片语

line profile error线轮廓度误差

Surface profile tolerance error面轮廓度误差

total profile error齿形误差

profile arithmetic average error轮廓算术平均偏差

tooth profile measuring error齿廓测量误差

radial profile error齿向误差

involute profile error渐开线齿形误差

tooth profile reground error齿形重磨误差

英汉例句

• The vibration characteristics of external plunge grinding and the ground surface profile error are investigated through experiments analysis.

  在实验的基础上，对磨削过程振动特征以及由此产生的磨削表面形貌误差进行研究。

• Being used in practice, this method is proved to be simple and reasonable and provides a basis for scientific evaluation of profile error of scroll wrap.

  经实际应用证实，该方法简便、合理，为科学地评价涡旋型线轮廓度提供了依据。

• Adopting the engaging process of the measuring rack - probe, the error of straight generatrix is measured, and by error analysis, the tooth profile error and tooth orientation error can be obtained.

  采用刃边齿条测头，测量齿轮廓面的直母线偏差，通过误差分析分离出齿廓总偏差和螺旋线总偏差。

• Taking the straight-line-rack as the tool the error of straight generatrix is measured and by error analysis the tooth profile error and tooth orientation error can be obtained.

  以刃边齿条为工具，测量廓面的直母线族误差，通过误差处理与分析获得齿廓总偏差和螺旋线总偏差。

• The methods for selecting penta prism and reducing the effect of surface profile error on detection are introduced.

  介绍了选择五棱镜的方法和减小面形误差影响的方法。

• In this paper we explain the method of the measurement of the wormwheel profile error with the three coordinate measuring machine.

  本文阐述了在三座标机上测量蜗轮齿形误差的方法。

• The new method of measurement profile error of any line with error separation technique is studied. Based on developing mathematical models, computer imitation is made .

  研究了在数控加工中利用误差分离技术测量线轮廓度误差的新方法，在推导数学模型基础上进行计算机仿真。

• The current involute spline broach is analyzed, the grinding technology of involute spline broach with side clearance is described, the profile is designed, and profile error is analyzed.

  分析了现有渐开线花键拉刀的缺陷，提出带侧刃后角的渐开线花键拉刀的磨削工艺，并进行了齿形设计及齿形误差分析。

• The design method of the system and the characteristics of its components are studied in detail. By using this system, a known free-form surface can be measured and its profile error can be assessed.

  详细研究了测量系统各组成部分的特性和系统的实现方法，完成了已知自由曲面的测量和轮廓度误差评定，实现了未知自由曲面的测量和数学模型的建立。

• The profile error of gears is the main factor of gear transmission noise.

  齿轮的齿形误差是影响齿轮传动噪声的主要因素。

• An approaching method was proposed to evaluate the profile error of curve.

  提出用逐次逼近思想来评定复杂曲线的轮廓度误差的方法。

• Based on the characteristics of differential geometry and the tabu search algorithm, a new method for the profile error of ship hull plate processing surface is presented.

  利用曲面的微分几何特性，基于禁忌搜索算法，提出一种新的船体外板曲面形状误差评定方法。

• Study on error online measurement for complex curved surface profile error of skew roller based on error separation technique;

  提出了一种基于遗传算法和自适应的计算平面线轮廓度误差的新方法。

• The mathematical model to evaluate the tooth profile error of the sector by using the minimum least square method and the minimum zone method is given.

  给出了齿扇齿形误差的最小二乘评定与最小区域评定的数学模型；

• Therefore, it can eliminate the profile error caused by the change of equivalent grinding thickness in the common grinding method and increase the cam grinding precision.

  来达到廓形各点为当量磨削厚度为常值的目的，提高凸轮的磨削精度。

• A new method for calculating the space surface profile error based on genetic evolution algorithm is proposed.

  提出一种计算空间面轮廓度误差的新方法。

• If the normal section in the center of the tooth line is taken as a tooth measuring and design section, when spline hob is designed in a plane meshing, the tooth profile error is minimum.

  如果以齿纹中点法剖面作为齿形检测和设计剖面，用平面啮合法设计花键滚刀时，则齿形误差最小。

• The profile error of workpiece is separated by error separation technique to realize the online measurement of spindle radial motion error.

  采用误差分离技术将工件的形状误差从所测信号中分离出来，实现在线测量主轴的径向误差运动。

• The profile error is the item which applies widespread but difficult to measure and evaluate in country standard and international standard of the components shape error and position error.

  轮廓度误差是零件形位公差国家标準和国际标準中应用广泛而又难于测量和评定的项目。

• Controlling the teeth profile error induced by the variation of diameter of grinding wheel is a key problem in the process of grinding ZC1 worm.

  控制由砂轮直径的变化所引起的蜗桿齿形误差，是磨削zc 1蜗桿过程中的关键问题。

• This paper presents a high efficient process method of a steep lead tread of coupling screw and studies the profile accuracy by using electronic computer and arrives at the profile error curve.

  介绍了一种大导程波形联结螺纹的高效加工方法，借助计算机进行了螺纹牙形的精度分析，得出了齿形误差曲线。