CN203456534U - Tab cutting and conveying mechanism and full-automatic sheet processing machine for soft pack batteries with same - Google Patents
Tab cutting and conveying mechanism and full-automatic sheet processing machine for soft pack batteries with same Download PDFInfo
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- CN203456534U CN203456534U CN201320528855.2U CN201320528855U CN203456534U CN 203456534 U CN203456534 U CN 203456534U CN 201320528855 U CN201320528855 U CN 201320528855U CN 203456534 U CN203456534 U CN 203456534U
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- cylinder
- lug
- haul
- raw material
- row
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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
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Abstract
The utility model provides an tab cutting and conveying mechanism which comprises a rack, wherein the rack is provided with a material storage device, a material taking mechanism, a front material conveying mechanism, a pushing and compressing mechanism, a cutting mechanism which cuts an tab raw material row compressed by the pushing and compressing mechanism to single tabs, and a rear material conveying mechanism which transfers the tabs cut by the cutting mechanism, the front material conveying mechanism is connected with the material taking mechanism, the rack is provided with a transferring position and a compressing position, the pushing and compressing mechanism comprises a pushing mechanism which pushes the tab raw material row conveyed by the front material conveying mechanism to the compressing position from the transferring position, and a compressing mechanism which compresses the tab raw material row in the compression position. A workstation transferring mechanism which drives the tab raw material row to a workstation is arranged in the compressing position of the rack. The utility model further provides a full-automatic sheet processing machine for soft pack batteries with the tab cutting and conveying mechanism. The tab cutting and conveying mechanism and the full-automatic sheet processing machine provided by the utility model have the beneficial effects that the tabs can be automatically cut and conveyed and the efficiency is improved.
Description
Technical field
The utility model relates to lug Qie Song mechanism, relates in particular to a kind of lug Qie Song mechanism and has the full-automatic pelleter of soft-package battery of this mechanism.
Background technology
Lug is a kind of raw material of lithium ion polymer battery product.The battery of mobile phone of for example using in our life, Bluetooth battery, Notebook Batterys etc. all need to use lug.Battery is a minute both positive and negative polarity, and lug is exactly the metallic conductor from battery core, both positive and negative polarity being extracted, and the popular ear of saying battery positive and negative polarities is the contact point when discharging and recharging.This contact point is not that copper sheet of our the battery appearance seen, but a kind of connection of inside battery.Lug is divided into three kinds of materials, the positive pole of battery is used aluminium (Al) material (outermost end of aluminum will be welded a part of nickel strap), negative pole is used nickel (Ni) material, and negative pole also has copper nickel plating (Ni-Cu) material, and they are to be all composited by film and metal tape two parts.
Existing lug is before being installed to battery, by fluid sealant, to connect into several rows of lug raw material to arrange, to facilitate processing and manufacturing, but before lug raw material row is installed to battery, need lug raw material row to thrust into single lug, at present, anode ear is because outermost end will be welded a part of nickel strap, so be all monolithic then with manually riveting, cannot use automation equipment, efficiency is lower.
Utility model content
In order to solve the problems of the prior art, the utility model provides a kind of lug Qie Song mechanism and has had the full-automatic pelleter of soft-package battery of this mechanism.
The utility model provides a kind of lug Qie Song mechanism, comprise frame, described frame is provided with the storage device that stores lug raw material row, the material fetching mechanism that lug raw material row is taken out from storage device, the front haul mechanism that the lug raw material row that material fetching mechanism is taken out transports, the pusher hold-down mechanism that the lug raw material row that Jiang Qian haul mechanism transports is shifted and compresses, the lug raw material row that described pusher hold-down mechanism is compressed thrust into single lug thrust mechanism and by described rear haul mechanism of thrusting that lug that mechanism thrusts transports, wherein, described front haul mechanism is connected with described material fetching mechanism, described frame is provided with transhipment position and compacted position, described pusher hold-down mechanism comprises that the lug raw material row that Jiang Qian haul mechanism transports shifts the pusher of compacted position onto and will be positioned at the hold-down mechanism that compacted position, lug raw material row compresses from transhipment position, the compacted position of described frame is provided with the station connecting gear that lug raw material row is driven to a station.
As further improvement of the utility model, described storage device comprises lug material storing box and barrier film material storing box, described lug material storing box is connected with material jacking mechanism, described material jacking mechanism comprises the first motor, screw mandrel and the first expeller, described the first motor is connected with described screw mandrel, described the first expeller is connected with described screw mandrel by feed screw nut, at the bottom of described the first expeller is arranged on the case of described lug material storing box.
