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    • 1. 发明授权
    • End cap assembly and vent for high power cells
    • 端盖组合和通风口用于高功率电池
    • US07579105B2
    • 2009-08-25
    • US11062232
    • 2005-02-18
    • Robert A. YoppoloRichard E. DurkotDaniel AllenJames CerveraOleg Podoprigora
    • Robert A. YoppoloRichard E. DurkotDaniel AllenJames CerveraOleg Podoprigora
    • H01M2/12H01M2/08
    • H01M2/1241H01M2/022H01M2/0235H01M2/0421H01M6/04
    • And end cap assembly and venting system therein for closing and sealing the open end of a cell housing. The end cap assembly comprises a sealing disk underlying an end cap, and a metal support disk between the end cap and the sealing disk. The metal support disk has a plurality of primary vent apertures and a plurality of secondary vent apertures through its surface. The primary vent apertures are spaced apart along a path located at a greater distance from the central longitudinal axis of the metal support disk than the secondary vent apertures. The insulating sealing disk may have a thinned portion therein forming an rupturable membrane circumventing the central hub of the sealing disk. The insulating sealing disk may have protrusions emanating from its top surface to deflect the membrane during rupture. The venting system releases internal gases rapidly from the cell in the event of an abusive or short circuit discharge.
    • 以及其中的端盖组件和排气系统,用于封闭和密封电池壳体的开口端。 端盖组件包括位于端盖下方的密封盘和在端盖和密封盘之间的金属支撑盘。 金属支撑盘具有多个主通气孔和穿过其表面的多个次通气孔。 主通气孔沿着位于比金属支撑盘的中心纵向轴线更大距离的路径间隔开,而不是次级通气孔。 绝缘密封盘可以在其中形成一个变薄的部分,形成围绕密封盘的中心毂的可破裂膜。 绝缘密封盘可以具有从其顶表面发出的突起,以在破裂期间偏转膜。 排气系统在发生滥用或短路放电的情况下,从电池中迅速释放内部气体。
    • 4. 发明申请
    • END CAP SEAL FOR AN ELECTROCHEMICAL CELL
    • 电子电池端盖密封
    • US20110244279A1
    • 2011-10-06
    • US13159165
    • 2011-06-13
    • David L. AnglinRobert A. Yoppolo
    • David L. AnglinRobert A. Yoppolo
    • H01M2/08H01M2/12
    • H01M2/0235H01M2/0413H01M2/0421H01M2/08H01M2/1241H01M10/28
    • An end cap seal assembly for an electrochemical cell such as an alkaline cell is disclosed. The end cap assembly comprises a metal support disk and underlying insulating sealing disk and a metal end cap overlying the metal support disk. The edge of the end cap and metal support disk is captured by the crimped edge of the insulating sealing disk. The support disk has a downwardly extending wall with at least one aperture therethrough. The insulating disk is preferably composed of a polyetherurethane material and may have a slanted downwardly extending wall forming a rupturable membrane which underlies and abuts the inside surface of the downwardly extending wall of the support disk. A portion of the rupturable membrane underlies and abuts the aperture in the downwardly extending wall of the support disk. The rupturable membrane pushes through said aperture and ruptures when gas pressure within the cell exceeds a predetermined level.
