无轨电车分线器智能换向系统研究

Research on Intelligent Reversing System of Trolley Bus Splitter

我国大力提倡和发展无污染公共交通工具,无轨公交电车的数量也逐年增加,但无轨公交电车在充电线换向方面大多还处于原始的手工操作方式,其工作效率问题直接影响交通运输的效率。本文从无轨公交电车分线器换向变轨方式和变轨需求的分析与控制入手,利用无轨电车的动态信息等方面进行探索与研究,实现无线控制智能换向与变轨功能。

China has vigorously advocated and developed non-pollution public transport. The number of non-rail trams has also increased year by year. However,most of the trolley trams are still in the original manual operation mode in terms of reversing charging lines. The efficiency of their work directly affects the transportation effectiveness. This article starts with the analysis and control of track change of trackless trams＇ splitters and the demand for track changes. It explores the dynamic information of trolleybuses,and realizes the functions of wireless control and intelligent reversing and track changes.