CN203950870U - Accumulator pole group assembling cast welding full automatic production equipment - Google Patents
Accumulator pole group assembling cast welding full automatic production equipment Download PDFInfo
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- CN203950870U CN203950870U CN201420368820.1U CN201420368820U CN203950870U CN 203950870 U CN203950870 U CN 203950870U CN 201420368820 U CN201420368820 U CN 201420368820U CN 203950870 U CN203950870 U CN 203950870U
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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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Abstract
The utility model relates to a kind of accumulator pole group assembling cast welding full automatic production equipment, and it comprises utmost point group fixture and the lug apparatus for shaping, fixture turning device, lug topping machanism, polar group groove device, lug kneader and the lug cast welding device that connect successively.The purpose of this utility model is to provide a kind of enhances productivity, saves the accumulator pole group assembling cast welding full automatic production equipment of cost of labor.The utility model has the advantage of: 1. accumulator pole group assembling cast welding full automatic production equipment has greatly improved production efficiency, saved cost of labor.2. utmost point group fixture locking and unlocking operation process are easy to realize mechanization.3. fixture turning device can be realized utmost point group fixture automatic turning, replaces manual operation.4. can avoid the artificial welding process of workman to be subject to the infringement of lead fume to human body, to reduce environmental pollution, overcome the unsteadiness of the quality that artificial welding produces, improve the quality of products.
Description
Technical field
The utility model relates to a kind of accumulator pole group assembling cast welding full automatic production equipment.
Background technology
In the course of processing of lead acid accumulator, first be processed into battery lead plate, finally packing battery case into from being assembled into of battery lead plate carries out in the process cast welding, all to prepare by measure string pole plate group (being utmost point group) together to process for unit processes, utmost point group be some groups just, negative plate and just, dividing plate composition between negative plate, each pole plate is with lug, in each utmost point group, the lug of all anode plates is positioned at a side of utmost point group end face and lines up positive pole ear row, the lug of all negative plates is positioned at the opposite side of utmost point group end face and lines up negative lug row, between homopolarity lug, connect by cast welding, each utmost point group needs the gradient to 20～30 ° of infoldings to the limit lug of positive pole ear and/or negative lug before cast welding, and then need to lug be cut pin and grind off the oxide layer on lug surface according to storage battery, facilitate and follow-up lug row is carried out to busbar cast welding, finally need utmost point group to pack into and in battery case, carry out again cast welding.
Applicant's earlier application accumulator pole group lug cut, brush all-in-one (application number: 201320560640.9), accumulator pole group lug trimmer (application number 201320560421.0) and for the manufacture of the lower scouring machine (application number 201110418760.0) of lead acid accumulator, although above three patents can be carried out Mechanized Processing to each step in the course of processing of lead acid accumulator, as lug shaping, pinch lug, utmost point group cuts the steps such as brush and polar group groove, but between each step, still need a dead lift, upset, the operations such as recovery, and some procedure of processing, for example utmost point group cast welding also cannot realize full-automatic production.
Summary of the invention
The purpose of this utility model is to provide a kind of enhances productivity, saves the accumulator pole group assembling cast welding full automatic production equipment of cost of labor.
The purpose of this utility model is achieved through the following technical solutions: a kind of accumulator pole group assembling cast welding full automatic production equipment, it comprises utmost point group fixture and the lug apparatus for shaping, fixture turning device, lug topping machanism, polar group groove device, lug kneader and the lug cast welding device that connect successively.
Described utmost point group fixture comprises jig frame, clamp assembly and buckle assembly, described jig frame comprise be provided with the rectangular base plate of rectangular aperture, perpendicular to rectangular base plate and be divided into four support bars on four corner sides of rectangular aperture and be divided on the long limits of rectangular aperture two and be positioned at the side plate of support bar inner side, medium position place, jig frame two ends is equipped with a bearing jack, after utmost point group fixture loads utmost point group and when the laying state of rectangular base plate in bearing jack below, the center of gravity of whole utmost point group fixture is positioned at bearing jack top;
Described clamp assembly comprises that at least two block gaps are arranged on dividing plate in the middle of side plate, at least two and are disposed on up and down the slide bar on the support bar that side plate outside and two ends are individually fixed in these side plate two ends, described dividing plate both sides are provided with a slot inserting for side plate, on dividing plate, be positioned at two side plate outer fix places and all offer the slide bar through hole passing through for slide bar, the slide bar number of openings of each piece dividing plate one side is corresponding with the slide bar quantity of this side, on each root slide bar, between any two adjacent separator, is all arranged with spring A;
Described buckle assembly comprises the check lock lever of being located between two support bars in side plate outside and the straight hook of locking matching with check lock lever, the straight hook of described locking is vertically set on the dividing plate of rectangular base plate both end sides and is positioned at side plate outside, lock straight hook opening down, described check lock lever is positioned at the below of the straight hook of locking, check lock lever both ends are provided with the upwards spring B of pushing tow of check lock lever, check lock lever is provided with two position blocks, each position block is provided with and the vertical block face of locking the corresponding cooperation of straight hook, and the back of described position block is smooth ramp.
Described fixture turning device comprises roof supporting, push pedal cylinder, be symmetricly set on two groups of clamp assemblies of the roof supporting left and right sides and be arranged on two groups of upset limit assemblies of side before and after roof supporting;
Described push pedal cylinder is located at roof supporting top, and the expansion link of push pedal cylinder is fixedly connected with and drives roof supporting to move up and down with roof supporting;
Described clamp assemblies comprises upper and lower vertically disposed fixture upset jig arm and is fixedly installed on roof supporting for driving the upset jig arm cylinder of fixture upset jig arm left and right parallel, and described fixture upset jig arm lower end is provided with the bearing inserted link that horizontal expansion inwardly arranges;
Described upset limit assembly comprises along the extension of roof supporting left and right directions and is positioned at the blend stop of roof supporting below and drives blend stop to do the blend stop cylinder that oscilaltion is moved.
It also comprises fixture return facilities, and described fixture return facilities comprises the first conveyer slideway of being located between polar group groove device and lug kneader, the second conveyer slideway and fixture commutation assembly with the end vertical connection of the first conveyer slideway;
Described fixture commutation assembly comprises all the first lifting sliding rail section and the second lifting sliding rail section that can oscilaltion move, the first lifting sliding rail section is vertical in the second conveyer slideway front end conveyor surface and connects with the inner side edge track of the first conveyer slideway, and the second lifting sliding rail section is vertical in the first conveyer slideway end feed face and connects with the inner side edge track of the second conveyer slideway; In described the first conveyer slideway, the second conveyer slideway, the first lifting sliding rail section and the second lifting sliding rail section, be equipped with several pulleys;
The front end setting of described the first conveyer slideway conveyor surface is provided with fixture backhaul and pushes cylinder, and described second conveyer slideway conveyor surface is oblique has a down dip; The first lifting sliding rail section and the second lifting sliding rail section are moved up and down by cylinder control respectively.