    • 公开了用于诸如碱性电池的电化学电池的端盖密封组件。 端盖组件包括金属支撑盘和下面的绝缘密封盘和覆盖金属支撑盘的金属端盖。 端盖和金属支撑盘的边缘被绝缘密封盘的卷曲边缘捕获。 支撑盘具有向下延伸的壁,其中至少有一个孔穿过其中。 绝缘盘优选由聚醚聚氨酯材料组成,并且可以具有倾斜的向下延伸的壁,其形成可支撑膜的下部并邻接支撑盘的向下延伸的壁的内表面。 可破裂膜的一部分位于支撑盘的向下延伸的壁的下方并邻接。 可破裂膜推动通过所述孔并且当气囊内的气体压力超过预定水平时破裂。
    • 6. 发明申请
    • End cap seal assembly for an electrochemical cell
    • 用于电化学电池的端盖密封组件
    • US20080166626A1
    • 2008-07-10
    • US11650405
    • 2007-01-05
    • Robert A. Yoppolo
    • Robert A. Yoppolo
    • H01M2/12H01M2/02
    • H01M2/0413H01M2/0275H01M2/0285H01M2/1241H01M6/08
    • An end cap seal assembly for an electrochemical cell such as an alkaline cell is disclosed. The end cap assembly comprises a metal support disk and underlying insulating sealing disk and a metal end cap overlying the metal support disk. The edge of the end cap and metal support disk is captured by the crimped edge of the insulating sealing disk. The support disk has an upwardly extending wall with at least one aperture therethrough. The insulating disk also has a slanted upwardly extending wall forming a rupturable membrane which underlies and abuts the inside surface of the upwardly extending wall of the support disk. The rupturable membrane underlies and abuts the aperture in the upwardly extending wall of the metal support disk. When gas pressure within the cell exceeds a predetermined level the rupturable membrane pushes through said aperture and ruptures allowing gas to escape therefrom to the environment.
    • 公开了一种用于诸如碱性电池的电化学电池的端盖密封组件。 端盖组件包括金属支撑盘和下面的绝缘密封盘和覆盖金属支撑盘的金属端盖。 端盖和金属支撑盘的边缘被绝缘密封盘的卷曲边缘捕获。 支撑盘具有向上延伸的壁,其中至少有一个孔穿过其中。 绝缘盘还具有倾斜的向上延伸的壁,其形成可支撑膜,该膜可在支撑盘的向上延伸的壁的内表面的下方并邻接。 可破裂的膜位于金属支撑盘的向上延伸的壁的下方并邻接孔。 当细胞内的气体压力超过预定水平时,可破裂膜推动通过所述孔并破裂,允许气体从其中逸出到环境中。
    • 10. 发明授权
    • End cap assembly for an electrochemical cell
    • 用于电化学电池的端盖组件
    • US06887614B2
    • 2005-05-03
    • US09918072
    • 2001-07-30
    • Kevin DupreyJohn A. HessionRobert A. Yoppolo
    • Kevin DupreyJohn A. HessionRobert A. Yoppolo
    • H01M2/02H01M2/04H01M2/12H01M6/06H01M10/28
    • H01M10/28H01M2/0421H01M2/1241H01M2300/0014
    • An end cap seal assembly for an electrochemical cell such as an alkaline cell is disclosed. The end cap assembly comprises a convoluted metal support disk and underlying insulating sealing disk. The convoluted support disk has a downwardly extending wall with at least one aperture therethrough which preferably faces the ambient environment. The insulating disk has a slanted downwardly extending wall forming a rupturable membrane which underlies and abuts the inside surface of the downwardly extending wall of the support disk. The rupturable membrane is slanted downwardly at an acute angle with the cell's longitudinal axis. The rupturable membrane underlies and abuts the aperture in the downwardly extending wall of the end cap. When gas pressure within the cell exceeds a predetermined level the rupturable membrane pushes through said aperture and ruptures allowing gas to escape therefrom to the environment. A separate terminal plate can be stacked onto the metal support disk and welded thereto.
    • 公开了一种用于诸如碱性电池的电化学电池的端盖密封组件。 端盖组件包括一个回旋金属支撑盘和下面的绝缘密封盘。 卷曲的支撑盘具有向下延伸的壁,其具有穿过其中的至少一个孔,其优选地面向周围环境。 绝缘盘具有倾斜的向下延伸的壁,形成一个可破裂的膜,其在支撑盘的向下延伸壁的内表面的下方并邻接。 可破裂膜与电池的纵轴呈锐角向下倾斜。 可破裂的薄膜位于底座下方并抵靠在端盖的向下延伸的壁中的孔。 当细胞内的气体压力超过预定水平时,可破裂膜推动通过所述孔并破裂,允许气体从其中逸出到环境中。 单独的端子板可以堆叠在金属支撑盘上并焊接到金属支撑盘上。