摘要
针对现有刻楦系统存在的不足提出了新的鞋楦数控加工原理 ,并以该原理为基础进行了详细的数控刻楦刀位点算法分析。该算法采用当今加工自由曲面最流行的球头铣刀作为加工刀具 ,解决了刀位点计算复杂的问题 ,使鞋楦数控加工刀位点的计算时间大大缩短 ,提高了设计效率 ,而且刻楦工艺灵活 。
Numerical control last making machine is a machine that is used to process shoe last. A new principle of numerical control machining shoe last is put forward aiming at the deficiency of current carving last system. On the basis of the principle, the algorithm of cutter machining position during numerical controlled carving last is analyzed in detail. The complex problem of the calculation of cutter machining positiion is resolved by applying spherical milling cutter that is often used in machining free_curve surface today and taking account of practical situation of the shoe last_making machine. At the same time, the calculation of cutter machining position is realized by program using Visual C++6.0. As a result, the calculation time of cutter machining position is reduced greatly and the efficiency of design is improved. Moreover, the process of carving last is agile and precision of carving last is ensured.
出处
《重庆大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2003年第1期100-103,共4页
Journal of Chongqing University
基金
"八五"重点科技攻关项目 (85 -60 4-2 0 -0 6)
