CN102039396A - Busbar cast welding device for lead-acid storage battery - Google Patents

Busbar cast welding device for lead-acid storage battery Download PDF

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Publication number
CN102039396A
CN102039396A CN 201010589230 CN201010589230A CN102039396A CN 102039396 A CN102039396 A CN 102039396A CN 201010589230 CN201010589230 CN 201010589230 CN 201010589230 A CN201010589230 A CN 201010589230A CN 102039396 A CN102039396 A CN 102039396A
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cast welding
welding device
rotating disk
cylinder
demoulding
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CN 201010589230
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CN102039396B (en
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魏明乐
魏宜强
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魏明乐
魏宜强
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Publication of CN102039396B publication Critical patent/CN102039396B/en
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Abstract

The invention discloses a busbar cast welding device for a lead-acid storage battery, comprising a lead smelting furnace, a demouldng and box-feeding machine and a workpiece conveyor, wherein the workpiece conveyor is a rotary conveyor, a turntable of the workpiece conveyor is uniformly provided with four lifting frames respectively provided with a busbar cast welding mold with a cooling jacket, four working stations are arranged around the turntable, the lead smelting furnace is positioned on the first working station, and the demoulding and box-feeding machine is positioned on the fourth working station. The cast welding device disclosed by the invention has a compact and reasonable integral structure, and workpieces are conveyed by adopting a 3600 rotary conveyor for four-working station operation, wherein the second and the third working stations are vacant and serve as cooling intervals after busbars are subjected to cast welding; and meanwhile, a cooling water feeding device of a mold jacket on each lifting frame of the rotary conveyor is skillfully designed, thereby efficiently cooling the busbar subjected to cast welding in the mold with cooling water, changing the traditional air cooling mode with high energy consumption and numerous and complex equipment, greatly shortening cooling time, decreasing turnover molds, improving production efficiency and reducing production cost.

Description

The cylinder manifold cast welding device of lead-acid accumulator
Technical field
The present invention relates to connect the cast welding device of the cylinder manifold of battery metal pole plate.
Background technology
Usually have the utmost point group who is made up of some positive plates and some negative plates in the lead-acid accumulator, the positive plate lug among the utmost point group is connected by cylinder manifold respectively with the negative plate lug, connects positive negative terminal then.In lead-acid accumulator was made, the conventional method that pole plate is connected with cylinder manifold was a manual welding, and this method is time-consuming, and work efficiency is low, and quality is unreliable, and operating environment is polluted greatly the grievous injury health.For this reason, the enterprise that has has developed the special-purpose cast welding device of pole plate and cylinder manifold.For example: the patent No. is " the little close cast welding machine " of CN200720149023.4, and it comprises the trimmer that connects successively by belt, cut earphone, lead melting furnace, cooler and the demoulding goes into the box machine.And for example the patent No. is " in close cast welding machine " of CN200720147929.2, it includes apparatus for shaping, cut the ear device, the cast welding device, stripper apparatus and cast welding box, focus on being provided with a four directions cast welding carriage, this cast welding carriage lower end is connected in by a rotating shaft and drives on the whirligig, the upper end is provided with some cast welding boxes, this apparatus for shaping, cut the ear device, the cast welding device, stripper apparatus is positioned on four orientation of cast welding carriage extension successively, this cast welding rotary bracket connects the cast welding box and passes through above-mentioned apparatus for shaping one by one, cut the ear device, the cast welding device, the shaping of stripper apparatus, cut ear, cast welding, operations such as the demoulding are finished whole process.Above-mentioned patent has all realized pole plate and cylinder manifold cast welding mechanization or semi-mechanization, has solved effectively that former manual welding labour intensity is big, inefficiency and the big problem of environmental pollution.But also there is the problem of further increasing work efficiency, reducing energy consumption and production costs of remaining in the both, and for example: the former exists, and air-cooled speed is slow, energy consumption is high, needs the turnover mould many, problems such as production cost height; The latter then exists cast welding only to walk a station to the demoulding promptly only to rotate 90 0, thereby cool time deficiency, need at demoulding station first-class to be cooled and influence operating efficiency and output.