As further improvement of the utility model, described material fetching mechanism comprises the 7th cylinder, lug vacuum cup and barrier film vacuum cup, wherein, described the 7th cylinder is connected with barrier film vacuum cup with described lug vacuum cup respectively, described lug vacuum cup is suspended from described lug material storing box, described barrier film vacuum cup is suspended from described barrier film material storing box, described front haul mechanism comprises the second motor, the front haul tape handler being connected with described the second motor and be arranged on the front haul frame on described front haul tape handler, described material fetching mechanism is fixed on described front haul frame.
As further improvement of the utility model, described pusher comprises the first cylinder, pusher slide block and the second expeller, described the first cylinder is connected with described pusher slide block, described the second expeller is arranged on pusher slide block, described lug material storing box, barrier film material storing box is one of them carry electrode extreme position of front haul tape handler, described transhipment position is another carry electrode extreme position of front haul tape handler, described transhipment position is the initial threshold position that described the first cylinder promotes described the second expeller, described compacted position is the end extreme position that described the first cylinder promotes described the second expeller, described hold-down mechanism, thrusting mechanism is all suspended from described compacted position.
As further improvement of the utility model, described station connecting gear comprises retainer tooth bar, drives described retainer tooth bar to carry out the retainer rack lifting mechanism of lifting and drives described retainer gear rack elevating machine to carry out the material tooth bar translation mechanism of front and back translation, wherein, described retainer rack lifting mechanism comprises the 3rd cylinder, described the 3rd cylinder is connected with described retainer tooth bar, described material tooth bar translation mechanism comprises four-cylinder, and the piston rod of described four-cylinder is connected with described retainer rack lifting mechanism.
As further improvement of the utility model, described hold-down mechanism with described in thrust mechanism and be connected, described hold-down mechanism comprises the 6th cylinder, lug briquetting and pressed slider, described the 6th cylinder is connected with pressed slider with described lug briquetting respectively, described lug briquetting and pressed slider are suspended from described compacted position, the described mechanism of thrusting comprises the 5th cylinder and thrusts slide block, described the 5th cylinder with described in thrust slide block and be connected, described in thrust slide block and be suspended from described compacted position.
As further improvement of the utility model, described rear haul mechanism comprises haul mechanism after the first order, after the described first order, haul mechanism comprises the second cylinder, the 8th cylinder and the 15 cylinder, described the second cylinder is connected with the first fixture of the described lug of clamping, the piston rod of described four-cylinder is connected with described the second cylinder, the piston rod of described the 15 cylinder is connected with described the 8th cylinder, and described the 8th cylinder is connected with the second fixture of the described lug of clamping.
As further improvement of the utility model, described rear haul mechanism comprises haul mechanism behind the second level, behind the described second level, haul mechanism comprises the 9th cylinder, the 12 cylinder and the 13 cylinder, wherein, the piston rod of described the 9th cylinder is connected with described the 15 cylinder, described the 12 cylinder is connected with the 3rd fixture of the described lug of clamping, and the piston rod of described the 13 cylinder is connected with described the 12 cylinder.
As further improvement of the utility model, described rear haul mechanism comprises after the third level haul mechanism after haul mechanism and the fourth stage, after the described third level, haul mechanism comprises the 11 cylinder, the 3rd motor and the tenth four-cylinder, wherein, the piston rod of described the 11 cylinder is connected with described the 13 cylinder, described the 3rd motor is connected with rear haul tape handler, described rear haul tape handler is provided with rear haul frame, described rear haul frame is connected with described the tenth four-cylinder, described the tenth four-cylinder is connected with the 4th fixture of the described lug of clamping, after the described fourth stage, haul mechanism comprises the 16 cylinder, the piston rod of described the 16 cylinder is connected with described the tenth four-cylinder.
The utility model also provides a kind of full-automatic pelleter of soft-package battery with lug Qie Song mechanism, comprises lug Qie Song mechanism and weld mold as described in above-mentioned middle any one.
