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    • 3. 发明公开
    • WIND TURBINE BEARINGS
    • 风力涡轮机轴承
    • EP3249219A1
    • 2017-11-29
    • EP17172623.5
    • 2017-05-24
    • General Electric Company
    • MOSCINSKI, Michael ColanTURNQUIST, Norman ArnoldERNO, Daniel JasonLOPEZ, Fulton Jose
    • F03D80/70F03D1/06
    • In one aspect, a dual pitch bearing 60,100,120 configuration for coupling a rotor blade 20 to a hub of a wind turbine 10 is provided. The dual pitch bearing configuration including a first pitch bearing 62 and at least one additional pitch bearing 64. The first pitch bearing 62 and the and at least one additional pitch bearing 64 are coupled to opposed surfaces of a static shaft 74. The at least one additional pitch bearing 64 is disposed radially a distance L R and axially a distance L A from the first pitch bearing 62 along the static shaft 74. The dual pitch bearing 60,100,120 is disposed radially within a blade root of the rotor blade 20. The dual pitch bearing configuration minimizing moment loading on the first pitch bearing 62 and the at least one additional pitch bearing 64. A wind turbine 10 including the dual pitch bearing 60,100,120 configuration is further disclosed.
    • 在一个方面,提供了用于将转子叶片20联接到风力涡轮机10的毂的双变桨轴承60,100,120构造。 包括第一变桨轴承62和至少一个附加变桨轴承64的双变桨轴承构造。第一变桨轴承62和至少一个附加变桨轴承64联接到静止轴74的相对表面。至少一个 额外的变桨轴承64径向地布置距离LR并沿轴向距离第一变桨轴承62沿着静止轴74的距离LA.双变桨轴承60,100,120径向地布置在转子叶片20的叶片根部内。双变桨轴承构造 最小化第一变桨轴承62和至少一个附加变桨轴承64上的力矩载荷。包括双变桨轴承60,100,120构造的风力涡轮机10被进一步公开。