Summary of the invention
Purpose of the present invention provides a kind of more reasonable structure, energy consumption is low and operating efficiency is higher, the more reliable and more stable lead-acid accumulator cylinder manifold cast welding device of operation.
Technical scheme of the present invention is: comprise plumbous smelting furnace, the demoulding is gone into the box machine and is gone into workpiece conveyer between the box machine in plumbous smelting furnace and the demoulding, described workpiece conveyer is a rotation conveyer, has frame, be equipped with on the frame by reduction gearing mechanism and drive the rotating disk of doing intermittent movement, be evenly equipped with four cranes that the cylinder manifold cast welded mold of band cooling jacket is installed on the rotating disk, be provided with four stations around rotating disk, described plumbous smelting furnace is positioned on first station, just in time be positioned at the lead pool top of plumbous smelting furnace to the crane of first station with the rotating disk running, on plumbous smelting furnace top and pass between the frame central axle upper end of workpiece conveyer of rotating disk and be connected with support arm, transmission cylinder at its below crane is installed on the support arm, the demoulding is gone into the box machine and then is positioned on the 4th station, just in time is positioned at the top that the box machine is gone in the demoulding with rotating disk running to the crane of the 4th station.
As preferably, the reduction gearing mechanism that described drive rotating disk is done intermittent movement is by comprising that the tape spool that is connected in portion of rotating disk bottom center and centers on the frame central axle holds Connection Block, the tape spool that tape spool holds the connection of Connection Block lower end holds central axle sleeve, and tape spool holds central axle sleeve and is connected successively with reducing motor and forms by Geneva mechanism, Geneva mechanism breach wheel central shaft, driving-chain.
As preferably, described crane has the connection base plate, on described connection base plate, be provided with a pair of guide pillar that is set with spring, one Z-shaped right angle its upper flat plate of flap is socketed on the spring top of guide pillar, the guide pillar upper end is with pad, locked with bolts, the cylinder manifold cast welded mold that is provided with cooling water jecket is installed on the following flat board of Z-shaped right angle flap, and Z-shaped right angle flap is provided with chuck cooling water access way and takes over.
As preferably, the matched coordination piece of locating piece with crane transmission cylinder piston boom end is installed on the upper flat plate of the Z-shaped right angle of described crane flap.
As preferably, the waterworks of cooling device are to comprise the groove shape fixed disk that is installed on the fixed cover of frame central axle bottom in the described crane, space collar is separated into intake antrum and water chamber with groove shape fixed disk inner chamber in being provided with in the groove shape fixed disk, the intake antrum bottom is connected with into water adapter, the water chamber bottom is connected with water outlet and takes over, be coated with the movable rotating disc of the biconvex circle that matches with it on the groove shape fixed disk, and on mating surface, be provided with some sealing rings, the movable rotating disc of biconvex circle and tape spool hold central axle sleeve and are connected and rotate synchronously with rotating disk, the water inlet pipe that connects each crane cooling device, return pipe passes rotating disk and the movable rotating disc of biconvex circle respectively, patches in the intake antrum and water chamber of groove shape fixed disk.
As preferably, described groove shape fixed disk is with outward and connects drain cap, connects the drain cap bottom and takes over water outlet by conduit and be connected.
As preferably, the box facility are gone in the described demoulding portal frame, the front portion of portal frame base plate is equipped with top demoulding cylinder, the piston rod part of last top demoulding cylinder is equipped with the U-shaped supporting plate, U-shaped supporting plate two riser upper inner are equipped with a pair of level and put bar, two inboards of portal frame then are provided with the anchor clamps coulisse that matches with the base plate of pole plate anchor clamps, on the frame of anchor clamps coulisse one end positive stop is installed, the lifting platform that is driven by cylinder is installed on the base plate of portal frame, be equipped with on the lifting platform with anchor clamps in the corresponding push rod of utmost point faciation, the top of portal frame is equipped with down air cylinder.
As preferably, also connected workpiece conveyor between described first station and the 4th station, the workpiece conveyor side is other be provided with successively utmost point group pack into anchor clamps workbench, shaping workbench, cut ear brush ear workbench.
As preferably, workpiece conveyor is double-deck workpiece conveyor.
As preferably, also connected double-deck workpiece conveyor on described the 4th station in addition.
