CN102931430A - Full-automatic battery cell winding device - Google Patents
Full-automatic battery cell winding device Download PDFInfo
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- CN102931430A CN102931430A CN2012104464699A CN201210446469A CN102931430A CN 102931430 A CN102931430 A CN 102931430A CN 2012104464699 A CN2012104464699 A CN 2012104464699A CN 201210446469 A CN201210446469 A CN 201210446469A CN 102931430 A CN102931430 A CN 102931430A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
Abstract
The invention discloses a full-automatic battery cell winding device. The device comprises a sheet producing portion, a winding portion and a blanking portion, wherein the sheet producing portion comprises a positive pole sheet producing unit and a negative sheet producing unit, the positive pole sheet producing unit and the negative sheet producing unit respectively comprise an unwinding mechanism, a tab welding mechanism, a traction mechanism, a tension mechanism and a rubberizing mechanism, the winding portion comprises a membrane input mechanism, a sheet inlet mechanism, a winding mechanism, a membrane cutting mechanism, a pole sheet cutting mechanism and a termination tape attaching mechanism, the full-automatic battery cell winding device also comprises a pressurization forming mechanism, and the pressurization forming mechanism is matched with the winding portion and the blanking portion and is used for pressurizing and molding a winded battery cell. The pressurization forming mechanism is arranged on the full-automatic battery cell winding device, the battery cell can be subjected to pressurization forming when the battery cell winding is completed, the production efficiency is improved, and the quality of the battery cell is improved.
Description
Technical field
The invention belongs to battery making apparatus field, especially relate to a kind of full-automatic battery core coiler device.
Background technology
At present, the electric core winding technology is relatively ripe, for example film-making operation and coiling operation, and rolling after the employing film-making is finished will expect to roll up to change on the up-coiler to reel again.Chinese patent ZL201020163337.1 discloses a kind of integration apparatus; comprise positive and negative pole piece feedway; the positive and negative tab welding device; draw-gear; the pole piece buffer storage; the pole piece pelletizers such as positive and negative pole piece protection sticker adhesive dispenser: also comprise the first electronic slide unit that is provided with the positive plate intermediate plate and the second electronic slide unit that is provided with the negative plate intermediate plate; the first barrier film feedway and the second barrier film feedway, and with described positive plate; the barrier film of described the first and second barrier film feedwaies output is according to positive plate; barrier film; negative plate; barrier film sequential volume coiled battery pole piece.Use after the disclosed equipment winding battery core of this patent, also need by other operation, use special equipment that the battery core after reeling is shaped, increased the complexity of operation, efficient is low, and cost is high, and is unfavorable for controlling the quality of the battery core of producing.
Summary of the invention
One object of the present invention is exactly for the deficiencies in the prior art, and a kind of full-automatic battery core coiler device is provided, and can enhance productivity to the battery core press molding when electric core winding is finished, reduces cost of manufacture, promotes the battery core quality.
For achieving the above object, the present invention is by the following technical solutions:
A kind of full-automatic battery core coiler device, comprise the film-making part, winding part and blanking part, described film-making partly comprises anodal film-making unit and negative pole film-making unit, described anodal film-making unit and described negative pole film-making unit comprise respectively unreeling structure, tab welding mechanism, haulage gear, tension control mechanism and adhesive tape rubberizing mechanism, described winding part comprises the barrier film input mechanism, enter sheet mechanism, winding mechanism, the barrier film shut-off mechanism, pole piece shut-off mechanism and subsides terminal adhesive tape mechanism, it is characterized in that, described full-automatic battery core coiler device structure also comprises press molding mechanism, described press molding mechanism is positioned at the discharging position of described winding part, with the described blanking setting that partly matches, the battery core after described press molding mechanism is used for coiling finished is carried out press molding and is processed.
Preferably, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described lower supporting plate, the telescopic end of described pressurized cylinder is fixedly connected with the described flattening bench that adds, described pressurizing block is with described to add flattening bench relative, be fixed on the described upper backup pad, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described cross slide way is fixed on the described lower supporting plate, the telescopic end of described lateral cylinder is fixedly connected with the slide block of described cross slide way, described vertical guide is fixed on the described slide block of described cross slide way by fixed block, described vertical cylinder is fixed on the described fixed block, and the telescopic end of described vertical cylinder is fixedly connected with described battery core folder.
