CN105479042B - Battery protection board battery spot welding equipment and separation structure - Google Patents

Battery protection board battery spot welding equipment and separation structure Download PDF

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Publication number
CN105479042B
CN105479042B CN 201410475277 CN201410475277A CN105479042B CN 105479042 B CN105479042 B CN 105479042B CN 201410475277 CN201410475277 CN 201410475277 CN 201410475277 A CN201410475277 A CN 201410475277A CN 105479042 B CN105479042 B CN 105479042B
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CN 201410475277
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Chinese (zh)
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CN105479042A (en )
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刘辉国
潘幸聪
曾泰安
曾海
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深圳市锐博精创科技有限公司
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Abstract

本发明涉及电池点焊的技术领域,公开了电池保护板分离结构和电池点焊设备,电池保护板分离结构包括底板、两切边模具以及推板装置,底板设有立板,各立板上连接有垫板条;切边装置设于垫板条的后端,其具有切压头,切压头置于垫板条上方;各立板上还设有可与该立板上的垫板条形成用于放置板边侧的通道且对板边侧限位或者可对空置侧限位的移动限位装置;推板装置置于所述垫板条的前端。 Technical Field The present invention relates to a battery spot welding, discloses a separation structure and a battery protection board battery spot welding equipment, a battery structure includes a bottom plate separating the protective plate, two trimming die and push plate means, the bottom plate is provided with vertical plates, each vertical plate Article pad is connected; trimming means disposed at the rear end of the strip plate, having a cutting head, cutting head disposed above the strip plate; board also provided with respective vertical plate with the upright plate forming a channel for placing the strip panel on the side of the plate and the movable side stopper or stopper vacant side of the stopper; push plate means to the front plate of the strip. 本发明提供的电池保护板分离结构,其采用推板装置推动电池保护板排,且利用移动限位装置对移动中的电池保护板排的板边侧及空置侧进行限位,采用切边模具的切压头对板边侧进行切压,其操作效率高,可以满足自动化生产的需求。 Battery protection board separated structure provided by the invention, which device pushes the push plate using the battery discharge protection board, and on the plate side and the vacant side of the battery discharge protection plate is moved in the limit stop using the mobile device, using the trimming tools the cutting head side of the pressure plate is cut, its high operating efficiency, to meet the demand for automated production.

Description

电池保护板分离结构和电池点焊设备 Battery protection board battery spot welding equipment and separation structure

技术领域 FIELD

[0001] 本发明涉及电池点焊的技术领域,尤其涉及电池保护板分离结构和包括该电池保护板分离结构的电池点焊设备。 [0001] Technical Field The present invention relates to a battery spot welding, in particular, relates to a battery protection board separation structure and spot welding equipment includes a battery cell separation structure of the protective plate.

背景技术 Background technique

[0002] 对于锂电池等而言,其在充电时,不能被过充、过放、过流、短路以及超高温充放电等,因此,需要在其上连接有电池保护板,对其进行保护,一般情况下,电池保护板为起保护作用的集成电路板。 [0002] For lithium batteries, its charging, can not be overcharge, overdischarge, overcurrent, short circuit, and super-high-temperature charge-discharge, and therefore, needs to be connected thereto with a battery protection board, to protect them , under normal circumstances, the battery protection plate protective integrated circuit board.

[0003] 在电池的制造过程中,一般都将电池与电池保护板通过点焊连接在一起。 [0003] In the manufacturing process of the battery, in general, the battery and the battery protection board are connected together by spot welding. 现有技术中,普遍使用人工方式将电池保护板和电池分别装入定制的夹具内,然后再使用脚踏式点焊机将电池保护板和电池点焊连接在一起。 In the prior art, commonly used to manually battery protection panels and batteries are loaded into a custom jig, and then using the foot spot welding to connect the battery with the battery protection board and spot welding. 这样,则使得整个点焊操作效率低下,且对于不同型号的电池以及电池保护板,则需要定制不同的夹具,成本较高。 Thus, the spot welding so that the entire operational efficiency is low, and for different types of batteries and battery protection board, the need to customize different fixture, higher cost.

[0004] 另外,电池保护板在一般都是多个并列排布,且多个电池保护板的一侧通过板边连接,形成电池保护板排,在现有技术中,在将电池与电池保护板点焊之前,一般采用手工操作方式将电池保护板排上的多个电池保护板进行分开,这样,则操作效率较低,不能满足现时自动化生产需要。 [0004] Further, the battery protection board are generally arranged in parallel a plurality, and the plurality of side panels through the battery protection board edge connector, battery protection plate is formed row, in the prior art, the battery and the battery protection before plate welding, generally performed manually embodiment a plurality of battery protection board battery protection board row of separately so that the operation efficiency is low, can not meet the current need for automated production.

发明内容 SUMMARY

[0005] 本发明的目的在于提供电池保护板分离结构,旨在解决现有技术中,采用人工操作将电池保护板排上的多个电池保护板分开,存在操作效率低下,不能满足自动化生产需要的问题。 [0005] The object of the present invention to provide a battery protection board separation structure, to solve the prior art, the use of manual operation to separate a plurality of battery protection board battery protection board row, there is operating inefficiently, automated production can not meet the needs The problem.

[0006] 本发明是这样实现的,电池保护板分离结构,用于分离电池保护板排中并行布置的电池保护板,电池保护板排的一侧连接有板边,形成板边侧,另一侧形成空置侧;所述电池保护板分离结构包括底板、两切边模具以及用于推动电池保护板排移动的推板装置,所述底板上设有两相间布置的立板,各所述立板上连接有用于支撑电池保护板排的垫板条, 两所述垫板条同向延伸布置;所述切边模具设于所述垫板条的后端,其具有用于切压放置在垫板条上的电池保护板排板边侧的切压头,所述切压头置于所述垫板条上方;各所述立板上还设有可与该立板上的垫板条形成用于放置电池保护板排板边侧的通道且对板边侧限位或者可对电池保护板排空置侧限位的移动限位装置;所述推板装置置于所述垫板条的前端。 [0006] The present invention is achieved, the battery protection board separation structure for separating battery protection board battery protection plate arranged in parallel rows, the discharge side of the battery protection board is connected to the plate edges, forming plate side, the other side is formed vacant side; the battery protection plate separator structure includes a base plate, and each of the two trimming tools for urging the vertical movement of the discharge cell protective sheet push plate means is provided with two spaced vertical plates disposed on said base plate, Article board pads connected to the protective plate for supporting the discharge of the battery, the two plate strips arranged extending in the same direction; the rear end of the edging strip plate provided in the mold, which pressure is placed for cutting having cutting head side of the discharge plate on the backing plate battery protection strip, the cutting head disposed above said backing strip; each said upright plate further has a backing strip with the upright plate forming a channel for placing the discharge side of the battery protection board-to-board and board-side stopper or may discharge the battery protection board vacant side movement limit position limiting means; said push plate means interposed between the pad strips front end.