The invention has the beneficial effects as follows: device compact overall structure, reasonable, workpiece transmit and adopt 360 0Whirler four station manipulations, wherein second and third station is the room, as between the cooling zone after the bus-bar cast welding; The cooling water waterworks of whirler crane mold chuck have been designed simultaneously dexterously, thereby make the bus-bar after the cast welding in mould, realize water quench efficiently, changed the air-cooled pattern of traditional high energy consumption, numerous and jumbled equipment, shortened cool time greatly, improve production efficiency, reduced production cost; In addition, four stations only need be with four fixed moulds, and operational applications is easy, and because mold cools down is effective, not yielding and long service life.
Description of drawings
Fig. 1 is this device overall procedure structural representation.
Serve as reasons plumbous smelting furnace, the demoulding of Fig. 2 gone into this device host machine part perspective view that box machine and workpiece transfer mechanism become.
Fig. 3 is the workpiece conveyer broken section perspective view of this device.
Fig. 4 is for driving the reduction gearing mechanism schematic diagram that rotating disk is done intermittent movement in the workpiece conveyer.
Fig. 5 is the Geneva mechanism structural representation in the reduction gearing mechanism.
Fig. 6 is a cooling water waterworks structural representation in the workpiece conveyer.
Fig. 7 is the crane structural representation on the workpiece conveyer turntable.
Fig. 8 goes into box machine perspective view for the demoulding in this device.
Fig. 9 is a utmost point group workpiece perspective view.
Figure 10 is a utmost point group clamp workpiece perspective view.
Figure 11 is for being equipped with utmost point group's perspective view in the anchor clamps.
The specific embodiment
The invention will be further described with embodiment below in conjunction with accompanying drawing.
The major part of this device is gone into box machine 3 by plumbous smelting furnace 1, the demoulding and is formed at the workpiece conveyer 2 that plumbous smelting furnace and the demoulding are gone between the box machine.Workpiece conveyer 2 is rotation conveyers, has frame 21, be equipped with on the frame 21 by reduction gearing mechanism 28 and drive the rotating disk 22 of doing intermittent movement, be evenly equipped with four cranes 23 that the cylinder manifold cast welded mold 230 of band cooling jacket is installed on the rotating disk 22, be provided with four stations around rotating disk 22, described plumbous smelting furnace is positioned on first station, rotating disk 22 runnings just in time are positioned at the lead pool top of plumbous smelting furnace 1 to the crane 23 of first station, on plumbous smelting furnace 1 top and pass between frame central axle 24 upper ends of workpiece conveyer 2 of rotating disk 22 and be connected with support arm 25, transmission cylinder 26 at its below crane 23 is installed on the support arm 25, the demoulding is gone into 3 in box machine and is positioned on the 4th station, just in time is positioned at the top that box machine 3 is gone in the demoulding with rotating disk 22 running to the crane 23 of the 4th station.
Driving rotating disk 22 in the workpiece conveyer 2, to make the reduction gearing mechanism 28 of intermittent movement be to be connected in rotating disk 22 portions of bottom center and to hold 2851 Connection Block 285 around the tape spool of frame central axle 24 by comprising, the tape spool that tape spool holds the connection of Connection Block 285 lower ends holds 2861 central axle sleeve 286, and tape spool holds central axle sleeve 286 and is connected successively with reducing motor 281 and forms by Geneva mechanism 284, Geneva mechanism breach wheel central shaft 283, driving-chain 282.Reducing motor wherein, present embodiment adopts variable-frequency motor, and infinitely variable speeds so more helps regulating the rotating disk running speed, and regulation and control workpiece left alone without help on each station stays the time.Above-mentioned bearing 2861 adopts tapered roller bearing.Described Geneva mechanism 284 is by cross frid 2841, the breach wheel 2842 that matches with cross frid arc limit, the breach wheel notch part radially roller that matches with cross frid cross recess 2843 of adjutage end installation is formed, cross frid 2841 is fixed on the central axle sleeve 286, and the breach wheel is fixed on the breach wheel central shaft 283; Also offer the perforation 28411 of some coolant guide pipes on the cross frid 2841.Crane 