The beneficial effects of the utility model are: pass through such scheme, lug raw material row can be placed in storage device, by material fetching mechanism, lug raw material row is taken out, by front haul mechanism, material fetching mechanism is transported on the transhipment position of frame, by material fetching mechanism, discharging lug raw material is discharged on transhipment position, by pusher, from transhipment position, shift lug raw material row onto compacted position, by hold-down mechanism, compressing the lug raw material being positioned in compacted position arranges, by thrusting mechanism, lug raw material row is thrust into single lug again, by station connecting gear, will thrust rear lug raw material arranges, the single lug station that advances together, and then by rear haul mechanism, single lug is transported away, realized automatically cutting and send of lug, improved efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of lug Qie Song of the utility model mechanism;
Fig. 2 is the structural representation of a kind of lug Qie Song of the utility model mechanism;
Fig. 3 is the structural representation at another visual angle of a kind of lug Qie Song of the utility model mechanism;
Fig. 4 is a kind of structural representation with the full-automatic pelleter of soft-package battery of lug Qie Song mechanism of the utility model;
Fig. 5 is the lug raw material row's of a kind of lug Qie Song of the utility model mechanism structural representation;
Fig. 6 is the structural representation of the barrier film of a kind of lug Qie Song of the utility model mechanism;
Fig. 7 is the structural representation of the material fetching mechanism of a kind of lug Qie Song of the utility model mechanism;
Fig. 8 is the transhipment position of a kind of lug Qie Song of the utility model mechanism, the structural representation of compacted position;
Fig. 9 is the structural representation of the station connecting gear of a kind of lug Qie Song of the utility model mechanism;
Figure 10 is the structural representation of the retainer tooth bar of a kind of lug Qie Song of the utility model mechanism;
Figure 11 be a kind of lug Qie Song of the utility model mechanism hold-down mechanism, thrust the structural representation of mechanism;
Figure 12 is the structural representation of the rear haul mechanism of a kind of lug Qie Song of the utility model mechanism;
Figure 13 is the structural representation of the rear haul mechanism of a kind of lug Qie Song of the utility model mechanism;
Figure 14 is the structural representation of the rear haul mechanism of a kind of lug Qie Song of the utility model mechanism;
Figure 15 is the structural representation of the lug of a kind of lug Qie Song of the utility model mechanism.
Embodiment
Below in conjunction with accompanying drawing explanation and embodiment, the utility model is further illustrated.
Drawing reference numeral in Fig. 1 to Figure 15 is: frame 100; Storage device 101; Material fetching mechanism 102; Front haul mechanism 103; Front haul tape handler 1031; Pusher hold-down mechanism 104; Thrust mechanism 105; Front haul frame 1032; Rear haul tape handler 1061; Rear haul frame 1062; Weld mold 107; Lug 201; Aluminium strip 2011; Nickel strap 2012; Welding zone 2013; Paper tinsel 202; Lug raw material row 203; Fluid sealant 204; Barrier film 205; Transhipment position 301; Compacted position 302; The first cylinder 11; The second cylinder 12; The 3rd cylinder 13; Four-cylinder 14; The 5th cylinder 15; The 6th cylinder 16; The 7th cylinder 17; The 8th cylinder 18; The 9th cylinder 19; The 11 cylinder 111; The 12 cylinder 112; The 13 cylinder 113; The tenth four-cylinder 114; The 15 cylinder 115; The 16 cylinder 116; The first motor 21; The second motor 22; The 3rd motor 23; Lug vacuum cup 31; Barrier film vacuum cup 32; Lug material storing box 41; Barrier film material storing box 42; The first expeller 51; The second expeller 52; Pusher slide block 61; Thrust slide block 62; Pressed slider 63; Lug briquetting 64; Screw mandrel 7; Retainer tooth bar 8, the four corners of the world hereinafter described please refer to Fig. 1 to Fig. 2.
As shown in Fig. 1 to Figure 15, a kind of lug Qie Song mechanism, comprise frame 100, described frame 100 is provided with the storage device 101 that stores lug raw material row 203, the material fetching mechanism 102 that lug raw material row 203 is taken out from storage device 101, the front haul mechanism 103 that the lug raw material row 203 that material fetching mechanism 102 is taken out transports, the lug raw material row 203 pusher hold-down mechanisms 104 that are shifted and compress that Jiang Qian haul mechanism 103 transports, the lug raw material row 203 that described pusher hold-down mechanism 104 is compressed thrust into single lug 201 thrust mechanism 105 and by described rear haul mechanism 106 of thrusting that lug 201 that mechanism 105 thrusts transports, wherein, described front haul mechanism 103 is connected with described material fetching mechanism 102, described frame 100 is provided with transhipment position 301 and compacted position 302, described pusher hold-down mechanism 104 comprises that the lug raw material row 203 that Jiang Qian haul mechanism 103 transports shifts the pusher of compacted position 302 onto and will be positioned at lug raw material row 203 hold-down mechanisms that compress compacted position 302 from transhipment position 301, the compacted position 302 of described frame 100 is provided with the station connecting gear that lug raw material row 203 is driven to a station, wherein, lug 201 comprises aluminium strip 2011, nickel strap 2012, with welding zone 2013.
