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    • 2. 发明授权
    • Battery can and alkaline battery
    • 电池罐和碱性电池
    • US08546015B2
    • 2013-10-01
    • US13062715
    • 2009-09-18
    • Yukiyoshi MurakamiShigeyuki Kuniya
    • Yukiyoshi MurakamiShigeyuki Kuniya
    • H01M2/02H01M6/08
    • H01M10/28H01M2/0235H01M2/0257H01M2/0421H01M6/08
    • This invention provides a battery can allowing for a reduced amount of gas forming therein, thus realizing lower production cost. The cathode can 11 of an alkaline battery is cylindrically shaped and closed-bottomed, comprising an opening 15, a body 17 and a bottom 18, with the body 17 being divided into an opening sealing section 31 and an electrode mixture container section 33 which are arranged in order from the opening 15, with the plate thickness t0 set for the electrode mixture container section 33, which is not less than 80% of the plate thickness t1 of the opening sealing section 31, with the plate thickness t3 of the electrode mixture container section 33 gradually reducing in the region starting at the topmost point of the electrode mixture container section 33 and ending at the set plate thickness t0.
    • 本发明提供一种能够减少气体形成量的电池罐,从而实现较低的生产成本。 碱性电池的阴极罐11是圆柱形和底部底部,包括开口15,主体17和底部18,其中主体17被分成开口密封部分31和电极混合物容器部分33,它们是 从开口15顺序排列,对于不小于开口密封部31的板厚t1的80%的电极混合物容器部33设定的板厚度t0,电极混合物的板厚度t3 容器部分33在从电极混合物容器部分33的最高点开始并以设定的板厚t0结束的区域中逐渐减小。
    • 3. 发明申请
    • BATTERY CAN AND ALKALINE BATTERY
    • 电池和碱性电池
    • US20110165455A1
    • 2011-07-07
    • US13062715
    • 2009-09-18
    • Yukiyoshi MurakamiShigeyuki Kuniya
    • Yukiyoshi MurakamiShigeyuki Kuniya
    • H01M2/02H01M6/08
    • H01M10/28H01M2/0235H01M2/0257H01M2/0421H01M6/08
    • This invention provides a battery can allowing for a reduced amount of gas forming therein, thus realizing lower production cost. The cathode can 11 of an alkaline battery is cylindrically shaped and closed-bottomed, comprising an opening 15, a body 17 and a bottom 18, with the body 17 being divided into an opening sealing section 31 and an electrode mixture container section 33 which are arranged in order from the opening 15, with the plate thickness t0 set for the electrode mixture container section 33,which is not less than 80% of the plate thickness t1 of the opening sealing section 31, with the plate thickness t3 of the electrode mixture container section 33 gradually reducing in the region starting at the topmost point of the electrode mixture container section 33 and ending at the set plate thickness t0.
    • 本发明提供一种能够减少气体形成量的电池罐,从而实现较低的生产成本。 碱性电池的阴极罐11是圆柱形和底部底部,包括开口15,主体17和底部18,其中主体17被分成开口密封部分31和电极混合物容器部分33,它们是 从开口15顺序排列,对于不小于开口密封部31的板厚t1的80%的电极混合物容器部33设定的板厚度t0,电极混合物的板厚度t3 容器部分33在从电极混合物容器部分33的最高点开始并以设定的板厚t0结束的区域中逐渐减小。
    • 4. 发明授权
    • Battery terminal inspection apparatus, inspection method, and cylindrical dry battery
    • 电池端子检查装置,检查方法和圆柱形干电池
    • US08040109B2
    • 2011-10-18
    • US12223220
    • 2006-06-23
    • Shigeyuki KuniyaYuji TsuchidaTatsuya Yamazaki
    • Shigeyuki KuniyaYuji TsuchidaTatsuya Yamazaki
    • H02J7/00H02J7/14
    • H01M6/5083G01N21/57H01M2/30H01M6/08
    • Poor contact on a terminal face that is likely to especially occur with a dry battery with low electromotive force can be appropriately inspected and suppressed. Moreover, the inspection can be highly efficiently performed in a non-contacting state. Also, a cylindrical dry battery in which the poor contact on the terminal face is certainly suppressed is provided. An apparatus 50 that inspects an electric contact at an outer surface of a positive terminal 12 and a negative terminal 32 of a dry battery 10, includes: a light-emitting section 51 that makes a light incident on a part to be measured on a terminal face of the battery; a light-receiving section 52 that detects a reflection state of the light from the part to be measured, and a measurement processing section 55 that quantifies gloss level of the part to be measured based on detection with the light-receiving section 52, wherein evaluation data of the electric contact is obtained with measurement values of the gloss level.
    • 可以适当地检查和抑制在电动势低的干电池中可能特别发生的端子面上的接触不良。 此外,可以非接触状态高效地进行检查。 此外,提供了确定地抑制端子面上的接触不良的圆柱形干电池。 检查干电池10的正极端子12和负极端子32的外表面的电接点的装置50包括:发光部51,其使入射到待测部件上的光在端子 电池面; 检测来自被测量部的光的反射状态的光接收部52以及基于光接收部52的检测来量化被测量部的光泽度的测定处理部55, 使用光泽度的测量值获得电接触的数据。
    • 5. 发明申请
    • Battery Terminal Inspection Apparatus, Inspection Method, and Cylindrical Dry Battery
    • 电池端子检查装置,检查方法和圆柱形干电池
    • US20100103423A1
    • 2010-04-29
    • US12223220
    • 2006-01-23
    • Shigeyuki KuniyaYuji TsuchidaTatsuya Yamazaki
    • Shigeyuki KuniyaYuji TsuchidaTatsuya Yamazaki
    • G01J3/46G01N21/55
    • H01M6/5083G01N21/57H01M2/30H01M6/08
    • Poor contact on a terminal face that is likely to especially occur with a dry battery with low electromotive force can be appropriately inspected and suppressed. Moreover, the inspection can be highly efficiently performed in a non-contacting state. Also, a cylindrical dry battery in which the poor contact on the terminal face is certainly suppressed is provided. An apparatus 50 that inspects an electric contact at an outer surface of a positive terminal 12 and a negative terminal 32 of a dry battery 10, includes: a light-emitting section 51 that makes a light incident on a part to be measured on a terminal face of the battery; a light-receiving section 52 that detects a reflection state of the light from the part to be measured, and a measurement processing section 55 that quantifies gloss level of the part to be measured based on detection with the light-receiving section 52, wherein evaluation data of the electric contact is obtained with measurement values of the gloss level.
    • 可以适当地检查和抑制在电动势低的干电池中可能特别发生的端子面上的接触不良。 此外,可以非接触状态高效地进行检查。 此外,提供了确定地抑制端子面上的接触不良的圆柱形干电池。 检查干电池10的正极端子12和负极端子32的外表面的电接点的装置50包括:发光部51,其使入射到待测部件上的光在端子 电池面; 检测来自被测量部的光的反射状态的光接收部52以及基于光接收部52的检测来量化被测量部的光泽度的测定处理部55, 使用光泽度的测量值获得电接触的数据。