在异形螺杆铣削过程中，对反映刀具磨损几种信息进行分析比较。
In the process of milling special spiral rod, a comparative analysis of all kinds of signals that indicate the state of tool wearing has been made.
介绍了异形螺杆数控铣削加工中应用无瞬心包络原理的理论与实践。
This paper introduces a principle and practice on milling special shaped spiral rod with non instantaneous pole envelope method.
异形螺杆的加工一般采用成型法及无瞬心包络铣削方法在专用数控铣床上进行。
The special screw is manufactured with the molding method and non-instantaneous envelope method on the numerical control millers generally.
包络法加工复杂异形螺杆比其它加工方法效率高，但仍不能满足用户对高生产效率的要求。
The envelope method of processing special spiral rod is more efficient than others but it cannot satisfy the requirement of the clients.
本文提出的插补算法将有效地提高异形螺杆加工的精度和效率，为异形螺杆的加工另辟新径。
The interpolation arithmetic will effectively improve the efficiency and precision in the special spiral rod machining, and it provide a new method of the special spiral rod machining.
该系统实现了对异形螺杆加工过程的三维仿真，完全自动实现从数据准备、刀具选取到最终数控加工的全过程。
The 3d simulation of machining process for special shaped spiral rod is realized. Data ready, tool choice and final NC machining are all accomplished automatically.
该系统实现了对异形螺杆加工过程的三维仿真，完全自动实现从数据准备、刀具选取到最终数控加工的全过程。
The 3d simulation of machining process for special shaped spiral rod is realized. Data ready, tool choice and final NC machining are all accomplished automatically.
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