As shown in Fig. 1 to Figure 15, described storage device 101 comprises lug material storing box 41 and barrier film material storing box 42, described lug material storing box 41 is connected with material jacking mechanism, described material jacking mechanism comprises the first motor 21, screw mandrel 7 and the first expeller 51, described the first motor 21 is connected with described screw mandrel 7, described the first expeller 51 is connected with described screw mandrel 7 by feed screw nut, at the bottom of described the first expeller 51 is arranged on the case of described lug material storing box 41, wherein, lug raw material row 203 is placed in described lug material storing box 41 with barrier film 205 interval stacks, described the first motor 21 is lifting motor, be that described the first motor 21 drives described the first expeller 51 to carry out elevating movement, .
As shown in Fig. 1 to Figure 15, described material fetching mechanism 102 comprises the 7th cylinder 17, lug vacuum cup 31 and barrier film vacuum cup 32, wherein, lug vacuum cup 31 and barrier film vacuum cup 32 preferably respectively arrange three, described the 7th cylinder 17 is connected with barrier film vacuum cup 32 with described lug vacuum cup 31 respectively, can drive described lug vacuum cup 31 and barrier film vacuum cup 32 to repeatedly kick into row oscilaltion campaign by described the 7th cylinder 17, described lug vacuum cup 31 is suspended from described lug material storing box 41, described barrier film vacuum cup 32 is suspended from described barrier film material storing box 42, wherein, because lug raw material row 203 is placed in described lug material storing box 41 with barrier film 205 interval stacks, when described lug vacuum cup 31 taking-up lug raw materials arrange 203, need take out barrier film 205 and be placed in barrier film material storing box 42 by barrier film vacuum cup 32, feeding can circulate, described front haul mechanism 103 comprises the second motor 22, the front haul tape handler 1031 being connected with described the second motor 22 and be arranged on the front haul frame 1032 on described front haul tape handler 1031, described material fetching mechanism 102 is fixed on described front haul frame 1032, before can driving by described the second motor 22, haul frame 1032 carries out the translation of North and South direction, and then drive described material fetching mechanism 102 to carry out the translation of North and South direction by front haul frame 1032.
As shown in Fig. 1 to Figure 15, described pusher comprises the first cylinder 11, pusher slide block 61 and the second expeller 52, described the first cylinder 11 is connected with described pusher slide block 61, described the second expeller 52 is arranged on pusher slide block 61, described lug material storing box 41, barrier film material storing box 42 is one of them carry electrode extreme position of front haul tape handler 1032, described transhipment position 301 is another carry electrode extreme position of front haul tape handler 1032, described transhipment position 301 is the initial threshold position that described the first cylinder 11 promotes described the second expeller 52, described compacted position 302 is the end extreme position that described the first cylinder 11 promotes described the second expeller 52, described hold-down mechanism, thrusting mechanism 105 is all suspended from described compacted position 302, described transhipment position 301, the extended line on compacted position 302 edges and the transmission direction of described front haul tape handler 1032 are perpendicular, wherein, described transhipment position 301, compacted position 302 is arranged on described frame 100 along east-west direction, described the second expeller 52 carries out the translation of east-west direction under the driving of described the first cylinder 11.
As shown in Fig. 1 to Figure 15, described station connecting gear comprises retainer tooth bar 8, drive described retainer tooth bar 8 carry out the retainer rack lifting mechanism of lifting and drive described retainer gear rack elevating machine to carry out the material tooth bar translation mechanism of front and back translation, wherein, described retainer rack lifting mechanism comprises the 3rd cylinder 13, described the 3rd cylinder 13 is connected with described retainer tooth bar 8, described material tooth bar translation mechanism comprises four-cylinder 14, the piston rod of described four-cylinder 14 is connected with described retainer rack lifting mechanism, wherein, the direction of feed of described the 3rd cylinder 13 is perpendicular to described transhipment position 301, the plane that compacted position 302 forms, described the 3rd cylinder 13 drives described retainer tooth bar 8 to carry out elevating movement, make described retainer tooth bar 8 can depart from described compacted position 302, when described retainer tooth bar 8 can depart from after described compacted position 302, can by described three cylinders 13, drive described retainer tooth bar 8 to carry out the translation of North and South direction by described four-cylinder 14.
