中国机械
中國機械
중국궤계
CHINA MACHINERY
2014年
11期
245-246
,共2页
数控加工%数控编程%R参数编程%非线性曲线回转表面加工
數控加工%數控編程%R參數編程%非線性麯線迴轉錶麵加工
수공가공%수공편정%R삼수편정%비선성곡선회전표면가공
NC Machining%CNC Programming%R Parameter Programming%Nonlinear Curve Rotary Surface Processing
文章结合本人在教学过程当中所遇到的相关问题,提出利用非圆曲线参数化编程方法完成复杂曲线回转表面零件粗精加工的解决方案,对于提高零件加工精度及生产效率,简化编程程序,节约机床内存,提高设备利用率,具有一定的实用价值。
文章結閤本人在教學過程噹中所遇到的相關問題,提齣利用非圓麯線參數化編程方法完成複雜麯線迴轉錶麵零件粗精加工的解決方案,對于提高零件加工精度及生產效率,簡化編程程序,節約機床內存,提高設備利用率,具有一定的實用價值。
문장결합본인재교학과정당중소우도적상관문제,제출이용비원곡선삼수화편정방법완성복잡곡선회전표면령건조정가공적해결방안,대우제고령건가공정도급생산효솔,간화편정정서,절약궤상내존,제고설비이용솔,구유일정적실용개치。
This passage puts forward a solution for completing rough and finishing machining of the same type parts with complex curve rotary surface,combining with related problems during combination of working and learning teaching process. It has a certain practical value for improving parts machining accuracy and production efficiency, simplify the process of programming, saving machine memory and improve equipment utilization.