本文所研究的光学坐标测量系统是建立在数字近景测量技术的基础上的一种新型精密测量系统。
The Opitical Coordinate Measuring System studied in this paper is based upon the digital CRP technology.
提出了一种基于测量与校准功能合一的光学测棒的立体视觉坐标测量系统。
The paper proposes a stereo vision coordinate measurement system based on optical probe with the function of measuring and calibrating.
高精度光学测量系统，精密坐标试台；
Optical measurement system of high accuracy, precision coordinate test station;
针对微小零件的几何特征和光学信息，探讨了相应的视觉坐标测量方法和系统组成方案。
Analyzing geometrical features and optical information of small parts, the corresponding vision coordinate measurement methods and system composition scheme was investigated.
本论文提出一种采用光学测棒的三目视觉坐标测量系统，利用交汇成像原理实现三坐标测量。
This paper is mainly about a three-D coordinate measurement system, which is based on intersection converge imaging principle, using space probe.
介绍了CCD立靶坐标测量系统的坐标测量原理及其目标光学成像特性。
The coordinate measurement principle and target imaging characteristic of CCD vertical target coordinate measurement system are introduced.
文中以透视投影变换为依据，为基于两台经纬仪形成的一种非接触式光学柔性三坐标测量系统提出了一全新的数学模型。
In terms of perspective projection transformation, a novel mathematical model is proposed for a non contacting optical flexible 3d measurement system constructed by the two theodolites.
在分析、总结国内外对大锻件尺寸测量技术的基础上，提出一种新的测量方案：光学接触靶柔性坐标测量系统。
By summing up both domestic and international measuring methods, a new one is proposed: optical-contact target flexible CMMs.
而且使系统的建立更为随意、灵活，增强了非接触式光学柔性三坐标测量系统的应用价值。
Moreover, the set up of the system is more random and flexible, and the application value of the non contacting optical flexible 3d measurement system is enhanced.
系统采用摄像头等光学测量仪器和编码器、罗盘等定位设备达到坐标测量的目的。
First, the fundamental principles are introduced based on the system; and the operation process, parameter setting and structural design of this device are analyzed.
系统采用摄像头等光学测量仪器和编码器、罗盘等定位设备达到坐标测量的目的。
First, the fundamental principles are introduced based on the system; and the operation process, parameter setting and structural design of this device are analyzed.
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