经典自动机理论中构件在弹簧作用下运动分析

Component Motion Analysis under the Action of Spring Using Traditional Automatic Mechanism Theory

指出了经典自动机理论中构件在弹簧作用下运动方程分压缩和伸张过程分别建立,以及引入弹簧做功效率处理方程均存在很大的不便性,并提出用振动理论中线性阻尼系统来研究自动机构件在弹簧作用下运动的思路,使方程形式更为统一,处理更为简单,最后用一个计算实例说明了该方法的可行性。

In the traditional automatic mechanism theory ,it is inconvenient to build the component motion equations under the action of spring according to spring compress process and spring stretch process,the equations＇ handling through importing spring work efficiency is also inconvenient. This paper puts forward an idea which is used to study component motion under the action of spring using the linear damper system of the vibration theory to unify equation forms and simplify equation handling. At last a calculating example is presented to demonstrate the method＇s feasibility.