Preferably, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described lower supporting plate, the telescopic end of described pressurized cylinder is fixedly connected with the described flattening bench that adds, described pressurizing block is with described to add flattening bench relative, be fixed on the described upper backup pad, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described vertical guide is fixed on the described lower supporting plate, the telescopic end of described vertical cylinder is fixedly connected with the slide block of described vertical guide, described cross slide way is fixed on the described slide block of described vertical guide by fixed block, described lateral cylinder is fixed on the described fixed block, and the telescopic end of described lateral cylinder is fixedly connected with described battery core folder.
Preferably, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described upper backup pad, the telescopic end of described pressurized cylinder is fixedly connected with described pressurizing block, the described flattening bench that adds is relative with described pressurizing block, be fixed on the described lower supporting plate, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described cross slide way is fixed on the described lower supporting plate, the telescopic end of described lateral cylinder is fixedly connected with the slide block of described cross slide way, described vertical guide is fixed on the described slide block of described cross slide way by fixed block, described vertical cylinder is fixed on the described fixed block, and the telescopic end of described vertical cylinder is fixedly connected with described battery core folder.
Preferably, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described upper backup pad, the telescopic end of described pressurized cylinder is fixedly connected with described pressurizing block, the described flattening bench that adds is relative with described pressurizing block, be fixed on the described lower supporting plate, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described vertical guide is fixed on the described lower supporting plate, the telescopic end of described vertical cylinder is fixedly connected with the slide block of described vertical guide, described cross slide way is fixed on the described slide block of described vertical guide by fixed block, described lateral cylinder is fixed on the described fixed block, and the telescopic end of described lateral cylinder is fixedly connected with described battery core folder.
Described press molding mechanism is preferably hot forming mechanism, also can be cold-press moulding mechanism.
Preferably, also comprise and be arranged on the short-circuit detecting mechanism that is used for battery core is carried out short-circuit detecting in the described hot forming mechanism.
Preferably, described short-circuit detecting mechanism is positioned at a side of described hot forming mechanism, comprise back-up block, detect cylinder, lower check-out console, the outsourcing detection lug, detect piece, contiguous block, described back-up block is fixed on the described lower supporting plate, described detection cylinder is fixed on the described back-up block, the telescopic end of described detection cylinder is fixedly connected with described lower check-out console, on described detection piece and the described lower check-out console, under be oppositely arranged, described detection piece is fixedly connected with described contiguous block, the outsourcing of described outsourcing detection lug is fixed on the described detection piece, and described contiguous block is fixed on the described upper backup pad.
Preferably, described short-circuit detecting mechanism is positioned at a side of described hot forming mechanism, comprise back-up block, detect cylinder, lower check-out console, the outsourcing detection lug, detect piece, contiguous block, described back-up block is fixed on the described lower supporting plate, described detection cylinder is fixed on the contiguous block, described contiguous block is fixed on the described upper backup pad, the telescopic end of described detection cylinder is fixedly connected with described detection piece, on described lower check-out console and the described detection piece, under be oppositely arranged, described lower check-out console is fixed on the described back-up block, and the outsourcing of described outsourcing detection lug is fixed on the described detection piece.
