A two-way synchronization system for the content of the current vehicle and the shunting operation plan in a graphical scene

Abstract

A two-way synchronization system for the content of a graphical scene vehicle and shunting operation plan, including a graphical scene drawing module, a shunting operation plan generation module, an operation capture module and an intelligent identification synchronization module, which solves the problem of frequent plan changes on site. As a result, a large amount of repetitive work needs to be re-used to drag and drop the operation of the mouse to prepare the plan. The head of the shunting district can directly edit and modify the content of the completed shunting operation plan, including modifying the number of lanes, trailers or vehicles in the existing hook plan, inserting or adding hook plans, adjusting the sequence of hooks, and different shunting intervals. Assign tasks, etc., and the graphical scene vehicle interface is updated in real time according to the content of the shunting operation plan. It not only reduces the workload of the head of the shunting district, shortens the revision time of plan changes, but also helps the planners to understand the results of plan preparation in a timely manner and improve the quality of plan preparation.

Description

technical field [0001] The invention relates to the field of preparation of shunting operation plans at railway stations, and is applicable to a graphic preparation system for shunting operation plans of railway passenger stations. Background technique [0002] At present, the graphical preparation system of shunting operation plan has been put into use in some railway marshalling yards, railway passenger stations and railway intermediate stations. The current working method is to use the drag-and-drop operation of the mouse under the graphical interface to automatically generate each hook plan of the shunting operation notice by moving trains, train groups or vehicles on the line and shunting graphical interface. The existing shunting operation plan graphical preparation system cannot directly edit the completed shunting operation plan. When the shunting operation plan needs to be modified, the hook sequence and all subsequent hook plans that need to be modified can only be...

AI Technical Summary

Problems solved by technology

The existing shunting operation plan graphical preparation system cannot directly edit the completed shunting operation plan. When the shunting operation plan needs to be modified, the hook sequence and all subsequent hook plans that need to be modified can only be deleted first. Then use the drag-and-drop operation of the mouse to re-plan, so it is only in the stage of one-way operation

[0003] Due to the complexity of planning and the variability of on-site work, it is often necessary to adjust the completed shunting operation plan, especially when only one hook plan at the front of the shunting operation plan needs to be modified, but the rear Most of the plans are deleted first, and then re-planned, which not only increases a lot of repetitive work, but also has poor timeliness. As a result, the graphical preparation system is not as convenient as the previous manual preparation of plans, which is not conducive to the preparation of graphical shunting operation plans. Popularization and Application of the System in Railway Stations

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