用连杆机构取代凸轮机构是老机改造和新机开发中的重要课题之一。
One of the major projects in old loom reform and new loom design is to substitute the CAM mechanism with link mechanism.
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。
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.
研究结果可用于其他递纸机构或复杂凸轮连杆机构的设计。
This result can be used in the designing process of other paper transferring mechanisms or complicated CAM link mechanisms.
该软件可以使用户可视化地任意输入连杆机构、齿轮机构、凸轮机构等，并能智能识别出机构中的基本机构的类型及其数目，并记录识别路径。
The user can input link mechanisms, gear mechanism and CAM mechanism visually. The software can identify the types and number of basic mechanisms intelligently and record the path identifying.
给出了该机构组合系统中各构件的主要尺寸，并最终完成了凸轮—连杆机构组合系统的结构设计。
The main sizes of the mechanism are given and the structural design of the cam-linkages mechanism combination is completed finally.
特点：油浸式凸轮连杆机构，地梳固定不摆动，带耳沉降片穿防闭钢丝，送经箱体分别控制二辊罗拉积极送经。
Characteristics: Oil soaking CAM and connecting bar system; sinker with an eyelet to take unable-closed steel wire; let-off boxes control two rollers for positive let-off motion.
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。
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.
对凸轮机构和凸轮连杆机构的精度分析与综合进行了系统的研究。
The precision analysis and synthesis of cam-linkage mechanisms was studied, a unified precision analysis stochastic model of CAM mechanisms was developed.
介绍了对凸轮连杆机构进行运动分析的一种实用、简便的方法。
A practical and convenient approach for kinetic analysis of cam-linkage mechanisms is discussed.
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。
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。
The purpose of this research is aimed at the kinematic analysis for the transfer cam-linkage mechanism of a blow-molding machine.
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