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DISPLACEMENT AND DEFORMATION MONITORING METHOD AND SYSTEM WITHOUT USING ANY STRAIN SENSOR, AND COMPONENTS THEREOF

机译:不使用任何应变传感器的位移和变形监测方法,系统及其组件

摘要

A monitoring method and system include an antenna disposed spaced from a structural member (SM), which itself can be the target object or attachable to a target object, without using any in-dwelling strain sensor. The antenna is arranged to not touch the SM in at least the no load condition. As the target object undergoes displacement and/or deformation, the SM undergoes displacement and/or deformation. The SM is juxtaposed, partially contained with, or fully contained within a magnetic or electromagnetic field and electromagnetically coupled to the emitting antenna. Characteristics of the electromagnetic field coupling between the antenna and the SM shift over time due to the displacement and/or deformation applied to the SM. The shift in the characteristics of the electromagnetic field coupling between the antenna and the SM over time can be used to determine the temporal change in deformation and/or displacement of the SM over time to enable diagnosis of the target structural object being monitored.
机译:一种监视方法和系统,包括与结构构件(SM)间隔开的天线,该结构构件本身可以是目标物体或可附接到目标物体,而无需使用任何室内应变传感器。天线被布置为至少在空载条件下不接触SM。随着目标对象发生位移和/或变形,SM发生位移和/或变形。 SM与磁场或电磁场并置,部分包含或完全包含在其中,并与发射天线电磁耦合。由于施加到SM上的位移和/或变形,天线和SM之间的电磁场耦合的特性随时间变化。天线和SM之间的电磁场耦合特性随时间的变化可用于确定SM随时间变化的变形和/或位移的时间变化,从而能够诊断被监视的目标结构物体。

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