CAJ | 학술논문

本文以凸轮摆式剪切机中的凸轮剪切机构为研究对象，对摆动从动件共轭凸轮机构进行理论分析，在3维CAD 软件Solidworks中建立凸轮机构模型。以ADAMS的碰撞仿真理论为基础，对机构进行动力学仿真分析，得出凸轮与摆杆之间接触力、凸轮主轴所受力以及凸轮与摆杆之间间隙随凸轮转动的变化规律曲线，并对凸轮与摆杆之间的共轭情况进行了分析。本文对摆动从动件共轭凸轮机构的合理设计和结构参数的优化设计具有一定的参考价值。
본문이철륜파식전절궤중적철륜전절궤구위연구대상，대파동종동건공액철륜궤구진행이론분석，재3유CAD 연건Solidworks중건립철륜궤구모형。이ADAMS적팽당방진이론위기출，대궤구진행동역학방진분석，득출철륜여파간지간접촉력、철륜주축소수력이급철륜여파간지간간극수철륜전동적변화규률곡선，병대철륜여파간지간적공액정황진행료분석。본문대파동종동건공액철륜궤구적합리설계화결구삼수적우화설계구유일정적삼고개치。
In this article, the cam shearing mechanism of pendulum shear machine was researched and theoretical analysis of conjugate cam with oscillating roller follower was carried out. Cam mechanism model was made in Solidworks. Kinematics simulation analysis which based on ADAMS contact simulation theory was carried out on the model. Then we can acquire the following curves changing with the cam rotation which includes contact force between the cam and rocker, force on the cam spindle and gaps between cam and rocker. In this paper, author analyzed conjugate condition between cam and oscillating roller follower, and provides a certain reference for reasonable design and structural parameters optimization design of conjugate cam mechanism with oscillating follower.