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    • 3. 发明申请
    • A ROTATING SYSTEM FOR A WIND TURBINE
    • 风力涡轮机旋转系统
    • WO2012079584A1
    • 2012-06-21
    • PCT/DK2011/050482
    • 2011-12-15
    • VESTAS WIND SYSTEMS A/SKORSGAARD NIELSEN, ThomasSCHJØTT, SimonDEMTRÖDER, Jens
    • KORSGAARD NIELSEN, ThomasSCHJØTT, SimonDEMTRÖDER, Jens
    • F03D11/00F16N7/36
    • F03D80/70F05B2260/98F16N7/36Y02E10/72
    • A rotating system (1), such as a gear system or a bearing supporting system, for a wind turbine is disclosed. The rotating system (1) comprises a housing (2) arranged to substantially enclose the rotating system (1), said housing (2) defining a lubricant drain (5) towards the exterior of the housing (2), and a rotating part (3) accommodated in an interior part of the housing (2) in a manner which allows rotational movements of the rotating part (3) relative to the housing (2), and in such a manner that lubricant can be contained between the housing (2) and the rotating part (3). The housing (2) and/or the rotating part (3) is/are arranged to provide a pumping action forcing lubricant arranged in an interior part of the housing (2) towards the lubricant drain (5) during rotational movements of the rotating part (3) relative to the housing (2). Excess lubricant is quickly and efficiently removed from the rotating part (3) and led to the lubricant drain (5). Thereby a slip stream of lubricant is reduced. Accordingly, the friction occurring in the rotating system (1) is considerably reduced, and the efficiency of the rotating system (1) is therefore increased. Simultaneously, the outer dimensions of the rotating system (1) can be minimised because it is not necessary to generally increase the distance between the rotating part (3) and the housing (2) in order to avoid a lubricant slip stream. Furthermore, a method for operating such a rotating system (1) is disclosed.
    • 公开了一种用于风力涡轮机的旋转系统(1),例如齿轮系统或轴承支撑系统。 旋转系统(1)包括被布置为基本上包围旋转系统(1)的壳体(2),所述壳体(2)限定朝向壳体(2)的外部的润滑剂排出口(5),以及旋转部件 3)以允许旋转部件(3)相对于壳体(2)的旋转运动的方式容纳在壳体(2)的内部部分中,并且以这样的方式,润滑剂可以容纳在壳体(2) )和旋转部(3)。 壳体(2)和/或旋转部分(3)被布置成在旋转部分的旋转运动期间提供泵送作用,其将设置在壳体(2)的内部部分中的润滑剂朝向润滑剂排出口(5) (3)相对于壳体(2)。 从旋转部件(3)快速高效地移出过多的润滑剂,并导致润滑剂排出(5)。 从而减少润滑剂的流动。 因此,旋转系统(1)中发生的摩擦力大大降低,因此旋转系统(1)的效率因此增加。 同时,旋转系统(1)的外部尺寸可以最小化,因为不需要大体上增加旋转部件(3)和壳体(2)之间的距离,以避免润滑剂流动。 此外,公开了一种用于操作这种旋转系统(1)的方法。