23 on the rotating disk 22 has the base plate 231 of connection, on described connection base plate 231, be provided with a pair of guide pillar 233 that is set with spring 232, one Z-shaped right angle flap, 235 its upper flat plates are socketed on the spring top of guide pillar, guide pillar 233 upper ends are with pad, bolt 236 lockings, the cylinder manifold cast welded mold 230 that is provided with cooling water jecket is installed on the following flat board of Z-shaped right angle flap 235, and Z-shaped right angle flap 236 is provided with chuck cooling water access way and takes over 234.In order to make each crane 23 under transmission cylinder 26 drives, do the lifting activity, the coordination piece 237 matched with the locating piece 261 of crane transmission cylinder 26 piston rod ends is installed on the upper flat plate of the Z-shaped right angle of described crane flap 235.The waterworks 29 of cooling device in this crane 23, comprise the groove shape fixed disk 292 that is installed on the frame central axle bottom fixed cover 241, space collar 2921 is separated into intake antrum 2922 and water chamber 2923 with groove shape fixed disk inner chamber in being provided with in the groove shape fixed disk 292, intake antrum 2922 bottoms are connected with into water adapter 271, water chamber 2923 bottoms are connected with water outlet and take over 272, be coated with the movable rotating disc 291 of the biconvex circle that matches with it on the groove shape fixed disk 292, and on mating surface, be provided with some sealing rings 293, the movable rotating disc 291 of biconvex circle and tape spool hold central axle sleeve 286 and are connected and rotate synchronously with rotating disk 22, the water inlet pipe 273 that connects each crane cooling device, return pipe 274 passes rotating disk 22 respectively, cross frid 2841 and the movable rotating disc 291 of biconvex circle patch in the intake antrum 2922 and water chamber 2923 of groove shape fixed disk.May outside described groove shape fixed disk 292, to be with and to connect drain cap 294 because of sealing ring leaks leaking of causing in order eliminating, to connect drain cap 294 bottoms and be connected by conduit 2941 and water outlet adapter 272.
The demoulding of this device is gone into box machine 3 and is had portal frame 38, the front portion of portal frame base plate is equipped with top demoulding cylinder 39, the piston rod part of last top demoulding cylinder 39 is equipped with U-shaped supporting plate 33, U-shaped supporting plate two riser upper inner are equipped with a pair of level and put bar 331, two inboards of portal frame then are provided with the anchor clamps coulisse 34 that matches with the base plate of pole plate anchor clamps 9, on the frame of anchor clamps coulisse one end positive stop 37 is installed, the lifting platform 31 that is driven by cylinder is installed on the base plate of portal frame, be equipped with on the lifting platform 31 and the corresponding push rod 32 of utmost point faciation in the anchor clamps, the top of portal frame is equipped with down air cylinder 35 simultaneously.
The plumbous smelting furnace 1 of this device adopts conventional plumbous smelting furnace, and it has grate 11, and the grate middle front part is provided with electric heating lead pool 13, and the lead pool top is provided with the hood 14 of band vent connection, and the grate side also is provided with flux bath 12.
In order to make the every operation of cylinder manifold cast welding cooperate more orderly, further to enhance productivity, this device has also connected workpiece conveyor 5 between described first station and the 4th station, workpiece conveyor 5 sides are other be provided with successively utmost point group pack into anchor clamps workbench 8, shaping workbench 7, cut ear brush ear workbench 6, on each workbench respectively device anchor clamps utmost point group assembly machine, trimmer, ear-cutting ear-brushing machine are arranged.This workpiece conveyor 5 is double-deck workpiece conveyors, lower floor with utmost point group 10 be assembled in the anchor clamps 9 through shaping, workpiece after cutting ear brush ear is transported to first station, the empty anchor clamps 9 that reclaim on the 4th station then are transported to the utmost point group anchor clamps workbench 8 of packing into by workpiece conveyor 5 upper stratas.Also connected double-deck workpiece conveyor 4 on the 4th station in addition, be transported to subsequent processing with the accumulator box that will install utmost point group by workpiece conveyor 4 upper stratas, and receive empty accumulator box from lower floor.