Preferably, also comprise deviation correction mechanism, described deviation correction mechanism comprises pinch upper roll, pinch under roll, the nip rolls seat, clamping cylinder, holder, motor, motor fixing seat, support plate, bracing frame, shaft coupling, ball screw, the feed screw nut, slide block, the first slide bar, the second slide bar, support frame as described above is fixed on the frame, described support plate is fixedly connected with support frame as described above, described motor fixing seat is fixedly connected with described support plate, support frame as described above and described motor fixing seat are distributed in the two ends of described support plate, described motor is fixed on the described motor fixing seat, one end of described ball screw is connected with the output shaft of described motor by described shaft coupling, the other end of described ball screw is fixedly supported on the support frame as described above, described feed screw nut and described ball screw are connected, described slide block is sheathed to be fixed on the described feed screw nut, be provided with the hole of passing for described the first slide bar on the described slide block, described the first slide bar passes described slide block one end and is fixed on the support frame as described above, described the second slide bar passes support frame as described above and described holder one end is fixed on the described slide block, described pinch upper roll rotates the other end that is fixed on described the second slide bar, described holder is fixedly connected with described the second slide bar, described nip rolls seat is fixed on the described holder, described pinch under roll rotates and is fixed on the described nip rolls seat, described clamping cylinder is fixed on the described holder, the telescopic end of described clamping cylinder is fixedly connected with described nip rolls seat, drive described pinch under roll lifting, on described pinch under roll and the described pinch upper roll, under be oppositely arranged, described motor-driven ball screw, and and then drive the rotation of described pinch upper roll.
The technique effect that the present invention is useful:
The present invention is by arranging press molding mechanism in full-automatic battery core coiler device, with the described blanking setting that partly matches, can control battery core after press molding mechanism finished coiling carries out press molding and processes, the coiling of battery core and press molding can be finished automatically by this operation of electric core winding, manufacturing process is simple and convenient, greatly improved operating efficiency, shortened the operating time, alleviated producer's labour intensity, production efficiency is high, reduced cost of manufacture, the battery core consistency of made is better, guarantees and promote the quality of battery.
Because press molding mechanism is arranged in the cell winding device, therefore can also further in cell winding device, increase the short-circuit detecting mechanism that the battery core behind the press molding is carried out short-circuit detecting, this measure can further improve the make efficiency of battery core, and advantageously guarantee the quality of battery core, promote the quality of battery.
Description of drawings
The front view of a kind of embodiment of the full-automatic battery core coiler device of Fig. 1 the present invention;
The schematic perspective view of the press molding mechanism in Fig. 2 an embodiment of the present invention;
Press molding mechanism in Fig. 3 an embodiment of the present invention and the right view of short-circuit detecting mechanism;
The schematic perspective view of the deviation correction mechanism in Fig. 4 an embodiment of the present invention.
Embodiment
By reference to the accompanying drawings the present invention is further described in detail by the following examples.
Consult Fig. 1, in a kind of specific embodiment, full-automatic battery core coiler device can comprise film-making part 1, winding part 3 and blanking part 4, film-making part 1 comprises anodal film-making unit 11 and negative pole film-making unit 12, anodal film-making unit 11 and negative pole film-making unit 12 comprise respectively unreeling structure 111, tab welding mechanism 112, haulage gear 113, tension control mechanism 114 and adhesive tape rubberizing mechanism 115, winding part 3 comprises barrier film input mechanism 31, enter sheet mechanism 32, winding mechanism 33, barrier film shut-off mechanism 34, pole piece shut-off mechanism 35 and subsides terminal adhesive tape mechanism 36.Except above-mentioned part, full-automatic battery core coiler device also comprises press molding mechanism, forms processing for the battery core after coiling is finished, and press molding mechanism can be hot pressing mechanism 5.
Film-making part 1 is used for making and export positive and negative plate respectively, partly arrives winding part through storing, and winding part is used for positive and negative plate sequentially is wound into battery core together with positive and negative barrier film, and blanking partly is used for taking the battery core that winds away and delivering to assigned address.
Unreeling structure 111 can comprise unreeling shaft 1111, tape splicing platform 1112 and input roller 1113.Another kind of embodiment unreeling structure also can comprise two unreeling shafts, automatically tape splicing mechanism and inputted roller.
Barrier film input mechanism 31 can comprise unreeling shaft 311 and cross roller 312.Another kind embodiment membrane unwinding mechanism also can comprise two unreeling shafts, automatically tape splicing mechanism and excessively roller.
Technique according to production battery is different, and haulage gear 113, tension control mechanism 114 and adhesive tape rubberizing mechanism 115 can have one or more.
