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    • 1. 发明授权
    • Bumper retention system
    • 保险杠保持系统
    • US08827352B2
    • 2014-09-09
    • US13408048
    • 2012-02-29
    • Chen-Shih WangHamid G. KiaJohn N. OwensElisabeth J. BergerVenkat Aitharaju
    • Chen-Shih WangHamid G. KiaJohn N. OwensElisabeth J. BergerVenkat Aitharaju
    • B60R19/26
    • B60R19/34
    • A system for controlling displacement of a vulnerable component in connection with an impact event at the system. The system includes a frame structure, the vulnerable component, and a composite crush member (a) connected to the frame structure and the vulnerable component, forming a first close connection between the composite crush member and the vulnerable component and a second close connection between the composite crush member and the frame structure, (b) comprises primarily a polymer composite and is configured, and (c) is arranged in the system to fail in a predetermined manner in response to the impact event. The system also includes a retention feature configured and connected, directly or indirectly, to the vulnerable component and to the frame structure to, in operation of the system, maintain at least one of the first close connection and the second close connection during and following the composite crush member the impact event.
    • 一个系统,用于控制与该系统的冲击事件相关的易损件的位移。 该系统包括框架结构,脆弱部件和连接到框架结构和易损部件的复合挤压构件(a),在复合挤压构件和易损件之间形成第一紧密连接,以及第二紧密连接 复合挤压构件和框架结构,(b)主要包括聚合物复合材料并且被构造,并且(c)被布置在系统中以响应于冲击事件以预定方式失效。 该系统还包括保持特征,该保持特征被直接或间接地配置和间接地连接到脆弱部件和框架结构,以在系统的操作过程中保持第一紧密连接和第二紧密连接中的至少一个, 复合挤压构件的冲击事件。
    • 2. 发明申请
    • BUMPER RETENTION SYSTEM
    • 保险杠保持系统
    • US20130221692A1
    • 2013-08-29
    • US13408048
    • 2012-02-29
    • Chen-Shih WangHamid G. KiaJohn N. OwensElisabeth J. BergerVenkat Aitharaju
    • Chen-Shih WangHamid G. KiaJohn N. OwensElisabeth J. BergerVenkat Aitharaju
    • B60R19/26
    • B60R19/34
    • A system for controlling displacement of a vulnerable component in connection with an impact event at the system. The system includes a frame structure, the vulnerable component, and a composite crush member (a) connected to the frame structure and the vulnerable component, forming a first close connection between the composite crush member and the vulnerable component and a second close connection between the composite crush member and the frame structure, (b) comprises primarily a polymer composite and is configured, and (c) is arranged in the system to fail in a predetermined manner in response to the impact event. The system also includes a retention feature configured and connected, directly or indirectly, to the vulnerable component and to the frame structure to, in operation of the system, maintain at least one of the first close connection and the second close connection during and following the composite crush member the impact event.
    • 一个系统,用于控制与该系统的冲击事件相关的易损件的位移。 该系统包括框架结构,脆弱部件和连接到框架结构和易损部件的复合挤压构件(a),在复合挤压构件和易损件之间形成第一紧密连接,以及第二紧密连接 复合挤压构件和框架结构,(b)主要包括聚合物复合材料并且被构造,并且(c)被布置在系统中以响应于冲击事件以预定方式失效。 该系统还包括保持特征,该保持特征被直接或间接地配置和间接地连接到脆弱部件和框架结构,以在系统的操作过程中保持第一紧密连接和第二紧密连接中的至少一个 复合挤压构件的冲击事件。