工具和车刀不要放在床面上，以免敲坏导轨。
Tools and lathe tools do not put in the bed, lest knock on bad guide.
着重讨论数控可转位车刀智能化设计的方法。
The method of optimal intelligent design of NC indexable turning tools is discussed in this paper.
本文推导了这种车刀的设计计算公式，以补不足。
In this article the designing formulas of this turning tool are derived in order to make up a deficiency.
阐述自回转车刀的优点和使用中存在的一些问题。
Addresses some advantages and problems of utilizing self-propelled round insert turning cutter.
主要用于对车刀位虽然研究正就生产其他刀具进行。
Used primarily on turning tool bits although research is being carried on producing other cutting tools.
用于安装车刀并带动车刀作纵向、横向或斜向运动。
Used for installation tool and drive lathe tools for vertical, horizontal or oblique movement.
粗车刀具按其进给方向可以是右手型的或是左手型的。
Rough turning tools can be right-hand or left-hand types, depending upon the direction of feed.
分割车刀架。
生产实践表明，这种车刀能适应强力仿形车削的要求。
The production practice verifies that the cutting tool is suitable for heavy duty copying turning.
直车刀架。
组合车床设备及控制方法，车刀架，刀刃位置记录及检测装置。
Method for controlling combined lathe apparatus, combined lathe apparatus, turning tool holder, blade position registering apparatus, and blade position detecting apparatus.
介绍了为保证车刀良好断屑，研磨车刀前面断屑槽的简易工具。
The simple tool used for cutter to break nill and grinding the breaking nill handle in front of the cutter is introduced.
主要用于刃磨铣刀、铰刀、拉刀、盘形车刀、插齿刀及扩孔钻等。
Mainly Renmo milling cutter, reamer, pulling knives, plate-shaped lathe tool, knife inserted teeth and bore drilling.
介绍车刀的偏置是仿形车削盘形凸轮型面产生制造误差的主要原因。
The main reason that gives rise to manufacturing error of contouring turn plate CAM former face is derivation of cutter.
根据车刀磨损与工件表面纹理内在关系，研究和设计了显微监测系统。
According to the relationship between turning tools' wear and work-piece texture, a micro monitoring system is researched and designed.
圆弧刃车刀加工时的“包络成形”原理使它被公认为有别于直线刃刀具。
Arc blade lathe tool is recognized that it's different from beeline bl ade because of its principle of "envelope forming".
通过构建几何模型，推导出蜗杆车刀头部的计算公式，简化了计算程序。
Via the construction of geometric model, calculation formula for the head of worm lathe tool has been deduced, which has simplified calculation program.
在设计不重磨车刀时，在许多情况下采用带刃倾角刀片可获得满意的效果。
In the design of throw-away type clamped tip turning tool, in many cases, the use of insert with an inclination Angle results in a satisfactory effect.
从不重磨车刀的使用寿命、加工表面粗糙度等方面，来展开试验分析研究。
From the wear resistance of non-regrind cutters and the roughness of processed surfaces, some tests and analysis are done.
而采用单片机误差补偿系统可以对车刀的进给量进行补偿，提高加工精度。
But the error compensation system of single-chip microcomputer can be employed for the lathe to control the cutter movement, thus increasing the processing precision.
论述了双T形转子轮槽加工中所用成形车刀的设计方法及制造时关键要点。
The design method of forming lathe tool for machining double T-shape rotor wheel groove was discussed in this paper and finally the keys for manufacturing are illuminated.
试验结果表明：用自旋转车刀加工金属纤维是一种行之有效的切削加工方法。
Experimental results show that machining metal fibre by using self propelled turning tools is an effective way.
NET和UG设计软件为二次开发平台，开发了高精度圆体成形车刀设计系统。
NET and UG as the secondary development platform, a high precise CAD system for circular formed turning tools was developed.
研究用自旋转车刀加工金属纤维时，切削深度和进给量对纤维力学性能的影响。
The effects of the machining depth and the amount of feed on the mechanical properties of the metal fiber to be machined with the self propelled rotary turning tool are researched.
车削刀具可以是精车刀具或粗车刀具。粗车刀具刀尖半径较小，用 于深切削。
Turning tools. Turning tools can be either finishing or rough turning tools. Rough turning tools have small nose radii and are employed when deep cuts are made.
研究了用自旋转车刀加工金属纤维时，切削深度和进给量对纤维力学性能的影响。
In this paper, effects of depth of cut and feedrate on mechanical properties of metallic fiber are investigated by spinning bit.
介绍了模块式车刀在国产化过程中刀具结构的确定，刀片材质的选择及其实际应用。
This paper presents the process of modular turning using in our country, the design of cutter structure, the material selection of inserts and the practical application.
介绍了模块式车刀在国产化过程中刀具结构的确定，刀片材质的选择及其实际应用。
This paper presents the process of modular turning using in our country, the design of cutter structure, the material selection of inserts and the practical application.
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