NUMERICAL SIMULATION METHOD OF KINEMATICS OF MECHANISM IN THE PRECISE PROCESSING SURFACE OF OPTICAL PARTS

Abstract

This paper presents numerical simulation method of  the kinetics structure used in optical surface parts precision grinding machine. From the  research, a numerical simulation program system of relative position, velocity and acceleration of the contrivance disk and grinding disc has been set up, as well as the animation of these mechanisms in the optical parts surface precise knuckle-lever grinding machines has been created. This program system is used to study the kinematic adjustment programs in processing preciseoptical surface parts with knuckle-lever grinding machines and also can be valuable for the  study of the kinematic knuckle-lever mechanism used in the other mechanical processing machines. The research covers problems that have not been adequately studied in published documents.