1.
Research of the RTCP Function for 5-axis Machine with Dual Rotary Tables
双转台五坐标机床RTCP功能的研究
2.
Post Transform of Multi-Axis Machine Based on Structural Error Compensation
基于结构误差补偿的多坐标机床后置变换
3.
Study on Post Processing Algorithm of Five-axis CNC Machine
五坐标数控机床后置处理算法的研究
4.
Study on Several Especial Points of NC Machine Coordinate System
浅议数控机床坐标系中的“特殊点”
5.
Research on the Open CNC System of Five-Coordinate Virtual Axis Polishing Machine;
五坐标虚拟轴研抛机床开放式数控系统的研究
6.
The Development of the Three-Axis Numerical Control System of the Boring and Milling Machine Tool Based on IPC;
基于工控机的三坐标数控钻铣床数控系统开发
7.
Research on CNC System of Five-Coordinate Virtual Axis Polishing Machine Tool;
五坐标虚拟轴研抛机床数控系统的研究
8.
On Installing of Coordinate System of Workpieces of Numerically Controlled Machine and Toolsetting Methods;
数控机床工件坐标系的设定与对刀方法
9.
PTM work piece coordinate system algorithm research and application
并联机床工件坐标系算法研究及其应用
10.
Based on a5- axis NC grinding machine for rotary burrs developed by the Tianjin University, the4- axis NC grinding technology for rotary burrs is researched.
在天津大学研制的五坐标旋转锉刃磨机床的基础上，研究了旋转锉的四坐标数控刃磨技术。
11.
The unified formula results from the revolution and translational movement of the coordinate axis.
利用坐标轴的旋转和平移,导出了组合机床主轴箱多种传动形式下传动轴坐标计算的统一公式。
12.
Research on the Virtual Coordinate Measuring System of Coordinate Measuring Machines;
三坐标测量机虚拟坐标测量系统研究
13.
A Five-Axis CNC Machine Coordinate System and its Post Processing Method
5轴数控机床坐标系统的一个特例及其后置处理方法
14.
Designing and Realization of Post-processing Program for Five-axis Simultaneously Water-jet Cutting NC Machine Tool;
五坐标联动水力切割数控机床后置处理程序的设计与实现
15.
Design and Implementation of NC Program Interpreter Based on Five-coordinates Parallel Machine Tool;
五坐标并联机床数控加工程序解释器的设计与实现
16.
The Research of Three Axis CNC Machine Errors Based on the Kinematics of Multi-body System
基于多体系统运动学理论的三坐标数控机床加工误差研究
17.
Study on positional alignment error of tubesheet workpieces’tube holes produced with NC machine by coordinate method
用坐标法在数控机床上加工管板类工件的管孔位置度误差研究
18.
The modeling about geometrical error of the NC machine-tool from polar-coordinate milling based on multi-body system theory
基于多体理论的极坐标数控铣齿机床几何误差建模