摘要
为有效解决动车所安全联锁监控系统传统培训方式效率低、效果差的问题,开展基于BIM+VR技术的动车所安全联锁监控系统虚拟培训平台的研究。介绍平台三维可视化场景创建流程,提出平台设计方案,完成三维全景虚拟可视化展示、分场景功能、场景漫游功能、交互功能等具体设计,并阐述平台开发涉及的关键技术。研究成果可应用于运维技术人员的虚拟培训和考核评价,显著提高动车所安全联锁监控系统的培训效率和效果,对推广BIM+VR技术应用于铁路虚拟巡检和虚拟培训具有重要借鉴意义。
In order to effectively address the issues of low efficiency and poor effect of the traditional training methods for the safety interlocking monitoring system of EMU depots,the virtual training platform for safety interlocking monitoring system of EMU depot based on BIM+VR technology is studied.This paper introduces the process of creating 3D visualization scenarios on the platform,puts forward the design scheme,makes specific functional designs such as 3D panoramic virtual visualization display,scenarios division,roaming and interaction,and explains the key technologies involved in the platform development.The research results can be applied to the virtual training,examination and evaluation of operation and maintenance technicians,which may significantly improve the training efficiency and effect of safety interlocking monitoring system in EMU depots,and are of great significance for popularizing BIM+VR technology in virtual patrol inspection and virtual training of railways.
作者
赵峰
ZHAO Feng(Designing and Research Institute of Mechanical Power and Environmental Engineering,China Railway Design Corporation,Tianjin 300308,China)
出处
《铁路技术创新》
2021年第1期25-30,共6页
Railway Technical Innovation
基金
中国铁路设计集团有限公司科技开发重点课题(2019KF221211、2020YY240903)。
关键词
动车所
安全联锁监控系统
BIM+VR技术
虚拟培训
考核评价
EMU depot
safety interlocking monitoring system
BIM+VR technology
virtual training
examination and evaluation
