首页> 外文会议>International Conference on Advances in Machining amp; Manufacturing Technology in China; 20070816-19; Harbin(CN) >Theoretical Research on Tooth Profile Modification with Electroplated CBN Hard Honing Wheels
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Theoretical Research on Tooth Profile Modification with Electroplated CBN Hard Honing Wheels

机译:电镀CBN硬质合金砂轮修整齿廓的理论研究

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Using plated CBN hard honing wheels with standard involute tooth profiles, there will be the middle concave error around pitch circle on the machined gear tooth surfaces. Therefore, standard involute tooth profiles of honing wheels have to be modified properly before electroplating CBN. In the paper, aiming at the tooth profile modification of honing wheels, the standard involute curve was converted into a spline curve, and control points of the spline curve were parameterized in solid modeling of honing wheels. By the Pro/E and ANSYS Workbench software, the engaging situation between honing wheel and gear was analyzed. Based on the analysis results, assuming the control points around pitch circle were set as variable parameter, and basically equal contact pressures were set as response variable parameter, the tooth surfaces of hard honing wheels were properly corrected, it was proved useful to reduce or eliminate middle concave error in practice.
机译:使用带有标准渐开线齿廓的镀CBN硬质珩磨轮,在机加工齿轮齿表面的节圆周围会出现中间凹入误差。因此,在电镀CBN之前必须适当修改珩磨轮的标准渐开线齿形。本文针对珩磨轮的齿形修改,将标准渐开线曲线转换为样条曲线,并在珩磨轮的实体建模中参数化样条曲线的控制点。通过Pro / E和ANSYS Workbench软件,分析了珩磨轮和齿轮之间的啮合情况。根据分析结果,假设将节圆周围的控制点设置为变量参数,并将基本相等的接触压力设置为响应变量参数,对硬质珩磨轮的齿面进行了适当的校正,这证明对减少或消除齿面是有用的。实际中凹错误。

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