介绍一种精确求解齿轮齿形误差的新算法。
A new precise algorithm for the profile deviation of gears is introduced.
齿轮的齿形误差是影响齿轮传动噪声的主要因素。
The profile error of gears is the main factor of gear transmission noise.
本文阐述了在三座标机上测量蜗轮齿形误差的方法。
In this paper we explain the method of the measurement of the wormwheel profile error with the three coordinate measuring machine.
对大规格螺旋锥齿轮齿形误差的在机测量方法进行了研究。
Research on Coordinate Method for Measuring the Profile Error of Wormgears;
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；
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.
提出新的轴向齿形角计算方法，使滚刀刀齿形误差分布较为合理。
A new calculating method of axial tooth Angle is put forward, which leads to forming error distribution of hob tooth forms.
这种新方法特别适用于大齿轮齿形误差在位检测仪器的研制和开发。
This new method is especially suitable for developing on-line measuring instruments for large gear's profile.
在切齿过程中﹐滚刀的制造误差主要影响齿轮的齿形误差和基节偏差。
In the process of the teeth, hob manufacturing error of gear tooth shape of the main impact error and the festival deviation.
大模数、大直径齿轮的齿形误差临床检测是目前国内外有待解决的问题。
It remains a problem to be solved for the tooth profile on-machine measurement of large gears domestically and abroad at present.
理论分析和测试结果表明：啮合法可利用齿形误差展成系统测量齿向误差。
The theoretical analysis and experimental results show that the lead error measurement may share same generation system with involute profile measurement by this meshing method.
进行测量，提出了一种在视觉三坐标测量机上测量小模数齿轮齿形误差的新方法。
This paper presents a new method to measure tooth error of small module gears.
文中的数学模型亦可用于零前角及正前角齿轮滚刀重磨后的齿形误差计算及修正。
The mathematical model presented in this paper can also be used in the regrinding of gear hobs with zero rake Angle and positive rake Angle for error calculation and revision.
控制由砂轮直径的变化所引起的蜗杆齿形误差，是磨削zc 1蜗杆过程中的关键问题。
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.
提出一种采用刚性圆柱棒形测头测量渐开线齿形误差的新方法，介绍了测量原理及测量结果。
A new method employing rigid cylinder-shaped stylus for measuring the errors of involute tooth profiles of gears is presented. Its principle and measuring results are introduced.
本文在推导出齿形误差计算公式的基础上，给出一种使齿形设计误差最小的最佳齿形角的求法。
The tooth profile error and longitudinal form error are calculated, and the change rule with setting Angle of them is got.
齿轮高频噪声产生的主要原因是齿形误差和基节偏差；低频噪声产生的主要原因是齿距积累误差。
High frequency noise of gears is mainly from tooth error and base pitch, and low frequency noise from accumulated errors of tooth spacing.
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。
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.
本文研究了在带轮常用齿数范围内，用不同参数设计的刀具加工带轮时，产生的齿形误差分布规律。
The peper studies the law of pulley error distrubution in common use toothscope, when the tool designed with different parameters processes the pulley with distinettooth.
将此高精度直齿外珩轮应用于珩齿试验中，被加工齿轮的齿形误差和表面光洁度得到了极大地提高。
The honing experiment shows that the teeth error and surface roughness of the machined gear have been improved greatly.
此文给出了按平面啮合原理设计矩形花键滚刀齿形的误差计算方法，并计算了几种规格的滚刀的齿形误差。
This paper gives a calculating method of the error of rectangle spline hob profile designed on the theory of plane engagement, with the errors of some hobs calculated.
该文基于空间啮合理论，利用微分几何方法首次对该种齿轮的齿形误差与齿向误差进行计算，并给出计算实例。
Based on the space gear engagement theory, a new way to calculate the profile errors and axial errors is developed for the first time and a numerical example is presented.
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。
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.
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 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.
根据最大误差最小法的基本原埋，对矩形花键滚刀法向齿形的双圆弧参数进行了优化，使滚刀加工出的工件齿形误差最小。
Based on basic theory of maximum error minimum method, double arc parameters for normal tooth outline in rectangle spline hob are optimized to obtain tooth outline in workpiece with minimum error.
传统的齿轮齿形误差的计算方法虽然能够满足生产的需要，然而测量中所需附件较多，且操作规程繁杂，使用时十分不便。
Traditional means of measurement of gear's profile can meet the need of production, whereas there are more operation rules and accessories needed. These means are not good.
在齿频误差中，分析了齿形误差、压力角误差和螺旋线波度误差激振下，转子系统的非线性振动特性，并与按线性模型计算的结果进行了对比。
Of all the gear frequency errors, the non-linear dynamic characteristics of gear tooth error, pressure angle error and sprial fluctuation error are compared with the results of the linear system.
本文在建立滚齿过程数学模型的基础上，求出实际方程，在计算机上对实际滚齿过程和齿形检测过程进行了仿真，并对齿形轮廓和齿形误差进行了分析。
The mathematical model in agreement with the practical generating process is established. The practical generating process and the testing process of gear shape are simulated by use of computer.
非零前角滚刀按常规方法重磨产生较大齿形误差，本文根据重磨齿形误差变化规律，用优化方法确定滚刀重磨参数，控制误差，提高滚刀重磨精度，增加滚刀的精度寿命。
The optimal way is used to determine the regrinding parameters to control tooth form error and to increase the regrinding precision and useful life of hab.
实验表明，用该方法对齿形链链板的几何尺寸测量和圆度误差评定是可行的。
Experiment shows that measurements on geometrical size and evaluation on roundness error of the tooth shape chain board by this measurement method are feasible.
介绍了硬齿面滚刀倒棱的齿形计算公式和误差分析，探讨了新型的倒棱滚刀结构方式及制造工艺。
Profile formula for hard gear chamfered edge hob and its error analysis are introduced. A new kind of chamfered edge hob structure and manufacturing engineering are investigated.
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