Enter sheet mechanism 32 and can comprise that positive pole enters sheet mechanism 321 and negative pole enters sheet mechanism 322, barrier film shut-off mechanism and pole piece shut-off mechanism can all arrange two, are divided into anodal part and negative pole part.
Winding mechanism 33 preferably includes three winding heads, and full-automatic battery core coiler device preferably also comprises station switching mechanism, and station switching mechanism carries out each winding head station conversion.
Full-automatic battery core coiler device preferably also comprises storing part 2.
Consult Fig. 2 and Fig. 3, hot pressing mechanism 5 preferably includes fixed head 500, hot pressing cylinder 501, hot wafering 502, hot pressing platform 503, delivery platform 504, upper backup pad 505, lower supporting plate 506, battery core folder 507, vertical cylinder 508, vertical guide 509, lateral cylinder 510, cross slide way 511, fixed head 500 is fixed on the frame, on upper backup pad 501 and the lower supporting plate 502, lower interval is fixed on the fixed head 500, hot pressing cylinder 501 is fixed on the lower supporting plate 206, the telescopic end of hot pressing cylinder 201 is fixedly connected with hot pressing platform 503, hot wafering 502 is relative with hot pressing platform 503, be fixed on the upper backup pad 505, the upper planar horizontal setting of the upper plane of delivery platform 504 and hot pressing platform 503, cross slide way 511 is fixed on the lower supporting plate 506, vertical guide 509 is fixed on the slide block of cross slide way 511 by fixed block, vertical cylinder 509 is fixed on the fixed block, and the telescopic end of vertical cylinder 508 is fixedly connected with battery core folder 507.
During hot pressing mechanism 5 work, vertical Telescopic-cylinder end stretches out, so that the battery core folder makes progress away from the hot pressing platform, this moment, the lateral cylinder telescopic end stretched out, and promoted the battery core folder and moved to the direction away from the hot pressing platform, when arriving the battery core position, vertical Telescopic-cylinder end is return, and after the battery core folder clamped battery core, the lateral cylinder telescopic end was return, drive battery core and it is delivered to the hot pressing platform, hot pressing this moment Telescopic-cylinder end stretches out and drives the hot pressing platform and be increased to and cooperate the shaping of hot pressing or the battery core of colding pressing with hot wafering.
In another kind of embodiment, hot pressing air cylinder driven hot wafering moves, and the hot pressing platform is fixed.
In another kind of embodiment, vertical guide is fixed on the lower supporting plate 506, and cross slide way is fixed on the slide block of vertical guide, and the telescopic end of lateral cylinder is fixedly connected with battery core folder 507.
Those skilled in the art will be understood that above-mentioned flexible design, therefore will not illustrate and give unnecessary details.
Other embodiment, the hot wafering in the hot pressing mechanism can adopt cold pressing block to replace.
In preferred embodiment, full-automatic battery core coiler device comprises also and is arranged on the short-circuit detecting mechanism 6 that is used for battery core is carried out short-circuit detecting on the described hot pressing mechanism that battery cores detect to get rid of the battery core of positive and negative electrode short circuit in short-circuit detecting mechanism 6.
Consult Fig. 3, in a specific embodiment, short-circuit detecting mechanism 6 is positioned at a side of hot pressing mechanism 5, comprise back-up block 601, detect cylinder 602, lower check-out console 603, outsourcing detection lug 604, detect piece 605, contiguous block 606, back-up block 601 is fixed on the lower supporting plate 506, detecting cylinder 602 is fixed on the back-up block 601, the telescopic end that detects cylinder 602 is fixedly connected with lower check-out console 603, detect on piece 605 and the lower check-out console 603, under be oppositely arranged, detecting piece 605 is fixedly connected with contiguous block 606,604 outsourcings of outsourcing detection lug are fixed on and detect on the piece 605, and contiguous block 606 is fixed on the upper backup pad 505.
When detection cylinder 602 is in contraction state, the upper planar horizontal setting of the upper plane of lower check-out console 603 and hot pressing platform 503.