The course of work of this device is: a complete set of equipment is controlled by computer PLC, when plumbous temperature of smelting furnace display setting temperature, start each equipment, the flow process of starting working, at first the workman of the 8th workbench will put in order in advance by the negative plate 101 that is provided with negative pole lug 1011, be sheathed with insulation sleeve 1022 and be provided with the utmost point group 10 that the positive plate 102 of anodal lug 1021 is formed by stacking successively and be assembled in the anchor clamps 9, and be put into workpiece conveyor 5 lower floors and be transported to shaping workbench 7, utmost point group in the anchor clamps is carried out shaping, be sent to subsequently and cut ear brush ear workbench 6, utmost point group lug after the shaping is scabbled polishing, be sent to first station with conveyer belt 5 then; Meanwhile on first station, transmission cylinder 26 on the workpiece conveyer support arm presses down, the mould 230 that promotes on its below crane immerses in the lead pool 13 of plumbous smelting furnace, thereafter transmission cylinder 26 drive cranes risings reset, filled plumbous liquid in mould 230 vallecular cavities this moment, operating personnel scrape off plumbous liquid on the die surface with scraper plate, take off anchor clamps from conveyer belt 5 again, to the utmost point group lug brushing scaling powder in the anchor clamps, make the alignment pin 91 of anchor clamps aim at 2301 insertions of mould dowel hole then, promptly carry out the bus-bar cast welding; Then along with rotate the intermittence of workpiece conveyer rotating disk 22, workpiece after the bus-bar cast welding is by second, the cooling in interval, three station rooms, arrive the 4th station demoulding and go into supporting plate 33 tops of box machine 3, under the program control PLC control of setting, supporting plate 33 rises, the a pair of level that makes anchor clamps base plate both sides be held on supporting plate is put on the bar 331, this moment, supporting plate continued to rise, thereby make the mould separating on anchor clamps and the crane, when continuing to rise to its level, supporting plate 33 puts the anchor clamps coulisse 34 of bar 331 and frame two inboards when mutually concordant, operating personnel draw in the anchor clamps base plate in the chute of anchor clamps coulisse 34, subsequently the battery box body is upside down in the utmost point group slotted eye top of anchor clamps base plate, air cylinder 35 presses down and props up accumulator housing under the frame top at this moment, lifting platform 31 rises simultaneously, the utmost point group that the push rod of installing on the lifting platform 32 is about in the anchor clamps heads in the battery box body, descend thereafter air cylinder 35 and lifting platform 31 to reset, the battery box body that operating personnel will assemble utmost point group is fetched and delivered workpiece conveyor 4 upper stratas and is carried and remove subsequent processing, in addition empty anchor clamps are withdrawed from from anchor clamps coulisse 34, be placed into and be transported to workbench 8 on the epipelagic zone of workpiece conveyor 5 and reuse.

Claims (10)

1. the cylinder manifold cast welding device of a lead-acid accumulator, comprise plumbous smelting furnace (1), the demoulding is gone into box machine (3) and is gone into workpiece conveyer (2) between the box machine in plumbous smelting furnace and the demoulding, it is characterized in that workpiece conveyer (2) is a rotation conveyer, has frame (21), be equipped with on the frame (21) by reduction gearing mechanism (28) and drive the rotating disk (22) of doing intermittent movement, be evenly equipped with four cranes (23) that the cylinder manifold cast welded mold (230) of band cooling jacket is installed on the rotating disk (22), be provided with four stations around rotating disk (22), described plumbous smelting furnace (1) is positioned on first station, just in time be positioned at the lead pool top of plumbous smelting furnace (1) to the crane (23) of first station with rotating disk (22) running, on plumbous smelting furnace (1) top and pass between frame central axle (24) upper end of workpiece conveyer (2) of rotating disk (22) and be connected with support arm (25), transmission cylinder (26) at its below crane (23) is installed on the support arm (25), the demoulding is gone into box machine (3) and then is positioned on the 4th station, just in time is positioned at the top that box machine (3) are gone in the demoulding with rotating disk (22) running to the crane (23) of the 4th station.