[0007] 进一步地,所述移动限位装置包括限位板、挡板以及驱动挡板向上移动以使挡板与垫板条之间形成所述通道且挡板用于限位电池板护板板边侧或驱动挡板向下移动以使挡板限位所述电池保护板排空置侧的挡板动力件,所述限位板及挡板驱动件连接于所述立板,所述限位板置于所述垫板条的外侧,所述挡板连接于所述挡板动力件,位于所述垫板条上方,且置于垫板条及限位板之间,所述限位板及挡板分别与所述垫板条同向延伸布置。 [0007] Further, the moving means comprises a limit stop plate, and the shutter is moved upward to drive the shutter and the shutter plate is formed between the strip and the channel stopper for the shutter fender panels or the shutter drive plate side is moved downward to force the shutter member shutter row vacant side of the battery protection board stopper, the stopper plate and the shutter drive member connected to said vertical plate, said restrictor positioning plate disposed outside of said backing strip, the baffle member is connected to the power baffle, located above the strip plate, and the plate is placed between the strip and the limiting plate, the limiting and a baffle plate disposed respectively with said pads extending strip. [0008] 进一步地,沿所述电池保护板排于所述垫板条上的移动方向,所述底板倾斜布置。 [0008] Further, the battery protection board ribbon along the direction of movement of the strip on the backing plate, said base plate is disposed inclined.

[0009]进一步地,所述推板装置包括连接所述底板上的推板动力件以及由所述推板动力件推动的推板,所述推板置于两垫板条之间。 [0009] Further, the thrust plate means comprises a pushing plate member is connected to the power base plate and a push force by the push plate member is pushed, the push plate is placed between the two plate strips.

[0010]本发明还提供了电池点焊设备,包括上述的电池保护板分离结构、点焊平台、用于将电池保护板排置于两所述垫板条上的进板结构、用于将电池移动至所述点焊平台上的进料结构、用于将所述电池保护板分离结构中分离出来的电池保护板移动至所述点焊平台上与电池抵接的移板结构以及用于将点焊平台上的电池与电池保护板点焊连接的点焊结构。 [0010] The present invention also provides a battery spot welding apparatus comprising the above-described structure of the battery protection plate separator, spot welding platform, the battery protection board for discharge into the plate structure disposed on said two plate strips, for battery to move the feed platform structure on the spot, for separating the battery protection board battery protection board separation structure is moved onto the platform with the battery spot abutment plate structure and a shift the cell structure and spot welding battery protection board spot on spot connected to the platform. [0011] 进一步地,所述电池点焊设备包括基座以及设于所述基座上的立柱,所述进板结构包括连接于所述立柱的进板固定板、进板驱动装置、由所述进板驱动装置驱动移动的进板移动板以及连接于所述进板移动板的进板台,所述进板驱动装置连接于所述进板固定板;所述进板台置于所述电池保护板的上方,其中设有用于放置电池保护板排且将所述电池保护板排移动至所述垫板条上的导板轨道。 [0011] Further, the spot welding apparatus comprising a base cell and disposed upright on the base, the inlet comprising a plate structure attached to the upright plate into the fixed plate, feed plate driving means by the means for driving said feed drive plate to move the plate into the plate and connected to the movable plate is moved into the pallet into the plate, the feed plate driving means connected to said fixing plate into the plate; the pallet is placed into the battery protection upper plate, wherein the protective plate is provided for placing the battery and the discharge of the battery discharge protection board moves to the guide rail on the plate bar.

[0012] 进一步地,所述进料结构位于所述点焊平台的侧边,其包括侧边开口且用于放置电池的进料槽以及用于驱动进料槽中电池至点焊平台上的进料气缸,所述进料槽的侧边开口朝向所述点焊平台布置。 [0012] Further, the feed platform structure positioned sides of the spot welding, which comprises an opening and sides disposed a battery for driving the feed trough and the feed tank onto a spot in the battery platform side feed cylinder openings disposed in the feed chute toward the spot internet.

[0013] 进一步地,所述移板结构包括移板固定板、移板驱动装置以及用于将电池保护板分离结构分离出来的电池保护板夹取至点焊平台上的夹板头,所述移板固定板上设有导轨,所述导轨设有由所述移板驱动装置驱动移动的滑块,所述夹板头连接于所述滑块。 [0013] Further, the plate structure includes a shifting shift plate fixing plate, and a shifting plate driving means for separating the battery protection board battery protection plate separation structure to clamp the gripping head on the platform spot welding, the shift plate fixing plate is provided with a guide rail is provided with a slider driven by said driving means moves the shift plate, the clamping plate is connected to the head slider.

[0014] 进一步地,所述点焊平台的侧边还设有出料结构,所述出料结构包括出料槽以及用于夹取点焊平台上点焊为一体的电池及电池保护板至出料槽中的夹料头。 [0014] Further, the sides of said platform is further provided with spot welding the material structure, said structure comprising a discharge spout for gripping and spot welding spot on the platform for the integration of battery and battery protection board to gripping the head of the spout.

[0015] 进一步地,所述点焊结构包括两个支撑座、置于两所述支撑座之间的支撑杆以及连接于所述支撑杆上且用于点焊连接电池及电池保护板的点焊头,所述点焊头置于所述点焊平台的上方。 [0015] Further, the spot welding structure comprises two support base, the support base disposed between the support rods and the two-point spot welding to connect the battery and the battery protection board for connection to the support rod and welding head, the spot of the spot welding head disposed above the platform.

[0016] 与现有技术相比,本发明提供的电池保护板分离结构,其采用推板装置推动电池保护板排,且利用移动限位装置对移动中的电池保护板排的板边侧及空置侧进行限位,采用切边模具的切压头对板边侧进行切压,其操作效率高,可以满足自动化生产的需求。 [0016] Compared with the prior art, the battery protection board separated structure provided by the invention, which device pushes the push plate using the battery discharge protection board, and the board-side movement limit utilization apparatus cell protective sheet and moving rows of vacant side limit for using trimming die for cutting the head-side pressure plate is cut, its high operating efficiency, to meet the demand for automated production.