When short-circuit detecting mechanism works, raise when hot pressing cylinder 501 promotes the hot pressing platform, the telescopic end that detects cylinder 602 stretches out, and promotes lower check-out console 603 and raises, so that outsourcing detection lug 604 contacts with the conduction lug of battery core, test the situation whether battery core exists short circuit with this.
In another kind of embodiment, detect air cylinder driven detection piece and move, and lower check-out console is fixed.
Full-automatic battery core coiler device also can be provided with the deviation correction mechanism for detection of the off normal of pole piece.
Consult Fig. 4, in a kind of preferred embodiment, a kind of Straight pull of design deviation correction mechanism of advancing in coiler device, comprise pinch upper roll 701, pinch under roll 702, nip rolls seat 703, clamping cylinder 704, holder 705, motor 706, motor fixing seat 707, support plate 708, bracing frame 709, shaft coupling 710, ball screw 711, the feed screw nut 712, slide block 713, the first slide bar 714, the second slide bar 715, bracing frame 709 is fixed on the frame, support plate 708 is fixedly connected with bracing frame 709, motor fixing seat 707 is fixedly connected with support plate 708, bracing frame 709 and motor fixing seat 707 are distributed in the two ends of support plate 708, motor 706 is fixed on the motor fixing seat 707, one end of ball screw 711 is connected with the output shaft of motor 706 by shaft coupling 710, the other end of ball screw 711 is fixedly supported on the bracing frame 709, feed screw nut 712 is connected with ball screw 711, slide block 713 sheathed being fixed on the feed screw nut 712, be provided with the hole of passing for the first slide bar 714 on the slide block 713, the first slide bar 714 passes slide block 713 1 ends and is fixed on the bracing frame 709, the second slide bar 715 passes bracing frame 709 and holder 705 1 ends are fixed on the slide block 713, pinch upper roll 701 rotates the other end that is fixed on the second slide bar 715, holder 705 is fixedly connected with the second slide bar 715, the second slide bar 715, ball screw 711, the first slide bar 714 is presented at the vertical direction of slide block 713, in, lower setting, nip rolls seat 703 is fixed on the holder 705, pinch under roll 702 rotates and is fixed on the nip rolls seat 703, clamping cylinder 704 is fixed on the holder 705, the telescopic end of clamping cylinder 704 is fixedly connected with nip rolls seat 703, on pinch under roll 702 and the pinch upper roll 701, under be oppositely arranged, motor 706 drives ball screw 711, and and then drive pinch upper roll 701 rotations.
Pinch under roll is preferably rubber roll.
Described anodal film-making unit and described negative pole film-making unit also can comprise lug adhesive tape rubberizing mechanism 116.
Be divided into anodal film-making, negative pole film-making, coiling and blanking four parts during a kind of full-automatic battery core coiler device work:
Anodal film-making: anode pole piece initiatively unreels on the anode pole piece unreeling structure, and haulage gear traction output enters adhesive tape rubberizing mechanism through tab welding mechanism, and tension control mechanism is adjusted the tension force of pole piece in this process, and then pole piece enters material storage mechanism.
The negative pole film-making: cathode pole piece initiatively unreels on the cathode pole piece unreeling structure, and haulage gear traction output enters adhesive tape rubberizing mechanism through tab welding mechanism, and tension control mechanism is adjusted the tension force of pole piece in this process, and then pole piece enters material storage mechanism.
Reel: the pole piece that film-making is finished enters winding part at the material storage mechanism storing by deviation correction mechanism, enter sheet mechanism pole piece is inputed to winding mechanism, two volume barrier films involve in into winding mechanism through membrane unwinding mechanism active release, when just, cathode pole piece is just reaching, after the negative pole barrier film all enters winding mechanism, winding mechanism begins action, three winding heads are reeled successively, forwarding next station to after first winding head is reeled and finished cuts off, paste terminal adhesive tape, cutting off structure by pole piece shut-off mechanism and barrier film on this station cuts off pole piece and barrier film, and by pasting terminal adhesive tape mechanism to the battery core rubberizing, second winding head reeled simultaneously, first winding head is finished cut-out, after the processing of rubberizing station, forward blanking to and partly carry out blanking (hereinafter will further describe), begin the cut-out of second winding head this moment, the coiling of rubberizing and the 3rd winding head.Said process loops successively.
