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    • 1. 发明申请
    • Dab vibration damper
    • Dab振动阻尼器
    • US20060061068A1
    • 2006-03-23
    • US10945062
    • 2004-09-20
    • Krista NashAlan WardMark BunkerJeff MorleyMerle Ricks
    • Krista NashAlan WardMark BunkerJeff MorleyMerle Ricks
    • B60R21/16
    • B60R21/2037
    • A vibration damper gasket is provided for a vibration damper gasket mounting an airbag inflator within an airbag module such that the airbag inflator may serve as a vibration damper for the vehicle. The vibration damper gaskets include a mounting ring sized and designed to fit about the edge of an airbag inflator flange. The mounting ring generally includes upper and lower retention arms and an adapter groove positioned between the retention arms for receiving the edge of the airbag inflator flange. The mounting ring also has a compression column provided on an outside surface of the mounting ring to allow the gasket to be compression-mounted within a vehicle. The vibration damper gaskets of the invention additionally include at least one inflator ground extending along an inside surface of the mounting ring from at least an upper contact surface of the upper retention arm continuously across the adapter groove to a lower contact surface of the lower retention arm. This inflator ground serves to ground the airbag inflator and prevent unintentional initiation of the inflator which may be caused by built-up electrical charges.
    • 为安全气囊充气机安装在气囊模块内的振动阻尼器垫片提供了一种振动阻尼器垫片,使得气囊充气机可以用作车辆的减震器。 振动阻尼器垫圈包括一个安装环,其尺寸设计成适合安全气囊充气机凸缘的边缘。 安装环通常包括上和下保持臂和位于保持臂之间的适配器槽,用于容纳气囊充气机凸缘的边缘。 安装环还具有设置在安装环的外表面上的压缩柱,以允许垫圈被压缩安装在车辆内。 本发明的振动阻尼器垫片还包括至少一个充气机接地,其沿安装环的内表面从上保持臂的至少上接触表面延伸穿过适配器槽至下保持臂的下接触表面 。 该充气机地面用于对气囊充气机进行研磨,并防止可能由积聚的电荷引起的充气机的无意启动。
    • 9. 发明申请
    • Peak Expiratory Flow Rate Measurement Apparatus
    • 峰值呼气流速测量装置
    • US20130123655A1
    • 2013-05-16
    • US13668578
    • 2012-11-05
    • Jeff BakerMark BunkerPaul van der Pol
    • Jeff BakerMark BunkerPaul van der Pol
    • A61B5/087
    • A61B5/0871
    • Herein disclosed is a peak expiratory flow rate measuring apparatus (PFM) having at least one measurement channel and at least one bypass flow channel comprising at least one entrance, at least one exit, at least an inner wall and an outer wall, and wherein at least a portion of said at least one bypass flow channel has a variable cross-sectional area. Further disclosed is a PFM having at least one measurement channel comprising at least one first flow entrance, at least one bypass flow channel comprising at least one second flow entrance, and at least one guide wall, having an axially forward portion adjacent to said second flow entrance and an axially aft portion adjacent to said first flow entrance. Still further disclosed is a PFM comprising at least one measurement channel having at least one first flow entrance, at least one bypass flow channel having at least one second flow entrance, wherein at least a portion of said at least one bypass flow channel comprises a variable cross-sectional area, and at least one guide wall, comprising an axially forward portion adjacent to said second flow entrance and an axially aft portion adjacent to said first flow entrance.
    • 本文公开了一种具有至少一个测量通道和至少一个旁通流动通道的峰值呼气流量测量装置(PFM),其包括至少一个入口,至少一个出口,至少内壁和外壁,并且其中在 所述至少一个旁通流动通道的至少一部分具有可变的横截面积。 进一步公开的是具有至少一个测量通道的PFM,其包括至少一个第一流入口,至少一个旁通流动通道,其包括至少一个第二流入口,以及至少一个导向壁,其具有与所述第二流相邻的轴向前部 入口和与所述第一流入口相邻的轴向后部。 还公开了一种PFM,其包括具有至少一个第一流入口的至少一个测量通道,至少一个具有至少一个第二流入口的旁通流动通道,其中所述至少一个旁通流动通道的至少一部分包括可变的 横截面积和至少一个引导壁,包括与所述第二流入口相邻的轴向前部和与所述第一流入口相邻的轴向后部。