It also comprises the fixture tripper of being located at the second conveyer slideway end below, described fixture tripper comprises release lifter plate and symmetrical two groups of hook unlock component that are divided into the release lifter plate left and right sides, described release lifter plate lower end is provided with release lift cylinder, and the expansion link of release lift cylinder is fixedly connected with and drives release lifter plate to move up and down with release lifter plate;
Described hook unlock component comprises push rod, push rod cylinder and plural hooking part, the front side, upper end of hooking part is provided with a hook fixture block, the lower end of hooking part is articulated with on release lifter plate, the rear side position of the upper end of hooking part arranges downward bending and opening " U " font positive stop hook inwardly, in hook unlock component, hooking part is spaced apart along the bearing of trend of push rod, and push rod relies in the positive stop hook of each hooking part, the expansion link of described push rod cylinder is fixedly connected with and drives push rod to move up and down with push rod.
It also comprises the fixture upset resetting means of being located at fixture tripper rear side, described fixture upset resetting means comprises turnover bracket A and is hinged on the fixture suction disc of turnover bracket A upper end, the plate face of described fixture suction disc is provided with electromagnet, or dual-side on described fixture suction disc plate face is provided with the gripper hook B of symmetrical cooperation.
It also comprises the battery case fixture separator of being located between polar group groove device and lug kneader, described battery case fixture separator comprises and separates master cylinder and drives by separating master cylinder the separation assembly that carries out oscilaltion, and described separation assembly comprises that separation platform, two are separately positioned on the fixture jig arm at separation platform two ends, are respectively used to drive two jig arm cylinders of two fixture jig arm oscilaltion, the battery case being arranged on separation platform and between two fixture jig arm to embrace folder and two two armfuls of gas enclosure cylinders that are arranged on separation platform; It is two clamping plate that are symmetrically set that described battery case is embraced folder, embraces gas enclosure cylinder and be respectively used to drive two described clamping plate to do mutual holding action described in two; The lower surface of two described fixture jig arm is provided with electromagnet, or the lower end of two described fixture jig arm is provided with by the symmetrical inwardly a pair of gripper hook A of clamping of air cylinder driven;
Described separation master cylinder upper end is fixed on slide rail by a slide plate.
Described lug cast welding device comprises that bearing plate pushes assembly, is located at the cast welding lifting assembly of bearing plate propelling movement assembly rear side and is located at the mould of cast welding lifting assembly downside, bearing plate propelling movement assembly comprises for the bearing plate of box for placing cell in ether, accepts grillage and bearing plate propelling movement cylinder, on bearing plate, offer the through hole passing for lug on battery case, accept grillage and be provided with two parallel pulley rails side by side, bearing plate is placed on two pulley rails;
Cast welding lifting assembly comprises cast welding frame and is located at the cast welding lift cylinder of cast welding frame upside, the groove road that cast welding frame comprises two parallel interval settings and coordinates with bearing plate left and right sides tabling, article two, groove road connects and coordinates with the pulley rail described in two respectively, and described bearing plate pushes cylinder for bearing plate is pushed into groove road from pulley rail;
The expansion link of described cast welding lift cylinder is fixedly connected with and drives cast welding frame to move up and down with upper end.
On described cast welding frame, be positioned at two groove road rear sides and be also provided with location-plate.
The front of described mould is provided with some groups of lug collecting tray groups, and first groove row and second groove that confluxes that confluxes that described lug collecting tray group comprises that two rows are arranged in parallel is arranged;
Described first groove row and the second groove row of confluxing of confluxing includes several chase units that conflux of space setting;
The described chase unit that confluxes comprises two transverse concave grooves and for connecting " U " font groove of these two transverse concave grooves, the middle part of described " U " font groove is provided with one and is vertical block, and " U " font groove is divided into " U " shape tube passage by block;
Described first confluxes anode ear that groove row is also separately positioned on its two ends confluxes chase unit and the negative electrode lug chase unit that confluxes, the described anode ear chase unit that confluxes comprises a transverse concave groove and anode ear groove, and the described negative electrode lug chase unit that confluxes comprises a transverse concave groove and negative electrode lug groove;
In lug collecting tray group, described first conflux groove row and second conflux outside that groove arranges be equipped with one can lateral sliding core rod movable block, two core rod movable blocks are respectively as first conflux groove row's the groove outer webs of the chase unit that confluxes of groove row and second of confluxing, and described first the conflux block that groove arranges of groove row and second that confluxes is separately fixed on its corresponding core rod movable block with core rod movable block lateral sliding.
It also comprises is located at lug cast welding device finished product roll-over device afterwards, clip assembly is embraced in the upset that described finished product roll-over device comprises turnover bracket B and is hinged on turnover bracket B upper end, and upset is embraced clip assembly and comprised that two finished product clamping plate that are symmetrically set and two finished products that drive finished product clamping plate to do mutual holding action embrace gas enclosure cylinder.
Compared to prior art, the utility model has the advantage of:
1. accumulator pole group assembling cast welding full automatic production equipment has greatly improved production efficiency, has saved cost of labor.
2. utmost point group fixture locking and unlocking operation process are easy to realize mechanization; The straight hook of locking on outermost dividing plate matches with the position block of pushing tow upwards, in the time that dividing plate moves to desired location, and automatic locking, accurate positioning and firm.
3. fixture turning device utilizes coordinating and the setting of utmost point group fixture center of gravity of bearing jack on utmost point group fixture and bearing inserted link, realizes utmost point group fixture automatic turning.
4. due to the program that has reduced manual welding and pass a bridge, thereby can avoid workman artificial welding process to be subject to the infringement of lead fume to human body, to reduce environmental pollution.Owing to adopting mould once to help the type of being welded into, overcome the unsteadiness of the quality that artificial welding produces, therefore improve product quality; And it is thinner that mould also can become, die cost also becomes more and saves, and welding fabrication, directly by condensed water condensation, can be realized cooling and fast demoulding fast.
5. the fixture of fixture return facilities commutation assembly arranges a strip transmission line is divided into orthogonal two strip transmission lines, has reduced greatly the shared space, place of equipment.
Brief description of the drawings
Fig. 1 is the perspective view of a kind of accumulator pole group assembling of the utility model cast welding full automatic production equipment embodiment.
Fig. 2 is the front view of Fig. 1.
Fig. 3 is utmost point group fixture perspective view.
Fig. 4 is the front view of Fig. 2.
Fig. 5 is the upward view of Fig. 2.
Fig. 6 is fixture turning device perspective view.
Fig. 7 is fixture return facilities perspective view.
Fig. 8 is battery case fixture separator perspective view.
Fig. 9 is fixture tripper perspective view.
Figure 10 is fixture upset resetting means perspective view.
Figure 11 is that bearing plate pushes assembly perspective view.
Figure 12 is cast welding lifting assembly structural representation.
