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    • 3. 发明申请
    • Sealed prismatic battery
    • 密封棱柱电池
    • US20060073382A1
    • 2006-04-06
    • US11237764
    • 2005-09-29
    • Kazuaki UranoOsamu WatanabeYoshiki Somatomo
    • Kazuaki UranoOsamu WatanabeYoshiki Somatomo
    • H01M2/26H01M2/02H01M2/08
    • H01M2/0473H01M2/0404H01M2/20H01M10/0431H01M10/0525
    • A lid 3 that closes the upper surface of the opening of a closed-bottom prismatic tubular battery can 1, an electrode body 2 accommodated in the battery can 1, a negative terminal 12 penetratively fastened to the lid 3, an insulating plate 11 placed on the lower surface side of the lid 3, a lead plate 17 placed on the lower surface side of the insulating plate 11, and a negative electrode current collector lead 7 led upwardly of the electrode body 2 are included. The upper end portion of the current collector lead 7 is welded to the lower surface of the lead plate 17 and bent in a position located rather closer to the front wall of the battery can 1. The insulating plate 11 has a lid side insulating portion 22 held between the lid 3 and the lead plate 17 and a front sidewall 25 that extends downwardly from the-front end side of the lid side insulating portion 22. In a free state before the battery is assembled, the lid side insulating portion 22 and the sidewall 25 of the insulating plate 11 extend roughly straightly.
    • 闭合封闭式棱柱形管状电池罐1的开口的上表面的盖3,容纳在电池罐1中的电极体2,穿透地紧固到盖3的负极端子12,放置在 盖3的下表面侧,设置在绝缘板11的下表面侧的引线板17和从电极体2向上引出的负极集电体引线7。 集电引线7的上端部被焊接到引线板17的下表面,并弯曲到更靠近电池壳1的前壁的位置。绝缘板11具有盖侧绝缘部分22 保持在盖3和引线板17之间的前侧壁25以及从盖侧绝缘部22的前端侧向下延伸的前侧壁25.在电池组装前的自由状态下,盖侧绝缘部22和 绝缘板11的侧壁25大致直线地延伸。
    • 4. 发明授权
    • Square secondary battery
    • 方形二次电池
    • US09543559B2
    • 2017-01-10
    • US14419335
    • 2012-08-28
    • Kazuaki UranoYoshikazu NoiriMasafumi Shiwa
    • Kazuaki UranoYoshikazu NoiriMasafumi Shiwa
    • H01M2/08H01M2/12H01M2/36H01M2/02
    • H01M2/1264H01M2/0217H01M2/365H01M2220/20
    • A square secondary battery suppresses welding failure from occurring by temporarily retaining and securing a sealing cover and enabling detection by a leakage test even when welding failure occurs. The square secondary battery has a case surface portion with an injection opening for injecting an electrolyte, a sealing cover disposed at a position opposite to the case surface portion and sealing the injection opening and having an outer edge welded to the case surface portion to seal the injection opening, and a pressure sensitive adhesive member interposed between the sealing cover and the case surface portion for securing the sealing cover to the case surface portion. A gas passage is provided between the case surface portion and the sealing cover for communicating a gap formed at a position outer to the pressure sensitive adhesive member with respect to a battery case and the injection opening in a ventilation manner.
    • 方形二次电池通过临时保持和固定密封盖而发生焊接故障,并且即使在发生焊接故障时也能通过泄漏测试进行检测。 方形二次电池具有壳体表面部分,其具有用于注入电解质的注射开口,设置在与壳体表面部分相对的位置处的密封盖,并且密封注射开口并且具有焊接到壳体表面部分的外部边缘以密封 注射开口和插入在密封盖和壳体表面部分之间的压敏粘合剂构件,用于将密封盖固定到壳体表面部分。 气体通道设置在壳体表面部分和密封盖之间,用于使形成在压敏粘合剂部件外部的间隙相对于电池壳体和喷射口以通风方式进行连通。
    • 6. 发明申请
    • SQUARE BATTERY AND MANUFACTURING METHOD OF THE SAME
    • 方形电池及其制造方法
    • US20120315525A1
    • 2012-12-13
    • US13578310
    • 2010-03-10
    • Kazuaki UranoFujio Hirano
    • Kazuaki UranoFujio Hirano
    • H01M4/00H01M6/00
    • H01M2/263Y10T29/49112
    • A positive electrode sheet and a negative electrode sheet are laminated and wound around a shaft core 126 while being insulated by a separator. Spreading operation plates 90P and 90N are fitted to both ends of the shaft core 126 in a winding axis direction, and operation protrusions 91A to 92B of the spreading operation plates 90P and 90N protrude from both flat end surfaces of a wound body 120. The spreading operation plates 90P and 90N are spread, so that laminate parts of a positive electrode connection part 122A and a negative electrode connection part 124A are pushed and extended outward on the flat end surfaces of the wound body 120, and V-shaped openings 120V continuous with the innermost peripheries of the wound body 120 are formed. The laminate parts are welded to positive and negative electrode current collectors 115 and 116.
