mount pad 8-3-6, shears blade 8-3-2 is fixed on arm-tie 8-3-4.
Described elastic press wheel group 9 comprises pinch roller cylinder mounting plate 9-1, pinch roller cylinder 9-2, T-shaped adapter plate 9-3, pinch roller mounting blocks 9-4, guide rod connecting panel 9-5, pinch roller guide rod 9-6, pinch roller erecting frame 9-7, pinch roller 9-8, pinch roller 9-8 is fixed on pinch roller erecting frame 9-7 lower end, pinch roller erecting frame 9-7 is fixed on pinch roller guide rod 9-6 lower end, through the linear bearing of pinch roller mounting blocks 9-4 inside in the middle of two pinch roller guide rod 9-6, upper end is fixed by guide rod connecting panel 9-5, pinch roller mounting blocks 9-4 is fixed on T-shaped adapter plate 9-3, T-shaped adapter plate 9-3 is fixed on pinch roller cylinder 9-2, pinch roller cylinder 9-2 is fixed on pinch roller cylinder mounting plate 9-1.
Described hold-down mechanism 10 comprises hold-down mechanism stay bearing plate 10-1, pressure head mount pad 10-2, hold-down mechanism cylinder 10-3, top 10-4, pressure head spring 10-5, pressure head 10-6, pressure head 10-6 lower end is fixed in the groove of pressure head mount pad 10-2 front end, pressure head spring 10-5 one end is fixed in the middle of pressure head 10-6, the other end is fixed on pressure head mount pad 10-2, hold-down mechanism cylinder 10-3 is fixed in pressure head mount pad 10-2 upper recess, 10-4 one end, top is fixed on hold-down mechanism cylinder 10-3 head, the other end withstands pressure head 10-6, pressure head mount pad 10-2 is fixed on the step of hold-down mechanism stay bearing plate 10-1 lower end.
Described deadweight stretching device 4 comprises from roller and inductive switch, movable pulley from roller, from roller top and right side, a track adjusting wheel is respectively installed, two small sheaves are side by side installed on the right side of bottom, deadweight stretching device 4 top is provided with put in place inductive switch and/or limit inductive switch, the signal output part of inductive switch and/or limit inductive switch of putting in place is connected with PLC input end, and PLC mouth is connected with the input end of the actuating device driving reflective membrane support 2 to rotate; Described adapter plate driver train 6 is controlled by PLC, connection mode is PLC mouth and is connected with the input end of servo-control unit, the mouth of servo-control unit is connected with the input end of servomotor, described film feeding mechanism assembly 8, elastic press wheel group 9, hold-down mechanism 10 control by PLC, and connection mode is PLC mouth is connected with electromagnetic valve input end, electromagnetic valve mouth is connected with respective cylinder input end.
This mechanism comprises several reflective membrane supports 2, described flower wheel 3 is driven wheels, the pressure head 10-6 of described hold-down mechanism 10 is press head group, described from roller be deadweight wheels, described track adjusting wheel is guiding wheels, the quantity of flower wheel 3 in driven wheels, from the quantity of roller in deadweight wheels, the quantity of track adjusting wheel in guiding wheels, in press head group, the quantity of pressure head 10-6 is all identical with reflective membrane support 2 quantity, and one_to_one corresponding, wherein to conduct oneself with dignity in wheels between roller, in guiding wheels between track adjusting wheel, and in press head group between pressure head 10-6 in the horizontal direction position stagger.
In described deadweight wheels between roller, in guiding wheels between track adjusting wheel and in press head group, between pressure head 10-6, position is adjustable in the horizontal direction.
During application, the film pasting mechanism of a kind of full-automatic battery slice described in this patent can be arranged on solar power series welding machine, is specially, and after the soldering tip welding of series welding machine, directly through this film pasting mechanism, carries out pad pasting to grid line; After several pieces solar battery sheets of the continuous series welding of series welding machine, then pad pasting can also be carried out.Solar battery sheet has single grid and multiple-grid several types usually, when the cell piece of pad pasting is single grid be, reflective membrane reel is one, or an only reel job in multiple reflective membrane reel, when cell piece is multiple-grid, multiple reflective membrane reel is synchronous working simultaneously, and wheels of in like manner conducting oneself with dignity, also corresponding synchronous working such as guiding wheels, press head group etc., therefore this film pasting mechanism solves the compatibility issue of multiple-grid cell piece pad pasting.
