As a large, multi-functional modern precision instrument, coordinate measuring machine (CMM) has more and more shown its great importance and wide development prospect in industry.
三坐标测量机为一现代大型与多功能的精密量侧仪器，已越来越显示出它的重要性和宽广的发展前景。
The three coordinate measuring machines, as a kind of measuring instrument, become an indispensable part and are more and more applied to manufacture, electron, automobile and spaceflight, etc.
三坐标测量机作为一种测量仪器，越来越广泛的应用于制造，电子，汽车和航天等工业中，而且成为不可缺少的组成部分。
By measuring the coordinate positions of a series of fixed targets from several instrument locations and calculating the measurement results, the working uncertainty of the total system will be given.
通过移站测量来获得几个固定点的坐标位置，然后将测量结果进行处理，给出整个测量系统的测量不确定度。
Traditionally, the surface contour test instrument or three-coordinate measuring machine is used in 3-d curved surface measuring system.
测量三维曲面轮廓的传统方法是采用表面轮廓仪式或三坐标机。
In this paper, we introduce the method to set up the measuring coordinate system and the analysis for the influence of the tip circle's error on the measuring accuracy of the portable instrument.
本文阐述了仪器测量时座标系的建立方法以及被测齿轮齿顶圆误差对测量精度影响的分析。
This instrument is a three-coordinate measuring system, which consists of two displacement coordinates X. Y and a rotary coordinate X.
本仪器是由X、Y直线坐标和X＇回转坐标组成的三坐标测量系统。
In order to realize and MCU communication and data processing. And through dynamically link will coordinate data to measuring software. We set up a virtual instrument development platform.
为了实现与单片机的通信及数据的处理，并通过动态链接将坐标数据传到测量软件中，我们设置虚拟仪器开发平台。
In order to realize and MCU communication and data processing. And through dynamically link will coordinate data to measuring software. We set up a virtual instrument development platform.
为了实现与单片机的通信及数据的处理，并通过动态链接将坐标数据传到测量软件中，我们设置虚拟仪器开发平台。
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