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    • 2. 发明授权
    • Elastomeric instrument clamp
    • 弹性仪表夹
    • US4270717A
    • 1981-06-02
    • US67275
    • 1979-08-17
    • Neil R. Upham
    • Neil R. Upham
    • G01D11/30G12B9/00
    • G01D11/305
    • An instrument clamp or holder particularly suitable for mounting aircraft instruments within an instrument panel. The clamp is of an annular, rectangular configuration defining an opening into which the instrument is received. Elongated elastomeric elements located adjacent each clamp corner are associated with an individual threaded compression member adapted to compress and expand the elastomer and force the same against the instrument casing to frictionally support the casing within the clamp, and simultaneously resiliently mount the instrument.
    • 仪器夹具或支架,特别适用于将飞机仪器安装在仪表板内。 夹具是限定开口的环形矩形构造,仪器被接收到该开口中。 位于每个夹角附近的细长的弹性体元件与适于压缩和膨胀弹性体的单独的螺纹压缩构件相关联,并将其推压到仪器壳体上以摩擦地支撑夹具内的壳体,并同时弹性地安装仪器。
    • 3. 发明授权
    • Environmental check valve
    • 环保止回阀
    • US4209037A
    • 1980-06-24
    • US854525
    • 1977-11-25
    • Neil R. Upham
    • Neil R. Upham
    • F16K15/03
    • F16K15/035Y10T137/7838Y10T137/7898
    • A check valve with a mounting ring body defining an orifice and having valving means comprising two pivotal valve members mounted on one face thereof. Each valve member is configured to comprise a segment of a cone which is movable between a closed and an open position over the orifice by the flow of fluid. The strength of the valve members and the flow of fluid therethrough when the valve members are in their open position is maximized by providing the concave inner surface of each valve member with an ellipsoidal segment form. The mounting ring body is also provided with stops against which the valve members abut in their open position for reducing fluttering thereof during fluctuating flow rates and resulting surges in fluid pressure.
    • 止回阀,其具有限定孔口的安装环体,并具有包括安装在其一个面上的两个枢转阀构件的阀装置。 每个阀构件构造成包括锥体的段,其可以通过流体流动在孔之间的闭合位置和打开位置之间移动。 当阀构件处于其打开位置时,阀构件的强度和流体的流动通过提供每个阀构件的凹形内表面具有椭圆形段来最大化。 安装环主体还设置有止动件,阀构件在其处于打开位置抵靠在其上,以在波动的流速和所产生的流体压力波动期间减少其振动。