measuring error

measuring error的基本解释

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测量误差

与measuring error相关的网络例句 [注：此内容来源于网络，仅供参考]

On a grating type gear integrated error measuring equipm ent, this technique employs the three-point method error separation technique fo r separation of the systematic error of the measuring chain of equipment spindle system including measuring worm error, grating transducer error, bearing rota ry error etc.

在一台光栅式齿轮整体误差测量仪上，它用三点法误差分离技术能分离开仪器轴系测量链的系统误差(包括测量蜗杆误差、光栅传感器误差、轴承回转误差等)和被测齿轮的全谐波误差。

Compared with the conventional 2-D coordinate measuring systems, the new system has great improvement at measuring speed, aiming accuracy, measuring function and degree of automation The new system consists of two parts image measuring system of displacement and image autofocusing and aiming system The displacement measuring system in which CCD camera is used for locating the optical scale not only processes the advantages of absolute code measuring system powerful noiseproof feature, good long-time stability, easily compensated ruling error of optical scale, but also has the advantages of morden numerical systems easy numeralization and intelligence The autofocusing and aiming system in which CCD camera is applied for gaining the defocusing information and edge location information of workpiece enjoys the advantages of fast autofocusing, accurate result, high accuracy of edge detection and wide range of measured parameters, etc The feasibility of the new 2-D measuring system is analyzed in this thesis and related parameters are calculated.

详细本文在分析了现有二维中小尺寸测量系统中，光学仪器的光学读数系统和调焦、瞄准系统的优缺点之后，结合现代数字化仪器的优缺点，提出研制一种新的二维图像测量机系统。与传统二维坐标测量系统相比，新型系统在测量速度、瞄准精度、测量功能及自动化程度等方面都有较大的提高。该系统由图像式位移测量系统和图像式自动调焦、瞄准系统组成。图像式位移测量系统采用CCD摄象机拾取光学线纹尺的位置信息，既具有传统光学式绝对码位移测量系统的优点—抗干扰能力强、长期稳定性好、光学标尺误差易于补偿等优点，又具有现代化数字仪器易于微机化、智能化的优点。

In this paper, some characteristic functions of the multifunctional single-flank mesh gear tester of model CD320G-D which is applying gear integrated error measuring technique, computer technique, error separation technique, fault diagnosis technique and error prediction technique, including automatic searching of profile error start point, determination of profile barrelling, separation of profile form error and profile slope error, measurement of profile error with evaluation range subtracting tooth tip, measurement of tooth topograph and statistical analysis of gear manufacture error, are presented.

阐述了综合应用齿轮整体误差测量技术、计算机技术、误差分离技术、故障诊断技术和误差预报技术的多功能 CD320G-D 型单啮仪的一些具有特色的功能。这些功能包括齿形误差起测点的自动找定、凸形齿凸形量的测定及其形状误差与倾斜误差的分离、取值范围扣除齿顶部的齿形误差的测量、齿面轮廓度误差的测量以及齿轮加工误差的大样本统计分析。

与measuring error相关的网络解释 [注：此内容来源于网络，仅供参考]

measuring error：测量误差

测量值与约定真值之间的误差称为测量误差(Measuring error). 测量误差可按其不同特征进行分类. ㈠绝对误差和相对误差 1.绝对误差(Absolute error) 绝对误差是指测量值与约定真值之间的差值. 2.相对误差(Relative error) 有时绝对误差不足以反映测量值偏离约定真值程度的大小,

measuring error：量测误差

量测设备;量测装备 measuring equipment | 量测误差 measuring error | 量测面 measuring face

measuring error：测量误差sjG中国学习动力网

measuring device 测量装置sjG中国学习动力网 | measuring error 测量误差sjG中国学习动力网 | measuring microphone 测量传声器sjG中国学习动力网

measuring coordinate error：坐标测量误差

坐标测量机:coordinate measuring machine | 坐标测量误差:measuring coordinate error | 三坐标测量机:three coordinate measuring machine

analytic equipments of harmonics energy"s measuring error：电能计量误差分析装置

心肌:delayed protection | 电能计量误差分析装置:analytic equipments of harmonics energy"s measuring error | 投资合作设备管理子系统:management sub-system of cooperation equipments