The invention relates to the field of high-speed maglev traffic, in particular to a high-speed maglev operation and control partition division method based on driving interval time requirements. The method comprises the following steps: acquiring vehicle parameters and running line data, determining information such as running interval time, train related acceleration, train length, station spacing and maximum transportation distance requirement of a power supply zone, dividing stations into a starting station, a middle station and a terminal station, and determining turn-back types of the related stations; calculating the maximum length of the operation and control subarea of the line interval; calculating the length of each station operation control subarea, and determining the boundary of the station operation control subarea; according to the method, interval operation and control subarea division is carried out on lines between stations according to the requirements of the boundary of each station operation and control subarea, the maximum length of the line interval operation and control subarea and the maximum transportation distance of a power supply subarea, so that the fewest interval operation and control subareas are divided, and the problems that in the prior art, the number of divided operation and control subareas is large; and the construction cost of the maglev traffic engineering is increased.
本发明涉及高速磁浮交通领域,具体涉及一种基于行车间隔时间要求的高速磁浮运控分区划分方法。本发明包括:获取车辆参数和运行线路数据,确定行车间隔时间、列车相关加速度、列车长度、车站间距和供电分区的运输最大距离要求等信息,并且将车站分为始发站、中间车站和终点站,并确定相关车站的折返类型;计算出线路区间运控分区最大长度;计算出各车站运控分区长度,并确定车站运控分区边界;根据各车站运控分区边界、线路区间运控分区最大长度和供电分区的运输最大距离要求对车站之间的线路进行区间运控分区划分,从而划分出最少的区间运控分区,有效解决了现有技术中所存在的运控分区划分数量较多,导致磁浮交通工程建设成本增加的问题。
High-speed magnetic levitation operation and control partition division method based on driving interval time requirement
一种基于行车间隔时间要求的高速磁浮运控分区划分方法
28.01.2025
Patent
Elektronische Ressource
Chinesisch
IPC: | B61L Leiten des Eisenbahnverkehrs , GUIDING RAILWAY TRAFFIC |
EQUIPMENT FOR SIMULATING HIGH-SPEED MAGNETIC LEVITATION OPERATION
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