1.
The Research on Computer Control System of High-Speed Single-Side NC Lapping Machine;
数控高速单面研磨机计算机控制系统的研制
2.
The Research on Computer Control System of Double Sides High-Speed NC Lapping Machine;
双面数控高速研磨机计算机控制系统的研制
3.
Development of Process Parameters Expert System for Numerical Control High Speed Plane Lapping Machine
平面数控高速研磨机加工工艺参数专家系统研制
4.
Design and Study On The Spindle Unit of?Ultra-High Speed CNC Machine Tools
超高速数控机床主轴单元的设计研究
5.
CNC high speed double-wheel angular approach cylindrical grinding machine
数控高速双砂轮端面外圆磨床
6.
So in this paper, wehave studied the NC grinding technology of globoidal indexing cam's profile with NC millerand super-speed pneumatic bistrique.
本文利用专用数控铣床，配置高速气动磨头，对弧面分度凸轮轮廓面的数控磨削工艺进行了研究。
7.
The Study of Lapping Mechanism and Surface Quality on Lapping of Solid Abrasive;
固着磨料高速研磨机理及工件表面质量的研究
8.
Application Reseach on the Transform of Cylinder Honing Machine Based on MCU;
基于单片机的汽缸珩磨机数控化改造应用研究
9.
Mechanism Research of Single Stroke of High-speed CNC Turret Punch Driven by Servo Motor;
伺服电机驱动高速数控转塔冲床单冲程的机理研究
10.
The Study of Milling Dynamics and Rotational Speed Control of a Novel Eccentric Planet Muller;
高效偏心球磨机的研磨动力学及其速度控制的研究
11.
Research on Dynamics Analysis and Design of High Speed Spindle of CNC Winding Machine
数控绕线机高速主轴单元动力学特性分析与设计的研究
12.
Constitution and Control of Servo System of High-Accuracy Numerical Control Internal Grinder Based on Man-Machine Interface
基于人机界面的高精度数控内圆磨床伺服系统构成与控制
13.
The experimental results provide a scientific basis for the dynamic design of high speed and extra-high speed machine tool with the bearing spindle units.
研究结果为采用陶瓷轴承主轴单元的高速和超高速数控机床的动态设计提供了实验依据。
14.
Research on the Control Technology of High Speed and High Precision Carver
高速高精度数控雕刻机控制技术的研究
15.
The Study on Key Techniques of High Speed Coordinated Number Controlled Crankshaft Grinding;
高速随动数控曲轴磨削原理及若干关键技术研究
16.
Study on the Face Hardening Discipline on High-speed Grinding Parts based on Fixed Abrasive
固着磨料高速研磨工件表面硬化规律的研究
17.
A Study of Reliabilities of High Numeric Control about Chief Axis Cell in the Turning Center;
高速数控车削中心主轴单元的可靠性研究
18.
Development of High Definition Numerical Control Machine Tool Hydraulic Function Units
高精度数控机床液压功能单元的研究