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    • 1. 发明授权
    • Square type enclosed storage battery
    • 方形封闭式蓄电池
    • US6027831A
    • 2000-02-22
    • US997210
    • 1997-12-23
    • Hiroshi InoueKenji SatoMunehisa IkomaHiromi Kajiya
    • Hiroshi InoueKenji SatoMunehisa IkomaHiromi Kajiya
    • H01M2/06H01M2/26H01M2/30
    • H01M2/06H01M2/266H01M2/30
    • The invention relates to a square type enclosed storage battery of medium to large capacity, more particularly to a technology for realizing high volume capacity density or high output density, and is hence intended to present a square type enclosed storage battery of medium to large capacity of high reliability and small temperature rise, comprising a electrode plate group laminating plural layers of positive plates 8a and negative plates 8b through separators 8c, and a synthetic resin case 10 for accommodating the electrode plate group 8, in which a nickel-made terminal 2 has a pair of screws 2a as external output terminals of positive and negative electrodes, a pole portion 2b, a sealing groove 2c, and a current collector 2f, their central axes are designed to be nearly on a same line, plural current collectors 2f project from a flange 2d to the electrode plate group side, and the terminal 2 is fixed by a synthetic resin cover
    • 本发明涉及一种中等容量的方形封闭式蓄电池,更具体地涉及一种实现高容量密度或高输出密度的技术,因此旨在提出一种中等大容量的方形封闭蓄电池 具有高可靠性和小的温升,包括通过隔板8c层叠多层正极板8a和负极板8b的电极板组和用于容纳电极板组8的合成树脂壳体10,其中镍制端子2具有 作为正极和负极的外部输出端子的一对螺钉2a,极部2b,密封槽2c和集电体2f,其中心轴被设计为几乎位于同一条线上,多个集电器2f从 凸缘2d到电极板组侧,端子2由合成树脂盖固定
    • 3. 发明授权
    • Assembled batteries
    • 组装电池
    • US5985480A
    • 1999-11-16
    • US915466
    • 1997-08-20
    • Kenji SatoNobuyasu MorishitaHiroshi InoueMunehisa Ikoma
    • Kenji SatoNobuyasu MorishitaHiroshi InoueMunehisa Ikoma
    • H01M2/20H01M2/34H01R31/08
    • H01M2/206H01M2/344H01R31/085
    • In constructing assembled batteries by electrically connecting through a connecting bar the terminals of neighboring single cells by means of metallic parts of the terminals, by directly covering both sides of the connecting bar with the exception of the electrical connection with an insulating protecting layer of either natural rubber, synthetic rubber, or synthetic resin, and by directly or indirectly insulating and protecting the surface of the metallic parts for electrical connection, it was made possible to prevent corrosion of the connecting bar and the metallic parts for electrical connection, and to prevent capacity fluctuation due to heretofore observed leakage current of single cells composing electric vehicle batteries to be used under severe conditions for a long period and at a high operating voltage, thereby improving the reliability and dramatically reducing the maintenance load.
    • 在通过连接杆将相邻单电池的端子通过端子的金属部分电连接的情况下,通过直接覆盖连接杆的两侧而构成组合电池,除了与天然绝缘保护层的电连接 橡胶,合成橡胶或合成树脂,并且通过直接或间接地绝缘和保护用于电连接的金属部件的表面,可以防止连接杆和用于电连接的金属部件的腐蚀,并且防止容量 由于迄今观察到在长时间和高工作电压条件下使用的构成电动车辆电池的单电池的泄漏电流的波动,从而提高可靠性并显着降低维护负载。
    • 4. 发明授权
    • Sealed secondary cell
    • 密封二次电池
    • US5856041A
    • 1999-01-05
    • US734341
    • 1996-10-21
    • Hiroshi InoueShinji HamadaNoboru ItoMunehisa Ikoma
    • Hiroshi InoueShinji HamadaNoboru ItoMunehisa Ikoma
    • H01M2/06H01M2/08H01M2/20H01M2/22H01M2/30
    • H01M2/30H01M2/06H01M2/08H01M2/206
    • A sealed secondary cell maintaining enclosed property and battery performance for a long period in a wide range of environments of use including high temperature, high humidity, and vibration is presented. A terminal pole is composed of a current collector, a flange with a flat top surface, and a pole formed on the flange upper surface projecting at right angle, a rotation arresting portion of the terminal pole is formed by the flange and lower side of a lid, an annular packing is disposed between the flange upper surface and lid lower side so as to surround the pole, an annular pressing spring is pressed in from above the pole, the annular packing interposed between the flange upper surface and lid lower side is compressed in the vertical direction by the elastic force of the annular pressing spring, the annular pressing spring is stopped on the outer circumferential edge of the pole at a position for sealing and fixing the terminal pole in the lid, and thereby the battery jar is enclosed.
    • 提出了在包括高温,高湿度和振动在内的各种使用环境中长时间保持封闭性和电池性能的密封二次电池。 端子极由集电器,具有平坦顶面的凸缘和形成在凸缘上方的直角突出的极构成,端子极的旋转止动部分由凸缘和下侧形成 盖,在凸缘上表面和盖下侧之间设置环形密封圈以围绕极点,环形按压弹簧从杆的上方被压入,插入在凸缘上表面和盖下侧之间的环形密封件被压缩 通过环形按压弹簧的弹力在垂直方向上,环形按压弹簧在用于将端子极密封并固定在盖中的位置处停止在极的外周边缘上,从而封闭电池罐。