Coupling monitoring system based on virtual reality(VR)technology
FAN Renjing
ZHANG Dezhi
SHEN Chengyin
LU Jing
ZHU Changjiang
MA Linyuan
Abstract：With the development of the coupling system digitalization,higher and more up-to-date demands are put forward for the monitoring and display of the coupling environment,as well as the real-time operating parameters.A coupling monitoring system,which includes a three-dimensional virtual scene of couplings and components,peripheral equipment,and peripheral environment,is built based on virtual reality(VR)technology.The system realizes the roaming and immersive 3D visualization of the operating state,surrounding environment,coupling operating health status,and other information on the couplings and associated components.The system combines the virtual scene with the data of the existing coupling data acquisition and display platform,providing a novel human-computer interaction mode for coupling monitoring.The system improves the digitalization and intelligence level of couplings,enhances the operating efficiency,safety,and reliability of couplings and associated components.The operation of the system can reduce the frequency of personnel entering the complex site of production environment directly,so as to mitigating the potential safety risks.
Keywords：couplingvirtual realityVRhuman-computer interaction3D visualizationmonitoring system
Publication Date：2024-11-20
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：5( 68-72 )