1) a secant line
切线;割线
2) WEDM
线切割
1.
Study on WEDM interpolation for parts with irregular PRP and PSP;
上下异形面几何体零件的线切割插补研究
2.
WEDM of AZ31B Magnesium Alloy;
AZ31B镁合金线切割
3.
Discuss on Low-Speed WEDM Clamp System;
浅谈慢走丝线切割夹具系统
3) Wire Cut
线切割
1.
Parts taper machining error analysis and compensation for wire cut machine tools;
线切割机床加工零件锥度时的误差分析及补偿措施
2.
Process points analysis for die and mould in wire cut machining;
线切割加工模具的工艺要点分析
3.
Using MasterCAM and UG as the tools, the second method is carried through 3D modeling, 4 Axis NC programming and NC 2nd wire cut of worm wheel involute gear.
针对常规数控加工方法加工精密小模数蜗轮模具型腔,加工精确度低,齿形变形大,传 动准确度低的问题,探讨了用Mastercam、UG软件进行蜗轮三维造型、四轴数控编程、数控线切割加 工蜗轮模具型腔的工艺方法,给出了解决精密小模数齿轮模具加工新工艺,在工程上具有推广价值。
4) wire-cutting
线切割
1.
Analysis of Craze and Transfiguration of the Workpiece Under Wire-cutting and Pr eventive Measures;
线切割时工件的开裂变形分析及预防措施
2.
It's now adopted that templet is machined by wire-cutting.
样板现较多采用线切割加工。
3.
By means of a specially designed jig and a data transfer procedure,the taper wire-cutting capability suitable for nearly all kind of bevel gears is greatly enlarged.
根据直齿锥齿轮齿面的几何特征,提出了锥齿轮线切割加工的原理与方法,为适应大锥度加工要求,设计了专用夹具,给出了数据处理方法与程序,并进行了实际加工实验和检测实验,结果表明,本文提出的原理与方法是正确的。
5) WEDM machine
线切割机
1.
In this paper,the characteristic and total design ideal of five-axis WEDM machine for PCD milling cutters were introduced.
介绍了五轴金刚石铣刀线切割机的特点和总体设计思想。
2.
In this paper,the machining characteristic in five-axis WEDM machine for PCD woodworking milling cutters and the mechanical structure and control system of increased CNC dividing rotor were introduced,and the hardware and software constitutes in this numerical control system of WEDM machine were studied.
介绍了五轴金刚石木工铣刀线切割机的加工特点以及新增数控分度回转轴的机械结构和控制系统,并研究了该线切割机数控系统的硬件和软件构成。
6) CAXA WEDM
CAXA线切割
1.
The CAXA WEDM software owned the big and powerful function of CAD plotting and the all-round CAM function, it could carry out effective union convenient with the CAD/CAM technology and the single-board machine controller WEDM.
CAXA线切割软件拥有强大的CAD绘图功能和丰富全面的CAM功能,可以方便地将CAD/CAM技术与单板机控制器式线切割机床进行有效结合。
补充资料：切线
切线
tangent line
切线[加叼械伽;搜aTe侧四]，曲线的 一条表示割线的极限位置的直线.设M是曲线L上一点(图l)，M，为曲线L上另外一点，MM，为连接M与M，的一条直线.固定点M，让M，沿着曲线L接近M.如果当M.趋向于M时，直线MM，趋向于极限直线MT，则称MT为L在M处的切线(切咫即t).人。爪 图l图2 并非每条连续曲线都有切线.当M:从M点的不同侧趋于M时，MM，不是总会趋于一个极限位置的，或者它可能趋于两个不同的极限位置(图2).若在带有直角坐标的平面中一条曲线由方程夕“f(x)所确定，且f在x。点可微，则在M处的切线的斜率等于在该点x。的导数值f’(x。);在该点的切线方程具有形式 y一f(x。)“f‘(x。)(x一x。). 空间曲线r=r(O的切线方程为 ‘一十、贵，一二<*<十。. 曲面S在点M处的切线是指通过点M的，且位于S在点M的切面(t缸增翎tp场ne)上的直线 FC〕_飞
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