Figure 13 is finished product roll-over apparatus structure schematic diagram.
Figure 14 is mould structure schematic diagram.
Figure 15 is Figure 14 vertical view.
Figure 16 is that the A of Figure 15 is to structure cutaway view.
Label declaration:
0 utmost point group fixture, 010 jig frame, 011 rectangular base plate, 012 support bar, 013 side plate, 014 bearing jack, 020 clamp assembly, 021 dividing plate, 022 slide bar, 023 spring A, 030 buckle assembly, 031 check lock lever, the straight hook of 032 locking, 033 spring B, 034 position block, 035 vertical block face, 036 smooth ramp,
1 lug apparatus for shaping,
2 fixture turning devices, 210 roof supportings, 220 push pedal cylinders, 230 clamp assemblies, 231 fixtures upset jig arm, 232 upset jig arm cylinders, 233 bearing inserted links, 240 upset limit assemblies, 241 blend stops, 242 blend stop cylinders,
3 lug topping machanisms,
4 polar group groove devices,
5 lug kneaders,
6 lug cast welding devices, 610 bearing plates push assembly, 611 bearing plates, 612 accept grillage, 613 bearing plates push cylinder, 614 pulley rails, 615 pushing plates, 616 lifting hooks, 617 hook holes, 620 cast welding lifting assemblies, 621 cast welding frames, 622 cast welding lift cylinders, 623 groove roads, 624 location-plates, 651 first conflux groove rows, 652 second conflux groove rows, 653 chase units that conflux, 654 transverse concave grooves, 655 " U " font groove, 656 blocks, the 657 anode ears chase unit that confluxes, the 658 negative electrode lugs chase unit that confluxes, 659 anode ear grooves, 660 negative electrode lug grooves, 661 core rod movable blocks, 662 condensation water channels, 680 finished product roll-over devices, 681 turnover bracket B, 682 finished product clamping plate, 683 finished products are embraced gas enclosure cylinder,
7 battery case fixture separators, 710 separation master cylinders, 720 separation assemblies, 721 separation platforms, 722 gripper hook A, 723 jig arm cylinders, 724 battery cases are embraced folder, 725 armfuls of gas enclosure cylinders;
8 fixture return facilitieses, 810 first conveyer slideways, 820 second conveyer slideways, 830 fixtures commutation assemblies, 831 first lifting sliding rail sections, 832 second lifting sliding rail sections, 840 fixture backhauls push cylinders,
9 fixture trippers, 910 release lifter plates, 920 release lift cylinders, 930 hook unlock component, 931 push rods, 932 push rod cylinders, 933 hooking parts, 934 hook fixture blocks, 935 positive stop hooks, 950 fixture upset resetting means, 951 turnover bracket A, 952 fixture suction discs.
Embodiment
Below in conjunction with Figure of description and embodiment, the utility model content is elaborated:
If Fig. 1 is to the embodiment schematic diagram that Figure 16 shows that a kind of accumulator pole group assembling cast welding full automatic production equipment that the utility model provides, it comprises utmost point group fixture 0 and the lug apparatus for shaping 1, fixture turning device 2, lug topping machanism 3, polar group groove device 4, lug kneader 5 and the lug cast welding device 6 that connect successively.
As in Figure 3-5, described utmost point group fixture 0 comprises jig frame 010, clamp assembly 020 and buckle assembly 030, described jig frame 010 comprises the rectangular base plate 011 that is provided with rectangular aperture, perpendicular to rectangular base plate 011 and be divided into four support bars 012 on four corner sides of rectangular aperture and be divided on the long limits of rectangular aperture two and be positioned at the side plate 013 of support bar 012 inner side, jig frame 010 medium position place, two ends is equipped with a bearing jack 014, after utmost point group fixture 0 loads utmost point group and when the laying state of rectangular base plate in bearing jack 014 below, the center of gravity of whole utmost point group fixture 0 is positioned at bearing jack 014 top,
It is for the utmost point group who finishes dealing with is sent in battery case by rectangular aperture that rectangular base plate 011 arranges rectangular aperture.
While loading utmost point group, utmost point group fixture 0 just need put, rectangular base plate 011 is positioned at bottom surface, and jig frame 010 is opening up, is convenient to utmost point group and loads; Follow-up lug cuts, pinches the operation such as lug and lower groove need be inverted utmost point group fixture (shown in Fig. 3, being utmost point group fixture 0 inversion state), make lug down.
Described clamp assembly 020 comprises that at least two block gaps are arranged on the middle dividing plate 021 of side plate 013, at least two slide bars 022 that are disposed on up and down on the support bar 012 that side plate 013 outside and two ends are individually fixed in these side plate 013 two ends, described dividing plate 021 both sides are provided with a slot inserting for side plate 013, on dividing plate 021, be positioned at two side plates, 013 outer fix place and all offer the slide bar through hole passing through for slide bar 022, the slide bar number of openings of each piece dividing plate 021 1 side is corresponding with slide bar 022 quantity of this side, the slot and the slide bar through hole that on dividing plate 021, arrange are for dividing plate 021 is slided on side plate 013 and slide bar 022.
On each root slide bar 022, between any two adjacent separator 021, be all arranged with spring A023, the spring A023 between adjacent separator 021 is in order to apply the power that an elasticity struts between two dividing plates 021 of arbitrary neighborhood, so that the packing into of utmost point group.
As Fig. 3, described buckle assembly 030 comprises the straight hook 032 of locking of being located at the check lock lever 031 between the support bar 012 of two, 013 outside of side plate and matching with check lock lever 031, the straight hook 032 of described locking is vertically set on the dividing plate 021 of rectangular base plate 011 both end sides and is positioned at side plate 013 outside, lock straight hook 032 opening down, described check lock lever 031 is positioned at the below of the straight hook 032 of locking, check lock lever 031 both ends are provided with the upwards spring B 033 of pushing tow of check lock lever 031, check lock lever 031 is provided with two position blocks 034, each position block 034 is provided with and the vertical block face 035 of locking straight hook 032 corresponding cooperation, the back of described position block 034 is smooth ramp 036.
It should be noted that, straight hook 032 neck of hook of two locking that is positioned at same side plate 013 outside can arrange in opposite directions, also can be state is oppositely set.
When straight hook 032 neck of hook of two locking arranges in opposite directions, the spring B 033 at check lock lever 031 two ends upwards leans check lock lever 031 in locking straight hook 032 lower end, described position block 034 is positioned at locking straight hook 032 inner side, vertical block face 035 on position block 034 arranges in opposite directions, when the dividing plate 021 of both end sides is subject to inside extruding force, dividing plate 021 slides to the inside and drives the straight hook 032 of locking to lean on check lock lever 031 and slides, lock the smooth ramp 036 that straight hook 032 continues inside slip and first passes through position block 034 back, in the time sliding into vertical block face 035, locking straight hook 032 mouth of hook inner side card leans against on vertical block face 035.Similarly, when straight hook 032 neck of hook of two locking is when oppositely arranging, lock straight hook 032 after position block 034 smooth ramp 036, lock straight hook 032 outside and lean on vertical block face 035, thereby play fixed pole group's effect.
