This paper reported a method in determination of the optimum diaphragm of a tool microscope through experiment, and gained a good result.
本文介绍了通过实验确定工具显微镜最佳光阑的方法，并取得了很好的效果。
Regarding interior thread the pitch diameter survey,with multi-purposemeasured the long meter and three grid references multi-purpose toolmaker's microscope all has the certain limitation,but the magneticthree balls law may use the ordinary tool maker's microscope easilyand precisely survey interior thread the pitch diameter.
对于内螺纹中径的测量,用万能测长仪及三座标万能工具显微镜都有一定的局限性,而“磁性三球法”可利用普通工具显微镜简便而精确地测量内螺纹中径。
Reform of Universal Measuring Microscope Based on Machine Vision;
基于机器视觉的万能工具显微镜改造
Based on the linear regression analysis, this paper probes into the universal measuring microscope indicator error regression equation which can be used for modification of the measure results in order to improve the measurement accuracy.
运用线性回归分析法 ,探讨一种万能工具显微镜示值误差的经验校准公式 ,可用作修正测量结果 ,以便提高万能工具显微镜测量仪器的测量准确度。
After the teeth were embedded vertically in blocks of plaster,the first measurement was made by universal measuring microscope.
方法:选择离体正常第一前磨牙50颗,包埋固定在测量基座中,用万能工具显微镜初次测量,粘结托槽。
Refer to the measurement of hole series coordinates on curved surface in the machine vision system,a kind of photoelectric detection has been provided,except the traditional measurement of CMM and universal tool microscope,and we put three methods into analysis and comparision.
针对机器视觉系统中曲面孔系坐标的测量,除用传统的三坐标测量机和万能工具显微镜进行测量外,本文还提出了一种光电检测的方法,并对这3种方法进行了分析和比较。
To overcome the inherent weakness of universal tool maker s microscope,such as uneasy aiming,eye reading and high intension for longtime work,this paper develops a two-dimensional precision measurement system based on machine vision which improved former universal tool microscope.
针对原有万能工具显微镜存在的瞄准麻烦、读数过程烦琐、人员主观误差相对较大、长期工作劳动强度大等缺点,设计了一种对万能工具显微镜进行改造而成的二维精密测量系统;该系统引入了机器视觉技术进行自动测量对准,采用光栅传感器提供坐标系以检测尺寸,既保持了原有仪器的准确度高、抗干扰能力强、长期稳定性好、应用范围广等优点,又提高了测量的自动化水平,同时具有较高的性价比;该系统很适合工业上零件的精密测量,具有较高的应用价值和广泛的应用前景;文中设计的测量系统测量范围为25mm×25mm,其测量精度可达5μm。
This article simply introduces geometry parametere of opto-electronic component ,finding out a new testing tool-universal tool microscope,discusses the way of a testing geometry paramete with the new tool,effectively resolve the problem of the testing depth.
简单介绍了光电器件几何参数,找到了一种测试工具—万能工具显微镜,探讨了用新工具测试几何参数的方法,有效解决了深度测量的难题。
tical thread tool microscope
光学螺纹工具显微镜
Reform of Universal Measuring Microscope Based on Machine Vision;
基于机器视觉的万能工具显微镜改造
Uncertainty Evaluation on Measurement Results of Toolmaker's Microscope
工具显微镜测量结果的不确定度评定
Research of Image Processing Used in Omnipotence Tool Microscope;
用于万能工具显微镜的图像处理技术研究
Research and Precision Analysis of 19JPC Multifunction Tool Microscope
19JPC万能工具显微镜装置的研究及精度分析
The Method for Measuring Diameter Size of Ring with Universal Measuring Microscope
用万能工具显微镜测量环规内径尺寸的方法
Study on the Self-Reading System of Tools Microscope Ocular;
基于工具显微镜目镜的自动读数系统的设计研究
Study of Digitization of Data Acquisition for Eye Lens Field of Universal Tool Maker s Microscope;
万能工具显微镜目镜视场数据采集数字化的研究
Study on Automatic Measuring Technology of Universal Tool Maker s Microscope Based on Machine Vision;
基于机器视觉的万能工具显微镜自动测量技术研究
All-purpose Tool Microscope CAM System Based on Machine Vision Technology;
基于机器视觉技术的万能工具显微镜计算机辅助测量系统
Testing Adjustment And Repair Of Vertical Slide Mobile Linearity Over-proof Of 19JA Universal Tool Maker s Microscope;
19JA万能工具显微镜纵向滑板移动直线度超差的检校与修理
microscope toy (incl. microscope sets)
玩具显微镜（包括成套显微镜）
Microscope is a powerful aid in medical research.
显微镜在医学的研究是有力的辅助工具。
An instrument, such as an electron microscope, that uses electronic or other processes to magnify objects.
电子显微镜利用电子的或其它的手段来放大物体的工具，如一个电子显微镜
The electron microscope is chiefly an instrument of solid structure characterization.
电子显微镜主要是一种以固定结构为主要特征的工具。
binocular microscope
双目显微镜,双筒显微镜
all purpose microscope
万能显微镜，通用显微镜
The microscope image contains contrast effects.
显微镜所成的图像具有反差效应。