[0017] 电池点焊设备包括上述的电池保护板分离结构,其将电池保护板与电池之间点焊,完全实现自动化操作,其点焊效率高,满足自动化生产的需要,且针对不同型号的电池及电池保护板,不需要设置各种不同型号的夹具,其成本较低。 [0017] The spot welding apparatus comprising the above-described cell battery protection plate separator structure that spot welding between the battery and the battery protection board, fully automated operation, which is highly efficient spot welding, to meet the needs of automated production, and for different types of batteries and battery protection plate, no need to provide various types of clamps, its low cost.

附图说明_ BRIEF DESCRIPTION _

[0018] 图1是本发明实施例提供的电池保护板分离结构的立体示意图一; [0018] FIG. 1 is a perspective view of the battery protection board separation structure provided in the embodiment of the present invention, a schematic diagram;

[0019] 图2是本发明实施例提供的电池保护板分离结构的立体爆炸示意图; [0019] FIG. 2 is a perspective exploded view of the structure of the isolated battery protection board according to an embodiment of the present invention;

[0020] 图3是图1中的A处放大示意图; [0020] A of FIG. 3 is an enlarged schematic view of Figure 1;

[0021] 图4是本发明实施例提供的电池保护板分离结构p立体示意图二; [0021] FIG. 4 is a schematic view of two embodiments of the present invention provides a battery protection plate separation structure p perspective;

[0022] 图5是本发明实施例提供的电池保护板排的主视示意图; [0022] FIG. 5 is a front view showing a battery protection plate provided in the embodiment of the present invention, the discharge;

[0023] 图6是本发明实施例提供的电池保护板排被分离!^电池保护板的主视示意图; [0023] FIG. 6 is an embodiment of the present invention, the battery discharge protection plate provided in the main battery is separated ^ a schematic view of the protective plate!;

[0024] 图7是本发明实施例提供的电池点焊设备的立体示意图; [0024] FIG. 7 is a perspective schematic view of a battery spot welding apparatus according to an embodiment of the present invention;

[0025] 图8是本发明实施例提供的点焊结构的立体示意图; [0025] FIG. 8 is a perspective schematic view of the present invention, spot welding structure according to another embodiment;

[0026] 图9是本发明实施例提供的进板结构的立体示意图; [0026] FIG. 9 is a perspective view of the feed plate structure according to an embodiment of the present invention;

[0027]图10是本发明实施例提供的进料结构的立体示意图; [0027] FIG. 10 is a perspective view of the feed structure provided by an embodiment of the present invention;

[0028]图11是本发明实施例提供的移板结构的立体示意图。 [0028] FIG. 11 is a perspective view of the shift plate structure according to an embodiment of the present invention.

具体实施方式 detailed description

[0029]为了使本发明的目的、技术方案及优点更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。 [0029] To make the objectives, technical solutions and advantages of the present invention will become more apparent hereinafter in conjunction with the accompanying drawings and embodiments of the present invention will be further described in detail. 应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。 It should be understood that the specific embodiments described herein are only intended to illustrate the present invention and are not intended to limit the present invention.

[0030] 以下结合具体实施例对本发明的实现进行详细的描述。 [0030] The following embodiments in conjunction with specific embodiments of the present invention is implemented will be described in detail.

[0031] 如图1〜11所示,为本发明提供的较佳实施例。 Preferred [0031] FIG. 1~11 shown, embodiments of the present invention provides.

[0032] 参照图1至6所示,本实施例提供的电池保护板分离结构1,用于将电池保护板排2 中的多个并行布置的电池保护板21分离开,电池保护板排2中包括有多个并行布置的电池保护板21,且多个电池保护板21的一侧通过板边连接,形成板边侧22,另一侧形成空置侧23,当然,板边可以是连接在多个电池保护板21的左侧,也可以是其右侧,具体根据实际生产的电池保护板排2而定;该电池保护板21通过将电池保护板排2侧边的板边进行切压,从而将单个电池保护板21分离出来。 [0032] Referring to FIGS. 1-6, the present battery protection board separation structure provided in the embodiment 1, a battery protection board for the plurality of rows arranged in parallel in the second battery protection plate 21 is separated from the discharge battery protection board 2 includes a plurality of battery protection plate 21 arranged in parallel, side panels 21 and a plurality of battery protection through edge connector, forming plate 22 side, the other side is formed vacant side 23, of course, may be connected to the side plate the left side of the plurality of battery protection plate 21, which may be right, row 2 specific cell protective sheet depends on the actual production; by the cell protective sheet 2 side of the discharge plate 21 side of the battery protection board for cutting pressure so as to separate a single cell protective sheet 21.

[0033] 电池保护板分离结构1包括底板101、两个切边模具102以及推板装置103;其中,底板101上设有两个立式布置的立板105,两立板105之间相间布置,且各立板105分别连接有垫板条104,两个垫板条104同向延伸布置,这样,两个垫板条104的内侧之间也相间隔布置, 形成间隔,且平行布置,两个垫板条104用于支撑电池保护板排2。 [0033] The battery protection plate separator 1 comprises a base structure 101, two trimming tools 102 and 103 push plate means; wherein the arrangement is provided with two vertical upright plate 105, two vertical plates 105 spaced on the base plate 101 is disposed between the and each of the vertical plates 105 are connected to plate strips 104, 104 with two plate strips arranged extending so that between the inner two plate strips 104 are also disposed spaced apart to form a gap, and arranged in parallel, two a backing strip 104 for supporting the two rows of battery protection board.

[0034]当然,作为其它实施例,两个垫板条104之间也可以不是平行布置,具体,根据实际需要设置。 [0034] Of course, as other embodiments, it may not be arranged in parallel between the two plate strips 104, specifically, according to actual needs.

[0035] 上述两个切边模具102分别设置在两个垫板条104的后端,其中具有用于切压电池保护板排2板边侧22的板边的切压头1021,且该切压头1021置于垫板条104的上方。 [0035] The two trimming tools 102 are provided at the rear end of the two backing strips 104, wherein the cutting head having a plate 1021 for cutting the discharge pressure of the battery protection board 2 side plate 22 side, and the cut head plate 1021 is placed over the strip 104.

[0036] 在各立板105上还设有移动限位装置106,该移动限位装置106可与垫板条104之间形成用于放置电池保护板21板边侧22的通道且对该板边侧22进行限位,或者,其可以对电池保护板21的空置侧23进行限位。 [0036] On each of the vertical plate 105 is also provided with the mobile stopper 106, the mobile device 106 may form a channel stopper for placement battery protection plate 21 side plate 22 between the plate and the strip 104 and the plate limiting side 22, or it may be vacant side of the battery limit the protective plate 21 is 23. 也就是说,当电池保护板排2放置在两个垫板条104上后, 放置板边侧22的垫板条104,其处的立板105上的移动限位装置106,其则与垫板条104之间形成用于放置板边侧22的通道,且同时对板边侧22进行限位,而放置了空置侧23的垫板条104,其处的立板105上的移动限位装置106则可以对空置侧23进行限位。 That is, when the battery discharge protection plate 2 is placed on the plate two strips 104, disposed side plates 22 and backing bar 104, the movement limit means at its 105 riser 106, which is the pad channel 104 is formed between the strip for the placing plate 22 side, and while limiting side plate 22, the side plate disposed vacant article 23 104, the movement limit at which the riser 105 device 106 may be vacant side stopper 23.

