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Compound modification of globoidal worm drive with variable parameters

机译:可变参数的球形蜗杆传动的复合修改

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摘要

The meshing theory is built for the globoidal worm drive systematically. Several modification parameters, including the center distance, the transmitting ratio and the height of the cutter frame, are taken into account concurrently and they are all variable. Many types of modification in the foregoing study can be viewed as the special cases of this work. A new method is proposed to obtain the velocity ratio modification function. The height modification function is recommended to adopt a linear function, whose coefficients may be determined by the trial method. The meshing function of the worm pair is deduced by virtue of the vector rotation approach. In the case of the modification with single constant parameter, the classification standard of the drive type is proved strictly. The computing methods of the contact zone, the contact line, and the instantaneous meshing point are expounded explicitly. The reason why a globoidal worm drive can implement the double-line contact between the teeth is uncovered clearly. The reason why a modified globoidal worm gearing can shun the curvature interference is discovered. The comparative researches on the mesh characters of the diverse modified drives are implemented adequately. Some kinds of the modified drive, containing the compound modified drive with variable parameters, are recommended to be utilized in practice for the excellent mesh performances.
机译:系统地为球状蜗杆传动建立了啮合理论。同时考虑了几个修改参数,包括中心距,透射比和刀架的高度,它们都是可变的。前述研究中的许多修改形式都可以视为这项工作的特例。提出了一种获得速度比修正函数的新方法。建议将高度修改函数采用线性函数,其系数可以通过试验方法确定。借助于矢量旋转方法推导出蜗杆对的啮合功能。在使用单个常数参数进行修改的情况下,严格证明了驱动器类型的分类标准。明确阐述了接触区,接触线和瞬时啮合点的计算方法。球形蜗杆驱动器可以实现牙齿之间的双线接触的原因尚不清楚。发现了改进的球面蜗杆传动装置可以避免曲率干扰的原因。对各种改进型驱动器的啮合特性的比较研究得到了充分的实施。为了具有出色的网格性能,建议在实践中使用某些包含可变参数的复合修改驱动器的修改驱动器。

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