Pattern three-dimensional control system

Abstract

The invention provides a pattern three-dimensional control system. The pattern three-dimensional control system is characterized by comprising a display module, a control module, a monitoring module and a middleware module, wherein the middleware module is connected with the display module, the display module displays a control object three-dimensional model, the control object three-dimensional model contains different functional nodes, and the functional nodes correspond to different functional modules of a control object; the middleware module is connected with the control module, after the functional nodes respond to a user operation, the display module transmits user operation data to the middleware module, after receiving the user operation data, the middleware module transmits a control instruction to the control module, and the control module operates the functional modules corresponding to the functional nodes. The pattern three-dimensional control system has the beneficial effects: the control object can be controlled in a visualization manner, an operation result is directly fed back at a display interface, the user experience is relatively good, the error is unlikely to occur, a group of operation commands can be executed at one time, the operation is simplified, a train can be intuitively monitored, and the feedback is reduced.

Description

technical field [0001] The invention relates to a control system, in particular to a graphic three-dimensional control system. Background technique [0002] At present, the control interface for train function control is a series of control buttons. Different control functions use different control interfaces. The human-computer interaction is very unfriendly. After the operation, the operation interface cannot give the operator intuitive feedback, and the operator needs to go back and forth in a series of interfaces. Switching is error-prone and a security risk. [0003] At present, the access control and alarm control of the train control system can only be controlled by a single type, and the operator can only control one module of the train at a time. The integration is poor, and it is inconvenient to operate when the operator needs to perform a large number of operations. [0004] The existing control system adopts multi-mode linkage when alarming, and the original int...

AI Technical Summary

Problems solved by technology

[0002] At present, the control interface for train function control is a series of control buttons. Different control functions use different control interfaces. The human-computer interaction is very unfriendly. After the operation, the operation interface cannot give the operator intuitive feedback, and the operator needs to go back and forth in a series of interfaces. Toggle, error-prone, security risk

[0003] At present, the access control and alarm control of the train control system can only be controlled by a single type, and the operator can only control one module of the train at a time. The integration is poor, and it is inconvenient to operate when the operator needs to perform a large number of operations.

[0004] The existing control system adopts multi-mode linkage when alarming, and the original interface is covered after alarming. When multiple continuous alarms occur, it is necessary to check back, and the user experience is very poor.

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