[0037] 推板装置103设置在底板101上,其包括推板1032以及推板动力件1031,推板1032 设于两个垫板条104之间,且位于垫板条1〇4的前端,推板动力件1031用于驱动推板1032沿着垫板条104延伸方向移动,这样,推板1032则可以推动放置在两个垫板条1〇4上的电池保护板排2在两个垫板条104上移动,且沿着垫板条104的延伸方向移动。 [0037] 103 push plate means provided on the base plate 101, which includes a push plate 1032 and the force of the push plate member 1031, 1032 is provided between the thrust plate two plate strips 104, and at the front of the pad strip 1〇4, 1031 push plate driving member for driving the push plate 1032 is moved along the extending direction of the plate section 104, so that the push plate 1032 can be placed on two pads push bar 1〇4 battery protective plate 2 in two rows of pads moving the slats 104, and moves along the extending direction of the strip 104 of the backing plate.

[0038] 或者,作为其它实施例,推板装置1〇3还可以是其它多种形式的结构,如利用推杆直接推动,或者,采用人工手动推进等等,具体不仅限制于本实施例中的结构形式。 [0038] Alternatively, as other embodiments, may also push plate means 1〇3 other forms of structures, such as the use directly push the push rod, or the like using manually advance, not particularly limited to the present embodiment structural form.

[0039] 利用上述提供的电池保护板分离结构1,电池保护板排2放置在两个垫板条104上后,根据电池保护板排2上板边侧22的设置情况,如设置在左边,或者设置在右边,其中,一立板105上的移动限位装置106,其与垫板条104之间会形成通道,电池保护板排2的板边条则置于该通道中,且该移动限位装置1〇6对板边侧22进行限位;另一立板1〇5上的移动限位装置106则可以对电池保护板排2的空置侧23进行限位,这样,整个电池保护板排2的板边侧22以及空置侧23则都被移动限位装置106限位;利用推板装置103,其推板1032抵接在电池保护板排2,从而整个电池保护板排2则沿着垫板条104的延伸方向移动,当移动至切边模具102下方时,位于电池保护板排2板边侧22的切边模具102的切压头1021则下压,切除板边侧22,使得电池保护板21分离出来。 After [0039] With the above-described battery protection board provides a separation structure, the battery discharge protection plate 2 is placed on the plate two strips 104, the battery discharge protection plate 2 is provided on the side plate of the case 22, as disposed on the left, or set to the right, which movement limiting device 105 on a vertical plate 106, which is formed between the strip 104 and the channel plate, the battery discharge protection plate 2 is a plate strip is placed in the channel, and the mobile 1〇6 stopper on the stopper plate 22 side; mobile stopper 106 on the other riser 1〇5 2 may discharge side of the empty battery protection board stopper 23, so that the entire battery protection row 2 plate 22 and side plate 23 are vacant side movement limit stopper 106; 103 apparatus using a push plate, the push plate 1032 which abuts the battery discharge protection board 2, so that the entire battery discharge protection board 2 moves along the extending direction of the backing strip 104 when trimming tools 102 moves downward, discharge of the battery protection board 2 side plate 22 of the trimming die cutting head 1021 is pressed, cut side plate 22 , the protective plate so that the battery 21 is separated.

[0040] 分离后的电池保护板21则由其它部件等抓取到电池位于,利用点焊部件等将电池保护板21与电池点焊连接在一起。 [0040] Other components of the battery 21 by the protective sheet after separation crawled battery is located, by spot welding or the like member 21 is connected together with the battery protection board battery spot welding.

[0041]上述的电池保护板21采用自动操作方式输送电池保护板排2,且利用移动限位装置106对移动中的电池保护板排2的板边侧22及空置侧23进行限位,采用切边模具102的切压头1021对板边侧22进行切压,其操作效率高,可以满足自动化生产的需求。 [0041] The protective plate 21 of the battery using the automatic mode of operation the discharge conveyor battery protection board 2, and the plate 106 by the battery protection means limiting movement of the moving plate 2 in the discharge side 22 and the side 23 vacant limit, using trimming die cutting head 102 opposing side 1021 of plate 22 cut by a press, its high operating efficiency, to meet the demand for automated production.

[0042] 本实施例中,移动限位装置106包括限位板1061、挡板1063以及挡板动力件1062, 其中,限位板1061连接在立板105上,且位于垫板条104的外侧;挡板动力件1062连接在立板105上,挡板1063与挡板动力件1062连接,且位于垫板条104的上方,且位于限位板1061与垫板条104之间,其由挡板动力件1062驱动上下移动。 [0042] In this embodiment, the mobile device 106 comprises a limit plate stop 1061, the shutter driving member 1063 and the shutter 1062, wherein the stopper plate 1061 is connected to the vertical plate 105, and located outside of the pad 104 bar ; shutter driving member 1062 is connected to the vertical plate 105, the shutter driving member 1063 and the baffle 1062, plate and located above the strip 104, and the stopper plate 1061 is positioned between strip 104 and backing plate consisting of block power drive plate 1062 moves up and down. 并且,限位板1061及挡板1063分别沿着垫板条104的延伸方向延伸,也就是与垫板条104同向延伸布置。 Further, the stopper plate 1061 and the baffle 1063 extends along the extending direction of each strip 104 of the backing plate, the backing plate is disposed with the strip 104 extends.