Utmost point group is packed in utmost point group fixture 0, compress outermost two dividing plates 021 by two cylinders from the inward at both ends of utmost point group fixture 0, lean against on vertical block face 035 until lock straight hook 032 card, utmost point group is fixing.
Next step pushes to and on lug apparatus for shaping 1, carries out lug leveling and process loading utmost point group fixture 0 after utmost point group, lug apparatus for shaping 1 adopts utmost point group lug planarization technology scheme in a kind of accumulator pole group lug trimmer of applicant's earlier application, and its patent No. is 201320560421.0.
After lug shaping, by cylinder, utmost point group fixture 0 is pushed on fixture turning device 2, overturn.
As shown in Figure 6, described fixture turning device 2 comprises roof supporting 210, push pedal cylinder 220, is symmetricly set on two groups of clamp assemblies 230 of roof supporting 210 left and right sides and is arranged on two groups of roof supporting 210 front and back sides upset limit assemblies 240;
Described push pedal cylinder 220 is located at roof supporting 210 tops, and the expansion link of push pedal cylinder 220 is fixedly connected with and drives roof supporting 210 to move up and down with roof supporting 210;
Described clamp assemblies 230 comprises upper and lower vertically disposed fixture upset jig arm 231 and is fixedly installed on roof supporting 210 for driving the upset jig arm cylinder 232 of fixture upset jig arm 231 left and right parallels, described fixture upset jig arm 231 lower ends are provided with the bearing inserted link 233 that horizontal expansion inwardly arranges, bearing inserted link 233 matches with the bearing jack 014 at utmost point group fixture 0 two ends, bearing jack 014 rear support top board 210 risings of inserting utmost point group fixture 0 two ends at bearing inserted link 233 make utmost point group fixture 0 liftoff, because the focus point of utmost point group fixture 0 is positioned at bearing jack 014 top, utmost point group fixture 0 automatic turning under Action of Gravity Field, make the lug of utmost point group fixture 0 (that is to say that the rectangular base plate of utmost point group fixture 0 is in the top of this fixture state) down.
Described upset limit assembly 240 comprises along roof supporting 210 left and right directions extensions and is positioned at the blend stop 241 of roof supporting 210 belows and drives blend stop 241 to do the blend stop cylinder 242 that oscilaltion is moved.Can vacillate now to the left, now to the right after upset in order to prevent utmost point group fixture 0, upset limit assembly 240 is set on roof supporting 210, be lifted after upset at utmost point group fixture 0, blend stop 241 declines and withstands on utmost point group fixture 0, by utmost point group fixture 0 fixed static, be convenient to utmost point group fixture 0 and move on to and on lug topping machanism 3, carry out lug cutting.
The slide rail that fixture turning device 2 tops are arranged on frame moves left and right, after 0 upset of utmost point group fixture, fixture turning device 2 moves on to utmost point group fixture 0 simultaneously and on lug topping machanism 3, carries out lug cutting, all-in-one is cut, brushed to a kind of accumulator pole group lug that lug topping machanism 3 adopts applicant previously to research and develop, its patent No.: 201320560640.9.
In the time that lug topping machanism 3 cuts lug, be positioned at lug topping machanism 3 sides and be also provided with battery case automatic clamp is delivered to the battery case conveying device on utmost point group fixture 0.Battery case conveying device tips upside down on battery case on utmost point group fixture 0 rectangular aperture, is convenient to follow-up polar group groove device 4 utmost point group is packed in battery case automatically.
After lug has cut, embracing folder by conveying together embraces utmost point group fixture 0 and delivers to polar group groove device 4 together with battery case, the utmost point group pushing tow being placed in utmost point group fixture 0 is entered in battery case, polar group groove device 4 adopts a kind of polar group groove machine for the manufacture of lead-acid battery of applicant's earlier application, and the patent No. is 201320560394.7.
As shown in Fig. 1 and 8, after polar group groove device 4, be provided with fixture return facilities 8, after fixture return facilities 8, be provided with lug kneader 5, between polar group groove device 4 and lug kneader 5, be also provided with battery case fixture separator 7, battery case fixture separator 7 pushes to the utmost point group fixture 0 of box for placing cell in ether on fixture return facilities 8, battery case is separated with utmost point group fixture 0 simultaneously, the battery case separating is pinched to lug kneader 5 and is carried out lug kneading by battery case fixture separator 7, lug kneader 5 adopts the lug in a kind of accumulator pole group lug trimmer that applicant formerly researches and develops to mediate technical scheme, its application number is 201320560421.0.
As shown in Figure 9, described battery case fixture separator 7 comprises and separates master cylinder 710 and drives by separating master cylinder 710 separation assembly 720 that carries out oscilaltion, described separation assembly 720 comprise separation platform 721, two be separately positioned on the fixture jig arm at separation platform 721 two ends, be respectively used to drive the oscilaltion of two fixture jig arm two jig arm cylinders 723, be arranged on separation platform 721 and at the battery case between two fixture jig arm and embrace folder 724 and two two armfuls of gas enclosure cylinders 725 that are arranged on separation platform 721; It is two clamping plate that are symmetrically set that described battery case is embraced folder 724, embraces gas enclosure cylinder 725 and be respectively used to drive two described clamping plate to do mutual holding action described in two; The lower surface of two described fixture jig arm is provided with electromagnet, or the lower end of two described fixture jig arm is provided with by the symmetrical inwardly a pair of gripper hook A722 of clamping of air cylinder driven;
Described separation master cylinder 710 upper ends are fixed on slide rail by a slide plate.
Battery case fixture separator 7 slides on polar group groove device 4, the gripper hook A722 of two fixture jig arm inwardly clamps the rectangular base plate 011 of utmost point group fixture 0, battery case is embraced folder 724 and is clamped battery case, battery case fixture separator 7 drives utmost point group fixture 0 and battery case to slide into fixture return facilities 8 tops, jig arm cylinder 723 is controlled fixture jig arm and is declined, in decline process, battery case separates with utmost point group fixture 0, fixture jig arm continues to drop on fixture return facilities 8 conveyor surfaces, the gripper hook A722 of fixture jig arm separates and is bounced back by jig arm cylinder 723 from rectangular base plate 011, fixture jig arm separates with utmost point group fixture 0, then battery case fixture separator 7 continues to slide into lug kneader 5, battery case is placed on lug kneader 5.
Certainly, also can be transformed into the electromagnet by Current Control by the gripper hook A722 below fixture jig arm, hold to make battery case to separate with utmost point group fixture 0 rectangular base plate 011 of utmost point group fixture 0 by electromagnet.
