唐山师范学院学报
唐山師範學院學報
당산사범학원학보
Journal of Tangshan Teachers College
2015年
5期
57-59,92
,共4页
复杂轮廓%宏程序%G10指令%倒角加工
複雜輪廓%宏程序%G10指令%倒角加工
복잡륜곽%굉정서%G10지령%도각가공
complex contour%macro program%G10 instruction%chamfer machining
为提高数控铣削中复杂轮廓零件倒角加工的效率和精度，对加工轨迹进行分析，创建了数学模型，将G10指令和宏程序有机结合完成了产品的倒角加工，程序简洁、明了，通用性强，提升了加工效率和精度。
為提高數控鐉削中複雜輪廓零件倒角加工的效率和精度，對加工軌跡進行分析，創建瞭數學模型，將G10指令和宏程序有機結閤完成瞭產品的倒角加工，程序簡潔、明瞭，通用性彊，提升瞭加工效率和精度。
위제고수공선삭중복잡륜곽령건도각가공적효솔화정도，대가공궤적진행분석，창건료수학모형，장G10지령화굉정서유궤결합완성료산품적도각가공，정서간길、명료，통용성강，제승료가공효솔화정도。
In order to improve the efficiency and accuracy of complex contour parts chamfer machining in CNC milling, a mathematical model was built based on the machining trajectory analysis. The combination of G10 instruction with macro program enabled the chamfering processing of products. The program is simple, clear, strong versatility, and can improve the processing efficiency and accuracy of the product.
