1.
Optimal Contouring Control Based on Task Coordinate Frame and Its Simulation
基于工作坐标系的最优轮廓控制及其仿真
2.
Establishment of Relative Polar Coordinate Method of Lofting Mineral Company Shandong Branch of CHALCO
建立相对坐标系的极坐标法施工放样
3.
On Transformation of National Mark to Construction Mark
国家坐标系与施工坐标系的转换方法探讨
4.
Discussion on Applying the Selection of G54～G59 Directionsin Processing Coordinate-system and the Drift of Processing Coordinate-system;
加工坐标系选择G54～G59指令与加工坐标系偏移用法释疑
5.
The Application of Construction Coordinate System in Place of National Coordinate System in Construction Building
国家坐标系转换成施工坐标系在工程建设中的应用
6.
CAD/CAM System for Spacial Cam in 5-aixs NC Machining;
五坐标数控加工空间凸轮CAD/CAM系统
7.
CAD/CAM System for Integral Impeller in 5-aixs NC Machining;
五坐标数控加工整体叶轮的CAD/CAM系统
8.
Building and Analysis of System of Coordinates of Work Piece Based on PC-DMIS;
基于PC-DMIS的工件坐标系的建立与分析
9.
Setting Work Coordinate System Using Three-point Arc Automatically
三点圆法实现工件坐标系的自动设定
10.
The Establishing Process of NC Machining Coordinate System for Sheet Metal Die
如何建立钣金模具的数控加工坐标系
11.
The current coordinate system is invalid for this operation.
对于该操作，当前坐标系统无效。
12.
Algorithm of Establishing Local Coordinate System for Sub-Views in Engineering Drawing
工程图中建立各分视图坐标中心及局部坐标系的算法
13.
Accurate tool calibration for robotic conformance grinding system
机器人修形磨削工具坐标系的精确标定方法
14.
They form a three-parametric, orthogonal net and may be chosen as coordinate lines of a special, curvilinear coordinate system.
它们形成三参数正交网，可以把它们选作特殊曲线坐标系的坐标线。
15.
The Research on 3D Coordiante Laser Measuring System Basing on Target Collaboration;
基于靶标合作的三维坐标激光测量系统的研究
16.
Beijing geodetic coordinate system 1954
１９５４年北京坐标系
17.
Upbuilding workpiece cartesian coordinates and tool setting technique in NC process
数控加工中工件坐标系的建立及其对刀技巧
18.
Discussion on the construction of the workpiece coordinate in CNC machining;
数控加工中关于工件坐标系建立方法的探讨