Railway station shunting operation electronic hook plan execution system

Abstract

A railway station shunting operation electronic hook plan execution system comprises an annunciator terminal and a database server, the annunciator terminal is connected with the database server, andthe annunciator terminal receives a shunting operation plan and sends plan execution data to the database server in real time. According to the invention, a paper shunting operation notice is canceled, the operation of manually recording start and end time data planned to be executed by each hook by a signaler is canceled, and the work of reporting the start and end time data planned to be executed to a shunting area leader by the signaler by using communication equipment is canceled; the working intensity of a signaler is reduced, and the accuracy and real-time performance of shunting operation plan execution time data are improved; automatic statistical analysis of shunting operation work can be realized, and big data analysis can be performed on historical data.

Description

technical field [0001] The invention relates to the technical field of shunting operations at railway stations. Background technique [0002] At present, during the execution of shunting operations at railway passenger stations, the signalmen record the implementation of each tick on the paper shunting operation notice according to the system of "one look, two rows, three picks, and four strokes" for arranging the shunting route. start time and end time, and report the planned execution time data to the head of the shunting district through the communication equipment. Afterwards, the head of the shunting district manually draws the dynamic diagram of the shunting machine (also known as the "Little Great Wall Line") on the paper technical work sheet. The head of the shunting area calculates statistical data such as the number of hooks and the number of decommissioned vehicles based on the drawn shunting dynamic diagram. [0003] The current working method, on the one hand,...

AI Technical Summary

Problems solved by technology

[0003] The current working method, on the one hand, requires the signalman to manually record the start and end time of the shunting plan execution, and report the time data to the head of the shunting area. The workload is heavy, and the accuracy and real-time performance cannot be guaranteed; The head of the shunting district manually draws the dynamic diagram of the shunting machine based on the reported data, which has a heavy workload, poor real-time performance, and low accuracy, and it is impossible to carry out long-term data tracking and statistical analysis

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