在实验中，分别对常规磨削和经精磨后的数控刀片在切削加工中的磨损情况进行了对比。
Wear speed were contrasted for two kinds of NC tools to conventional and fine ground respectively.
刀片间隙可通过数控系统自动调节，可实现精确剪切。
The freedom between blades of tools may be self-regulated by NC system to achieve precise shearing.
介绍了数控剪板机刀片间隙自动调整机构中两种不同电位器反馈刀片间隙值的方式。
The way that two kinds of different potentiometer feeding back the blade gap value in adjusting mechanism of CNC shear have been introduced.
本文介绍了一种陶瓷刀片数控磨削加工的实时智能控制技术及算法。
In this paper, a intelligent control technique and an algorithm for precision control of CNC grinding of ceramic chips are introduced.
文摘：提出了一种适合于陶瓷刀片加工的新的插补算法，介绍了基于此算法的陶瓷刀片磨削加工数控系统。
Abstract: a new interpolation algorithm for machining of ceramic tool chips and the CNC grinding system based on the algorithm is introduced.
文摘：提出了一种适合于陶瓷刀片加工的新的插补算法，介绍了基于此算法的陶瓷刀片磨削加工数控系统。
Abstract: a new interpolation algorithm for machining of ceramic tool chips and the CNC grinding system based on the algorithm is introduced.
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