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    • 3. 发明专利
    • 鉛蓄電池用極板群の製造方法
    • 制造电极板组件,其用于铅蓄电池的方法
    • JPWO2014109315A1
    • 2017-01-19
    • JP2014556416
    • 2014-01-07
    • 日立化成株式会社
    • 剛生 坂本剛生 坂本北森 茂孝茂孝 北森
    • H01M10/12H01M2/28
    • B22D25/04B22D23/02B22D27/04H01M2/28H01M4/16H01M10/12
    • ストラップの形成において、鉛塊を溶融させて溶湯を製造する工程に必要な時間を短縮することができる鉛蓄電池用極板群の製造方法を提供する。鉛蓄電池用極板群の製造方法を第1〜第3の工程により構成する。第1の工程では、鉛または鉛合金からなる未加熱の鉛塊を、加熱ステーション(6)にて鉛が溶融しない温度まで予備加熱する。第2の工程では、予備加熱した鉛塊(7)を、溶融部(8)にて鉛が溶融する温度まで加熱して溶湯9にする。第3の工程では、溶湯(9)を鋳型(10)に注入し、該鋳型(10)内の溶湯(9)に同極性極板の正極耳部(4)または負極耳部(5)を浸漬して、ストラップを形成する。そして、第2の工程の実行中に第1の工程を実行する。
    • 在条带的形成,提供一种制造电极组件,用于能够缩短用于通过熔化铅条制造熔融金属处理所需的时间的铅蓄电池的制造方法。 制造电极组件,用于构成第一至第三步骤的铅蓄电池的方法。 在第一步骤中,由铅或铅合金未加热铅条,导致在加热工位(6)预热到不熔融的温度。 在第二步骤中,预热(7),铅由熔融部的引线金条(8)是在熔融金属9被加热到的温度熔化。 在第三步骤中,将熔融金属(9)被注射到模具(10),相同的极性的电极板的正Gokumimi部分在模板熔体(9)(10)(4)或Fukyokumimi部分(5) 浸入,以形成条带。 然后,执行第二步骤的执行在第一步骤。
    • 8. 发明专利
    • Plate for lead storage battery
    • 铅储存电池板
    • JPS61114470A
    • 1986-06-02
    • JP23579984
    • 1984-11-08
    • Hitachi LtdShin Kobe Electric Mach Co Ltd
    • HIRONAKA KENSUKEHAYAKAWA TAKUMIKOMAKI AKIOUCHIDA TOSHIOAIZAWA TATSUSHI
    • H01M4/14H01M4/16H01M4/57H01M4/73
    • H01M4/16
    • PURPOSE:To integrate active material with a collecting body to prevent the falling off of the active material and to improve the contacting of the active material and the collecting body by processing lead power to a granular state and a grain state, and craming it into a casting mold, and directly casting it with lead and lead alloy. CONSTITUTION:Lead powder 3 is processed to granules or grains 4 in grains diameter of 0.5-1.0mm by means of a press system, an oscillating system or an extruding system, and they are cramed into a casting mold 5 having the same size as a plate. And thereafter, the mold 5 is heated, and molten lead or lead alloy 6 is poured into the mold. And the molten lead or the lead alloy 6 flows between the granules or the grains 4 to solidify, and it can have an element as a collecting body 2 equivalent to lattice at the same time the fixture of the granules or the grains 4. And thereafter, the granules or the grains 4 are obtained as active material by taking out it from the mold 5 and making it formation. As a result, it is possible to prevent a short-circuit due to the falling off of the active material and the deterioration of capacity.
    • 目的:将活性物质与收集体结合,以防止活性物质脱落,并通过将引线功率加工成颗粒状态和颗粒状态来改善活性物质与收集体的接触,并将其熔化成 铸造模具,并直接用铅和铅合金铸造。 构成:通过压力系统,振荡系统或挤出系统将铅粉末3加工成粒径为0.5-1.0mm的颗粒或颗粒4,并将其粉碎成具有相同尺寸的铸模5 盘子。 然后,加热模具5,将熔融的铅或铅合金6倒入模具中。 并且熔融铅或铅合金6在颗粒或颗粒4之间流动以固化,并且其可以具有与颗粒或颗粒4的固定同时相当于晶格的收集体2的元素。此后 通过从模具5中取出颗粒或颗粒4作为活性材料,形成颗粒或颗粒4。 结果,可以防止由于活性物质的脱落引起的短路和容量的劣化。
    • 9. 发明专利
    • Cathode plate of clad type storage battery and its producing method
    • 封闭式蓄电池阴极板及其制作方法
    • JPS6182668A
    • 1986-04-26
    • JP20435284
    • 1984-09-28
    • Yuasa Battery Co Ltd
    • HAYASHI YUJI
    • H01M4/14H01M4/16
    • H01M4/16
    • PURPOSE:To lengthen a life of a storage battery, and make it easy to mechanize the producing process, by retreating a core bar from the end surface of a solidified active material. CONSTITUTION:After a tube 1 is filled up with an active material 3, this material 3 is solidified by soaking it in sulfuric acid, then a part of this solidified active material is powdered close to the lower end 2' of a core bar 2, by a machine tool such as a drill, and taken off, after that, resin 4 is projected and molded in the hollow part so as to fill the bottom of the tube 1. As the material 3 is solidified, it does not occur that said resin 4 presses the tube 1 from the inside according to the projecting/molding, and breaks the tube 1. Because the processing is performed so as that the distance from the lower end 2' of the core bar 2 to the end 3' of the processed solidified active material 3 is enough as the end 2' does not pierce through the end 3' even if the core bar 2 is lengthened during the long use, the tube 1 is not broken by the extension of the core bar 2, and this storage battery can stand long use.
    • 目的:延长蓄电池的使用寿命,并且通过从固化的活性材料的端面退回芯棒,使其易于机械化生产过程。 构成:在管1充满活性物质3之后,通过将其浸渍在硫酸中使其固化,然后将该固化的活性物质的一部分粉碎成靠近芯棒2的下端2' 通过钻机等机床进行脱模,然后将树脂4投入并模制在中空部中,以填充管1的底部。由于材料3凝固,不会发生所述的 树脂4根据突出/模制从内部按压管1,并且断开管1.因为进行处理,使得从芯棒2的下端2'到端部3'的距离 加工后的固化活性物质3就足够了,因为尽管在长时间使用时芯棒2被延长,端部2'不刺穿端部3',但是管芯1不会因芯棒2的延伸而断裂,这样 蓄电池可以长期使用。