转向拉杆

  • 网络tie-rod;Tie Rod;Steering Linkages
转向拉杆转向拉杆
  1. 为此需要提高转向拉杆的性能,以防止意外的发生。

    So , it requires to improve the steering linkages ' property in case something unexpected occurs .

  2. 120D电动轮汽车异种调质钢转向拉杆的焊接

    Welding of Steering Tie Rod of Hardened and Tempered Steel of 120D Electromotive Wheel Dump - Truck

  3. 转向拉杆球头销一次冷挤成型

    Formation of Steering Tie Rod Ball Studs by single cold Extrusion

  4. 转向拉杆球接头使用性能的研究

    A Study on Service Performance of Steering Link Ball Joints

  5. 汽车转向拉杆接头总成试验台的开发

    The Development of Motor Steering Link and Bar Test Bench

  6. 汽车转向拉杆球接头试验台测控系统研究

    Research on Measurement and Control System for Automotive Steering Rod Ball Joint Test Bench

  7. 转向拉杆断开点的位置对车轮前束角的影响很大;

    Cut-off point of tie rod influences toe angle greatly impacted wheels toe angle .

  8. 转向拉杆端与转向关节螺栓

    Tie Rod End To Steering Knuckle Nut

  9. 拉杆,或称为转向拉杆,与摇臂的另一端连接。

    A rod , called a tie rod , connects to each and of the rack .

  10. 转向拉杆端调整轴筒螺栓

    Tie Rod End Adjusting Sleeve Nut

  11. 拧紧转向拉杆端接合螺帽

    Torquing Tie Rod End Attaching Nut

  12. 为满足该部件的产品要求,设计了一种转向拉杆及球头销寿命试验台。

    In order to meet the requirements of these parts , a test bench for steering link and ball end life is designed .

  13. 从转向拉杆上拆下转向摇臂处的开口销和螺母。关于压杆稳定欧拉公式实际上不存在的论证

    Remove the cotter pin and nut from the drag link at the pitman arm . On Nonexistence of Euler 's Formula for Stabilization of Compressive Bar

  14. 汽车转向拉杆及球头销是汽车上的重要部件,其强度和可靠性直接关系到汽车行驶安全。

    Automotive steering link and ball end are important parts in motor vehicles , their strength and reliability shall affect directly the driving safety of motor vehicles .

  15. 轴箱转臂定位方式对弹性节点的影响从转向拉杆上拆下转向摇臂处的开口销和螺母。

    Effect of the Axle Box Rotary Arm Positioning Mode on Resilient Nodal Points Remove the cotter pin and nut from the drag link at the pitman arm .

  16. 汽车转向拉杆接头总成是汽车转向系中的主要部件,其强度和可靠性直接关系汽车的安全性能。

    The motor steering link and bar is the main part of the automobile steering system , its intensity and reliability are direct related to automobile 's safety performance .

  17. 设定转向拉杆内支点、转向拉杆外支点、下摆臂转向节连接点、下摆臂车架连接点等坐标值得变动范围,利用ADAMS/Insight对模型进行优化。

    Set the scope of change within the pivot shift lever , shift rod outside the fulcrum , the connection point under the steering knuckle arm and lower arm coordinate frame connection points , using ADAMS / Insight to optimization model .

  18. 首先,应用有限元软件建立转向横拉杆的柔性体模型,并得到其固有模态和振型;其次,结合ADAMS软件建立车辆的刚柔耦合模型;

    Then it establishes a rigid-flexible coupling vehicle model combining ADAMS software , compares dynamics characteristics with multi-body rigid model and rigid-flexible coupling model .

  19. 转向直拉杆锻模型腔的电火花加工

    EDM of the Forging Die Cavity for the Turning Straight-Drawing Pole

  20. 分析发现,前悬架振动加速度的较大峰值是由板簧卷耳与转向纵拉杆的干涉引起,需进行结构参数修改。

    The analysis discovered that the peak value of acceleration is due to the interference occurred between the steering linkage and the front shackle link .

  21. 这一切都要用某种方法调节转向横拉杆或连杆的长度,这样前轮才能有适当的定位。

    All have some means of adjusting the lengths of the tie rods or links so that proper alignment can be established between the front wheels .

  22. 以在专用双向开式冷挤压自动液压机上冷锻汽车转向横拉杆为例,阐明了厚壁管件开式冷挤压工艺参数选定原则与多种规格管件的通用模具设计方法。

    Taking a turning sway bracing of automobile be cold-forged on the special automatic hydraulic press of cold-extrusion with two-way open , the rule of selecting the technological data in the thick-wall tube cold-extrusion and the design methods of the universal die of many kinds of tubes have been expounded .

  23. 转K2型转向架交叉拉杆的有限元仿真研究

    Finite element simulation on the crossing bar of the K2 bogie

  24. 可调整式螺旋型转向装置转向拉杆端调整轴筒螺栓

    Adjustable screw type steering gear Tie Rod End Adjusting Sleeve Nut

  25. 转向节横拉杆接头油嘴

    Steering knuckle tie rod end pressure lubricator Grayioc tubing joint

  26. 转向节横拉杆接头油嘴在焊接钢板,肋骨,甲板横梁时,你们用什么焊接方法?

    Steering knuckle tie rod end pressure lubricator What welding methods do you use in connecting the plates , frames , and beams ?

  27. 从转向臂压出横拉杆球头。

    Press out track-rod ball joint from steering arm .

  28. 多轴转向驱动桥转向锁止拉杆铰点位置的优化设计

    Optimal Design of the Initial Position of the Draw Rod in Design of the Driveaxle Steering Lock Mechanism

  29. 安装转向阻尼器至轴支架和转向拉杆。

    Install steering damper onto the axle bracket and drag link .

  30. 首先分析了转向机构中最小传动角对汽车转向横拉杆作用力的影响。

    Firstly , forces on steering tie-rod are analyzed when minimum driving angle of steering mechanism is changed .