6축 병렬기구 공작기계의 머신 시뮬레이션과 앵글밀링헤드 적용에 관한 연구

Abstract

This study examines the implementation of a kinematic machining tool to evaluate the interference andcollision phenomenon of 5-axis machining of wing ribs from airplanes, particularly for a large-size modelairplane. We develop a machine simulation model of a parallel kinematic machining tool that can operate ina virtual space, which is equivalent to the authentic conditions in the field. The investigation of thesimulation function elements indicates the necessity to generate the 6-axis machining, which attaches an anglehead to the main axis of the machine. Using an NC program for the wing ribs, we attempt to verify thecorrespondence and conformity between the machine simulation model and the actual equipment.