As shown in Fig. 1 to Figure 15, described hold-down mechanism with described in thrust mechanism 105 and be connected, described hold-down mechanism comprises the 6th cylinder 16, lug briquetting 64 and pressed slider 63, described the 6th cylinder 16 is connected with pressed slider 63 with described lug briquetting 64 respectively, described lug briquetting 64 and pressed slider 63 are suspended from described compacted position 302, the described mechanism 105 of thrusting comprises the 5th cylinder 15 and thrusts slide block 62, described the 5th cylinder 15 with described in thrust slide block 62 and be connected, the described slide block 62 that thrusts is suspended from described compacted position 302, wherein, described the 6th cylinder 16 drives described lug briquetting 64 and pressed slider 63 to carry out elevating movement, to compress the lug raw material row 203 who is positioned at described compacted position 302, described in described the 5th cylinder 15 drives, thrust slide block 62 and carry out elevating movement, can thrust the lug raw material row 203 that slide block 62 enters to thrust to be positioned at described compacted position 302 by described, to form single lug 201.
As shown in Fig. 1 to Figure 15, described rear haul mechanism 106 comprises haul mechanism after the first order, after the described first order, haul mechanism comprises the second cylinder 12, the 8th cylinder 18 and the 15 cylinder 115, described the second cylinder 12 is connected with the first fixture of the described lug 201 of clamping, the piston rod of described four-cylinder 14 is connected with described the second cylinder 12, the piston rod of described the 15 cylinder 115 is connected with described the 8th cylinder 18, described the 8th cylinder 18 is connected with the second fixture of the described lug 201 of clamping, wherein, after having thrust, the second cylinder 12 drives the lug 201 after the first clamp thrusts, can drive the second cylinder 12 toward north motion by described four-cylinder 14, described the 8th cylinder 18 drives the other end of the second clamp lug 201, the first fixture unclamps.
As shown in Fig. 1 to Figure 15, described rear haul mechanism 106 comprises haul mechanism behind the second level, behind the described second level, haul mechanism comprises the 9th cylinder the 19, the 12 cylinder 112 and the 13 cylinder 113, wherein, the piston rod of described the 9th cylinder 19 is connected with described the 15 cylinder 118, described the 12 cylinder 112 is connected with the 3rd fixture of the described lug 201 of clamping, and the piston rod of described the 13 cylinder 113 is connected with described the 12 cylinder 112.
As shown in Fig. 1 to Figure 15, described rear haul mechanism 105 comprises after the third level haul mechanism after haul mechanism and the fourth stage, after the described third level, haul mechanism comprises the 11 cylinder 11, the 3rd motor 23 and the tenth four-cylinder 114, wherein, the piston rod of described the 11 cylinder 111 is connected with described the 13 cylinder 113, described the 3rd motor 23 is connected with rear haul tape handler 1061, described rear haul tape handler 1061 is provided with rear haul frame 1062, described rear haul frame 1062 is connected with described the tenth four-cylinder 114, described the tenth four-cylinder 114 is connected with the 4th fixture of the described lug 201 of clamping, after the described fourth stage, haul mechanism comprises the 16 cylinder 116, the piston rod of described the 16 cylinder 116 is connected with described the tenth four-cylinder 114.
The utility model also provides a kind of full-automatic pelleter of soft-package battery with lug Qie Song mechanism, comprises lug Qie Song mechanism and weld mold 107 as described in above-mentioned middle any one.
