steering linkage

Two separate electric motors coordinate together to achieve self-balancing and linkage-free steering.

两个独立的电动马达协调合作,以实现 自我 平衡和联系免费指导.

In this paper, mathematical models of steering linkage for mining dump trucks with dependent or independent suspension are developed respectively and an optimal design software for steering linkages is also developed.

本文以矿用汽车为研究对象，建立了整体车轴和非整体车轴的转向机构的数学模型，并结合最优化理论编制了转向机构的最优化设计软件。

The program use 4 parameter to control steering linkage, code the 4 parameter respectively, and adopt the model of keeping classic species.

程序使用4个参量控制梯形，对4个参量分别编码，采用精英保留模型，经三代遗传操作后得到了优化结果。

3D Dynamic Simulation of Forklift Steering linkage with Transverse Hydraulic Cylinder

叉车横置液压缸式转向杆系三维动态模拟

For many years past, based on a prejudgement that it is impossible to exactly reproduce Ackermann steering of a wheeled vehicle by any steering linkage, a lot of work have been done on optimum designs of various steering linkages.

基于转向机构不可能精确实现无侧滑转向的预先判断，多年来人们对轮式车辆各种转向机构做了大量优化设计工作。

Two typical rack-and-pinion steering linkage . e the optical design of leading and are considered. theare also.

同时讨论了两种典型的汽车转向连杆机构,即从动连杆机构和引导连杆机构两种机构的优化设计.

We calculated the mechanism movement with R-W method of multi-rigid-body system dynamics. The determination of splitting point of Ackerman steering linkage is developed.

利用多刚体系统动力学中RW方法进行机构运动计算，编制了汽车麦弗逊悬架转向梯形断开点位置计算机辅助分析通用程序。

A rear-mounted independent ackerman steering linkage for the Y-CH model minicars is presented in this paper.

介绍了Y-CH微型汽车的后置断开式转向梯形机构.

Study on Optimal Design Method of Steering Linkage for Trucks

载重汽车转向杆系优化设计方法研究