[0043] 当上述的挡板动力件1062驱动挡板1063上移时,挡板1063与垫板条104之间则形成上述用于放置电池保护板排2板边侧22的通道,且此时,板边侧22则抵接在限位板1061 上,利用限位板1061对电池保护板排2的板边侧22进行限位;当挡板动力件1062驱动挡板1063下移时,此时,挡板1063与垫板条104之间不会形成上述的通道,此时,电池保护板排2 的空置侧23放置在垫板条104上,且抵接在挡板1063的内侧,由挡板1063进行抵接限位。 [0043] When the shutter 1063 above 1062 shutter drive member when the power-shift, between the baffle plate 1063 and the strip 104 is formed above the protective plate for placing the battery discharge passage 2 side plate 22, and at this time , side plate 22 abuts the stopper plate 1061, a battery 1061 using a stopper plate protective plate 2 side exhaust plate 22 of the stopper; shutter driving member 1062 when driving down the shutter 1063, this when, without forming the passage between the baffle plate 1063 and the strip 104, this time, the vacant cell protective sheet discharge side of 2 23 is placed on the pad strip 104, and comes into contact with the inner side of the baffle 1063, the 1063 baffle abuts limiting. [0044] 这样,当电池保护板排2放置在两个垫板条104上后,且板边侧22置于一移动限位装置106的挡板1063与垫板条104形成的通道中,且板边侧22有限位板1061抵接限位;其空置侧23置于另一垫板条104上,由另一移动限位装置106的挡板1063进行抵接限位,从而可以保证电池保护板排2在沿着两个垫板条104的延伸方向移动时,在左右方向不会出现偏移。 [0044] Thus, when the battery protective plate 2 is placed on the two rows of pads 104 bars, and the plate-side passage 22 is disposed a shutter movement limiting means 1063 with the backing plate 106, bar 104 is formed, and the finite bit side plate 22 abuts the stopper plate 1061; the vacant side plate 23 disposed on the other bar 104, abutted by the limiting stopper, 1063 another mobile device 106, which can ensure battery protection row plate 2 is moved along the extending direction of the two backing strips 104, without offset in the horizontal direction.

[0045] 为了限位电池保护板排2在两个垫板条104上移动的过程,限制电池保护板排2在上下方向的偏移,推动电池保护板排2移动的推板1032上形成有弯折条1033,该弯折条1033 位于电池保护板排2的上方,其可以抵接在电池保护板排2上,也可以不需要抵接布置,从而推板1032在被推动的过程中,在上下方向不会偏移。 [0045] In order to limit the discharge cell protective sheet 2 is moved in the pad two strips 104 process, to prevent the battery discharge protection board 2 offset in the vertical direction, pushing the push-discharge battery protection board moving plate is formed with 10,322 1033 bar bent, the bent bar is located above the discharge cell protective sheet 2, which may be battery protection board abuts against the row 2, may be arranged need not abut, thereby pushing plate 1032 is pushed in the course of 1033, not displaced in the vertical direction.

[0046] 本实施例中,沿着垫板条104的延伸方向,电池保护板21的底板101朝上倾斜状,当然,作为其它实施例,也可以是朝下倾斜状布置,具体视实际需要而定,只要底板101呈倾斜状布置则可,这样,垫板条104等也是呈倾斜状布置,从而电池保护板排2在垫板条104上也是呈倾斜状移动,最后,从电池保护板排2上被切压下来的电池保护板21呈倾斜状,从而,利用夹取部件等直接夹取倾斜状布置的电池保护板21至电池处,电池保护板21与电池呈倾斜状,可以大大便于电池保护板M与电池之间的点焊操作,且焊接效果更好;并且,夹取部件的夹取电池保护板21后,不需要转动角度,直接则移动到电池处则可。 [0046] In this embodiment, the extending direction of the backing strip 104, battery protection plate 101 upward inclined plate 21, of course, as other embodiments, may be a downwardly inclined arrangement, depending on the actual needs may be, as long as a bottom plate 101 may be disposed inclined, so that, like plate 104 is also inclined strip-like arrangement, so that the battery discharge protection board 2 on the pad-like strip 104 is inclined movement, and finally, the battery protection board row 2 is 21 inclined shape cut pressure from the battery protection board, so that, using the gripping member or the like directly gripping battery protection plate inclined arrangement 21 to the battery, the battery protection plate 21 and the battery inclined shape, can be greatly facilitate the spot welding operation between the battery and the battery protection board M, and welded better; and, the gripping member gripping the battery protection board rear 21, the angle need not be rotated, directly to the mobile at the battery can.

[0047]当挡板1063与垫板条104之间则形成用于放置电池保护板排2板边侧22的通道时, 置于通道内的板边侧22则抵接在限位板1061上,也就是利用限位板1〇61对电池保护板排2 的板边侧22进行限位。 When [0047] When the strip between the baffle plate 1063 and the channel 104 for the battery-discharge protection board 2 side plate 22 is formed, disposed within the channel side plate 22 abuts the stopper plate 1061 , i.e. the use of the stopper plate 1〇61 battery protective plate 2 rows of side plate 22 of the stopper. 为了使得限位板1〇61的位置可以调节,本实施例中,限位板1〇61连接有限位板调节器,该限位板调节器连接在立板105上,其可以调节限位板1061左右移动,也就是相对或背离另一限位板1061移动,这样,对于不同宽度的电池保护板排2,通过调节限位板调节器,可以保证放置在通道内的电池保护板排2的板边侧22都可以抵接在限位板1061 上。 In order that the position of the stopper plate 1〇61 may be adjusted, for example, the stopper plate connected to a finite bit 1〇61 regulator plate of the present embodiment, the stopper plate regulator 105 is connected to the riser, which may be adjustable stop plate move around 1061, or is relatively moved away from the other stop plate 1061 so that the battery protective plate 2 rows of different widths, the stopper plate by adjusting the regulator, could be placed in the channel to ensure that the battery discharge protection board 2 side plate 22 can abut on the stopper plate 1061.

[0048] 垫板条104连接有垫板条调节器,垫板条104固定连接在垫板条调节器上,该垫板条调节器可以调节垫板条104的上下移动,从而对于不同厚度的电池保护板排2而言,通过调节垫板条104的上下位置,则都可以实现电池保护板排2放置在垫板条104上。 [0048] The backing strip 104 is connected to plate strips adjuster plate 104 fixedly connected to the bar strip adjuster plate, the adjuster plate strip can be adjusted up and down movement of the plate section 104, so that for different thicknesses battery discharge protection board 2, the plate by adjusting the vertical position of the bar 104, it can achieve discharge cell protective sheet 2 is placed on the pad 104 bar.

[0049] 当针对不同厚度或宽度的电池保护板排2,需要对限位板1061以及垫板条104进行位置调节时,此时,对应的切边模具102的位置也需要调节,以使其切压头1021可以对电池保护板排2的板边侧22进行切边。 [0049] When 2, the stopper plate 1061 and the need for backing bars 104 for position adjustment discharge cell protective sheet of different thickness or width, in which case, the position corresponding to the trimming mold 102 also needs to be adjusted so that it cutting head 1021 may discharge the battery protection board 2 side plate 22 trimming. 本实施例中,切边模具102连接有移动装置,通过移动装置的驱动,可以调节切边模具102的位置,以使其切压头1021位于准确的位置,对电池保护板排2的板边侧22进行切压。 In this embodiment, trimming tools 102 connected mobile device, the mobile device by the drive, the mold 102 can adjust the position of the cutting edge, so as to cut the head 1021 located at an accurate position, the battery discharge protection board edge 2 of plate 22 is side cut pressure.

