Analytical method for designing the crank-slider mechanism according to allowable pressure angle,cofficient of stroke speed ratio and stroke;

A mathematical model was proposed to analyze the pressure distributions of a straight line moving disk cam mechanism and it was found that the allowable pressure angle was related to the material type, frictional condition, service load and the instantaneous acceleration speed of the driven part.

Aimed at the problem of determining fundamental dimensions of planar cam mechanisms, the analytical formula of calculating fundamental dimensions of mechanisms in accordance with allowable pressure angle are deduced from the combination of the extreme comditions with the expressions of pressure angle.

Determination of the basic size of cam mechanism with oscillating follower based on the allowed pressure angle;

The result shows that when follower pertains to ordinary and 3 order polynomial motion rule,with the allowed pressure angle being given,the basic circle radius and eccentricity of cam mechanism can be defined,so the presented method is easier in comparison with others.

According to the allowed pressure angle, this paper determines the disk cam with translating follower s basic circle radius and eccentricity by using the analytic method.