CAJ | 학술논문

动车组转向架结构的复杂性,使得传统的培训模式已不能满足检修人员短时间内快速掌握检修技能的要求。针对CRH5动车组转向架的结构特点和功能,采用虚拟现实、多媒体和仿真技术,设计实现了动车组转向架虚拟仿真系统,可以清晰地表达转向架的技术信息、结构特点、安装顺序以及工艺要求等。详细介绍了该系统设计实现的关键技术和方法。实际应用表明,该系统不仅为动车组转向架的维护和人员培训提供了一个可视化的多媒体信息平台,也为其他场合的交流提供了直观的沟通方式。
동차조전향가결구적복잡성,사득전통적배훈모식이불능만족검수인원단시간내쾌속장악검수기능적요구。침대CRH5동차조전향가적결구특점화공능,채용허의현실、다매체화방진기술,설계실현료동차조전향가허의방진계통,가이청석지표체전향가적기술신식、결구특점、안장순서이급공예요구등。상세개소료해계통설계실현적관건기술화방법。실제응용표명,해계통불부위동차조전향가적유호화인원배훈제공료일개가시화적다매체신식평태,야위기타장합적교류제공료직관적구통방식。
The complexity of EMU bogies makes it difficult to train the engineers in a short term to enable them to master the skills for the overhaul tasks.Aimed at the structural and functional characteristics of the CRH5 EMU Bogies,the authors design and implement a virtual simulation system for it.The system can clearly and intuitively present various details on the technical parameters,structures,assembly sequences and technological requirements.This paper describes in detail the key techniques in the system design and implementation.It is shown by the practical use of the system that it not only provided a visualized multimedia platform for training the engineers for EMU Bogies overhaul,but can also support intuitive and efficient communications between relevant parties in other occasions.