Blanking: after coiling is finished, manipulator is driven the battery core of clamping winding by cylinder, it is delivered on the delivery platform of hot pressing mechanism, after hot pressing mechanism hot pressing or the battery core of colding pressing shaping, short-circuit detecting mechanism detect and finish, carry out the battery core blanking, qualified battery core and defective battery core are delivered to respectively the position of appointment.
Above content is the further description of the present invention being done in conjunction with concrete preferred implementation, can not assert that implementation of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. full-automatic battery core coiler device, comprise the film-making part, winding part and blanking part, described film-making partly comprises anodal film-making unit and negative pole film-making unit, described anodal film-making unit and described negative pole film-making unit comprise respectively unreeling structure, tab welding mechanism, haulage gear, tension control mechanism and adhesive tape rubberizing mechanism, described winding part comprises the barrier film input mechanism, enter sheet mechanism, winding mechanism, the barrier film shut-off mechanism, pole piece shut-off mechanism and subsides terminal adhesive tape mechanism, it is characterized in that, described full-automatic battery core coiler device structure also comprises press molding mechanism, described press molding mechanism is positioned at the discharging position of described winding part, with the described blanking setting that partly matches, the battery core after described press molding mechanism is used for coiling finished is carried out press molding and is processed.
2. full-automatic battery core coiler device as claimed in claim 1, it is characterized in that, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described lower supporting plate, the telescopic end of described pressurized cylinder is fixedly connected with the described flattening bench that adds, described pressurizing block is with described to add flattening bench relative, be fixed on the described upper backup pad, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described cross slide way is fixed on the described lower supporting plate, the telescopic end of described lateral cylinder is fixedly connected with the slide block of described cross slide way, described vertical guide is fixed on the described slide block of described cross slide way by fixed block, described vertical cylinder is fixed on the described fixed block, and the telescopic end of described vertical cylinder is fixedly connected with described battery core folder.
3. full-automatic battery core coiler device as claimed in claim 1, it is characterized in that, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described lower supporting plate, the telescopic end of described pressurized cylinder is fixedly connected with the described flattening bench that adds, described pressurizing block is with described to add flattening bench relative, be fixed on the described upper backup pad, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described vertical guide is fixed on the described lower supporting plate, the telescopic end of described vertical cylinder is fixedly connected with the slide block of described vertical guide, described cross slide way is fixed on the described slide block of described vertical guide by fixed block, described lateral cylinder is fixed on the described fixed block, and the telescopic end of described lateral cylinder is fixedly connected with described battery core folder.
4. full-automatic battery core coiler device as claimed in claim 1, it is characterized in that, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described upper backup pad, the telescopic end of described pressurized cylinder is fixedly connected with described pressurizing block, the described flattening bench that adds is relative with described pressurizing block, be fixed on the described lower supporting plate, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described cross slide way is fixed on the described lower supporting plate, the telescopic end of described lateral cylinder is fixedly connected with the slide block of described cross slide way, described vertical guide is fixed on the described slide block of described cross slide way by fixed block, described vertical cylinder is fixed on the described fixed block, and the telescopic end of described vertical cylinder is fixedly connected with described battery core folder.
5. full-automatic battery core coiler device as claimed in claim 1, it is characterized in that, described press molding mechanism comprises fixed head, pressurized cylinder, pressurizing block, add flattening bench, delivery platform, upper backup pad, lower supporting plate, the battery core folder, vertical cylinder, vertical guide, lateral cylinder, cross slide way, described fixed head is fixed on the frame, on described upper backup pad and the described lower supporting plate, lower interval is fixed on the described fixed head, described pressurized cylinder is fixed on the described upper backup pad, the telescopic end of described pressurized cylinder is fixedly connected with described pressurizing block, the described flattening bench that adds is relative with described pressurizing block, be fixed on the described lower supporting plate, the upper plane of described delivery platform and the described upper planar horizontal setting that adds flattening bench, described vertical guide is fixed on the described lower supporting plate, the telescopic end of described vertical cylinder is fixedly connected with the slide block of described vertical guide, described cross slide way is fixed on the described slide block of described vertical guide by fixed block, described lateral cylinder is fixed on the described fixed block, and the telescopic end of described lateral cylinder is fixedly connected with described battery core folder.
