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    • 10. 发明公开
    • SHOCK STRUT SERVICE MONITORING USING GAS PRESSURE AND TEMPERATURE SENSORS, COMBINED WITH PHYSICAL STRUT MEASUREMENT AND TAKING INTO ACCOUNT GAS ABSORPTION/DESORPTION IN A FLUID
    • 使用气体压力和温度传感器进行的震动监测服务监测,结合物理测量并考虑气体在流体中的吸收/解吸
    • EP3299792A2
    • 2018-03-28
    • EP17187627.9
    • 2017-08-24
    • Goodrich Corporation
    • LUCE, William E.FAZELI, Amir M.
    • G01M17/04
    • G01M17/04B64C25/60B64F5/60
    • A method for monitoring a shock strut may comprise measuring a first shock strut pressure, measuring a first shock strut temperature, measuring a second shock strut pressure, measuring a second shock strut temperature, measuring a shock strut stroke, and determining a servicing condition of the shock strut based upon the first shock strut pressure, the first shock strut temperature, the second shock strut pressure, the second shock strut temperature, and the shock strut stroke and taking into account at least one of an absorption of a gas with a fluid and desorption of the gas with the fluid.
      In various embodiments, the method may further comprises measuring a third shock strut pressure, measuring a third shock strut temperature, wherein the servicing condition is further based upon the third shock strut pressure and the third shock strut temperature.
    • 用于监测减震支柱的方法可包括测量第一减震支柱压力,测量第一减震支柱温度,测量第二减震支柱压力,测量第二减震支柱温度,测量减震支柱冲程,以及确定第一减震支柱的维修条件 基于所述第一减震支柱压力,所述第一减震支柱温度,所述第二减震支柱压力,所述第二减震支柱温度和所述减震支柱行程并且考虑到气体对流体的吸收和 用流体解吸气体。 在各种实施例中,该方法可进一步包括测量第三减震支柱压力,测量第三减震支柱温度,其中维修条件进一步基于第三减震支柱压力和第三减震支柱温度。