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Research and Design of Railway Clearance Measurement System Based on Non-Contact Sensors

机译:基于非接触式传感器的铁路间隙测量系统的研究与设计

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The measurement of railway clearance is the important guarantee way to the safety and the high-speed operation. A new scheme of non-contact clearance measurement method is proposed based on laser sensor in this paper. A high speed data acquisition card is designed based on FPGA, completing the laser data acquisition and clock synchronization. And an algorithm of vibration compensation is designed based on the displacement sensors for measure the error of car body vibration. The system is proved that it can complete the vibration compensation and judge the out-of-gauge point real-time under the speed of 160km/h through experiment.
机译:铁路净距的测量是确保安全和高速运行的重要保证途径。提出了一种基于激光传感器的非接触间隙测量方法的新方案。基于FPGA设计了高速数据采集卡,完成了激光数据采集和时钟同步。并基于位移传感器设计了一种振动补偿算法,用于测量车身振动误差。通过实验证明,该系统可以完成振动补偿,并能以160km / h的速度实时判断失超点。

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