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    • 1. 发明申请
    • RUPTURE FEATURE FOR INFLATOR OF VEHICLE AIRBAG
    • 汽车安全气囊的破坏特征
    • US20110169252A1
    • 2011-07-14
    • US12687353
    • 2010-01-14
    • Anthony M. YoungAndrew J. YoungKurt L. Gamill
    • Anthony M. YoungAndrew J. YoungKurt L. Gamill
    • B60R21/26
    • B60R21/274B60R21/262Y10T137/1692Y10T137/1744
    • A rupture feature releases pressurized gas into a diffuser through an egress opening in an inflator wall responsive to a pressure impulse in the inflator. A sturdy rupture fragment is positioned opposite the egress opening. A thin rupture membrane continuously circumscribes and sealingly interconnects the rupture fragment to the inflator about the egress opening. Rupture membrane thickness is less than rupture fragment thickness or inflator wall thickness at the egress opening. The rupture membrane is upstanding from the inflator wall about the egress opening to a constant height. The rupture fragment and the rupture membrane are integrally-formed with each other and with the inflator wall at the egress opening. The pressure impulse impacts the rupture fragment, urges the rupture fragment away from the inflator, detaches the rupture fragment from the inflator by fully transversely fracturing the rupture membrane, and drives the rupture fragment into containment within the diffuser.
    • 破裂特征通过充气机壁中的出口开口将加压气体释放到扩散器中,以响应于充气机中的压力冲击。 坚固的破裂片段位于出口开口的对面。 薄的断裂膜连续地将破裂片段围绕出口开口密封地连接到充气机。 破裂膜厚度小于出口开口处的破裂碎片厚度或充气机壁厚度。 破裂膜从围绕出口开口的充气机壁竖立到恒定的高度。 破裂片和破裂膜彼此一体地形成,并且在出口处具有充气机壁。 压力冲击影响破裂片段,促使断裂碎片远离充气机,通过完全横向断裂破裂膜将破裂碎片从充气机上分离,并将破裂片段驱动到扩散器内的容纳物中。
    • 2. 发明授权
    • Rupture feature for inflator of vehicle airbag
    • 汽车安全气囊充气机的断裂特征
    • US08371611B2
    • 2013-02-12
    • US12687353
    • 2010-01-14
    • Anthony M. YoungAndrew J. YoungKurt L. Gamill
    • Anthony M. YoungAndrew J. YoungKurt L. Gamill
    • B60R21/274
    • B60R21/274B60R21/262Y10T137/1692Y10T137/1744
    • A rupture feature releases pressurized gas into a diffuser through an egress opening in an inflator wall responsive to a pressure impulse in the inflator. A sturdy rupture fragment is positioned opposite the egress opening. A thin rupture membrane continuously circumscribes and sealingly interconnects the rupture fragment to the inflator about the egress opening. Rupture membrane thickness is less than rupture fragment thickness or inflator wall thickness at the egress opening. The rupture membrane is upstanding from the inflator wall about the egress opening to a constant height. The rupture fragment and the rupture membrane are integrally-formed with each other and with the inflator wall at the egress opening. The pressure impulse impacts the rupture fragment, urges the rupture fragment away from the inflator, detaches the rupture fragment from the inflator by fully transversely fracturing the rupture membrane, and drives the rupture fragment into containment within the diffuser.
    • 破裂特征通过充气机壁中的出口开口将加压气体释放到扩散器中,以响应于充气机中的压力冲击。 坚固的破裂片段位于出口开口的对面。 薄的断裂膜连续地将破裂片段围绕出口开口密封地连接到充气机。 破裂膜厚度小于出口开口处的破裂碎片厚度或充气机壁厚度。 破裂膜从围绕出口开口的充气机壁竖立到恒定的高度。 破裂片和破裂膜彼此一体地形成,并且在出口处具有充气机壁。 压力冲击影响破裂片段,促使断裂碎片远离充气机,通过完全横向断裂破裂膜将破裂碎片从充气机上分离,并将破裂片段驱动到扩散器内的容纳物中。