When discussing tool length compensation, according to whether considering tool radius compensation or not, this dissertation analyses the two situation in detail. And then unified formula is given.
在论述刀具长度补偿时，依据是否考虑刀具半径补偿，分两种情况进行了详细分析，给出了统一计算公式。
This article introduces tool nose radius compensation in CNC lathe process, and analyses how to compensate when CNC lathe possesses TNRC function or does not.
介绍了数控车床加工中的刀尖半径补偿，对数控车床具备或不具备刀尖半径补偿功能时如何进行补偿进行了分析。
This paper sums up the advantages and deficiencies of two algorithms, and design a new tool radius compensation algorithm based on this.
总结出这两种算法的优点及不足之处，并在此基础上设计了一种新的刀具半径补偿算法。
As an important part of manipulator, tool radius compensation is already becoming one of the focuses of research field on CNC.
刀具半径补偿算法作为数控系统的一个重要组成部分，已经成为数控系统研究领域的热点之一。
Practice has proven tool radius compensation in the rough, finishing in the semi-fine and practical, and the size of precision machining parts, components can also be completed on the burr removal.
实践证明刀具半径补偿在粗、半精和精加工中切实可行，且符合零件加工尺寸精度要求，同时还可以完成零件上毛刺的清除。
In the spherical surface NC turning, the correct tool length compensation and tool nose radius compensation are significant to guarantee the precision of spherical surface.
在球面的数控车削加工过程中，刀具长度补偿和刀尖半径补偿的正确与否对于保证球面的轮廓精度极为重要。
Compensation mode: during the cutting tool compensation cutter center track always deviated from the distance of a tool radius value programming track.
补偿模式：在金刚石刀具补偿进行期间，刀具中心轨迹始终偏离编程轨迹一个刀具半径值的距离。
A detailed study has been done to the implementation of each function, and the study and application of the tool radius and thickness compensation is the core of the system.
对每一功能的实现方法都做了详细研究，刀具半径补偿与刀具厚度补偿功能的实现与应用是本系统的核心。
The CNC lathe tool compensation includes tool position compensation and tool radius compensation.
数控车床刀具补偿包括刀具位置补偿和刀尖圆弧半径补偿。
This article introduces tool radius compensation in CNC milling process, and analyzes over-cutting reasons in using tool radius compensation.
介绍了数控铣床加工中的刀具半径补偿，分析了使用刀具半径补偿产生过切削现象的原因。
When numerical control of machine tool is operated, if the cutter radius compensation is applied inappropriately, the phenomenon of over-cutting will appear.
数控机床在使用刀具半径补偿时，如果使用不当，将会出现过切现象。
When the instructions of compensation for the tool radius are put to use flexibly, it can simplify NC program and assure the quality of the part that is made on the NC milling machine.
介绍在数控铣床上灵活使用刀具半径补偿指令，可使数控编程简单化，保证被加工零件的品质。
We present two kinds of tool radius compensation algorithm in-depth study, base on the basis of the design at home and abroad CNC system.
本文在借鉴国内外数控系统设计的基础上，对现有的两种刀具半径补偿算法进行了深入的研究。
In addition, according to various states of the establishment, proceeding and cancel of the cutting tool nose radius compensation, the data are stored in different way.
此外，按照刀补建立、进行及撤消等不同的状态采用不同的方法进行数据的存储，从而提高程序的可扩充性及可替换性。
The method and skill of using the function of cutting tool radius compensation in nc milling and programming is given.
文章重点探讨数控铣削加工与编程中应用刀具半径补偿功能的方法和技巧。
NC automatic programming system was studied for cutting tool radius compensation about NC system such as FANUC, SIEMENS and PHILIPS.
本文针对常用的数控系统发那科、西门子、飞利浦研究二维刀具半径补偿数控程序自动编程系统。
NC automatic programming system was studied for cutting tool radius compensation about NC system such as FANUC, SIEMENS and PHILIPS.
本文针对常用的数控系统发那科、西门子、飞利浦研究二维刀具半径补偿数控程序自动编程系统。
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