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    • 3. 发明授权
    • Gas separator improvements
    • 气体分离器改进
    • US06723158B2
    • 2004-04-20
    • US10157460
    • 2002-05-29
    • Donn J. BrownBrown L. Wilson
    • Donn J. BrownBrown L. Wilson
    • B01D1900
    • B01D19/0052
    • A gas separator has a separator member that rotates with a shaft for separation of fluid components. A flow divider directs more dense fluid to the pump and less dense fluid into an annulus surrounding the pump. An impeller is located within the flow divider for urging fluid out of a downstream gas exit port. A single large gas exit port is used and may be combined with use of a single large fluid inlet. An auger may be located within the rotary separator member. Holes may be located in the sidewall of the rotary member or chamber. The holes are preferably located in a helical pattern above and adjacent the flights of the auger or are in vertical columns adjacent the baffles. The chamber may have a cylindrical or tapered profile. Alternatively, a series of sub-chambers may be used, each having a smaller radius than the preceding, upstream sub-chambers.
    • 气体分离器具有与用于分离流体组分的轴一起旋转的分离器构件。 分流器将更稠密的流体引导到泵和较不致密的流体进入围绕泵的环形空间。 叶轮位于分流器内,用于将流体推出下游气体出口。 使用单个大型气体出口并且可以使用单个大的流体入口组合。 螺旋钻可以位于旋转分离器构件内。 孔可以位于旋转构件或室的侧壁中。 这些孔优选地位于螺旋形图案中,并且与螺旋钻的翼片相邻,或者位于邻近挡板的垂直柱中。 腔室可以具有圆柱形或锥形轮廓。 或者,可以使用一系列子室,每个子室具有比先前的上游子室小的半径。