According to the specification of technique of tilting train pantograph and the characteristic of motion of its configuration, a guide way for the wheels of the base frame of tilting train pantograph, moving with respect to the train body, is designed with semi-analytical and numerical method. 本文根据对摆式列车受电弓技术的要求和车体摆式机构运动形式,运用半解析半数值方法确定了受电弓活动基座导轨形状和几何尺寸。
Based on this, combined with the driving electric cars and rail cars form the body structure, designed a four ( two pairs of train wheels) guided, four ( two pairs of rubber wheels) take the line of electric rail vehicle. 结合电动车辆的驱动形式和轨道车辆轮轨接触的车体结构,本文设计了一种四轮(两对钢轨轮)导向、四轮(两对橡胶轮)走行的电动轨道车。
As China established full speed passenger train and a large number of high-speed EMUs in use, the wheels of the vehicle running gear as an extremely important component. 随着我国既有旅客列车的全面提速和高速动车组的大量投入使用,轮对作为车辆走行部中极为重要的部件。
Therefore, reasonable measures must be sought to solve these problems to ensure heavy train safety and efficient operation. Reasonable structure of the wheels is significant to solve theses problems. 因此必须寻求合理的措施解决这些问题来确保重载列车安全、高效的运行:合理的车轮结构对解决这些问题影响巨大。
Train body of light weight can reduce the acting force between wheels and track effectively and can greatly cut down manufacture cost. 高速客车车体的轻量化能够有效降低轮轨之间的作用力,并且可以节省大量的制造成本。