转向轴

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  • Steering shaft;steering axle
转向轴转向轴
  1. 分析了全轮转向半挂列车各转向轴及转向车轮转向时转角的理论关系。

    The theoretical relation of steering angle of the full-wheel steering semi-trailer train each steering axle and each steering wheel was analyzed .

  2. 从转向轴助力式电动转向系动力学模型出发,推导出转向盘力的仿真计算公式,并简要分析了比例控制式EPS系统的控制系数对其转向盘力特性的影响。

    Based on the dynamic model of steering column assisted EPS , the formulation to simulate the steering wheel effort is deduced . The proportional coefficient 's influence on the steering wheel effort characteristic is analyzed .

  3. 第二章,建立了转向轴助力式的EPAS动力学模型,对转向轴助力式、小齿轮助力式和齿条助力式三种型式的EPAS模型进行了统一。

    In chapter two , a EPAS of column type and a whole vehicle of two degree dynamic model are built up . The EPAS dynamic model of column type , pinion type and rack type are unified .

  4. 将下转向轴滑到上转向轴上。

    Slide the lower steering shaft onto the upper steering shaft .

  5. 该齿轮连接转向轴。

    The pinion gear is attached to the steering shaft .

  6. 执行此操作时,转向轴不得移动。

    The steering shaft must not move while doing this .

  7. 内部凸耳必须完全嵌入转向轴缺口中。

    Inner lug must engage fully in the cut-out of steering shaft .

  8. 转向轴倾斜程度是衡量和不可调。

    Steering axis inclination is measure in degrees and is not adjustable .

  9. 对小型拖拉机转向轴早期出现的断裂原因进行了分析。

    The failure cause of steering shaft of the minitype tractor was analyzed .

  10. 小型拖拉机转向轴失效分析

    Failure Analysis of the Steering Shaft of Minitype Tractor

  11. 汽车转向轴花键螺纹在线检测装置

    On-Line Test Device for Measuring the Spline and Thread Of Automobile Steering Shaft

  12. 转向轴倾角是向内倾斜的转向关节在顶部。

    Steering axis inclination is the inward tilt of the steering knuckle at the top .

  13. 针对转向轴助力式电动助力转向系统,建立了转向轴和助力机构的模型。

    The steering shaft and assistance structure of the column-mounted electric power steering system are modeled .

  14. 转向轴连结器松动或磨损

    Loose or worn steering shaft coupler

  15. 转向轴管路中有间隙。

    Play in steering shaft line .

  16. 转向轴的底端有一个蜗轮传动装置,当蜗轮传动装置转动时,带动车轮转动。

    The bottom end of the shaft has a worm gear that rotates as the wheel is turned .

  17. 对转向轴零件进行了工艺分析,制定了工艺路线。

    The forming process of steering shaft was analyzed , the manufacturing procedure of the part was determined .

  18. 如果滑动件被从转向轴上拔下,则在装配期间切口必须指向齿隙。

    If the sliding piece was pulled off the steering shaft , the notch must point towards the tooth gap during assembly .

  19. 以台架为原型建立了方向盘和转向轴的模型、路感电机的模型,对模型进行拉普拉斯变换,整理得到整个系统的控制问题。

    The steering shaft and road-feeling motor are modeled . Laplace transform of the model , make out the control problem of the whole system .

  20. 如此,转向轴上的缺口就能从盖上的开口处看见。首先,按要求将方向盘从初始位置开始转动。

    So that the cut-out in steering shaft will be visible in the opening of cover , first turn the steering wheel from the initial position as required .

  21. 叶轮与胶轮并装对小型拖拉机牵引附着性能的影响对小型拖拉机转向轴早期出现的断裂原因进行了分析。

    Control experiment on tractive and appendiculate performance of the tire and iron wheel with lugs fitted together The failure cause of steering shaft of the minitype tractor was analyzed .

  22. 将万向节安装到转向轴之前,前轮、方向盘及气囊螺旋线圈必须正确定位相对位置。

    Before fitting the universal joint to the upper steering shaft , the front wheels , steering wheel and airbag contact unit must be positioned correctly relative to each other .

  23. 近些年来,专用汽车和工程车辆逐渐向大型化和重型化方向发展,使得重型车辆成为研究热点,这些车辆的转向轴大多在两轴以上。

    In recent years , special vehicles and engineering vehicles gradually to the development direction of large-scale and heavy-duty , makes heavy-duty vehicles to become a hot topic , most of these vehicles have more than two steering shafts .

  24. 变传动比循环球转向器轴齿扇的几何分析

    Geometric Analysis on Gear Sector of Recirculating Ball Type Variable-Ratio Steering Gear

  25. 在机座中安装转向摇臂轴和侧盖。

    Install pitman shaft and side cover in the housing .

  26. 一种减小转向传动轴角间隙的万向节轴承工艺

    A New Process of Universal Joint Bearings to Reduce Angular Clearance of Steering Shaft

  27. 转向油缸轴与底板的焊接工艺优化

    Optimization about welding process of the backboard and the hydrocylinder shaft for turning around

  28. 转向柱轴接合器过紧。

    Column shaft coupler binding .

  29. 基于ADAMS软件优化分配双转向桥车辆轴荷

    Optimization of Axle Load Distribution for Dual Steering Axle Vehicle Based on ADAMS

  30. 变速比齿扇插齿加工的新型CNC系统汽车转向机摇臂轴精锻成形工艺

    A New CNC System for Variable Ratio Sector Gear Shaping Precision Forging Technology for the Steering Sector Gear Shaft