铁路编组站测量系统中光学传感器的测试

D. V. Efanov, G. Osadchy, V. Khoroshev
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引用次数: 4

摘要

本文介绍了在改进铁路运输控制原理方面的研究情况。考虑了在提供列车交通的系统中使用光学传感器代替传统的基于电流运行的轨道电路的可能性。介绍了传感器在轨道上的安装和紧固方法,以及传感器与系统连接的原理。给出了基于光学传感器的运动单元参数记录系统的框图。在作者的参与下,介绍了传感器在俄罗斯铁路公司十月铁路“舒沙里”编组站的实验研究结果。研究表明,光学传感器可以用于运输单元的定位,但提出了将传感器的功能从离散控制扩展到测量运输单元的一些关键参数的手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Testing of Optical Sensors in Measuring Systems on Railway Marshalling Yard
The paper describes the research in the field of improving the principles of control in railway transport. The possibilities of using optical sensors in the system of providing train traffic in place of traditional rail circuits operating on the basis of electric current are considered. The way of installation and fastening of sensors to railway rails is described, as well as the principle of linking them to the system. A block diagram of the system for recording the parameters of moving units based on optical sensors is given. The results of experimental investigations of sensors on the «Shushary» marshalling yard of the October Railway of Russian Railways are described with the participation of the authors. It is shown that optical sensors can be used for the positioning of conveyance units, but it is proposed to expand the sensor functions from discrete control to the means of measuring a number of crucial parameters of conveyance units.
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