通过对机械优化设计原则及设计过程的总结，探讨平面连杆机构优化设计中几个关键环节的处理方法。
Through summarying for the machinery optimization design principle and process, the management method for the key questions in the course of optimization design plane - link mechanisms is discussed.
平面四连杆机构的运动轨迹分析是《机械设计》课堂教学中的主要内容之一。
Movement trail analysis of the plane four links mechanism is one of the major contents in the teaching of the machinery devise curriculum.
本文详细研究了设计高精度平面连杆机构的方法。
In this research, the method of design high accuracy planar link mechanism is developed and studied in details.
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.
本论文主要从三个方面对平面连杆机构进行计算机辅助设计方法的研究。
This thesis discusses CAD methods of Plane Linkage Mechanism in three aspects.
通过计算机还可绘制出各种形状的圆点曲线及圆心曲线，便于对平面连杆机构进行精确的设计和优化。
The various formed circular point curves and centre curves are also drawn up with the help of the computer, it is easy to design and optimize the planar linkage accurately.
通过计算机还可绘制出各种形状的圆点曲线及圆心曲线，便于对平面连杆机构进行精确的设计和优化。
The various formed circular point curves and centre curves are also drawn up with the help of the computer, it is easy to design and optimize the planar linkage...
考虑杆长制造误差和运动副间隙的影响，提出一种平面连杆机构的稳健设计方法。
A robust design method of planar linkage mechanism is proposed when the length errors of links and the kinematic pair clearances are taken into account.
考虑杆长制造误差和运动副间隙的影响，提出一种平面连杆机构的稳健设计方法。
A robust design method of planar linkage mechanism is proposed when the length errors of links and the kinematic pair clearances are taken into account.
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