Claims (10)
1. a film pasting mechanism for full-automatic battery slice, is characterized in that: comprise base plate (1), reflective membrane support (2), flower wheel (3), deadweight stretching device (4), guide rails assembling plate (5), adapter plate driver train (6), film feeding track adjusting wheel (7), film feeding mechanism assembly (8), elastic press wheel group (9), hold-down mechanism (10), Timing Belt backing plate (11); Wherein reflective membrane support (2), flower wheel (3), deadweight stretching device (4) are installed on base plate (1), reflective membrane reel is fixed on reflective membrane support (2), and reflective membrane support (2) is driven by the actuating device being arranged on base plate (1) back side and rotates; Guide rails assembling plate (5) is arranged on the slide block of the upper line slideway of base plate (1), adapter plate driver train (6) is also arranged on base plate (1), guide rails assembling plate (5) upper end is connected on the Timing Belt of adapter plate driver train (6) by Timing Belt backing plate (11), and guide rails assembling plate (5) is driven by the motor on adapter plate driver train (6) and does traverse motion; Film feeding track adjusting wheel (7), film feeding mechanism assembly (8), elastic press wheel group (9) are installed on guide rails assembling plate (5); Hold-down mechanism (10) is movably arranged on the base plate (1) on guide rails assembling plate (5) right side, does bilateral reciprocation by transverse cylinder; Reflective membrane is extracted out from reflective membrane reel, cell piece surface is arrived successively through flower wheel (3), deadweight stretching device (4), film feeding track adjusting wheel (7), film feeding mechanism assembly (8), by hold-down mechanism (10), reflective membrane is positioned again, then carry out pad pasting by elastic press wheel group (9).
2. the film pasting mechanism of full-automatic battery slice as claimed in claim 1, it is characterized in that: described film feeding mechanism assembly (8) comprises film feeding mechanism (8-1), reflective membrane hold-down mechanism (8-2), cutting guiding mechanism (8-3), reflective membrane hold-down mechanism (8-2) is arranged on film feeding mechanism (8-1), and cutting guiding mechanism (8-3) is positioned at the front end of film feeding mechanism (8-1).
3. the film pasting mechanism of full-automatic battery slice as claimed in claim 2, it is characterized in that: described film feeding mechanism (8-1) comprises A-frame (8-1-1), upper film feeding plate (8-1-2), film feeding guide rail (8-1-3), top board (8-1-4), cylinder connecting panel (8-1-5), reflective membrane positioning groove (8-1-6), film feeding cylinder (8-1-7), film feeding cylinder (8-1-7) is fixed on A-frame (8-1-1) upper right, film feeding guide rail (8-1-3) is fixed on A-frame (8-1-1), upper film feeding plate (8-1-2) both sides, the back side are fixed on the slide block of film feeding guide rail (8-1-3), described upper film feeding plate (8-1-2) front end has 3 reflective membrane positioning grooves (8-1-6), the spacing of the corresponding cell piece grid line of spacing of reflective membrane positioning groove (8-1-6), top board (8-1-4) is fixed on film feeding plate (8-1-2) front end, cylinder connecting panel (8-1-5) one end is fixed on film feeding cylinder (8-1-7) head, the other end is fixed on film feeding plate (8-1-2) right side.
4. the film pasting mechanism of full-automatic battery slice as claimed in claim 2, it is characterized in that: described reflective membrane hold-down mechanism (8-2) comprises compression cylinder (8-2-1), cylinder mount pad (8-2-2), compresses base (8-2-3), briquetting (8-2-4), compressing base (8-2-3) is fixed on film feeding plate (8-1-2), cylinder mount pad (8-2-2) is fixed on and compresses on base (8-2-3), compression cylinder (8-2-1) embeds cylinder mount pad (8-2-2) inside and locks, and briquetting (8-2-4) is fixed on compression cylinder (8-2-1) bottom.
5. the film pasting mechanism of full-automatic battery slice as claimed in claim 2, it is characterized in that: described cutting guiding mechanism (8-3) comprises cutting edge (8-3-1), shears blade (8-3-2), cutter guide (8-3-3), arm-tie (8-3-4), lower guide plate (8-3-5), lower guide plate mount pad (8-3-6), side gussets (8-3-7), guide groove (8-3-8), lower guide extension cylinder (8-3-9), lower guide extension cylinder (8-3-9) is fixed on A-frame (8-1-1) side, side gussets (8-3-7) upper end is fixed on lower guide extension cylinder (8-3-9) head, cutter guide (8-3-3) is fixed on A-frame (8-1-1) two ends, bottom, lower guide plate mount pad (8-3-6) two ends are fixed on the slide block of cutter guide (8-3-3), side gussets (8-3-7) lower end is fixed on lower guide plate mount pad (8-3-6) side, lower guide plate (8-3-5) is fixed on the step of lower guide plate mount pad (8-3-6) front end, lower guide plate (8-3-5) front end has 3 guide grooves (8-3-8), the spacing of the corresponding cell piece grid line of spacing of guide groove (8-3-8), cutting edge (8-3-1) is fixed on lower guide plate mount pad (8-3-6), shears blade (8-3-2) is fixed on arm-tie (8-3-4).
6. the film pasting mechanism of full-automatic battery slice as claimed in claim 1, it is characterized in that: described elastic press wheel group (9) comprises pinch roller cylinder mounting plate (9-1), pinch roller cylinder (9-2), T-shaped adapter plate (9-3), pinch roller mounting blocks (9-4), guide rod connecting panel (9-5), pinch roller guide rod (9-6), pinch roller erecting frame (9-7), pinch roller (9-8), pinch roller (9-8) is fixed on pinch roller erecting frame (9-7) lower end, pinch roller erecting frame (9-7) is fixed on pinch roller guide rod (9-6) lower end, through the linear bearing that pinch roller mounting blocks (9-4) is inner in the middle of two pinch roller guide rods (9-6), upper end is fixed by guide rod connecting panel (9-5), pinch roller mounting blocks (9-4) is fixed on T-shaped adapter plate (9-3), T-shaped adapter plate (9-3) is fixed on pinch roller cylinder (9-2), pinch roller cylinder (9-2) is fixed on pinch roller cylinder mounting plate (9-1).
