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。
The CNC lathe tool compensation includes tool position compensation and tool radius compensation.
数控系统中刀具补偿加工工艺模块是数控系统软件中一个重要的功能模块。
The tool compensation function in machine processing is the important module of CNC system.
实现了直线、圆弧和曲面直接插补算法，详细讨论了刀具补偿算法的实现方法。
The arithmetic of linear and arc interpolation is implemented, and the arithmetic of tool compensation is talked about particularly.
该系统具有良好的人机界面，支持DXF文件的读取、刀具补偿和轨迹动态跟踪。
With the well operate interface, the cutting system supports DXF files, slotting compensation, and dynamic tracking.
从而保证零件加工时，通过调用刀具补偿值自动进行补偿，提高工件的加工精度。
It can enhance the machining precision by the way of calling the value of cutter offset to compensate automatically.
因此，编程操作人员必须熟练掌握数控机床加工中的各种刀具补偿的原理和方法。
Therefore, the operator must grasp the principle and methods in the process of digital control skillfully.
分析了数控加工中的刀具的四种补偿功能，并简述了刀具补偿在数控加工中的应用。
The functions and applications of cutting tool compensation in the numerical control machining are analyzed.
刀具补偿是数控机床上重要的功能，合理使用刀具补偿功能在数控加工中有着重要的作用。
Tool offset is an important function in numerical control machine. Reasonally using tool offset function affects on numerical control process.
加工前操纵职员只要将相关补偿值输入到划定的储存器中，数控系统就能自动进行刀具补偿。
Processing staff before the related to manipulate as long as input to the value compensation defined in the packet, numerical control system can be automatically tool compensation.
文中针对过切现象进行了分析，提出了解决方案，并对建立和撤销刀具补偿轨迹提出了要求。
The article deals with the cause of this phenomenon and put forwards the solution: how to establish and cancel the track of the cutter compensation in order to avoid the phenomenon of over-cutting.
刀具补偿功能是数控机床所特有的重要功能，用户宏程序是用户提高数控机床性能的特殊功能。
Cutter compensation is the special important function of nc machine, and user macro program is used to improve the capability of nc machine.
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。
Compensation mode: during the cutting tool compensation cutter center track always deviated from the distance of a tool radius value programming track.
主要讨论刀具补偿的概念以及在数控机床中如何使用刀具补偿功能，并通过实例说明编程应用的技巧。
The concept of cutter compensation is discussed mainly, Example shows the technique of programming and the use of cutter compensation.
本文介绍了镗削活塞锥形销孔的气液压刀具补偿系统的工作原理，并介绍了气液压刀具补偿系统的应用实例。
The working principle and applied example of the air hydraulic pressure cutter bucking-out system was presented in boring a tapered pinhole in the piston.
介绍了数控加工中的补偿概念，讨论了刀具补偿、夹具补偿和程序补偿三种补偿方法及其原理，并进行了对比分析。
The compensating concept of digital processing is introduced. The method and principle of blade compensating, clamp compensating and program compensating are analyzed and compared.
实时比较工件径向位移信号是否超出预设范围，同时参考刀具磨损方程的定量估计结果，决定是否送机床刀具补偿信号。
Comparing radius change of workpiece with limitation real time , at the same time taking into account the result of tool wear model to decide whether send offset signal to machine tool or not.
全面介绍了数控车床加工过程中的刀具补偿，并且对数控车床不具备刀具半径补偿功能时的刀具补偿计算方法进行了阐述。
The paper presents tool offset in the process of CNC lathe machining, and expounds computational method of tool offset when CNC lathes do not possess the function of tool-radius offset.
第四章研制了计算机高速数控雕铣系统控制软件，包括控制软件结构、主要管理功能、刀具补偿功能、插补功能的分析和实现。
System software is designed and programmed in chapter 4, including the analyses and researches on software structure, module of vital manage, module of tool compensation and module of interpolation.
根据对用于镗孔加工刀具补偿的微位移技术的分析以及对柔性铰链机构的研究，研发了一套具有自主知识产权的平行四边形弹性镗杆结构的镗孔刀具微量补偿装置。
Based on the research on micro movement and elastic gemels, a boring cutter micro compensation device amounted on the parallelogram elastic boring rod is developed with self owned intelligence right.
该方法能准确地进行刀具轨迹补偿，运行可靠，已成功运用于数控铣削加工的自动编程系统。
The method can accurately compensates cutter path and it has been successfully applied to automatic programming system for NC-mill.
如何设置刀具长度补偿参数一直是数控铣床和加工中心编程和操作中的难点。
How to set the tool length compensation parameters is the difficulty in operating NC milling machine or machining center.
在数控系统中刀具半径补偿的方法常采用直线过渡。
In numerical control system, cutter radius compensation always USES a straight transition method.
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。
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.
通过补偿，然后自动计算刀具路径。
Compensations are then automatically made in the computed tool path.
刀具半径补偿功能是数控铣削加工中的重要功能。
The function of cutter radius compensation is an important function in nc milling.
阐述了数控加工中刀具半径补偿建立和撤销的过程，分析并举例说明了在此过程中较为隐蔽的编程错误。
Describes the process of setting up and canceling cutting tool radios compensation in numeral control processing, illustrating and analyzing some secret programming errors occurring in this process.
阐述了数控加工中刀具半径补偿建立和撤销的过程，分析并举例说明了在此过程中较为隐蔽的编程错误。
Describes the process of setting up and canceling cutting tool radios compensation in numeral control processing, illustrating and analyzing some secret programming errors occurring in this process.
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