A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rail heating system of mountain tourist wheel tooth rail train, rail traffic system and method
The invention relates to a rail heating system of a mountain tourist wheel tooth rail train, a rail traffic system and a method. The rail heating system comprises a rail heating device for heating a rail; a rail heating detection device which is used for detecting the idling and slipping conditions of the train, the track temperature and the position of the train; a transmission system which is used for transmitting detection information of the rail heating detection device to the control system; and a control system which is responsible for comprehensively analyzing the detection information transmitted by the transmission system, determining the rail section needing to be heated, and sending a heating or heating stopping instruction to the rail heating device connected with the rail section needing to be heated. According to the method, the frozen rail is determined by comprehensively analyzing and calculating the external environment temperature and the running position and state of the train, then the rail is heated, thin ice condensed by water vapor can be melted, the problem that the water vapor on the rail of the horizontal wheel tooth rail for mountain travel is frozen is solved, therefore, the train of the system can normally run on rails in high-cold, high-altitude and large-ramp environments.
本发明涉及山地旅游轮齿轨列车轨道加热系统、轨道交通系统及方法，包括用于对轨道加热的轨道加热装置；用于检测列车空转\打滑情况、轨道温度以及列车位置的轨道加热检测装置；用于将轨道加热检测装置的检测信息传输给控制系统的传输系统；控制系统负责对传输系统传输的检测信息进行综合分析，确定需要加热的轨道段，并向需要加热轨道段连接的轨道加热装置发出加热或停止加热的指令。本申请通过对外部环境温度和列车的运行位置和状态进行综合分析和计算，确定结冰的轨道，然后对此段轨道进行加热，可融化水汽凝结成的薄冰，继而解决山地旅游水平轮齿轨轨道上水汽结冰的问题，使该系统列车可以正常的运行在高寒、高海拔、大坡道的环境的轨道上。
Rail heating system of mountain tourist wheel tooth rail train, rail traffic system and method
The invention relates to a rail heating system of a mountain tourist wheel tooth rail train, a rail traffic system and a method. The rail heating system comprises a rail heating device for heating a rail; a rail heating detection device which is used for detecting the idling and slipping conditions of the train, the track temperature and the position of the train; a transmission system which is used for transmitting detection information of the rail heating detection device to the control system; and a control system which is responsible for comprehensively analyzing the detection information transmitted by the transmission system, determining the rail section needing to be heated, and sending a heating or heating stopping instruction to the rail heating device connected with the rail section needing to be heated. According to the method, the frozen rail is determined by comprehensively analyzing and calculating the external environment temperature and the running position and state of the train, then the rail is heated, thin ice condensed by water vapor can be melted, the problem that the water vapor on the rail of the horizontal wheel tooth rail for mountain travel is frozen is solved, therefore, the train of the system can normally run on rails in high-cold, high-altitude and large-ramp environments.
本发明涉及山地旅游轮齿轨列车轨道加热系统、轨道交通系统及方法，包括用于对轨道加热的轨道加热装置；用于检测列车空转\打滑情况、轨道温度以及列车位置的轨道加热检测装置；用于将轨道加热检测装置的检测信息传输给控制系统的传输系统；控制系统负责对传输系统传输的检测信息进行综合分析，确定需要加热的轨道段，并向需要加热轨道段连接的轨道加热装置发出加热或停止加热的指令。本申请通过对外部环境温度和列车的运行位置和状态进行综合分析和计算，确定结冰的轨道，然后对此段轨道进行加热，可融化水汽凝结成的薄冰，继而解决山地旅游水平轮齿轨轨道上水汽结冰的问题，使该系统列车可以正常的运行在高寒、高海拔、大坡道的环境的轨道上。
Rail heating system of mountain tourist wheel tooth rail train, rail traffic system and method
山地旅游轮齿轨列车轨道加热系统、轨道交通系统及方法
ZHAO XIRONG (author) / ZHAI WANMING (author) / QIAN ZHENDI (author) / ZHU YING (author) / LIU XUEYI (author) / WANG PING (author) / CHEN ZAIGANG (author) / XIAO DAQING (author) / BI XIAOMAO (author) / XU SHENGWEI (author)
2021-10-15
Patent
Electronic Resource
Chinese
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