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Design of a New Non-contact Torque Sensor for Rotating Stepped Shaft by Monitoring Magnetic Field

机译:新型监测磁场的步进轴非接触式扭矩传感器的设计

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In this paper,a new non-contact sensor is presented for detecting torque of a rotating stepped shaft which is frequently employed in power transmission system.This sensor doesn't require cutting or lengthening the rotating shaft.Torque value is obtained by using two magnetic sensors to sense magnetic field intensity of two permanent rubber magnets fixed at the outer surface of the shaft.The phase difference between these two induction signals is used to determine torque of the stepped shaft.A real-time algorithm based on LabVIEW is employed to obtain the measured torque value.The present work has demonstrated that non-contact torque measurement for rotating stepped shaft by monitoring magnetic field is feasible.It seems like that further development will result in low-cost torque sensor.It is hoped that this kind of sensor can lead to a new development direction of torque sensor for rotating shaft.
机译:本文提出了一种新型的非接触式传感器,用于检测动力传动系统中常用的旋转步进轴的扭矩,该传感器不需要切割或加长旋转轴,通过使用两个磁传感器获得扭矩值传感器感应固定在轴外表面的两个永久橡胶磁铁的磁场强度,这两个感应信号之间的相位差用于确定步进轴的转矩,并基于LabVIEW的实时算法获得目前的工作表明,通过监视磁场来测量步进轴的非接触扭矩是可行的,似乎进一步的发展将导致低成本的扭矩传感器,希望这种传感器可以引领旋转轴扭矩传感器的新发展方向。

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