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    • 2. 发明授权
    • Arrangement and method for radially positioning a turbine brush seal
    • 用于径向定位涡轮刷密封件的布置和方法
    • US06308958B1
    • 2001-10-30
    • US09556803
    • 2000-04-24
    • Norman Arnold TurnquistChristopher Edward Wolfe
    • Norman Arnold TurnquistChristopher Edward Wolfe
    • F16J15447
    • F01D11/02F05D2230/64F05D2240/40F16J15/3288F16J15/442
    • An arrangement and method for radially positioning a brush seal relative to a rotor provides a main seal segment having a slot open toward the rotor and an interior ledge facing away from the rotor, a brush seal segment in the slot and having an exterior shoulder facing toward the rotor and overlying the interior ledge such that the brush seal segment can move radially relative to the main seal segment and rotor and the exterior shoulder can move toward and away from the interior ledge, a shim disposed and establishing a minimum spacing between the interior ledge and the exterior shoulder, and set screws tightened into spaced threaded holes in the main seal segment forcing the exterior shoulder against the shim and to the minimum spacing from the interior ledge so as to prevent radial floating of the brush seal segment in the slot.
    • 用于相对于转子径向定位刷子密封件的布置和方法提供了一个主密封段,其具有朝向转子敞开的狭槽和背离转子的内部凸缘,在该槽中的刷子密封段,并且具有面向 所述转子并且覆盖所述内部凸缘,使得所述刷子密封段可相对于所述主密封段径向移动,并且所述转子和所述外部肩部能够朝向和远离所述内部凸缘移动;垫片,其设置并在所述内部凸缘之间建立最小间隔 和外肩部,并且固定螺丝拧紧到主密封段中的间隔开的螺纹孔中,迫使外肩部抵靠垫片,并且与内部凸缘的间隔最小,以防止刷密封段在槽中的径向浮动。
    • 10. 发明授权
    • Self-centering brush seal
    • 自定心刷密封
    • US06168162A
    • 2001-01-02
    • US09129335
    • 1998-08-05
    • George Ernest ReluzcoDonald Ernest WoodmanseeOsman Saim DincNorman Arnold TurnquistChristopher Edward Wolfe
    • George Ernest ReluzcoDonald Ernest WoodmanseeOsman Saim DincNorman Arnold TurnquistChristopher Edward Wolfe
    • F16J1102
    • F16J15/3288Y10S277/926
    • A self-centering brush seal is disposed in an annular groove formed in a stationary component about a rotatable component, the stationary and rotatable components having a common axis. The brush seal includes a plurality of bristles projecting into sealing engagement with the rotating component. The brush seal has a radial clearance in the groove enabling the brush seal for free-floating radial excursions within the groove to maintain concentricity with the rotary component notwithstanding deviation of the axis of rotation of the rotating component relative to the axis of the fixed component. In another form, the brush seal comprises a plurality of arcuate segments having a helical coil spring biasing the segments for radial movement enabling the tips of the bristles to seal against the rotatable component. In a further embodiment, leaf springs bias each segment to maintain its bristles in engagement with the rotatable component. In a still further embodiment, the seal segments are pressure balanced in a radial direction with an O-ring seal sealing high and low pressure regions on opposite sides of the segments.
    • 自定心刷密封件设置在围绕可旋转部件形成在固定部件中的环形槽中,固定和可旋转部件具有公共轴线。 刷密封包括突出成与旋转部件密封接合的多个刷毛。 刷密封件在槽中具有径向间隙,使得刷密封件能够在凹槽内自由浮动的径向偏移,以保持与旋转部件的同心度,尽管旋转部件的旋转轴线相对于固定部件的轴线的偏离。 在另一种形式中,刷子密封件包括多个弧形段,其具有螺旋螺旋弹簧,所述螺旋弹簧偏置所述段用于径向移动,使得刷毛的尖端能够密封抵靠可旋转部件。 在另一实施例中,板簧对每个片段进行偏置以保持其刷毛与可旋转部件接合。 在又一个实施例中,密封段在径向方向上被压力平衡,O形环密封件密封了段的相对侧上的高压区域和低压区域。