[0050] 再参照图7所示,本实施例还提供了电池点焊设备,其包括上述的电池保护板分离结构1、进板结构3、移板结构7、进料结构5、点焊平台300以及点焊结构6;其中,进板结构3位于电池保护板分离结构1的上方,其用于将电池保护板排2移动至电池保护板分离结构1的两个垫板条104上,从而便于工人将电池保护板排2放置在电池保护板分离结构1的两个垫板条104上。 [0050] Referring again to FIG. 7, the present embodiment also provides a battery spot welding apparatus which includes the above battery protection board separation structure 1, into the plate structure 3, the mobile plate structure 7, the feed structure 5, spot welding platform 6 structure 300 and spot welding; wherein the plate structure 3 of the battery into the protective structure over a plate separator, which is used to discharge the battery protective plate 2 is moved to the separation structure on the cell protective sheet strip 104 two plate 1, so that workers will facilitate cell protective sheet 2 is placed on the discharge cell structure of the protective plate separator strip 104 two plate 1.

[0051] 移板结构7用于将电池保护板分离结构1中分离出来的电池保护板21移动至点焊平台300上,并将电池保护板21抵接在电池上;进料结构5用于将电池移动至点焊平台300 上,从而移板结构7可以将移动过来的电池保护板21抵接在电池上;点焊结构6用于将点焊平台300上抵接的电池及电池保护板21点焊在一起。 [0051] The shift plate structure 7 for moving the cell protective sheet separation structure in a separate battery protection plate 21 to the spot on the platform 300, and the battery protection plate 21 abuts on the battery; 5 for the feed structure the battery of the mobile platform 300 onto the spot to shift plate structure 7 can be moved over the battery protection plate 21 abuts on the battery; spot welding spot on the structure 6 for abutting platforms 300 of batteries and battery protection board 21 spot welded together.

[0052] 这样,上述提供的电池点焊设备,通过进板结构3,将电池保护板排2移动至电池保护板分离结构1的两个垫板条104上,进而,电池保护板排2被放置在电池保护板分离结构1 的两个垫板条104上,进行分离,分离出来的电池保护板21,由移板结构7移动在点焊平台300上,点焊平台300上放置有由进料结构5移动来的电池,从而电池保护板21与电池抵接, 由点焊结构6进行点焊,从而使得电池与电池保护板21点焊连接在一起。 [0052] Thus, the battery provided above spot welding equipment, through the inlet plate structure 3, the battery discharge protection board 2 is moved to the separation structure on the cell protective sheet strip 104 two plate 1, and further, the battery discharge protection plate 2 is cell protective sheet is placed on two separate structural bars plate 1041, the separation, the separated battery protection plate 21, by the mobile plate 7 is moved in the structure of the spot welding platform 300, placed on the spot from the feed platform 300 feeding structure 5 to move the battery so that the battery 21 and the battery protection board abuts, 6 spot-welded by the spot welding structure, so that the battery 21 and the battery protection board spot welding together.

[0053]电池点焊设备,其将从电池保护板排2中分离出来的电池保护板21与电池之间点焊,完全实现自动化操作,其点焊效率高,满足自动化生产的需要,且针对不同型号的电池及电池保护板21,不需要设置各种不同型号的夹具,其成本较低。 [0053] battery spot welding equipment, which discharge from the battery protection board spot between the two separated battery protection plate 21 and the battery, fully automated operation, which is highly efficient spot welding, to meet the needs of automated production, and for different types of batteries and battery protection plate 21, need not be provided various types of clamps, its low cost.

[0054] 具体地,电池点焊设备还包括基座100,基座100上设有立柱200;再参照图9所示, 进板结构3包括进板固定板301、进板移动板302、进板台305以及进板驱动装置303。 [0054] Specifically, the battery apparatus further comprises spot welding the base 100, the post 200 is provided on the base 100; Referring to FIG. 9, the intake plate structure 3 comprises a feed plate 301 fixed plate, the moving plate 302 into the plate, into the pallet feed plate 305 and drive means 303. 其中,进板固定板301位于电池保护板分离结构1的上方,其固定连接在立柱200上,进板驱动装置3〇3连接进板固定板3〇1的下方,其用于驱动进板移动板302左右移动,进板台305连接在进板移动板302下方,其位于电池保护板分离结构1的上方,且可以随进板移动板3〇2左右移动,并且,该进板台305上设有朝下倾斜布置的导板轨道3051,该导板轨道3051上放置电池保护板排2,当进板台305随进板移动板302左右移动,直至导板轨道3051上的电池保护板排2位于两个垫板条104的正上方时,电池保护板排2则被移动至电池保护板21的两个垫板条104 上。 Wherein the plate is fixed into the plate 301 of the battery protection board separation structure 1 above, which is fixedly connected to the post 200, the lower plate fixing plate 3〇3 ligated into 3〇1 feed plate driving means for driving the plate to move into moving left and right plates 302, into the plate below the moving plate 302, into which the top plate 305 of the connection structure of the battery protective plate separator 1, and can move with the left and right feed plate 3〇2 movable plate, and the plate feed units 305 is provided with downwardly inclined arrangement of the guide rail 3051, is placed on the guide rail 3051 of the battery protection board row 2, when the left and right into the pallet 305 with the feed plate movable plate 302 is moved, until the battery protection plate on the guide rail 3051 row 2 is located between two directly above a pad 104 of the strip, the two rows of battery protection board strip plate 1042 were moved to the battery protection board 21.

[0055]具体地,上述的进板驱动装置303包括电机以及由电机驱动作用移动的块体3〇4, 进板移动板302则连接在该块体304上,从而实现左右移动。 [0055] Specifically, the above-mentioned feed plate driving means includes a motor 303 and a block of a motor-driven moving member 3〇4 action, the movable plate into the plate 302 is connected to the block 304, in order to achieve move around.

[0056] 当然,作为其它实施例,进板驱动装置3〇3还可以是皮带驱动等等多种方式,此处不再赘述。 [0056] Of course, as another embodiment, the feed plate driving means 3〇3 the like may also be belt driven in various ways, not further described herein.

