Multi-Specialty VR Scene Verification for Smart Subways
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Traditional rail transit signal test verification systems are limited to single-specialty operations, failing to achieve multi-specialty integrated and fused linkage verification tests, which is inadequate for modern high-level subway control systems that require deep system integration and consistency.
Innovation Solution
A multi-specialty VR scene verification system for smart subways is developed, incorporating a cloud server, intelligent dispatching subsystem TIDAS, and a VR subsystem with an on-board controller simulation, 3D animation simulation, and integrated supervisory control subsystems, enabling the simulation of complex signal systems and fault injection.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional physical training devices are used for signal system training, then device cognition training can be achieved, but the trainees cannot understand the function and operating principle of signal objects in an overall large scale signal system and cannot achieve signal linkage on-line device fault simulation
Solution Approach 1:
The patent creates a virtual copy of the entire signal system including trains, stations, signals, and control centers. This virtual model replicates the real system's structure and operations, allowing trainees to interact with a complete system representation rather than isolated physical components. The virtual system includes multi-specialty devices such as CBTC equipment, power supply systems, and communication devices, all integrated in a unified virtual environment that mirrors the actual signal system architecture.
Solution Approach 2:
The patent merges multiple specialized training systems (signal control, power supply, communication, station management) into a single integrated virtual reality platform. This unified system allows simultaneous training across different specialties and enables observation of how various subsystems interact within the overall signal system, achieving comprehensive system-level understanding that isolated physical devices cannot provide.
2Measurement precision
If traditional single-specialty test verification systems are used, then specific signal device testing can be performed, but multi-specialty integrated and fused linkage verification test cannot be achieved
Solution Approach 1:
The virtual reality test verification system is designed to universally support testing of multiple specialties including signal control, power supply, communication, and station management systems. A single platform can perform isolated device testing, integrated system testing, fault injection, and linkage verification across different specialties, eliminating the need for separate testing systems for each specialty while maintaining comprehensive testing capabilities.
Solution Approach 2:
The patent introduces a virtual environment as an intermediary between physical test equipment and the actual signal system. This virtual layer enables complex multi-specialty integration testing by mediating interactions between different subsystems, allowing testers to verify system-level linkages and integrated functions without requiring physical connection of all actual system components.
3Ease of operation
If physical training devices are used for signal system training, then device operation can be practiced, but the restoration degree for the real operation environment is low and expandability is limited
Solution Approach 1:
The virtual reality system dynamically adapts to different training scenarios and can be reconfigured for various signal system configurations, locations, and operational modes. The virtual environment can be updated and expanded to include new devices, system configurations, or operational procedures without requiring physical hardware changes, providing high flexibility and ease of adaptation to different real-world scenarios.
Data Source
AI summary
The present invention relates to a multi-specialty VR scene verification system oriented to a smart subway. The system includes a cloud server, an intelligent dispatching subsystem TIDAS, and a VR subsystem. The VR subsystem includes a VR workstation and a VR device. The VR workstation is respectively connected to the cloud server, the intelligent dispatching subsystem TIDAS and the VR device, and the VR workstation is provided with an on-board controller simulation subsystem, a 3D animation simulation subsystem, and an integrated supervisory control subsystem ISCS. The VR workstation is configured to restore signals and an integrated supervisory control device of a real line according to an actual line and to perform VR virtual scene demonstration. The VR device is configured to operate a device in the VR virtual scene so as to achieve the manual system intervention, fault injection and verification of an output of the system. Compared with the prior art, the present invention has the advantages of high integration, high system consistency, multi-system deep fusion, and the like.