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Pitch curve design defects modification for non-circular bevel gear

机译:非圆形锥齿轮节距曲线设计缺陷的修正

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摘要

A novel pitch curve design method for non-circular bevel gear is presented to simplify design of non-circular bevel gear. Pitch curve equation for non-circular bevel gear is deduced based on geometrical relationships between pitch cone surface of non-circular gear with parallel axis and spherical surface. Then, transmission ratio function is transformed into pitch curve design defects modification equation and mathematical expression between modification factor and pitch curve design parameters for non-circular bevel gear is derived. By using the expression, modification value of pitch curve can be determined rapidly and accurately. Simulation results for high-order elliptical bevel gear and Pascal curve bevel gear demonstrate that the proposed modification method can be applied to pitch curve design for other types of non-circular bevel gear. Design and verification efficiency for non-circular bevel gear are improved effectively by employing the proposed pitch curve design defects modification method.
机译:提出了一种新颖的非圆形锥齿轮节距曲线设计方法,简化了非圆形锥齿轮的设计。根据具有平行轴的非圆齿轮的锥面与球面之间的几何关系,推导了非圆锥齿轮的螺距曲线方程。然后,将传动比函数转化为螺距曲线设计缺陷修正方程,得出非圆弧锥齿轮修正系数与螺距曲线设计参数之间的数学表达式。通过使用该表达式,可以快速而准确地确定音高曲线的修正值。对高阶椭圆锥齿轮和帕斯卡曲线锥齿轮的仿真结果表明,所提出的改进方法可以应用于其他类型非圆锥齿轮的螺距曲线设计。通过采用提出的螺距曲线设计缺陷修正方法,可以有效地提高非圆形锥齿轮的设计和验证效率。

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