[0057] 再参照图11所示,本实施例中,移板结构7包括移板固定板701、移板驱动装置以及夹板头706,其中移板固定板701设有导轨703,该导轨703上设有由移板驱动装置驱动,沿导轨703移动的滑块705,夹板头706连接在该滑块705上,且位于电池保护板分离结构1的上方,且随滑块705移动至电池保护板分离结构1的上方后,可以将分离出来的电池保护板21 夹取,并移动至点焊平台300上。 [0057] Referring again to FIG. 11, in this embodiment, shift plate structure 7 comprises a shifting plate fixing plate 701, and a clamp driving means shifting the head plate 706, which plate 701 is provided with a fixed shift guide plate 703, the upper guide rail 703 the upper plate is provided by the shift drive means, the guide rail 703 moves along the slider 705, clamp head 706 is connected to the slider 705, and a separation structure of the battery protection board 1, and with the movement of the slider plate 705 to the battery protection after separation of the upper structure 1 can be separated out of the battery protection gripping plate 21, and moves to the platform 300 on the spot.

[0058] 具体地,移动驱动装置包括电机702以及丝杆,丝杆沿着导轨703方向延伸布置,且两端分别连接有轴承座704,电机702通过联轴器驱动丝杆转动;滑块705连接在导轨703以及丝杆上,从而,电机702转动,丝杆转动,滑块705则沿着丝杆移动,也就是沿着导轨703移动。 [0058] Specifically, the mobile drive means includes a motor 702 and a screw, screw 703 extends along the arrangement direction of the guide rail, and both ends are connected to the bearing housing 704, the motor 702 is rotated by coupling the drive screw; a slider 705 connected to the upper rail 703 and a screw, whereby rotation of the motor 702, the screw is rotated, the slider 705 moves along the screw, is moved along the guide rail 703.

[0059] 再参照图10所示,进料结构5位于点焊平台300的侧边,其包括侧边开口的进料槽501以及进料气缸502,其中,电池可以放置在进料槽501中,且进料槽501的开口朝向点焊平台3〇0,这样,由进料气缸502驱动进料槽501中的电池移动,直至电池放置在点焊平台300 上。 [0059] Referring again to FIG. 10, the feed structure 5 located at the side of the platform 300 of the spot welding, which comprises a side opening 501 of feed chute and a feed cylinder 502, wherein the battery may be placed into the chute 501 , and the feed chute 501 is open toward the platform 3〇0 spot, so that, by the air cylinder 502 drives the feed chute 501 into the battery in the mobile, the battery is placed on the spot until the platform 300.

[0060] 为了保持电池在点焊平台300上固定位置,在点焊平台300上设有压紧件505,其可以压在放置在点焊平台300上的电池。 [0060] In order to maintain the battery at a fixed position on the platform 300 the spot welding, the pressing member 505 is provided on the spot platform 300, which can be pressed against the platform 300 is placed on the spot of the battery. 当然,压紧件505可以是压紧气缸等等。 Of course, the pressing member 505 may be a pressing cylinder and the like.

[0061] 为了使得点焊平台300可以升降移动,本实施例中,点焊平台300下连接有上下驱动装置,其用于驱动点焊平台300上下升降移动。 [0061] In order to make the spot welding platform 300 which can be moved, in the present embodiment, the vertical drive means are connected to the internet 300 spot welding, spot welding for driving the lift platform 300 moves up and down.

[0062] 在点焊平台300的侧边还设有出料结构,其用于夹取点焊平台300上焊接为一体的电池以及电池保护板21。 [0062] In the side spot welding platform 300 is further provided with a discharge structure for gripping welded into one cell 21 and the battery protection board spot on platform 300.

[0063] 具体地,出料结构包括夹料头5〇3以及出料槽504,该夹料头503用出料气缸驱动移动,夹取点焊平台300上焊接好的电池及电池保护板21,并将焊接为一体的电池和电池保护板21夹至出料槽504中,运送至该电池点焊设备。 [0063] Specifically, the feed structure includes a gripping head 5〇3 and spout 504, the jaws 503 drives the head for moving the feed cylinder, the gripper 300 welded spot welding battery and battery protection board 21 platform and welding as one of a battery and battery protection plate 21 clamped to the spout 504, transported to the cell spot welding equipment.

[0064] 本实施例中,再参照图8所示,点焊结构6包括两个支撑座601、设于两支撑座601之间的支撑杆602以及点焊头603,该点焊头603连接在支撑杆602上,且用于对点焊平台300上相互抵接的电池及电池保护板21进行点焊。 [0064] In this embodiment, again referring to FIG. 8, 6 spot welded structure comprises two support base 601, disposed between the two support rods 601 support base 602, and the first spot 603, spot welding head 603 is connected on the support bar 602, and for each spot on platform 300 abuts batteries and battery protection plate 21 is spot-welded.

[0065]以上所述仅为本发明的较佳实施例而己,并不用以限制本发明,凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等,均应包含在本发明的保护范围之内。 [0065] The foregoing is only preferred embodiments of the present invention and have not to limit the present invention, any modifications within the spirit and principle of the present invention, equivalent substitutions and improvements should be included in the within the scope of the present invention.

Claims (8)

