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本文介绍如何借鉴计算行星齿轮箱的一般方法计算柔性齿圈齿轮箱的效率。这种形状的齿轮箱已有约二十年的制造史。由于可能达到的很高速比、轴的同轴布置,以及很小的结构尺寸,近年来这种齿轮箱得到日益广泛的应用。本文扼要介绍三种常用的齿轮箱结构形状,可按已知情况引用这种计算,并与刚性齿圈的,传统的齿轮箱建立起计算关系。 1、说明本文介绍的所有钢制齿轮箱都包括一个椭圆体,上面套装有一个或两个特殊的,与椭圆形体的极薄内圈和外圈相配合的径向滚珠轴承。无论是只装有一只轴承的HDUF结构形状还是装有两只相同轴承的HDUD结构形状,对于齿
This article describes how to calculate the efficiency of a flexible ring gear gearbox using the general method of calculating a planetary gearbox. This shape of the gear box has about 20 years of manufacturing history. Due to the high speed ratios that can be achieved, the coaxial arrangement of the shafts, and the small size of the structure, gearboxes of this kind are increasingly used in recent years. This article briefly describes the three commonly used gear box structure shape, according to known circumstances cite this calculation, and rigid ring gear, the traditional gear box to establish the relationship between the calculation. 1. Description All of the steel gearboxes covered in this article include an ellipsoid with one or two special radial ball bearings fitted to the extremely thin inner and outer rings of the ellipsoid. Whether it is a HDUF configuration with only one bearing or a HDUD configuration with two identical bearings,