High-lift-off of rail displacement sensor using triangle spiral coil

Daiki Mori, Y. Bu, T. Mizuno, Takafumi Asahi, S. Enoki
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Abstract

Eddy-current rail displacement sensors are used for confirming rail displacement. However, collision with gravel and snow due to the short distance between rail head surface and sensor causes failures or malfunctions. Therefore, it is necessary to increase the distance from the rail head surface to the eddy-current rail displacement sensor. In this paper, the use of triangle spiral coils make rail displacement detection possible from the rail head surface, which is twice that of the conventional eddy-current rail displacement sensor up to a distance to the sensor.
高离轨位移传感器采用三角形螺旋线圈
采用涡流轨道位移传感器对轨道位移进行确认。然而,由于轨头表面与传感器之间的距离较短,与砾石和雪的碰撞会导致故障或故障。因此,有必要增加从轨头表面到涡流轨位移传感器的距离。在本文中,使用三角螺旋线圈使得轨道位移检测成为可能,在距离传感器一段距离内,轨道位移检测是传统涡流轨道位移传感器的两倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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