2. press the cylinder manifold cast welding device of the described lead-acid accumulator of claim 1, it is characterized in that it is by comprising that the tape spool that is connected in rotating disk (22) portion of bottom center and centers on frame central axle (24) holds Connection Block (285) that described drive rotating disk (22) is made the reduction gearing mechanism (28) of intermittent movement, the tape spool that tape spool holds the connection of Connection Block (285) lower end holds central axle sleeve (286), and tape spool holds central axle sleeve (286) by Geneva mechanism (284), Geneva mechanism breach wheel central shaft (283), driving-chain (282) is connected successively with reducing motor (281) and forms.
3. press the cylinder manifold cast welding device of the described lead-acid accumulator of claim 1, it is characterized in that described crane (23) has connection base plate (231), on described connection base plate, be provided with a pair of guide pillar (233) that is set with spring (232), one its upper flat plate of Z-shaped right angle flap (235) is socketed on the spring top of guide pillar, guide pillar (233) upper end is with pad, bolt (236) locking, the cylinder manifold cast welded mold (230) that is provided with cooling water jecket is installed on the following flat board of Z-shaped right angle flap (235), and Z-shaped right angle flap (235) is provided with chuck cooling water access way and takes over (234).
4. by the cylinder manifold cast welding device of claim 1 or 3 described lead-acid accumulators, it is characterized in that on the upper flat plate of the Z-shaped right angle of described crane flap (235) the coordination piece (237) matched with the locating piece (261) of crane transmission cylinder (26) piston rod end being installed.
5. press the cylinder manifold cast welding device of the described lead-acid accumulator of claim 1, the waterworks (29) that it is characterized in that cooling device in the described crane (23) are to comprise the groove shape fixed disk (292) that is installed on the frame central axle bottom fixed cover (241), be provided with middle space collar (2921) in the groove shape fixed disk (292) groove shape fixed disk inner chamber is separated into intake antrum (2922) and water chamber (2923), intake antrum (2922) bottom is connected with into water adapter (271), water chamber (2923) bottom is connected with water outlet and takes over (272), be coated with the movable rotating disc (291) of the biconvex circle that matches with it on the groove shape fixed disk (292), and on mating surface, be provided with some sealing rings (293), the movable rotating disc of biconvex circle (291) and tape spool hold that central axle sleeve (286) is connected and with rotating disk (22) rotation synchronously, the water inlet pipe (273) that connects each crane cooling device, return pipe (274) passes rotating disk (22) and the movable rotating disc (291) of biconvex circle respectively, patches in the intake antrum (2922) and water chamber (2923) of groove shape fixed disk.
6. by the cylinder manifold cast welding device of the described lead-acid accumulator of claim 5, it is characterized in that outer being with of described groove shape fixed disk (292) connects drain cap (294), connects drain cap (294) bottom and is connected by conduit (2941) and water outlet adapter (272).
7. press the cylinder manifold cast welding device of the described lead-acid accumulator of claim 1, it is characterized in that the described demoulding goes into box machine (3) and have portal frame (38), the front portion of portal frame base plate is equipped with top demoulding cylinder (39), the piston rod part of last top demoulding cylinder (39) is equipped with U-shaped supporting plate (33), U-shaped supporting plate (33) two riser upper inner are equipped with a pair of level and put bar (331), two inboards of portal frame then are provided with the anchor clamps coulisse (34) that matches with the base plate of pole plate anchor clamps (9), positive stop (37) is installed on the frame of anchor clamps coulisse one end, the lifting platform (31) that is driven by cylinder is installed on the base plate of portal frame, be equipped with on the lifting platform (31) and the corresponding push rod (32) of utmost point faciation in the anchor clamps, the top of portal frame is equipped with down air cylinder (35) simultaneously.
8. press the cylinder manifold cast welding device of the described lead-acid accumulator of claim 1, it is characterized in that also having connected between described first station and the 4th station workpiece conveyor (5), workpiece conveyor (5) side is other be provided with successively utmost point group pack into anchor clamps workbench (8), shaping workbench (7), cut ear brush ear workbench (6).
9. by the cylinder manifold cast welding device of the described lead-acid accumulator of claim 1, it is characterized in that described the 4th station has also connected workpiece conveyor (4).
10. by the cylinder manifold cast welding device of claim 8 or 9 described lead-acid accumulators, it is characterized in that workpiece conveyor (4,5) is double-deck workpiece conveyor.
