The purpose of this research is aimed at the kinematic analysis for the transfer cam-linkage mechanism of a blow-molding machine.
本文主要介绍了棘轮机构、槽轮机构、连杆机构、凸轮机构在包装机器步进装置中的应用及运动分析。
By applying the principle of mechanism combination in series, the design of the cam-linkage mechanism combination is completed and the main sizes of the mechanism are given.
应用串联式机构组合原理设计凸轮—连杆机构组合系统，并确定其主要参数。
Methods for solving number of degrees of freedom of planar mechanism are put forward by solving that of mechanism such as planar linkage mechanism, cam mechanism, gear mechanism, and so on.
通过对平面连杆机构、凸轮机构和齿轮机构等机构自由度数的求解分析，提出了准确求解平面机构自由度数的方法。
Single CAM linkage mechanism can overcome the shortcomings mentioned above, however the new problem is that the mechanism can not generate the path which has concave curve.
单凸轮连杆组合机构可克服上述缺点，即可以方便地再现预定轨迹并有精确解，但其缺点是难以实现内凹曲线的轨迹复演。
This paper develops a CAD system of CAM design for this CAM linkage by using integrated analysis and synthesis in mechanism.
本文采用集成凸轮设计与机构分析为一体的方法，实现并开发了这类凸轮机构凸轮设计的CAD系统。
However, the discrepancy between the displacement curve produced by the multiple-bar linkage and the one produced by the CAM mechanism has affected the quality of the combed sliver.
但这两种机构传动的分离罗拉位移曲线有相当程度的差异，纺纱工艺也产生了一些问题。
The design philosophy, functions and characteristics of dynamic simulation system of common mechanism such as four bar linkage, CAM, gear are introduced and some key technical issues solved.
介绍了四杆机构、凸轮机构、齿轮机构等常用机械计算机动态模拟系统的设计思想、功能和特点。
The new-type cam-linkage combinatorial mechanism is innovated. And it designs the structure and movement and analyses force performance.
介绍了一种新型的连杆凸轮组合机构，对这种新型组合机构进行了结构、运动设计和力学性能分析；
A kind of optimal design of cam-linkage-gear mechanism for the paper-transferring mechanism with variable speeds is introduced in this paper to meet the need of high-speed offset press.
研究了适合于高速胶印机的纸张输送机构——凸轮连杆齿轮变速输纸机构的优化设计问题。
A kind of optimal design of cam-linkage-gear mechanism for the paper-transferring mechanism with variable speeds is introduced in this paper to meet the need of high-speed offset press.
研究了适合于高速胶印机的纸张输送机构——凸轮连杆齿轮变速输纸机构的优化设计问题。
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