CAJ | 학술논문

以KSJM6130数控车床床身导轨部件为对象，进行实物拆装、结构剖析、虚拟仿真拆装过程和实现原理的研究。采用的方法首先是仔细分析研究床身导轨组成零部件结构、装配机理和拆装程序，确定出部件的装配和拆装工艺规程，再结合Solidworks三维造型功能完成零件实体造型、实体样机装配，最终利用Solidworks虚拟仿真和动画渲染技术开发出数控车床床身导轨三维动画虚拟拆装、导轨内部结构辨识实验教学平台。项目研究为机床整体的机械、电气软硬件一体化综合仿真实验平台研制奠定扎实基础。
이KSJM6130수공차상상신도궤부건위대상，진행실물탁장、결구부석、허의방진탁장과정화실현원리적연구。채용적방법수선시자세분석연구상신도궤조성령부건결구、장배궤리화탁장정서，학정출부건적장배화탁장공예규정，재결합Solidworks삼유조형공능완성령건실체조형、실체양궤장배，최종이용Solidworks허의방진화동화선염기술개발출수공차상상신도궤삼유동화허의탁장、도궤내부결구변식실험교학평태。항목연구위궤상정체적궤계、전기연경건일체화종합방진실험평태연제전정찰실기출。
Taking the KSJM6130 CNC lathe bed rail assembly as an object, physical dismantling its mechanical, structural analysis, virtual simulation disassembly process and the realization theorem were carried out and studied. The first approach is to carefully analyze the constituent parts of the rail bed structure, assembly mechanism and disassembly procedures, then to determine the components of the assembly and disassembly process planning. Combined with three-dimensional modeling features, diffent parts to be sharped were completed by Solidworks solid modeling to finish physical prototype assembly. Finally Solidworks virtual simulation and animation rendering technology were used to have developed CNC lathe bed rails dimensional animation virtual disassembly and rail internal structure identification experiment teaching platform. The whole machine is taken as the research object which involves in the mechanical, electrical, hardware and software integration, integrated simulation platform and to lay a solid foundation.