    • 将正极片和负极片层叠并卷绕在轴芯126上,同时被隔板绝缘。 扩展操作板90P和90N沿着卷绕轴线方向安装在轴芯126的两端,扩展操作板90P和90N的操作突起91A至92B从卷绕体120的两个平坦端面突出。 操作板90P和90N被扩展,使得正极连接部分122A和负极连接部分124A的层叠部分在卷绕体120的平坦端面上被向外延伸,并且V形开口120V与 形成卷绕体120的最内周。 将层压部件焊接到正极集电体115和负极集电体116上。
    • 8. 发明授权
    • Square battery and manufacturing method of the same
    • 方形电池和制造方法相同
    • US08530068B2
    • 2013-09-10
    • US13578310
    • 2010-03-10
    • Kazuaki UranoFujio Hirano
    • Kazuaki UranoFujio Hirano
    • H01M4/00
    • H01M2/263Y10T29/49112
    • A positive electrode sheet and a negative electrode sheet are laminated and wound around a shaft core 126 while being insulated by a separator. Spreading operation plates 90P and 90N are fitted to both ends of the shaft core 126 in a winding axis direction, and operation protrusions 91A to 92B of the spreading operation plates 90P and 90N protrude from both flat end surfaces of a wound body 120. The spreading operation plates 90P and 90N are spread, so that laminate parts of a positive electrode connection part 122A and a negative electrode connection part 124A are pushed and extended outward on the flat end surfaces of the wound body 120, and V-shaped openings 120V continuous with the innermost peripheries of the wound body 120 are formed. The laminate parts are welded to positive and negative electrode current collectors 115 and 116.
    • 将正极片和负极片层叠并卷绕在轴芯126上,同时被隔板绝缘。 扩展操作板90P和90N沿着卷绕轴线方向安装在轴芯126的两端,扩展操作板90P和90N的操作突起91A至92B从卷绕体120的两个平坦端面突出。 操作板90P和90N被扩展,使得正极连接部分122A和负极连接部分124A的层叠部分在卷绕体120的平坦端面上被向外延伸,并且V形开口120V与 形成卷绕体120的最内周。 将层压部件焊接到正极集电体115和负极集电体116上。
    • 9. 发明申请
    • SQUARE SECONDARY BATTERY
    • 方形二次电池
    • US20150194651A1
    • 2015-07-09
    • US14419335
    • 2012-08-28
    • Kazuaki UranoYoshikazu NoiriMasafumi Shiwa
    • Kazuaki UranoYoshikazu NoiriMasafumi Shiwa
    • H01M2/12
    • H01M2/1264H01M2/0217H01M2/365H01M2220/20
    • A square secondary battery suppresses welding failure from occurring by temporarily retaining and securing a sealing cover and enabling detection by a leakage test even when welding failure occurs. The square secondary battery has a case surface portion with an injection opening for injecting an electrolyte, a sealing cover disposed at a position opposite to the case surface portion and sealing the injection opening and having an outer edge welded to the case surface portion to seal the injection opening, and a pressure sensitive adhesive member interposed between the sealing cover and the case surface portion for securing the sealing cover to the case surface portion. A gas passage is provided between the case surface portion and the sealing cover for communicating a gap formed at a position outer to the pressure sensitive adhesive member with respect to a battery case and the injection opening in a ventilation manner.
    • 方形二次电池通过临时保持和固定密封盖而发生焊接故障,并且即使在发生焊接故障时也能通过泄漏测试进行检测。 方形二次电池具有壳体表面部分,其具有用于注入电解质的注射开口,设置在与壳体表面部分相对的位置处的密封盖,并且密封注射开口并且具有焊接到壳体表面部分的外部边缘以密封 注射开口和插入在密封盖和壳体表面部分之间的压敏粘合剂构件,用于将密封盖固定到壳体表面部分。 气体通道设置在壳体表面部分和密封盖之间,用于使形成在压敏粘合剂部件外部的间隙相对于电池壳体和喷射口以通风方式进行连通。
    • 10. 发明授权
    • Sealed prismatic battery
    • 密封棱柱电池
    • US07666547B2
    • 2010-02-23
    • US11237764
    • 2005-09-29
    • Kazuaki UranoOsamu WatanabeYoshiki Somatomo
    • Kazuaki UranoOsamu WatanabeYoshiki Somatomo
    • H01M2/26
    • H01M2/0473H01M2/0404H01M2/20H01M10/0431H01M10/0525
    • A lid 3 that closes the upper surface of the opening of a closed-bottom prismatic tubular battery can 1, an electrode body 2 accommodated in the battery can 1, a negative terminal 12 penetratively fastened to the lid 3, an insulating plate 11 placed on the lower surface side of the lid 3, a lead plate 17 placed on the lower surface side of the insulating plate 11, and a negative electrode current collector lead 7 led upwardly of the electrode body 2 are included. The upper end portion of the current collector lead 7 is welded to the lower surface of the lead plate 17 and bent in a position located rather closer to the front wall of the battery can 1. The insulating plate 11 has a lid side insulating portion 22 held between the lid 3 and the lead plate 17 and a front sidewall 25 that extends downwardly from the front end side of the lid side insulating portion 22. In a free state before the battery is assembled, the lid side insulating portion 22 and the sidewall 25 of the insulating plate 11 extend roughly straightly.
    • 闭合封闭式棱柱形管状电池罐1的开口的上表面的盖3,容纳在电池罐1中的电极体2,穿透地紧固到盖3的负极端子12,放置在 盖3的下表面侧,设置在绝缘板11的下表面侧的引线板17和从电极体2向上引出的负极集电体引线7。 集电引线7的上端部被焊接到引线板17的下表面,并弯曲到更靠近电池壳1的前壁的位置。绝缘板11具有盖侧绝缘部分22 保持在盖3和引线板17之间的前侧壁25以及从盖侧绝缘部22的前端侧向下延伸的前侧壁25.在电池组装前的自由状态下,盖侧绝缘部22和侧壁 25绝缘板11大致直线延伸。