A kind of lug Qie Song mechanism that the utility model provides and the operation principle with the full-automatic pelleter of soft-package battery of this mechanism are:
Between two row's lug raw material rows 203, with barrier film 205, separate; Before equipment operation, first lug raw material row 203 is put into lug material storing box 41.Before equipment operation, the end of the 7th cylinder 17 in its stroke is lug vacuum cup 31, barrier film vacuum cup 32 is at the highest notch, after equipment operation, first the 7th cylinder 17 moves, lug vacuum cup 31, barrier film vacuum cup 32 is down gone to minimum point, the first vacuum electromagnetic valve events, lug vacuum cup 31 holds row's lug raw material row 203 above, the 7th cylinder 17 again moves lug vacuum cup 31 and holds lug raw material row 203 and up go to peak, the second motor 22 stops after lug vacuum cup 31 is delivered to transhipment position 301 toward north, the 7th cylinder 17 actions, lug vacuum cup 31 is down gone to minimum point, the first vacuum solenoid is controlled lug vacuum cup 31 and is unclamped the lug raw material row 203 who holds, the second vacuum solenoid is controlled barrier film vacuum cup 32 and is held barrier film 205 simultaneously, the 7th cylinder 17 actions, after barrier film vacuum cup 32 is up gone to peak, the second motor 22 moves, barrier film vacuum cup 32 stops after back going to the overhead of barrier film material storing box 42, the 7th cylinder 17 moves again, barrier film vacuum cup 32 walks downward and behind position, stops to the extreme, the second vacuum electromagnetic valve events, barrier film vacuum cup 32 is put into barrier film material storing box 42 by the barrier film holding 205, arrive this, completed the feeding of one-period, front haul action, after that row's lug raw material row 203 who transports the place ahead to is seen off by front haul mechanism 103 below, system is sent signal, repeat above-mentioned action, along with lug raw material row 203 is sucked away by rows, it is 203 fewer and feweri that the lug raw material that is positioned at lug material storing box 41 is arranged, that row's lug raw material row's 20 of the top position is more and more lower, system will be given the first motor 21 signals, the first motor 21 drives the first expeller 51 up to walk by screw mandrel 7, the first expeller 51 is up shifted lug raw material row 203 onto after the height of setting, and the first motor 21 stops operating.
After lug vacuum cup 31 unclamps lug raw material row 203 as mentioned above, lug raw material row 203 enters propelling movement, compresses and thrusts operation, the first cylinder 11 actions, by pusher slide block 61 and the second expeller 52, lug raw material row 203 is pushed to compacted position 302 from transhipment position 301, then the first cylinder 11 is again controlled the second expeller 52 and is return original position; The 6th cylinder 16 actions, pressed slider 63 down moves, pressed slider 63 and lug briquetting 64 push mutually with retainer tooth bar 8, in the middle of being pressed in, lug raw material row 203 also compresses, then the 5th cylinder 15 action, thrusts slide block 62 and down moves thrust out a single lug 201 from row's lug raw material row 203, and the 5th cylinder 15 actions afterwards thrust slide block 62 and return, then the 6th cylinder 16 actions, pressed slider 63 and lug briquetting 64 are return.The 3rd cylinder 13 actions, retainer tooth bar 8 is down return; Four-cylinder 14 actions, the 3rd cylinder 13 and retainer tooth bar 8, the second cylinder 12 move together southward, behind position, stop to the extreme southward, the 3rd cylinder 13 again moves retainer tooth bar 8 is up pushed away, retainer tooth bar 8 up to the extreme position stop, each tooth of retainer tooth bar 8 is between two lugs 201, and the second cylinder 12 actions simultaneously clamp that lug 201 just now having thrust; Four-cylinder 14 action, the 3rd cylinder and retainer tooth bar 8, the second cylinder 12 are moving toward moving northward together, and retainer tooth bar 8 has advanced lug 201 distance of setting toward north, and the second cylinder 12 also clips that lug 201 having thrust toward moving northward the distance of having moved setting.After the 15 cylinder 115 actions are shifted the 8th cylinder 18 onto pole location southward, stop, the other end of lug 201 is clamped in the 8th cylinder 18 actions, and then lug 201 is unclamped in the second cylinder 12 actions.To the propelling movement of this lug, compressed and thrust the everything of one-period.
After the 8th cylinder 18 is clamped lug 201, the 15 cylinder 115 actions are drawn the 8th cylinder 18 toward north, toward north, stop to the extreme behind position, after the 9th cylinder 19 actions are up shifted the 8th cylinder 18 onto pole location, stop.After shifting the 12 cylinder 112 onto pole location toward east, the 13 cylinder 113 actions stop, then the other end of lug 201 is clamped in the 12 cylinder 112 actions, lug 201 is unclamped in the 8th cylinder 18 actions, then the 9th cylinder 19 actions retract minimum point by the 8th cylinder 18, arrive this, the everything in the one-period that the secondary of lug transports finishes.