As shown in Figure 7, described fixture return facilities 8 comprises the first conveyer slideway 810 of being located between polar group groove device 4 and lug kneader 5, the second conveyer slideway 820 and fixture commutation assembly 830 with the end vertical connection of the first conveyer slideway 810;
Described fixture commutation assembly 830 comprises all the first lifting sliding rail section 831 and the second lifting sliding rail section 832 that can oscilaltion move, the first lifting sliding rail section 831 is vertical in the second conveyer slideway 820 front end conveyor surfaces and connects with the inner side edge track of the first conveyer slideway 810, and the second lifting sliding rail section 832 is vertical in the first conveyer slideway 810 end feed faces and connects with the inner side edge track of the second conveyer slideway 820; In described the first conveyer slideway 810, the second conveyer slideway 820, the first lifting sliding rail section 831 and the second lifting sliding rail section 832, be equipped with several pulleys;
The front end setting of described the first conveyer slideway 810 conveyor surfaces is provided with fixture backhaul and pushes cylinder 840, oblique the having a down dip of described the second conveyer slideway 820 conveyor surfaces; The first lifting sliding rail section 831 and the second lifting sliding rail section 832 are moved up and down by cylinder control respectively.
In the time that utmost point group fixture 0 is placed in the first conveyer slideway 810 conveyor surface front end, fixture backhaul propelling movement cylinder 840 will be worked as utmost point group fixture 0 and be pushed to the first conveyer slideway 810 conveyor surface ends, utmost point group fixture 0 by the first conveyer slideway 810 conveyor surface front ends to end process, the first lifting sliding rail section 831 is docked at the inner side edge track of the first conveyer slideway 810, the second lifting sliding rail section 832 is positioned at the first conveyer slideway 810 conveyor surface downsides, after utmost point group fixture 0 to first conveyer slideway 810 conveyor surface ends, after the second lifting sliding rail section 832 rises and butts up against on the inner side edge track of the second conveyer slideway 820, the first lifting sliding rail section 831 drops to the first conveyer slideway 810 conveyor surface downsides, because the second conveyer slideway 820 conveyor surface entirety are the oblique state that has a down dip, automatic landing to the second conveyer slideway 820 ends of utmost point group fixture 0 under the effect of gravity.
The front end of described the second conveyer slideway 820 conveyor surfaces also can arrange cylinder and push utmost point group fixture 0, accelerates the speed that utmost point group fixture 0 is carried.
As shown in Figure 9, the utility model also comprises the fixture tripper 9 of being located at the second conveyer slideway 820 end belows, described fixture tripper 9 comprises release lifter plate 910 and symmetrical two groups of hook unlock component 930 that are divided into release lifter plate 910 left and right sides, described release lifter plate 910 lower ends are provided with release lift cylinder 920, and the expansion link of release lift cylinder 920 is fixedly connected with and drives release lifter plate 910 to move up and down with release lifter plate 910;
Described hook unlock component 930 comprises push rod 931, push rod cylinder 932 and plural hooking part 933, the front side, upper end of hooking part 933 is provided with a hook fixture block 934, the lower end of hooking part 933 is articulated with on release lifter plate 910, the rear side position of the upper end of hooking part 933 arranges downward bending and opening " U " font positive stop hook 935 inwardly, in hook unlock component 930, hooking part 933 is spaced apart along the bearing of trend of push rod 931, and push rod 931 relies in the positive stop hook 935 of each hooking part 933, the expansion link of described push rod cylinder 932 is fixedly connected with and drives push rod 931 to move up and down with push rod 931.
Utmost point group fixture 0 is transported to after the second conveyer slideway 820 ends, release lifter plate 910 rises to setting height, then push rod cylinder 932 promotes push rod 931 and rises, push rod 931 leans and makes the inside hook of " U " font positive stop hook 935 in " U " font positive stop hook 935 inner sides, card leans against on check lock lever 031, last 910 times general who has surrendered's check lock levers 031 of release lifter plate are toward drop-down, and 0 release of utmost point group fixture resets.
When utmost point group fixture 0 is delivered to the second conveyer slideway 820 end, likely because thrust is inadequate or collision reaction causes the fixture tripper 9 of being located at below can not accurately locate release, so jack unit is set before can and being positioned at fixture tripper 9 below the second conveyer slideway 820 ends, jack unit is provided with the top air cylinder of utmost point group fixture pushing tow to the second conveyer slideway 820 ends, and jack unit below is provided with lift cylinder control, and it moves up and down.
As shown in figure 10, the utility model also comprises the fixture upset resetting means 950 of being located at fixture tripper 9 rear sides, described fixture upset resetting means 950 comprises turnover bracket A951 and is hinged on the fixture suction disc 952 of turnover bracket A951 upper end, the plate face of described fixture suction disc 952 is provided with electromagnet, or dual-side on the plate face of described fixture suction disc 952 is provided with the gripper hook B of symmetrical cooperation.
After 0 release of utmost point group fixture, attract by fixture suction disc 952, turn on another conveyor surface, then push extremely group's holding position by cylinder, to complete upset and transhipment operation, make 0 one-tenth positive configuration state of inverted utmost point group fixture so that reload utmost point group.Same, utmost point group fixture 0 also can clamp upset by air cylinder driven to its rectangular base plate 011 by gripper hook B, and gripper hook B is identical with the effect of above-mentioned gripper hook A722 to the clamping action principle of utmost point group fixture 0.
Battery case after lug is mediated carries out cast welding by embracing to pinch to lug cast welding device 6.
As described in as shown in Fig. 1,11 and 12, lug cast welding device 6 comprises that bearing plate pushes assembly 610, is located at the cast welding lifting assembly 620 of bearing plate propelling movement assembly 610 rear sides and is located at the mould of cast welding lifting assembly 620 downsides, bearing plate propelling movement assembly 610 comprises for the bearing plate 611 of box for placing cell in ether, accepts grillage 612 and bearing plate propelling movement cylinder 613, on bearing plate 611, offer the through hole passing for lug on battery case, accept grillage 612 and be provided with two parallel pulley rails 614 side by side, bearing plate 611 is placed on two pulley rails 614;
Cast welding lifting assembly 620 comprises cast welding frame 621 and is located at the cast welding lift cylinder 622 of cast welding frame 621 upsides, the groove road 623 that cast welding frame 621 comprises two parallel interval settings and coordinates with bearing plate 611 left and right sides tablings, article two, groove road 623 connects and coordinates with the pulley rail 614 described in two respectively, and described bearing plate pushes cylinder 622 for bearing plate 611 is pushed into groove road 623 from pulley rail 614;
The expansion link of described cast welding lift cylinder 622 is fixedly connected with and drives cast welding frame 621 to move up and down with upper end.
On described cast welding frame 621, be positioned at two groove road 623 rear sides and be also provided with location-plate 624.
The effect of location-plate 624 is to make bearing plate 611 push cylinder 613 ground at bearing plate to push the assigned address that is issued to cast welding.