7. the film pasting mechanism of full-automatic battery slice as claimed in claim 1, it is characterized in that: described hold-down mechanism (10) comprises hold-down mechanism stay bearing plate (10-1), pressure head mount pad (10-2), hold-down mechanism cylinder (10-3), top (10-4), pressure head spring (10-5), pressure head (10-6), pressure head (10-6) lower end is fixed in the groove of pressure head mount pad (10-2) front end, pressure head spring (10-5) one end is fixed in the middle of pressure head (10-6), the other end is fixed on pressure head mount pad (10-2), hold-down mechanism cylinder (10-3) is fixed in pressure head mount pad (10-2) upper recess, (10-4) one end, top is fixed on hold-down mechanism cylinder (10-3) head, the other end withstands pressure head (10-6), pressure head mount pad (10-2) is fixed on the step of hold-down mechanism stay bearing plate (10-1) lower end.
8. the film pasting mechanism of the full-automatic battery slice as described in claim 1 or 7, it is characterized in that: described deadweight stretching device (4) comprises from roller and inductive switch, movable pulley from roller, from roller top and right side, a track adjusting wheel is respectively installed, two small sheaves are side by side installed on the right side of bottom, deadweight stretching device (4) top is provided with put in place inductive switch and/or limit inductive switch, the signal output part of inductive switch and/or limit inductive switch of putting in place is connected with PLC input end, PLC mouth is connected with the input end of the actuating device driving reflective membrane support (2) to rotate, described adapter plate driver train (6) is controlled by PLC, connection mode is PLC mouth and is connected with the input end of servo-control unit, the mouth of servo-control unit is connected with the input end of servomotor, described film feeding mechanism assembly (8), elastic press wheel group (9), hold-down mechanism (10) control by PLC, and connection mode is PLC mouth is connected with electromagnetic valve input end, electromagnetic valve mouth is connected with respective cylinder input end.
9. the film pasting mechanism of full-automatic battery slice as claimed in claim 8, it is characterized in that: this mechanism comprises several reflective membrane supports (2), described flower wheel (3) is driven wheels, the pressure head (10-6) of described hold-down mechanism (10) is press head group, described be deadweight wheels, described track adjusting wheel from roller is guiding wheels, in driven wheels in the quantity of flower wheel (3), deadweight wheels in the quantity of roller, guiding wheels in the quantity of track adjusting wheel, press head group the quantity of pressure head (10-6) all identical with reflective membrane support (2) quantity, and one_to_one corresponding.
10. the film pasting mechanism of full-automatic battery slice as claimed in claim 9, is characterized in that: in described deadweight wheels between roller, in guiding wheels between track adjusting wheel and in press head group, between pressure head (10-6), position is adjustable in the horizontal direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520122199.5U CN204473228U (en) | 2015-03-03 | 2015-03-03 | A kind of film pasting mechanism of full-automatic battery slice |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520122199.5U CN204473228U (en) | 2015-03-03 | 2015-03-03 | A kind of film pasting mechanism of full-automatic battery slice |
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| CN204473228U true CN204473228U (en) | 2015-07-15 |
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| CN201520122199.5U Withdrawn - After Issue CN204473228U (en) | 2015-03-03 | 2015-03-03 | A kind of film pasting mechanism of full-automatic battery slice |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104709502A (en) * | 2015-03-03 | 2015-06-17 | 无锡奥特维科技有限公司 | Full-automatic film pasting mechanism for battery piece |
| CN109301033A (en) * | 2018-10-10 | 2019-02-01 | 苏州鑫本智能科技有限公司 | Hot Melt Adhesive Reflective Film Attachment Equipment |
-
2015
- 2015-03-03 CN CN201520122199.5U patent/CN204473228U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104709502A (en) * | 2015-03-03 | 2015-06-17 | 无锡奥特维科技有限公司 | Full-automatic film pasting mechanism for battery piece |
| CN104709502B (en) * | 2015-03-03 | 2016-08-17 | 无锡奥特维科技股份有限公司 | A kind of film pasting mechanism of full-automatic battery slice |
| CN109301033A (en) * | 2018-10-10 | 2019-02-01 | 苏州鑫本智能科技有限公司 | Hot Melt Adhesive Reflective Film Attachment Equipment |
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Address after: 214028 Zhujianglu Road New District, Jiangsu, No. 25, Patentee after: WUXI AUTOWELL TECHNOLOGY CO., LTD. Address before: 214142 Jiangsu Province, Wuxi City District Yufeng Road No. 88 Patentee before: Wuxi Autowell Technology Co., Ltd. |
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Granted publication date: 20150715 Effective date of abandoning: 20160817 |
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