Research on Integrated Automatic Control System for Railway Station Receiving and Dispatching Line Confirmation

Xiaoyan Yang
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Abstract

To the misoperation of the electric locomotives being pulled into to no electricity unit (area), over-limited trains entering into non-specified track while the planned power failure of catenary contact electric lines of railway enterprise, this paper proposes a "Three-elements and double confirmation" processing and comparison method based on RF identification, screen mouse coordinates and high-definition imaging analysis of dynamic blackout operation area data comparison library, the entire data collection, it's analysis and logic judgment process does not interfere with the current running-related systems, also it avoids the complex procedures of obtaining existing system interface rights and it is an external independent early warning system . The use of the system effectively prevents the electric locomotive from entering the powerless area (network) and the accident of over-limited cargo loaded trains being discharged into the wrong track, hoping to provide some reference value to the railway field.
铁路车站收发线确认综合自动控制系统的研究
针对铁路企业接触网接触电力线计划停电时电力机车被拉入无电单元(区)的误操作、超限列车进入非规定轨道等情况,提出了一种基于射频识别、屏幕鼠标坐标和高清成像分析的动态停电运行区域数据对比库的“三要素双确认”处理对比方法。整个数据采集、分析和逻辑判断过程不干扰当前运行的相关系统,也避免了获取现有系统接口权限的复杂程序,是一个外部独立的预警系统。该系统的使用有效地防止了电力机车进入无动力区(网)和超载载货列车排入错轨事故的发生,希望对铁路领域提供一定的参考价值。
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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