After the 12 cylinder 112 is clamped lug 201, the 13 cylinder 113 actions retract the 12 cylinder 112 westerly, and then the 11 cylinder 111 actions are up shifted the 12 cylinder 112 onto pole location.The tenth four-cylinder 114 is in the east of the 12 cylinder 112.The 11 cylinder 111 is up shifted onto after pole location by 12 cylinders 112, the 3rd motor 23 actions, after the tenth four-cylinder 114 being sent westerly to the distance of setting, stop, the other end of lug 201 is clamped in the tenth four-cylinder 114 actions, lug 201 is unclamped in the 12 cylinder 112 actions, the 11 cylinder 111 action down retracts the 12 cylinder 112, to the release in cycle of transporting for three times of this lug.
After the 11 cylinder 111 actions retract the 12 cylinder 112, the 3rd motor 23 again moves the tenth four-cylinder 114 is sent westerly, and lug 201 enters the weld mold 107 in the place ahead.The 3rd motor 23 stops after the tenth four-cylinder 114 is delivered to pole location westerly, at this moment lug 201 is above paper tinsel 202, the 16 cylinder 116 actions, lug 201 stops after down moving to pole location, at this moment the upper surface weld mold 107 that lug 201 is attached to paper tinsel 202 is made the upper surface at paper tinsel 202 by lug 201 nails, then lug 201 is unclamped in the tenth four-cylinder 114 actions, after moving to pole location toward east, the 3rd motor 23 action the tenth four-cylinders 114 stop, the 16 cylinder 116 again moves and the tenth four-cylinder 114 is lifted to the height of setting, to the release in the one-period transporting for four times of this lug.
Above content is in conjunction with concrete preferred implementation further detailed description of the utility model, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, can also make some simple deduction or replace, all should be considered as belonging to protection range of the present utility model.
Claims (10)
1. a lug Qie Song mechanism, it is characterized in that: comprise frame, described frame is provided with the storage device that stores lug raw material row, the material fetching mechanism that lug raw material row is taken out from storage device, the front haul mechanism that the lug raw material row that material fetching mechanism is taken out transports, the pusher hold-down mechanism that the lug raw material row that Jiang Qian haul mechanism transports is shifted and compresses, the lug raw material row that described pusher hold-down mechanism is compressed thrust into single lug thrust mechanism and by described rear haul mechanism of thrusting that lug that mechanism thrusts transports, wherein, described front haul mechanism is connected with described material fetching mechanism, described frame is provided with transhipment position and compacted position, described pusher hold-down mechanism comprises that the lug raw material row that Jiang Qian haul mechanism transports shifts the pusher of compacted position onto and will be positioned at the hold-down mechanism that compacted position, lug raw material row compresses from transhipment position, the compacted position of described frame is provided with the station connecting gear that lug raw material row is driven to a station.
2. lug Qie Song according to claim 1 mechanism, it is characterized in that: described storage device comprises lug material storing box and barrier film material storing box, described lug material storing box is connected with material jacking mechanism, described material jacking mechanism comprises the first motor, screw mandrel and the first expeller, described the first motor is connected with described screw mandrel, described the first expeller is connected with described screw mandrel by feed screw nut, at the bottom of described the first expeller is arranged on the case of described lug material storing box.
3. lug Qie Song according to claim 2 mechanism, it is characterized in that: described material fetching mechanism comprises the 7th cylinder, lug vacuum cup and barrier film vacuum cup, wherein, described the 7th cylinder is connected with barrier film vacuum cup with described lug vacuum cup respectively, described lug vacuum cup is suspended from described lug material storing box, described barrier film vacuum cup is suspended from described barrier film material storing box, described front haul mechanism comprises the second motor, the front haul tape handler being connected with described the second motor and be arranged on the front haul frame on described front haul tape handler, described material fetching mechanism is fixed on described front haul frame.
4. lug Qie Song according to claim 3 mechanism, it is characterized in that: described pusher comprises the first cylinder, pusher slide block and the second expeller, described the first cylinder is connected with described pusher slide block, described the second expeller is arranged on pusher slide block, described lug material storing box, barrier film material storing box is one of them carry electrode extreme position of front haul tape handler, described transhipment position is another carry electrode extreme position of front haul tape handler, described transhipment position is the initial threshold position that described the first cylinder promotes described the second expeller, described compacted position is the end extreme position that described the first cylinder promotes described the second expeller, described hold-down mechanism, thrusting mechanism is all suspended from described compacted position.
