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    • 2. 发明公开
    • EPICYCLIC GEAR TRAIN
    • 史诗般的齿轮列车
    • EP3101313A1
    • 2016-12-07
    • EP15170665.2
    • 2015-06-04
    • Swepart Transmission AB
    • Hansson, HansMånsson, Marcus
    • F16H1/28
    • F16H1/2836F16H1/2809F16H57/08F16H2057/085
    • The present disclosure relates to an epicyclic gear train comprising a driving pinion (3), driving a plurality of planetary gears (7). Each planetary gear is attached to a planetary holder and meshes with at least one ring gear. Thereby the ring gear or the planetary holder is made to rotate about a central axis (21) of the epicyclic gear train. The planetary gears (7) are attached to the planetary holder, each via at least one planetary connector (17) which is rotatable around an axis (24) offset from the planetary axis (23), such that turning said at least one planetary connector alters the distance between the central axis (21) and the planetary axis (23) by means of an excentric connection. The planetary connectors are rotatingly pre-tensioned to apply a pressure on the planetary axis (23) away from the central axis (21), and said at least one planetary connector is attached to the planetary holder by means of a bearing (27).
    • 本发明涉及包括驱动多个行星齿轮(7)的驱动小齿轮(3)的行星齿轮系。 每个行星齿轮都连接到一个行星架,并与至少一个齿圈啮合。 由此使齿圈或行星架围绕行星齿轮系的中心轴线(21)旋转。 行星齿轮(7)分别经由至少一个行星连接器(17)附接至行星保持器,所述行星连接器可围绕偏离行星轴线(23)的轴线(24)旋转,从而转动所述至少一个行星连接器 通过偏心连接改变中心轴线(21)和行星轴线(23)之间的距离。 行星式连接器被旋转地预张紧以在远离中心轴线(21)的行星轴线(23)上施加压力,并且所述至少一个行星式连接器通过轴承(27)附接到行星式支架。
    • 8. 发明公开
    • PLANETENBOLZEN MIT BEREICHSWEISE VERMINDERTER BIEGESTEIFIGKEIT
    • EP3117126A2
    • 2017-01-18
    • EP15703780.5
    • 2015-02-11
    • ZF Friedrichshafen AGZF Wind Power Antwerpen NV
    • VAN EYNDHOVEN, Erwin
    • F16H57/08F16H1/28
    • F16H57/082F16H1/2809F16H1/2836F16H9/24F16H57/08
    • The invention relates to a planetary pin (101) comprising a first region (103), a second region (105), and a third region (107), having exactly one interface (109) between the first region (103) and the second region (105) and having exactly one interface (111) between the second region (105) and the third region (107). The interface (109) between the first region (103) and the second region (105) and the interface (111) between the second region (105) and the third region (107) extend radially, and the third region (107) has a shoulder (117) for axial fastening of at least one planetary bearing. At least one sub-region of the second region (105) has at least partially reduced flexural rigidity relative to at least one sub-region of the first region (103) and/or relative to at least one sub-region of the third region (107). According to the invention, a decoupling of the first region (103) is achieved by a deflection in the third region (107).
    • 本发明涉及一种包括第一区域(103),第二区域(105)和第三区域(107)的行星销(101),在第一区域(103)和第二区域(103)之间具有恰好一个界面(109) 区域(105),并且在第二区域(105)和第三区域(107)之间具有正好一个界面(111)。 第一区域(103)和第二区域(105)之间的界面(109)和第二区域(105)与第三区域(107)之间的界面(111)径向延伸,第三区域(107)具有 用于至少一个行星轴承的轴向紧固的肩部(117)。 第二区域(105)的至少一个子区域相对于第一区域(103)的至少一个子区域和/或相对于第三区域(103)的至少一个子区域具有至少部分减小的弯曲刚度 (107)。 根据本发明,通过第三区域(107)中的偏转来实现第一区域(103)的去耦合。