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Modelling, design and analysis of offset, non-orthogonal and profile-shifted face gear drives

机译:偏置,非正交和轮廓偏移的端面齿轮传动的建模,设计和分析

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This article proposes the application of a profile-shifted grinding disc to generate an offset, non-orthogonal and profile-shifted face gear. A detailed investigation of the modelling, tooth geometry and contact characteristics of the offset, non-orthogonal and profile-shifted face gear has been conducted. The mathematical models of the profile-shifted shaper cutter, profile-shifted pinion, profile-shifted grinding disc and offset, non-orthogonal and profile-shifted face gear are established. Considering the topological modification, the tooth surface equation of the offset, non-orthogonal and profile-shifted face gear is deduced. Based on the undercutting and pointing of the tooth surface, the limiting tooth width of the offset, non-orthogonal and profile-shifted face gear is determined, and a mathematical model of tooth contact analysis of the offset, non-orthogonal and profile-shifted face gear drive is established with the alignment errors. Using the approach presented in this article, an example of a.
机译:本文提出了一种轮廓偏移的磨盘在生成偏置,非正交和轮廓偏移的端面齿轮中的应用。对偏心,非正交和轮廓偏移的平面齿轮的建模,齿的几何形状和接触特性进行了详细的研究。建立了异形修整刀,异形小齿轮,异形磨盘和偏置,非正交和异形端面齿轮的数学模型。考虑拓扑变化,推导了偏置,非正交和变位面齿轮的齿面方程。根据齿面的底切和指向,确定偏置,非正交和轮廓偏移的端面齿轮的极限齿宽,并计算偏置,非正交和轮廓偏移的端面齿轮的齿接触分析的数学模型面齿轮驱动已建立,并且存在对准误差。使用本文介绍的方法的一个示例。

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