1) cutter point
对刀点
1.
Such as the design of machining sequence,programming method,cutter point selection,machining route decision etc.
就数控机床加工零件时 ,所应考虑的加工顺序的设计、编程的方法、对刀点的选择、加工路线的确定等主要工艺要点加以分
2) Fixed-point tool setting
定点对刀
3) Tool Setting
对刀
1.
On the Principles of Tool Setting and Its Common Methods in the Numerically Controlled Lathe;
数控机床的对刀原理及常用的对刀方法
2.
Emphasis is put on tool setting and trialshaping.
介绍一种新型的数控斜齿条插齿机的插齿加工控制方法 ,对其中的对刀和试切加工问题进行重点分析。
3.
When a workpiece is located, the concept for ideal position of its locating datum is put forword, it is helpful to correctly comprehend and calculate the locating errors of workpieces, and accurately distinguish the locating errors of workpieces and the tool setting errors of fixtures.
有助于正确理解和计算工件定位误差，以及准确界定工件定位误差与夹具对刀误差。
4) presetting cutter
对刀
1.
The relation of coordinates transfer and comparison of several methods of presetting cutter in CNC lathe;
数控车床坐标传递关系及几种不同对刀方法的比较
2.
Accurate methods of presetting cutter in CNC milling
数控铣削加工中的精确对刀方法
3.
Establishing the coordinate system of CNC machine work is very important Based on the analysis of the machine zero point of the NC lathe coordinate system, this paper makes a study of the principles and characteristics of several presetting cutter methods out of NC lathes try-to -slice methods.
数控机床加工坐标系的确定非常重要,通过对数控车床机械坐标系原点的确定分析,探讨比较数控车床试切法中的几种对刀方法的原理特点。
5) aligning cutting tool
对刀
1.
The basic aligning cutting tool methods for R2J50L system economical style CNC lathe are analyzed and studied.
通过对R2 J50L系统经济型数控车床基本对刀方法的分析与研究,总结出了更换刀具及刀具磨损时的快速对刀方法,提高了加工效率。
6) Cutting tool adjusting
对刀
1.
A settlement of problem of cutting tool adjusting in NC machining;
数控加工中对刀问题的处理
补充资料：点对点法
分子式：
CAS号：
性质：发射光谱分析中，将金属试样制成两个锥体状电极，分别作为光源的上下电极，彼此相对以电弧或火花法进行激发摄谱。该法因无辅助电极，所摄光谱中可无其伴存谱线。
CAS号：
性质：发射光谱分析中，将金属试样制成两个锥体状电极，分别作为光源的上下电极，彼此相对以电弧或火花法进行激发摄谱。该法因无辅助电极，所摄光谱中可无其伴存谱线。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条