  1. 1. 电池保护板分离结构,其特征在于,用于分离电池保护板排中并行布置的电池保护板,电池保护板排的一侧连接有板边,形成板边侧,另一侧形成空置侧;所述电池保护板分离结构包括底板、两切边模具以及用于推动电池保护板排移动的推板装置,所述底板上设有两相间布置的立板,各所述立板上连接有用于支撑电池保护板排的垫板条,两所述垫板条同向延伸布置;所述切边模具设于所述垫板条的后端,其具有用于切压放置在垫板条上的电池保护板排板边侧的切压头,所述切压头置于所述垫板条上方;各所述立板上还设有可与该立板上的垫板条形成用于放置电池保护板排板边侧的通道且对板边侧限位或者可对电池保护板排空置侧限位的移动限位装置,所述移动限位装置包括限位板、挡板以及驱动挡板向上移动以使挡板与垫板条之间形成所述通道且 1. The battery protection board separation structure, wherein one side of the battery protection board for separating battery protection plate arranged in parallel rows, the battery protection board is connected to the discharge side plates forming side plates, the vacant side of the other side is formed ; the battery protection structure comprises a plate separator plate, trimming dies and two cell protective sheet for urging movement of the push plate discharge means is provided with said two phase plates disposed upright on the bottom plate, each of said vertical plate is connected Useful battery protection plate to the support plate discharging the strip, the two plate strips arranged extending in the same direction; the trimming tools provided on the rear end of said plate strip, which is cut by a press having a plate placed on the strip cutting head side of the plate of the battery discharge protection board, the cutting head disposed above said backing strip; each said upright plate is also provided with pad strip may be formed for placing the upright plate battery protection channel side plate and discharge plate of the stopper plate side or the mobile device may stop the discharge of the empty side of the battery protection board stopper, the movement limiting means comprises a stop plate, the baffle and a drive bezel the channel is formed is moved upward so that the shutter bar between the backing plate and 板用于限位电池板护板板边侧或驱动挡板向下移动以使挡板限位所述电池保护板排空置侧的挡板动力件,所述限位板及挡板驱动件连接于所述立板,所述限位板置于所述垫板条的外侧,所述挡板连接于所述挡板动力件,位于所述垫板条上方,且置于垫板条及限位板之间,所述限位板及挡板分别与所述垫板条同向延伸布置;所述推板装置置于所述垫板条的前端,所述推板装置包括连接所述底板上的推板动力件以及由所述推板动力件推动的推板,所述推板置于两垫板条之间, 所述推板上形成有弯折条,所述弯折条位于所述电池保护板排的上方。 Support plate for a stopper plate board panels or side shutter moves down to drive the shutter member discharge power limit of the vacant side of the battery protection baffle plate, said limiting plate member and the barrier driving connection to the vertical plate, the stopper plate disposed outside of the strip plate, the baffle member is connected to the power baffle, located above the strip plate, and the plate is placed and limit bars positioning plate between the limiting plate and the baffle plate are arranged with extending bars; means the push plate to the front plate of the strip, said pushing means comprising connecting the floor panel force on the push plate and the push plate member is pushed by the push plate driving member, the thrust plate is interposed between two plate bars, the push plate is formed with a bent strip, it is located in the bend of the strip said rows above the battery protection board.
  2. 2. 如权利要求1所述的电池保护板分离结构,其特征在于,沿所述电池保护板排于所述垫板条上的移动方向,所述底板倾斜布置。 2. The battery protection board separation structure according to claim 1, wherein the battery protection plate along the movement direction on the row of the strip plate, the bottom plate is disposed inclined.
  3. 3. 电池点焊设备,其特征在于,包括权利要求1或2所述的电池保护板分离结构、点焊平台、用于将电池保护板排置于两所述垫板条上的进板结构、用于将电池移动至所述点焊平台上的进料结构、用于将所述电池保护板分离结构中分离出来的电池保护板移动至所述点焊平台上与电池抵接的移板结构以及用于将点焊平台上的电池与电池保护板点焊连接的点焊结构。 3. Battery spot welding apparatus, wherein the battery protection board comprising a separation structure of claim 1 or claim 2, spot welding platform, the battery protection board for discharge disposed on the plate into two plate strips structure , for the battery to move the feed platform structure on the spot, for separating the battery protection board battery protection board separation structure is moved onto the platform with the battery spot shift abutment plate spot welded structure and a structure of the battery and the battery protection board spot on spot for internet connection.
  4. 4. 如权利要求3所述的电池点焊设备,其特征在于,所述电池点焊设备包括基座以及设于所述基座上的立柱,所述进板结构包括连接于所述立柱的进板固定板、进板驱动装置、由所述进板驱动装置驱动移动的进板移动板以及连接于所述进板移动板的进板台,所述进板驱动装置连接于所述进板固定板;所述进板台置于所述电池保护板的上方,其中设有用于放置电池保护板排且将所述电池保护板排移动至所述垫板条上的导板轨道。 4. The battery spot welding apparatus according to claim 3, wherein the spot welding apparatus comprising a base cell and disposed upright on said base, said inlet connected to said plate structure comprises a pillar plate is fixed into the plate into plate driving means driving the moving plate is moved into the plate from the plate feeding device and connected to said drive plate is moved into the pallet into the plate, the feed plate driving means connected to said inlet plate a fixing plate; station disposed above the feed plate of the battery protection board, wherein the guide rail is provided with a plate for placing the article and the cell protective sheet discharge the battery protection board moves to the discharge.
  5. 5. 如权利要求3所述的电池点焊设备,其特征在于,所述进料结构位于所述点焊平台的侧边,其包括侧边开口且用于放置电池的进料槽以及用于驱动进料槽中电池至点焊平台上的进料气缸,所述进料槽的侧边开口朝向所述点焊平台布置。 5. The battery spot welding apparatus according to claim 3, characterized in that the feed structure is located sides of the spot welding platform, and which comprises a side opening for placing a battery and a feed chute driving the feed tank to the feed cylinder battery spot on the platform, the feed chute opening side toward the spot arrangement internet.
  6. 6. 如权利要求3所述的电池点焊设备,其特征在于,所述移板结构包括移板固定板、移板驱动装置以及用于将电池保护板分离结构分离出来的电池保护板夹取至点焊平台上的夹板头,所述移板固定板上设有导轨,所述导轨设有由所述移板驱动装置驱动移动的滑块, 所述夹板头连接于所述滑块。 6. The battery spot welding apparatus according to claim 3, wherein said plate structure comprises a shifting plate fixing plate shifting, shifting plate driving means and the battery protection board for separating the battery protection board gripping separation structure spot welding head clamp to the platform, said mobile plate is provided with fixing plate guide rails, the guide plate is provided by the shifting movement of the slider driving means, said clamping plate is connected to the head slider.
  7. 7. 如权利要求3所述的电池点焊设备,其特征在于,所述点焊平台的侧边还设有出料结构,所述出料结构包括出料槽以及用于夹取点焊平台上点焊为一体的电池及电池保护板至出料槽中的夹料头。 7. The battery spot welding apparatus according to claim 3, wherein said side platform is further provided with spot welding the material structure, said structure comprising a discharge spout for gripping and internet spot spot as one of the batteries and the battery protection board gripping head to the chute.
  8. 8. 如权利要求3至7任一项所述的电池点焊设备,其特征在于,所述点焊结构包括两个支撑座、置于两所述支撑座之间的支撑杆以及连接于所述支撑杆上且用于点焊连接电池及电池保护板的点焊头,所述点焊头置于所述点焊平台的上方。 8. The battery spot welding apparatus 3-1 according to any of claim 7, wherein said spot welded structure includes two support base, disposed between the support rods and the support base is connected to the said two said upper support bar and spot welding head for spot-welded to the battery cell and the protective plate, the spot welding spot welding head disposed above said platform.
CN 201410475277 2014-09-17 2014-09-17 Battery protection board battery spot welding equipment and separation structure CN105479042B (en)

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Publication number Priority date Publication date Assignee Title
US4555459A (en) * 1984-01-18 1985-11-26 General Battery Corporation Battery grids
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CN203592185U (en) * 2013-09-12 2014-05-14 郑真勇 Automatic plate cutting device
CN203621909U (en) * 2013-09-12 2014-06-04 郑真勇 Automatic welding machine for lithium battery cores
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