Bearing plate propelling movement assembly 610 also comprises is located at two pushing plates 615 on pulley rail 614, described pushing plate 615 is fixedly connected with the expansion link end that described bearing plate pushes cylinder 613, pushing plate 615 both sides are respectively provided with a lifting hook 616 being driven by lift cylinder, and bearing plate 611 is provided with and lifting hook 616 hook holes that match 617.
When use, bearing plate pushes cylinder 613 pushing plate 615 is pushed into bearing plate 616 adjacent positions, lift cylinder drives lifting hook 616 to rise, hook the hook hole 617 on bearing plate 611, then bearing plate propelling movement cylinder 613 pushes to bearing plate 611 in the cast welding frame 621 of cast welding lifting assembly 620, and bearing plate 611 two ends embed in cast welding frame 621 grooves on two sides roads 623 and rear end is resisted against on location-plate 624; Then lift cylinder drives lifting hook 616 to decline, lifting hook 616 separates with hook hole 617, then bearing plate propelling movement cylinder 613 pulls out pushing plate 615, last bearing plate 611 carries battery case and is driven to drop to by cast welding lift cylinder 622 and on mould, carry out cast welding, after cast welding technique completes, cast welding frame 621 rises and is docked on pulley rail 614; Bearing plate pushes cylinder 613 and pushing plate 615 is pushed into bearing plate 616 adjacent positions again, and then lifting hook 616 rises, and hooks hook hole 617, then is pulled out by bearing plate propelling movement cylinder 613.
As shown in Figure 14-16, the front of described mould is provided with some groups of lug collecting tray groups, first groove the row 651 and second groove row 652 of confluxing of confluxing that described lug collecting tray group comprises that two rows are arranged in parallel;
Described first groove the row 651 and second groove row 652 of confluxing of confluxing includes several chase units 653 that conflux that space arranges;
The described chase unit 653 that confluxes comprises two transverse concave grooves 654 and for connecting " U " font groove 655 of these two transverse concave grooves 654, the middle part of described " U " font groove 655 is provided with one and is vertical block 656, and " U " font groove 655 is divided into " U " shape tube passage by block 656;
Described first groove row 651 anode ears that are also separately positioned on its two ends chase unit 657 and the negative electrode lug chase unit 658 that confluxes that confluxes that confluxes, the described anode ear chase unit 657 that confluxes comprises a transverse concave groove 654 and anode ear groove 659, and the described negative electrode lug chase unit 658 that confluxes comprises a transverse concave groove 654 and negative electrode lug groove 660;
In lug collecting tray group, described first conflux groove row 651 and second conflux groove row 652 outsides be equipped with one can lateral sliding core rod movable block 661, two core rod movable blocks 661 are respectively as first conflux groove row 652 the groove outer webs of the chase unit 653 that confluxes of groove row 651 and second of confluxing, and described first conflux groove row 652 the blocks 656 of groove row 651 and second that conflux are separately fixed on its corresponding core rod movable block 661 with core rod movable block 661 lateral slidings.
When core rod movable block 661 is pressed in the first/bis-while confluxing on groove row's the chase unit 653 that confluxes, core rod movable block 661 is pressed on the side of the chase unit 653 that confluxes, seal into a complete groove with chase unit 653 that each is confluxed, the surplus cast welding liquation of putting of the chase unit 653 of being convenient to conflux.So after cast welding liquation solidifies, being positioned at the utmost point group that " U " font groove 655 on block 656 can be frozen into " U " shape tubular type passes a bridge, for the ease of this gap bridge not stopped by block 656 during from mould separating with utmost point group, block 656 is fixed on core rod movable block 661, can, with core rod movable block 661 to being displaced sideways, allow block 656 from U " utmost point group of shape tubular type passes a bridge and separates.
Further, in order to accelerate the cooled and solidified speed of cast welding liquation, on described mould, be also provided with several condensation water channels 662; Described condensation water channel 662 is arranged on the first groove row 651 and second of confluxing and confluxes between groove row 652.
As shown in figure 14, the described first chase unit 653 and second that confluxes that confluxes groove row 651 conflux confluxing of groove row 652 to become to misplace between chase unit 653, symmetrical.Described dislocation is symmetrical to be referred to: first row confluxes " U " font groove 655 of the chase unit 653 that confluxes in groove row just to second row the conflux pars intermedia bit line of the chase unit 653 that confluxes that chase unit 658 is adjacent of two adjacent conflux chase unit 653 or positive/negative lugs that confluxes in groove row; Same, second row confluxes and confluxes " U " font groove 655 of chase unit 653 in groove just to the conflux pars intermedia bit line of two adjacent chase units 653 that conflux in groove row of first row, and the groove row of confluxing who forms thus first row is dislocatedly distributed with the groove row of confluxing of second row.
As shown in Fig. 1 and 13, the utility model also comprises is located at lug cast welding device 6 finished product roll-over device 680 afterwards, clip assembly is embraced in the upset that described finished product roll-over device 680 comprises turnover bracket B681 and is hinged on turnover bracket B681 upper end, and upset is embraced clip assembly and comprised that two finished product clamping plate 682 that are symmetrically set and two finished products that drive finished product clamping plate 682 to do mutual holding action embrace gas enclosure cylinder 683.
Claims (10)
1. an accumulator pole group assembling cast welding full automatic production equipment, is characterized in that: it comprises utmost point group fixture (0) and the lug apparatus for shaping (1), fixture turning device (2), lug topping machanism (3), polar group groove device (4), lug kneader (5) and the lug cast welding device (6) that connect successively.
2. accumulator pole group assembling cast welding full automatic production equipment according to claim 1, it is characterized in that: described utmost point group fixture (0) comprises jig frame (010), clamp assembly (020) and buckle assembly (030), described jig frame (010) comprises the rectangular base plate (011) that is provided with rectangular aperture, perpendicular to rectangular base plate (011) and be divided into four support bars (012) on four corner sides of rectangular aperture and be divided on the long limits of rectangular aperture two and be positioned at the side plate (013) of support bar (012) inner side, medium position place, jig frame (010) two ends is equipped with a bearing jack (014), after utmost point group fixture (0) loads utmost point group and when the laying state of rectangular base plate (011) in bearing jack (014) below, the center of gravity of whole utmost point group fixture (0) is positioned at bearing jack (014) top,
Described clamp assembly (020) comprises that at least two block gaps are arranged on the middle dividing plate (021) of side plate (013), at least two slide bars (022) that are disposed on up and down on the support bar (012) that side plate (013) outside and two ends are individually fixed in this side plate (013) two ends, described dividing plate (021) both sides are provided with a slot inserting for side plate (013), on dividing plate (021), be positioned at two side plates (013) outer fix place and all offer the slide bar through hole passing through for slide bar (022), the slide bar number of openings of each piece dividing plate (021) one side is corresponding with slide bar (022) quantity of this side, on each root slide bar (022), be positioned at and between any two adjacent separator (021), be all arranged with spring A (023),
Described buckle assembly (030) comprises the check lock lever (031) of being located between side plate (013) two support bars in outside (012) and the straight hook of locking (032) matching with check lock lever (031), the straight hook of described locking (032) is vertically set on the dividing plate (021) of rectangular base plate (011) both end sides and goes up and be positioned at outside side plate (013), lock straight hook (032) opening down, described check lock lever (031) is positioned at the below of the straight hook of locking (032), check lock lever (031) both ends are provided with the upwards spring B of pushing tow (033) of check lock lever (031), check lock lever (031) is provided with two position blocks (034), each position block (034) is provided with and the vertical block face (035) of locking the corresponding cooperation of straight hook (032), the back of described position block (034) is smooth ramp (036).
