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Research on the theory and the virtual prototype of 3-DOF parallel-link coordinate-measuring machine

机译:三自由度并联连杆坐标测量机的理论与虚拟样机研究

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摘要

First, this paper describes the structure, the measuring theory, and characteristics of a new kind of coordinate measuring machine (CMM) using the parallel-link mechanism with three spatial degrees of freedom (3-DOF). Then, its measurement model is established according to the theory of the spatial mechanics, and the workspace of the probe is calculated and verified by computer simulation. Finally, the virtual prototype of the new CMM is studied by using the graphical functions in the OpenGL graphic library based on Windows 98 and Visual C++ 6.0. This research gives the foundation for manufacturing the real prototype of the parallel-link CMM.
机译:首先,本文介绍了一种使用具有三个空间自由度(3-DOF)的并联机构的新型坐标测量机(CMM)的结构,测量原理和特性。然后,根据空间力学理论建立其测量模型,并通过计算机仿真计算和验证探头的工作空间。最后,通过使用基于Windows 98和Visual C ++ 6.0的OpenGL图形库中的图形功能,研究了新CMM的虚拟原型。该研究为制造并联CMM的真实原型奠定了基础。

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