CAJ | 학술논문

以3个均布双联齿轮组成的行星轮系为例，对双联齿轮在任意自身错位角情况下如何利用行星轮系的装配侧隙来实现行星轮系的装配做了深入的理论研究，依据其研究成果形成了一套可实现双联齿轮行星轮系任意装配要求的最小装配侧隙分析方法，并通过实物装配得以验证。设计双联齿轮行星轮系的最小装配侧隙来实现行星轮系的任意装配，对于小批量制造的成本控制与提高生产效率具有重要意义。
이3개균포쌍련치륜조성적행성륜계위례，대쌍련치륜재임의자신착위각정황하여하이용행성륜계적장배측극래실현행성륜계적장배주료심입적이론연구，의거기연구성과형성료일투가실현쌍련치륜행성륜계임의장배요구적최소장배측극분석방법，병통과실물장배득이험증。설계쌍련치륜행성륜계적최소장배측극래실현행성륜계적임의장배，대우소비량제조적성본공제여제고생산효솔구유중요의의。
Makes a thorough theoretical study of how to make use of assembly backlash of the compound planet gear train to im -plement assembly under the condition of arbitrary misalignment angles itself ,and based on the research,achieving the analysis methods of a random assembly required minimum assembly backlash .The methods have been proved by the practical assembly .It is significant to design minimum assembly backlash of compound planet gear train to achieve arbitrary assembly for controlling the cost and improving production efficiency in the case of the low-volume manufacture .