Railway digital plane shunting remote control system and control method

Abstract

The invention relates to a railway digital plane shunting remote control system and a control method. The system comprises a machine controller, a handheld table, warden tables and remote control terminals. Existing wire network transmission channels in stations connect the warden tables of all the stations to the remote control terminals in a dispatching center in an unified manner. The connecting mode is one remote control terminal connected with one or more warden tables, and is determined by the number of the stations monitored by the dispatching center. The remote control terminals and the warden tables perform the voice and data exchange through the wire network transmission channels. Part control functions of the warden tables to shunting teams can be handed to the remote control terminals for operation to realize the demands of the dispatching center remotely monitoring the operations of the shunting teams in a shunting yard. The system realizes remote monitoring and dispatching of dispatchers to the operations in the plane shunting yard, and realizes the demands of the dispatching center remotely monitoring the operations of the shunting teams in the shunting yard.

Description

technical field [0001] The invention relates to a remote control system and control method for railway digital plane shunting. Background technique [0002] The traditional planar shunting system includes a district chief station, a machine controller and a hand-held station. The hand-held station sends shunting instructions to the machine controller to direct the operation of the shunting machine. After the machine controller receives the shunting instruction, it sends out sound and light prompts according to the instruction. The driver sees the light display and listens to the voice to operate the shunting machine. It is also possible to communicate by voice between the machine controller and the handheld station. The district chief's platform is located in the ground signal building, and is responsible for managing the operations in the shunting yard. Each shunting group uses a frequency channel and is equipped with a machine controller and multiple hand-held platforms....

AI Technical Summary

Problems solved by technology

The district directors of each shunting yard operate independently, which is not convenient for dispatching and running between shunting yards

Moreover, large and medium-sized marshalling yards have dispatching centers, which issue and manage shunting work orders in a unified manner. The current situation of separate work for each district leader station can no longer meet the requirements of centralized station dispatching.

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