5. lug Qie Song according to claim 4 mechanism, it is characterized in that: described station connecting gear comprises retainer tooth bar, drives described retainer tooth bar to carry out the retainer rack lifting mechanism of lifting and drives described retainer gear rack elevating machine to carry out the material tooth bar translation mechanism of front and back translation, wherein, described retainer rack lifting mechanism comprises the 3rd cylinder, described the 3rd cylinder is connected with described retainer tooth bar, described material tooth bar translation mechanism comprises four-cylinder, and the piston rod of described four-cylinder is connected with described retainer rack lifting mechanism.
6. lug Qie Song according to claim 5 mechanism, it is characterized in that: described hold-down mechanism with described in thrust mechanism and be connected, described hold-down mechanism comprises the 6th cylinder, lug briquetting and pressed slider, described the 6th cylinder is connected with pressed slider with described lug briquetting respectively, described lug briquetting and pressed slider are suspended from described compacted position, the described mechanism of thrusting comprises the 5th cylinder and thrusts slide block, described the 5th cylinder with described in thrust slide block and be connected, described in thrust slide block and be suspended from described compacted position.
7. lug Qie Song according to claim 6 mechanism, it is characterized in that: described rear haul mechanism comprises haul mechanism after the first order, after the described first order, haul mechanism comprises the second cylinder, the 8th cylinder and the 15 cylinder, described the second cylinder is connected with the first fixture of the described lug of clamping, the piston rod of described four-cylinder is connected with described the second cylinder, the piston rod of described the 15 cylinder is connected with described the 8th cylinder, and described the 8th cylinder is connected with the second fixture of the described lug of clamping.
8. lug Qie Song according to claim 7 mechanism, it is characterized in that: described rear haul mechanism comprises haul mechanism behind the second level, behind the described second level, haul mechanism comprises the 9th cylinder, the 12 cylinder and the 13 cylinder, wherein, the piston rod of described the 9th cylinder is connected with described the 15 cylinder, described the 12 cylinder is connected with the 3rd fixture of the described lug of clamping, and the piston rod of described the 13 cylinder is connected with described the 12 cylinder.
9. lug Qie Song according to claim 8 mechanism, it is characterized in that: described rear haul mechanism comprises after the third level haul mechanism after haul mechanism and the fourth stage, after the described third level, haul mechanism comprises the 11 cylinder, the 3rd motor and the tenth four-cylinder, wherein, the piston rod of described the 11 cylinder is connected with described the 13 cylinder, described the 3rd motor is connected with rear haul tape handler, described rear haul tape handler is provided with rear haul frame, described rear haul frame is connected with described the tenth four-cylinder, described the tenth four-cylinder is connected with the 4th fixture of the described lug of clamping, after the described fourth stage, haul mechanism comprises the 16 cylinder, the piston rod of described the 16 cylinder is connected with described the tenth four-cylinder.
10. the full-automatic pelleter of soft-package battery with lug Qie Song mechanism, is characterized in that: comprise lug Qie Song mechanism and weld mold as claimed in any one of claims 1-9 wherein.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320528855.2U CN203456534U (en) | 2013-08-28 | 2013-08-28 | Tab cutting and conveying mechanism and full-automatic sheet processing machine for soft pack batteries with same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320528855.2U CN203456534U (en) | 2013-08-28 | 2013-08-28 | Tab cutting and conveying mechanism and full-automatic sheet processing machine for soft pack batteries with same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203456534U true CN203456534U (en) | 2014-02-26 |
Family
ID=50136390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320528855.2U Withdrawn - After Issue CN203456534U (en) | 2013-08-28 | 2013-08-28 | Tab cutting and conveying mechanism and full-automatic sheet processing machine for soft pack batteries with same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203456534U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103413909A (en) * | 2013-08-28 | 2013-11-27 | 深圳市兴诚捷精密设备有限公司 | Tab cutting and conveying mechanism and full-automatic flexible package battery flaking machine with same |
| CN105618835A (en) * | 2014-10-31 | 2016-06-01 | 东莞市雅康精密机械有限公司 | Sheet type tab processing device |
-
2013
- 2013-08-28 CN CN201320528855.2U patent/CN203456534U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103413909A (en) * | 2013-08-28 | 2013-11-27 | 深圳市兴诚捷精密设备有限公司 | Tab cutting and conveying mechanism and full-automatic flexible package battery flaking machine with same |
| CN105618835A (en) * | 2014-10-31 | 2016-06-01 | 东莞市雅康精密机械有限公司 | Sheet type tab processing device |
| CN105618835B (en) * | 2014-10-31 | 2018-06-29 | 东莞市雅康精密机械有限公司 | Chip lug processing unit |
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