Many types of running stocks with independent wheel have been developed 独立车轮走行部的结构形式多样。
2.
Wheel - set is the important component of locomotive and one of the major factors affecting running safety of trains 轮对是机车走行部的重要部件，是影响列车安全运行的主要因素之一。
3.
Among which , the author focuses his attention on the structural features of a non - steering independent wheel bogie and points out some problems in its design 重点分析了一种非迳向调整独立车轮走行部的结构，并指出了这种走行部在设计时应注意的问题。
4.
Abstract : it is expounded the composition and detection method of the diagnostic system of dynamic failure for locomotive running gear . also discussed are the key technologies as ultrasonic resonance demodulation , identification of locomotive type & speed , message sampling of sensors tracing running mechanism and three dimensional diagnosis , as well as the feasibility test 文摘:阐述了机车走行部动态故障诊断系统的组成及检测方法，介绍了超声共振解调、车型车速识别、多个传感器跟踪运动机械的信息采样、三维诊断等关键技术及其可行性试验情况。
5.
On the basis of investigation and synthesis of the relative theory and key technology on the topological structure of locomotion , control system architecture , maneuverability , trafficability , the integration of exact mechanical engineering , net - based communication and sensor technology , an innovative robot with reconfiguration and biomimetic characteristics has been developed for 863 program of china ? study on autonomous navigation system for intelligence mobile robot in unknown environment 本文针对“未知环境中自主工作智能移动机器人导航系统研究”的国家863项目,在综述国内外关于移动机器人走行部拓扑结构、控制体系、机动性和通过性等移动机器人的相关理论和关键技术的基础上,综合利用精密机械、网络通信、传感技术等学科的技术,研制开发出一种多机动模式可重构移动机器人。