6. such as each described full-automatic battery core coiler device of claim 1 to 5, it is characterized in that described press molding mechanism is hot forming mechanism or cold-press moulding mechanism.
7. such as each described full-automatic battery core coiler device of claim 2 to 5, it is characterized in that, also comprise being arranged on the short-circuit detecting mechanism that is used for battery core is carried out short-circuit detecting in the described hot forming mechanism.
8. full-automatic battery core coiler device as claimed in claim 7, it is characterized in that, described short-circuit detecting mechanism is positioned at a side of described hot forming mechanism, comprise back-up block, detect cylinder, lower check-out console, the outsourcing detection lug, detect piece, contiguous block, described back-up block is fixed on the described lower supporting plate, described detection cylinder is fixed on the described back-up block, the telescopic end of described detection cylinder is fixedly connected with described lower check-out console, on described detection piece and the described lower check-out console, under be oppositely arranged, described detection piece is fixedly connected with described contiguous block, the outsourcing of described outsourcing detection lug is fixed on the described detection piece, and described contiguous block is fixed on the described upper backup pad.
9. full-automatic battery core coiler device as claimed in claim 7, it is characterized in that, described short-circuit detecting mechanism is positioned at a side of described hot forming mechanism, comprise back-up block, detect cylinder, lower check-out console, the outsourcing detection lug, detect piece, contiguous block, described back-up block is fixed on the described lower supporting plate, described detection cylinder is fixed on the contiguous block, described contiguous block is fixed on the described upper backup pad, the telescopic end of described detection cylinder is fixedly connected with described detection piece, on described lower check-out console and the described detection piece, under be oppositely arranged, described lower check-out console is fixed on the described back-up block, and the outsourcing of described outsourcing detection lug is fixed on the described detection piece.
10. such as each described full-automatic battery core coiler device of claim 1 to 9, it is characterized in that, also comprise deviation correction mechanism, described deviation correction mechanism comprises pinch upper roll, pinch under roll, the nip rolls seat, clamping cylinder, holder, motor, motor fixing seat, support plate, bracing frame, shaft coupling, ball screw, the feed screw nut, slide block, the first slide bar, the second slide bar, support frame as described above is fixed on the frame, described support plate is fixedly connected with support frame as described above, described motor fixing seat is fixedly connected with described support plate, support frame as described above and described motor fixing seat are distributed in the two ends of described support plate, described motor is fixed on the described motor fixing seat, one end of described ball screw is connected with the output shaft of described motor by described shaft coupling, the other end of described ball screw is fixedly supported on the support frame as described above, described feed screw nut and described ball screw are connected, described slide block is sheathed to be fixed on the described feed screw nut, be provided with the hole of passing for described the first slide bar on the described slide block, described the first slide bar passes described slide block one end and is fixed on the support frame as described above, described the second slide bar passes support frame as described above and described holder one end is fixed on the described slide block, described pinch upper roll rotates the other end that is fixed on described the second slide bar, described holder is fixedly connected with described the second slide bar, described nip rolls seat is fixed on the described holder, described pinch under roll rotates and is fixed on the described nip rolls seat, described clamping cylinder is fixed on the described holder, the telescopic end of described clamping cylinder is fixedly connected with described nip rolls seat, drive described pinch under roll lifting, on described pinch under roll and the described pinch upper roll, under be oppositely arranged, described motor-driven ball screw, and and then drive the rotation of described pinch upper roll.
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| CN201210446469.9A CN102931430B (en) | 2012-11-09 | 2012-11-09 | Full-automatic battery cell winding device |
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| CN201210446469.9A CN102931430B (en) | 2012-11-09 | 2012-11-09 | Full-automatic battery cell winding device |
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| CN102931430B CN102931430B (en) | 2014-12-17 |
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