首页> 外文会议>Proceedings of the ASME international design engineering technical conferences and computers and information in engineering conference 2017 >Research on Calculation of Unloaded Transmission Error of Planetary Gear Train Caused by Eccentricity
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Research on Calculation of Unloaded Transmission Error of Planetary Gear Train Caused by Eccentricity

机译:偏心引起的行星齿轮系空载传动误差计算研究

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In this paper, calculation of no-load transmission error (TE) of planetary gear train is studied. The theory computational model of the eccentric planetary gear train with single planet gear(SPG) under no-load conditions is constructed initially for acquiring the formulas of no-load transmission ratio error and unloaded transmission error(UTE) of internal and external gear pairs. Then computational formula of the UTE of planetary gear train with SPG caused by eccentricity is presented. Through simulation TE and the developed formula of UTE, the eccentricities and initial phasing are uncoupled by curve fitting. Simultaneously, formula of UTE of planet gear train with SPG is validated. At the same time, different groups of initial phasing are analyzed to acquire the relatively good initial phasing group. In addition, the UTE of planetary gear train with multiple planet gears(MPG) caused by eccentricity is developed.
机译:本文研究了行星齿轮系的空载传递误差(TE)的计算。首先建立了单行星齿轮(SPG)在空载条件下的偏心行星齿轮系的理论计算模型,以求得内,外齿轮对的空载传动比误差和空载传动比(UTE)的公式。给出了由偏心距引起的带有SPG的行星齿轮系UTE的计算公式。通过仿真TE和已开发的UTE公式,通过曲线拟合将偏心率和初始相位分离。同时,验证了带有SPG的行星齿轮系UTE公式。同时,对不同组的初始定相进行分析,以获得相对较好的初始定相组。此外,还开发了由偏心引起的具有多个行星齿轮(MPG)的行星齿轮系的UTE。

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