3. accumulator pole group according to claim 2 assembling cast welding full automatic production equipment, is characterized in that: described fixture turning device (2) comprises roof supporting (210), push pedal cylinder (220), be symmetricly set on two groups of clamp assemblies (230) of roof supporting (210) left and right sides and be arranged on two groups of upset limit assemblies (240) of side before and after roof supporting (210);
Described push pedal cylinder (220) is located at roof supporting (210) top, and the expansion link of push pedal cylinder (220) is fixedly connected with and drives roof supporting (210) to move up and down with roof supporting (210);
Described clamp assemblies (230) comprises upper and lower vertically disposed fixture upset jig arm (231) and is fixedly installed on roof supporting (210) upper for driving the upset jig arm cylinder (232) of fixture upset jig arm (231) left and right parallel, and described fixture upset jig arm (231) lower end is provided with the bearing inserted link (233) that horizontal expansion inwardly arranges;
Described upset limit assembly (240) comprises along the extension of roof supporting (210) left and right directions and is positioned at the blend stop (241) of roof supporting (210) below and drives blend stop (241) to do the blend stop cylinder (242) that oscilaltion is moved.
4. according to the accumulator pole group assembling cast welding full automatic production equipment described in claim 1-3 any one, it is characterized in that: it also comprises fixture return facilities (8), described fixture return facilities (8) comprises the first conveyer slideway (810) of being located between polar group groove device (4) and lug kneader (5), the second conveyer slideway (820) and fixture commutation assembly (830) with the end vertical connection of the first conveyer slideway (810);
Described fixture commutation assembly (830) comprises all the first lifting sliding rail section (831) and the second lifting sliding rail section (832) that can oscilaltion move, the first lifting sliding rail section (831) is vertical in the second conveyer slideway (820) front end conveyor surface and connects with the inner side edge track of the first conveyer slideway (810), and the second lifting sliding rail section (832) is vertical in the first conveyer slideway (810) end feed face and connects with the inner side edge track of the second conveyer slideway (820); In described the first conveyer slideway (810), the second conveyer slideway (820), the first lifting sliding rail section (831) and the second lifting sliding rail section (832), be equipped with several pulleys;
The front end setting of described the first conveyer slideway (810) conveyor surface is provided with fixture backhaul and pushes cylinder (840), oblique the having a down dip of described the second conveyer slideway (820) conveyor surface; The first lifting sliding rail section (831) and the second lifting sliding rail section (832) are moved up and down by cylinder control respectively.
5. accumulator pole group assembling cast welding full automatic production equipment according to claim 4, it is characterized in that: it also comprises the fixture tripper (9) of being located at the second conveyer slideway (820) end below, described fixture tripper (9) comprises that release lifter plate (910) and symmetry are divided into two groups of hook unlock component (930) of release lifter plate (910) left and right sides, described release lifter plate (910) lower end is provided with release lift cylinder (920), the expansion link of release lift cylinder (920) is fixedly connected with and drives release lifter plate (910) to move up and down with release lifter plate (910),
Described hook unlock component (930) comprises push rod (931), push rod cylinder (932) and plural hooking part (933), the front side, upper end of hooking part (933) is provided with a hook fixture block (934), the lower end of hooking part (933) is articulated with on release lifter plate (910), the rear side position of the upper end of hooking part (933) arranges downward bending and opening " U " font positive stop hook (935) inwardly, in hook unlock component (930), hooking part (933) is spaced apart along the bearing of trend of push rod (931), and push rod (931) relies in the positive stop hook (935) of each hooking part (933), the expansion link of described push rod cylinder (932) is fixedly connected with and drives push rod (931) to move up and down with push rod (931).
6. accumulator pole group assembling cast welding full automatic production equipment according to claim 5, it is characterized in that: it also comprises the fixture upset resetting means (950) of being located at fixture tripper (9) rear side, described fixture upset resetting means (950) comprises turnover bracket A (951) and is hinged on the fixture suction disc (952) of turnover bracket A (951) upper end, the plate face of described fixture suction disc (952) is provided with electromagnet, or dual-side on described fixture suction disc (952) plate face is provided with the gripper hook B of symmetrical cooperation.
7. according to the accumulator pole group assembling cast welding full automatic production equipment described in claim 1-3 any one, it is characterized in that: it also comprises the battery case fixture separator (7) of being located between polar group groove device (4) and lug kneader (5), described battery case fixture separator (7) comprises separation master cylinder (710) and drives by separating master cylinder (710) separation assembly (720) that carries out oscilaltion, described separation assembly (720) comprises separation platform (721), two are separately positioned on the fixture jig arm at separation platform (721) two ends, be respectively used to drive two of the oscilaltion of two fixture jig arm and inhale arm cylinder (723), be arranged on separation platform (721) and above and at the battery case between two fixture jig arm embrace folder (724) and two two armfuls of gas enclosure cylinders (725) that are arranged on separation platform (721), it is two clamping plate that are symmetrically set that described battery case is embraced folder (724), embraces gas enclosure cylinder (725) and be respectively used to drive two described clamping plate to do mutual holding action described in two, the lower surface of two described fixture jig arm is provided with electromagnet, or the lower end of two described fixture jig arm is provided with by the symmetrical inwardly a pair of gripper hook A (722) of clamping of air cylinder driven,
Described separation master cylinder (710) upper end is fixed on slide rail by a slide plate.
8. according to the accumulator pole group assembling cast welding full automatic production equipment described in claim 1-3 any one, it is characterized in that: described lug cast welding device (6) comprises that bearing plate pushes assembly (610), being located at bearing plate pushes the cast welding lifting assembly (620) of assembly (610) rear side and is located at the mould of cast welding lifting assembly (620) downside, bearing plate pushes assembly (610) and comprises the bearing plate (611) for box for placing cell in ether, accept grillage (612) and bearing plate and push cylinder (613), on bearing plate (611), offer the through hole passing for lug on battery case, accept grillage (612) and be provided with two parallel pulley rails (614) side by side, bearing plate (611) is placed on two pulley rails (614),
Cast welding lifting assembly (620) comprises cast welding frame (621) and is located at the cast welding lift cylinder (622) of cast welding frame (621) upside, the groove road (623) that cast welding frame (621) comprises two parallel interval settings and coordinates with bearing plate (611) left and right sides tabling, article two, groove road (623) connect and coordinate with the pulley rail (614) described in two respectively, and described bearing plate pushes cylinder (622) for bearing plate (611) is pushed into groove road (623) from pulley rail (614);
The expansion link of described cast welding lift cylinder (622) is fixedly connected with and drives cast welding frame (621) to move up and down with upper end;
On described cast welding frame (621), be positioned at two groove roads (623) rear side and be also provided with location-plate (624).
