千分表

qiān fēn biǎo
  • dial indicator;dial gauge;dial gage;amesdial
千分表千分表
千分表[qiān fēn biǎo]
  1. 用千分表测出三轴转台的竖直轴分别位于0°和180°时两水平轴的轴线位移,可计算出水平轴与竖直轴的轴线相交度。

    The displacements of two middle axis positions are measured by a dial gauge when the outer axis is in the 0 ° and 180 ° positions , then the axis intersection between the vertical axis and the horizontal axis is calculated .

  2. 千分表设于固定件上,其测量端部抵于测量件的另一端。

    The amesdial is arranged on the fixing piece with the measuring end of the amesdial contacting to the other end of the measuring piece .

  3. 用杠杆千分表测量特殊工件的误差分析及校正方法

    Analysis and Correction of Errors for Special Workpiece Measured by Dial Test Indicator

  4. 靠背轮的找正对准应用两只千分表来进行。

    The alignment of the coupling should be performed by two dial gauges .

  5. 电子数显千分表的原理分析

    Principle Analysis of Electronic Digital Micrometer

  6. 超级千分表的发展

    Developments on Super Length Gauges

  7. 千分表切削深度调整

    Micrometer cutting depth adjustment

  8. 使用千分表检查齿轮之间齿隙,与安装图纸上的数值进行比较。

    Check the backlash of gears with dial gage and compare with values shown on the assembly drawing .

  9. 分别介绍弯曲法和拉伸法测量金属的杨氏模量实验的原理,同时介绍了在这两种方法中如何利用千分表来代替光杠杆来进行测量。

    This paper explains the principle of measuring metal with the Yang modulus and its experiment with a centimillimetre .

  10. 测量仪由空心立柱、调节顶丝、调节锥杆、千分表和精密平板等组成。

    The measuring meter consists of hollow column , regulating screw , regulating rod , clock gauge and precise flat plate .

  11. 分厘卡又叫千分表,是一种远比尺子精度高的长度度量工具。

    The micrometer , which is also called a clock gauge , is a measuring instrument which is more precise than a common ruler .

  12. 讨论了超级千分表的工作原理和优点,描述了超级千分表关键参数及其检测方法。

    The working principle of super length gauges are discussed and its advantages , and the key parameters as well as calibration method are described .

  13. 指出在实际生产中应根据需要选择合适精度的精密平板、空心立柱和千分表来装配,以满足抽油泵衬套测量精度要求。

    It is indicated that the precise flat Plate , hollow column and clock gauge should be selected properly to satisfy actual requirements for measuring accuracy of oil well pump liners .

  14. 介绍了设备对中的必要性和传统的千分表对中法,分析了激光对中仪的工作原理及其在供水行业的应用实例。

    The necessity of equipment centering and the traditional centering method by micrometer are introduced . The principle of laser centering instrument and its applications in water supply industry are analyzed .

  15. 提出了一种利用生物仿真材料硬度测试系统和千分表相结合、对软质材料采用压缩-应变的实验方法,并对实验数据进行了曲线拟合。

    With the equipment for a hardness testing system of bio-anthropomorphic materials and millesimal gauge , we introduce in this paper a compress-strain test method and carry out the related test-data curve-fitness .

  16. 在我室激光陀螺基片的生产过程中,对基片表面微小变化量的检测一直是沿用传统的千分尺、千分表。

    In our laboratory , the measurement of the micro-variation in the thickness of the ring laser gyroscope ( RLG ) substrate has always been using traditional method in the production of RLG , such as micrometer .

  17. 熟悉测量设备装置,诸如:千分尺、标尺、形测孔规、度钻孔及多样化的千分表。(1)钻孔使用配套冲击电钻.钻孔时,孔洞间距与孔洞深度应满足设计要求。

    Must be familiar with measuring equipment such as micrometers , verniers , plug gauges , dial bores and various dial indicators . Supporting the use of impact drilling electric drill . Drilling , hole spacing with hole depth should meet the design requirements .

  18. 从分析工件燕尾槽平行度测量误差入手,深入研究杠杆千分表工作原理和传动放大比公式,讨论了产生误差的各种因素,并提出了校正误差的相应方法。

    The paper begins with the analysis of measurement errors of parallelism of dovetail slots , then studies the working principle and the ratio of amplification for dial test indicator . Various of factors resulting in errors are discussed , and a method of error correction is proposed .