CN2010105892308A 2010-12-15 2010-12-15 Busbar cast welding device for lead-acid storage battery Expired - Fee Related CN102039396B (en)

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CN102306738A (en) * 2011-09-16 2012-01-04 浙江海悦自动化机械设备有限公司 Cast welding fixture of storage battery
CN102306737A (en) * 2011-09-16 2012-01-04 浙江海悦自动化机械设备有限公司 Novel molding mechanism for storage battery busbar
CN102581264A (en) * 2012-03-07 2012-07-18 福安市广源机电有限公司 Method and special device for performing fusion welding on electrode lead plate of energy-saving environment-friendly type lead-acid battery
CN102601343A (en) * 2012-03-28 2012-07-25 河南超威电源有限公司 Integrated cast-welding worktable
CN102779969A (en) * 2012-07-24 2012-11-14 浙江海悦自动化机械设备有限公司 Forming mechanism of bus bar of storage battery
CN103071779A (en) * 2013-01-11 2013-05-01 浙江欧德申自动化设备有限公司 Cast welding mold entering and releasing mechanism for storage battery
CN103264153A (en) * 2013-05-06 2013-08-28 厦门华海大正电池装备有限公司 Lead storage battery busbar welding method
CN103691915A (en) * 2013-12-06 2014-04-02 河南超威电源有限公司 Turntable type grid casting machine and grid casting method thereof
CN104852093A (en) * 2015-05-08 2015-08-19 镇江市电站辅机厂有限公司 Automatic assembly production line for lead-acid storage battery
CN111770802A (en) * 2018-03-12 2020-10-13 日立化成株式会社 Method for manufacturing core rod
CN112756588A (en) * 2020-12-21 2021-05-07 长兴金润科技有限公司 Efficient lead-acid storage battery cast-weld production process
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CN102306737A (en) * 2011-09-16 2012-01-04 浙江海悦自动化机械设备有限公司 Novel molding mechanism for storage battery busbar
CN102306738A (en) * 2011-09-16 2012-01-04 浙江海悦自动化机械设备有限公司 Cast welding fixture of storage battery
CN102306738B (en) * 2011-09-16 2013-09-04 浙江海悦自动化机械股份有限公司 Cast welding fixture of storage battery
CN102581264A (en) * 2012-03-07 2012-07-18 福安市广源机电有限公司 Method and special device for performing fusion welding on electrode lead plate of energy-saving environment-friendly type lead-acid battery
CN102601343A (en) * 2012-03-28 2012-07-25 河南超威电源有限公司 Integrated cast-welding worktable
CN102779969B (en) * 2012-07-24 2014-10-08 浙江海悦自动化机械股份有限公司 Forming mechanism of bus bar of storage battery
CN102779969A (en) * 2012-07-24 2012-11-14 浙江海悦自动化机械设备有限公司 Forming mechanism of bus bar of storage battery
CN103071779A (en) * 2013-01-11 2013-05-01 浙江欧德申自动化设备有限公司 Cast welding mold entering and releasing mechanism for storage battery
CN103071779B (en) * 2013-01-11 2014-10-08 浙江欧德申自动化设备有限公司 Cast welding mold entering and releasing mechanism for storage battery
CN103264153B (en) * 2013-05-06 2016-08-10 厦门华海大正电池装备有限公司 A kind of welding method of Lead storage battery busbar
CN103264153A (en) * 2013-05-06 2013-08-28 厦门华海大正电池装备有限公司 Lead storage battery busbar welding method
CN103691915A (en) * 2013-12-06 2014-04-02 河南超威电源有限公司 Turntable type grid casting machine and grid casting method thereof
CN104852093A (en) * 2015-05-08 2015-08-19 镇江市电站辅机厂有限公司 Automatic assembly production line for lead-acid storage battery
CN111770802A (en) * 2018-03-12 2020-10-13 日立化成株式会社 Method for manufacturing core rod
CN111770802B (en) * 2018-03-12 2021-12-14 昭和电工材料株式会社 Method for manufacturing core rod
CN112756588A (en) * 2020-12-21 2021-05-07 长兴金润科技有限公司 Efficient lead-acid storage battery cast-weld production process
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