9. accumulator pole group assembling cast welding full automatic production equipment according to claim 8, it is characterized in that: the front of described mould is provided with some groups of lug collecting tray groups, first groove row (651) and second groove that confluxes that confluxes that described lug collecting tray group comprises that two rows are arranged in parallel is arranged (652);
Described first groove row (651) and the second groove row (652) of confluxing of confluxing includes several chase units that conflux (653) of space setting;
The described chase unit that confluxes (653) comprises two transverse concave grooves (654) and for connecting " U " font groove (655) of these two transverse concave grooves (654), the middle part of described " U " font groove (655) is provided with one and is vertical block (656), and " U " font groove (655) is divided into " U " shape tube passage by block (656);
Described first confluxes anode ear that groove row (651) is also separately positioned on its two ends confluxes chase unit (657) and the negative electrode lug chase unit (658) that confluxes, the described anode ear chase unit (657) that confluxes comprises a transverse concave groove (654) and anode ear groove (659), and the described negative electrode lug chase unit (658) that confluxes comprises a transverse concave groove (654) and negative electrode lug groove (660);
In lug collecting tray group, described first conflux groove row (651) and second conflux outside that groove arranges (652) be equipped with one can lateral sliding core rod movable block (661), two core rod movable blocks (661) are respectively as first groove row (651) and the second groove outer webs that groove arranges the chase unit that confluxes (653) of (652) of confluxing of confluxing, described first conflux groove row's (652) the block (656) of groove row (651) and second that confluxes is separately fixed at its corresponding core rod movable block (661) and goes up with core rod movable block (661) lateral sliding.
10. according to the accumulator pole group assembling cast welding full automatic production equipment described in claim 1-3 any one, it is characterized in that: it also comprises is located at lug cast welding device (6) finished product roll-over device (680) afterwards, clip assembly is embraced in the upset that described finished product roll-over device (680) comprises turnover bracket B (681) and is hinged on turnover bracket B (681) upper end, upset is embraced the finished products that clip assembly comprises that two finished product clamping plate (682) that are symmetrically set and two drive finished product clamping plate (682) to do mutual holding action and is embraced gas enclosure cylinder (683).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420368820.1U CN203950870U (en) | 2014-07-05 | 2014-07-05 | Accumulator pole group assembling cast welding full automatic production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420368820.1U CN203950870U (en) | 2014-07-05 | 2014-07-05 | Accumulator pole group assembling cast welding full automatic production equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203950870U true CN203950870U (en) | 2014-11-19 |
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ID=51892890
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420368820.1U Withdrawn - After Issue CN203950870U (en) | 2014-07-05 | 2014-07-05 | Accumulator pole group assembling cast welding full automatic production equipment |
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| Country | Link |
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| CN (1) | CN203950870U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104051741A (en) * | 2014-07-05 | 2014-09-17 | 福建省建阳亚亨机械制造有限公司 | Full-automatic production device for assembling and cast-welding storage battery polar groups |
| CN106876775A (en) * | 2017-04-01 | 2017-06-20 | 浙江兜兰智能设备股份有限公司 | Pole group's fixture automatically delivers the cast-weld equipment of transfer device and the application mechanism |
| CN107738921A (en) * | 2017-09-26 | 2018-02-27 | 安徽轰达电源有限公司 | A kind of transport establishment's device dried for accumulator plate |
| CN107919456A (en) * | 2017-11-07 | 2018-04-17 | 肇庆中特能科技投资有限公司 | A kind of accumulator terminal automatic cast welding device and method |
| CN108161165A (en) * | 2018-01-27 | 2018-06-15 | 中山慧能科技有限公司 | A kind of novel large lead acid accumulator pole group bus-bar automatically freezes former |
| CN109290551A (en) * | 2018-06-08 | 2019-02-01 | 天能集团（河南）能源科技有限公司 | A kind of efficient automatic cast welding storage battery production system |
| CN109759567A (en) * | 2019-02-28 | 2019-05-17 | 福建亚亨机械股份有限公司 | A kind of battery group automation cast welding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104051741A (en) * | 2014-07-05 | 2014-09-17 | 福建省建阳亚亨机械制造有限公司 | Full-automatic production device for assembling and cast-welding storage battery polar groups |
| CN104051741B (en) * | 2014-07-05 | 2016-05-11 | 福建省建阳亚亨机械制造有限公司 | Accumulator pole group assembling cast welding full automatic production equipment |
| CN106876775A (en) * | 2017-04-01 | 2017-06-20 | 浙江兜兰智能设备股份有限公司 | Pole group's fixture automatically delivers the cast-weld equipment of transfer device and the application mechanism |
| CN106876775B (en) * | 2017-04-01 | 2023-05-09 | 浙江兜兰智能设备股份有限公司 | Automatic conveying and transferring mechanism for pole group clamp and cast welding equipment using same |
| CN107738921A (en) * | 2017-09-26 | 2018-02-27 | 安徽轰达电源有限公司 | A kind of transport establishment's device dried for accumulator plate |
| CN107738921B (en) * | 2017-09-26 | 2019-08-30 | 安徽轰达电源有限公司 | A kind of transport establishment device dry for accumulator plate |
| CN107919456A (en) * | 2017-11-07 | 2018-04-17 | 肇庆中特能科技投资有限公司 | A kind of accumulator terminal automatic cast welding device and method |
| CN108161165A (en) * | 2018-01-27 | 2018-06-15 | 中山慧能科技有限公司 | A kind of novel large lead acid accumulator pole group bus-bar automatically freezes former |
| CN109290551A (en) * | 2018-06-08 | 2019-02-01 | 天能集团（河南）能源科技有限公司 | A kind of efficient automatic cast welding storage battery production system |
| CN109759567A (en) * | 2019-02-28 | 2019-05-17 | 福建亚亨机械股份有限公司 | A kind of battery group automation cast welding machine |
| CN109759567B (en) * | 2019-02-28 | 2023-09-22 | 福建亚亨机械股份有限公司 | Automatic cast welding machine for storage battery pack |
| CN109980176A (en) * | 2019-03-04 | 2019-07-05 | 惠州亿纬锂能股份有限公司 | Anode assembling mechanism and its disposable lithium-battery manufacturing equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141119 Effective date of abandoning: 20160511 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |