Train tracking method and device

Abstract

The invention provides a train driving tracking method and device. The train tracking method comprises the steps that a first physical detection section where a target train is located when the position of the target train is lost is determined, wherein the target train is a train needing to be subjected to position tracking after the position of the target train is lost, a train track where the target train is located comprises at least two physical detection sections which are sequentially connected end to end, and axle counters are arranged at the two ends of each physical detection section; the first axle counter and the second axle counter are used for detecting the running direction of the train passing through the first axle counter and the second axle counter respectively and located at the two ends of the first physical detection section respectively; and a second physical detection section occupied by the target train is determined according to the detected driving directionsof the trains passing through the first axle counter and the second axle counter. According to the scheme, the accuracy of tracking the train position can be improved.

Description

technical field [0001] The present invention relates to the technical field of railway transportation, and in particular, to a train tracking method, device and computer-readable medium. Background technique [0002] Communication Based Train Control (CBCT) system is a train operation control system based on communication technology. It uses the communication network to realize the two-way communication between the train and ground equipment. The mobile block of the mobile authorization is used to realize the train operation control. When the train can communicate with the ground equipment normally, the train can be tracked according to the position report sent by the on-board system on the train. Realize the tracking of trains. [0003] At present, when the train tracking is implemented according to the occupancy of the track section, when the train loses its position in one track section, it is detected whether the next track section is occupied according to the travelin...

AI Technical Summary

Problems solved by technology

[0004] For the current method of realizing train tracking, the occupancy of the next track section is detected according to the traveling direction of the train. When it is detected that the next track section is occupied, it is determined that the train is located in the next track section, but the train position is lost. may change direction, so tracking a train based on the direction the train was traveling before the position was lost may not give an accurate train position

For example, a train moves to the left before the position is lost. When the train position is lost, according to the previous driving direction of the train, if the left track section is occupied, it is determined that the train is located in the left track section, but If the train starts to move to the right after the position is lost, and the left track section is occupied by other trains, the train tracking position determined by the train tracking at this time does not match the actual position of the train. Controlling the operation of the train may cause safety accidents such as crashes

Images