万能工具显微镜

微机型万能工具显微镜在精密测量中的应用

The application of a computer-like universal tool microscope in the sophisticated measurement

万能工具显微镜技改中软件细分技术研究

Study on Division of Scale Pulse With Software in the Improvement of Universal Tool Microscope

用万能工具显微镜检验V型缺口冲击试样的形状及尺寸

Check the shape and dimension of the V-notch impact samples by a universal tool maker 's microscope

利用万能工具显微镜对V型缺口冲击试样的形状及尺寸进行检查，并以此数据指导V型缺口拉床的调整，加工出合格的试样。

The shape and dimension of the V-notch impact samples were checked by a universal tool maker 's microscope . The checking data can be used to direct the adjustment of the V-notch broacher so as to process the qualified samples .

小直径轴类零件的几何尺寸和形状公差一般精度要求较高，采用传统的万能工具显微镜难以保证精度，CCD镜头光学测量可以很好地解决这类问题。

In general , accuracy requirement of geometrical dimension and shape tolerance in small diameter and short axis kind of parts is higher . Traditional all-purpose tool microscope hardly ensures their measuring accuracy . CCD optic measuring system can solve this problem commendably .

光学计量仪器，如万能工具显微镜（UTM），分度头等，具有应用广泛、测量精度高、稳定性好等优点，广泛应用于测量领域。

As traditional optical metrological instrument , UTM ( universal tools microscope ) is high accuracy and stable . It was widely used in precise measurement .

微机用于万能工具显微镜测量系统的改造

Computer Application to Improve Universal Measuring Microscope ( UMM ) System

本文介绍了测长仪器数字化微机化改造中的精度保证方法：标尺倾斜调整法和计算机软件补偿法。作者将这些方法应用于万能工具显微镜的改造中，获得了满意的效果。

This paper introduces accuracy guarantee methods in digitized and compute -

提高万能工具显微镜测量精度的两个途径

Two Ways of Increasing the Measuring Accuracy of Universal Toolmakers ' Microscopes

万能工具显微镜长度测量的不确定度评定与分析

Uncertainty Evaluation and Analysis of Length Measured by Universal Toolmaker 's Microscope

用万能工具显微镜测量环规内径尺寸的方法

The Method for Measuring Diameter Size of Ring with Universal Measuring Microscope

基于图像的万能工具显微镜设计及误差分析

Design of and Error Analysis on Image - Based Omnipotence Tool - Microscope

用于万能工具显微镜的图像处理技术研究

Research of Image Processing Used in Omnipotence Tool Microscope

万能工具显微镜数据处理系统

A data processing system of universal toolmaker 's microscope

万能工具显微镜计算机辅助测量与处理系统

Computer-Aided Measuring And Processing System Of Universal Measuring Microscope

介绍了一种自行开发的万能工具显微镜计算机辅助测量与处理系统。

We analyze a self-developing computer-aided measuring and processing system of universal measuring microscope .

分立式万能工具显微镜目镜视场数据自动采集的研究

Study of Independent Data Auto-acquisition and reading System for Eye Lens of Universal Tool Maker 's Microscope

简述了对普通万能工具显微镜进行数字化、微机测量系统改造的基本原理、系统构成和技术要求。

The principle , construction and technical requirements of the improvement of numerical and computerized UMM measurement system is discussed .

在万能工具显微镜上得到了采样数据并给出了微机数据处理结果。

The sampled data is got on a universal tool microscope and the results of data processing with microcomputer are given .

不用万能工具显微镜这样的仪器，也能测量机械零件的精度。

The precision of the mechanic parts can be measured even without instrument such as universal tool microscope ( micrometer ) .

万能工具显微镜底座弯曲变形对测量精度影响的研究

The study on the effects to the measuring precision caused by the basement 's bending deformation of the universal toolmaker 's microscope

万能工具显微镜作为传统的二维坐标测量系统，在几何测量中具有最为广泛的应用。

Regarded as the traditional 2-D coordinate measuring system , omnipotence tool microscope has the most extensive application in the geometry measurement .

针对原有万能工具显微镜的缺点，提出一种基于图像的万能工具显微镜改进方法。

To overcome the disadvantages of existing omnipotence tool-microscopes , this paper has presented an ameliorative method based on image measurement technology .

并配有万能工具显微镜与三管气动测量仪、瑞士进口红宝石比较仪、洛式硬度计等先进检测设备。

And with a microscope and Universal three pneumatic measuring instrument , Switzerland imports Ruby comparator , Luo-hardness , and other advanced detection equipment .

我们用微型计算机与万能工具显微镜组成联机数据处理系统，可以较好地解决上述问题。

We may solve above problem better by using a microcomputer combined with an universal tool microscope to make up an on line data processing system .

三针法测量螺纹塞规中径的不确定度评定用万能工具显微镜测量环规内径尺寸的方法

Evaluation of Uncertainty in Pitch Diameter Measurements of Thread Plug Gauge Using Tri-needle Method The Method for Measuring Diameter Size of Ring with Universal Measuring Microscope

介绍一种在万能工具显微镜或大型工具显微镜上用影像法、轴切法测量圆锥螺纹塞规基面中径的简便方法。

This paper introduces a handy method to measure the base level mid-diameter of taper thread guage with image and axes tangent method on the omnipotence tool microscope .

当前系统可成功应用于液位测量领域和万能工具显微镜等其他仪器的自动测量。

The current system can be applied in automatic measuring in the field of liquid level measurement and some instrument measurement such as UTM ( universal tools microscope ) successfully .

利用该系统测量的微通道几何尺寸（1-1000μm）与轮廓仪和万能工具显微镜的测量结果吻合很好，最大测量误差为2μm（半深宽度），分析了测量误差产生的原因。

The measured results show that the maximum measuring error by proposed method is 2 μ m , which accords with the results measured by a stylus profiler and a universal measuring microscope .

本文介绍在万能工具显微镜上用光学灵敏杠杆测量圆柱环规内径的方法，并对该测量方法的不确定度进行分析评定。

This paper introduced the methods of measuring cylinder ring gauge inner diameter with optics sensitive lever on all-purpose tool microscope . And an evaluation of analysis to the uncertainty of measuring methods is made .