论文部分内容阅读
齿轮单面啮合综合检验时,测量元件的误差会影响测量的结果,标准中规定它的数值在被检精密齿轮公差的18—21%范围以内〔1〕。显然,提高检验精度的潜力之一是补偿测量元件的系统误差。在文献〔2—4〕里所提到的单面啮合检验时测量元件误差补偿方法的研究中,研究了测量齿轮同被检齿轮共轭状态下所记录出来的运动误差曲线图的分析方法以及处理方法。但是由于它本身的复杂性和困难性,它们没有得到广泛的运用。被检齿轮同测量齿轮的一齿和另一齿连续
Gear single-sided meshing comprehensive inspection, the measurement error of the components will affect the measurement results, the standard stipulates that its value within the precision of the seized precision gear 18-21% range [1]. Obviously, one of the potential for improving the accuracy of the inspection is to compensate for the systematic error of the measuring element. In the literature [2-4] mentioned in the single-sided meshing test component error compensation method of study, the study of the measured gear with the conjugate state was recorded under the motion error curve analysis method and Approach. However, due to their complexity and difficulty, they are not widely used. The gear to be seized is continuous with one tooth and the other tooth of the measuring gear