1) compensation value of tool radius
刀具半径补偿值
1.
In NC machining,applying reasonable processing arrangement on parts by flexibly using compensation value of tool radius can not only save the program but also increase the processing efficiency.
在数控加工中,灵活的运用刀具半径补偿值对零件进行合理的工艺安排,既可以节省程序,又可以提高加工效率。
2) Reamer Reimbursement Radius
刀具补偿半径
3) cutter radius compensation
刀具半径补偿
1.
Study on the characteristics of cutter radius compensation in CNC milling machines and its application;
数控铣床刀具半径补偿功能特征及分析应用
2.
Realization of cutter radius compensation in CNC system;
CNC系统刀具半径补偿功能的实现
3.
The usage of FANUC Oi-MC cutter radius compensation;
FANUC 0i-MC刀具半径补偿功能的使用
4) Tool radius compensation
刀具半径补偿
1.
Application of tool radius compensation in simulation of numerical control;
刀具半径补偿在数控仿真中的应用
2.
The code of tool radius compensation in the NC Program;
数控编程时巧用刀具半径补偿指令
3.
Tool radius compensation orders in Numerical Control(NC)milling manufacturing procedure are expounded and cutterradius offset procedure is analyzed.
阐述数控铣削加工过程中刀具半径补偿的意义和过程。
5) cutting tool radius compensation
刀具半径补偿
1.
This paper introduces the theory of cutting tool radius compensation in CNC system and in the 2-D surface,analyses for cutter radius compensation cases,presents a simple and practical method,which can be applied in planar CNC system.
文章介绍了数控系统中二维刀具半径补偿的原理,并对二维刀补中可能出现的各种连接情况进行了全面分析,提出了一套简单实用的算法,并说明了程序的实现过程。
2.
This paper introduces an algorithm of cutting tool radius compensation in NC APT and suggest method of programming, which can compile NC cutting source program to obtain the information about cutting tool center trace.
介绍了数控自动编程中一种处理刀具半径补偿的算法,并提出了相应的程序实现过程,其对数控加工源程序进行编译处理能得到所需的刀具中心轨迹。
3.
Introduced the concept, the instruction format of the cutting tool radius compensation.
详细介绍了刀具半径补偿的概念、指令格式,阐述了刀补的三个过程及使用时的一些注意事项,并通过举例说明刀具半径补偿功能在铣削加工中的应用。
6) c-function tools radius compensation
C刀具半径补偿
补充资料：共价半径
假想中原子形成共价键时所形成的球体的半径。根据统计，各种分子中成键的两个原子核的间距有一个规律，即各原子在形成某种共价键时可以想象为一个具有一定半径的球体。这个半径称为该原子的共价半径。共价键不同，则半径也不相同。L.C.鲍林提出的共价半径如表。这些数值是近似值,可用于预测或估算键长。
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