应用这种优化体系对某型轿车五连杆悬架进行了实例优化分析。
The optimization system is applied to the optimization and analysis of the five-linkage suspension of a car.
本文利用向量矩阵法对空间RSSRR五连杆机构作了位移分析。
In this paper, a displacement analysis for the spatial RSSRR mechanism has been made by the vector matrix method.
该方法有效简捷，可方便地应用于五连杆悬架设计分析和参数优化。
The method is effective and convenient, and can be applied in design analysis and parameter optimization of the five-link suspension conveniently.
对平面五连杆机构曲柄存在条件进行了探讨，并提出了机构类型的判别方法。
This paper discusses the existing conditions of planar five bar linkages with double cranks.
对平面五连杆式机器人样机进行了示教和再现控制试验，并给出了试验结果。
Experiment is made with the prototype five bar robot, and the experimental result is given.
五连杆式机构，双包络窝轮杆传动，增强手臂行进速度及远转平稳性，并能增加产量。
With five linkages, twin gear driven to enhance arm speed and stability, it also increase production output.
针对多自由度机构控制较为复杂的问题，以平面五连杆机构为例，用新型MSP430F448单片机设计了一种轨迹控制系统。
Aiming at the complexity of controlling multi-freedom mechanism, this paper used planar five-rod mechanism as an instance to design a kind of locus control system, based on a new type MSP430F448 MCU.
针对多自由度机构控制较为复杂的问题，以平面五连杆机构为例，用新型MSP430F448单片机设计了一种轨迹控制系统。
Aiming at the complexity of controlling multi-freedom mechanism, this paper used planar five-rod mechanism as an instance to design a kind of locus control system, based on a new type MSP430F448 MCU.
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