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    • 2. 发明授权
    • Turbine blade damper
    • 涡轮叶片阻尼器
    • US5369882A
    • 1994-12-06
    • US144368
    • 1993-11-02
    • Philip W. DietzCharles E. SteckleRobert J. Corsmeier
    • Philip W. DietzCharles E. SteckleRobert J. Corsmeier
    • F01D5/22B23P15/00
    • F01D5/22Y02T50/671Y02T50/673Y10S416/50Y10T29/49318Y10T29/49321Y10T29/49325
    • A generally wedge-shaped vibration damper for rotor blades of a gas turbine engine has a pair of scrubbing surfaces and is loosely retained in a pocket incorporated in the rotor blade platform. The pocket is partly defined by a plurality of surfaces which orient the damper so that it is slidably displaceable and rotatable only in a predetermined plane. During rotation of the rotor disk, the damper of one rotor blade is displaced in a plane transverse to the rotor axis of rotation by centrifugal forces to a position at which one scrubbing surface of the damper abuts a side surface of the platform of the adjacent rotor blade and the other scrubbing surface abuts an inner surface of the platform of the rotor blade in which the damper is inserted. The scrubbing action of the damper serves to damp vibratory motion in the platforms of both blades.
    • 用于燃气涡轮发动机的转子叶片的大致楔形振动阻尼器具有一对擦洗表面,并且松散地保持在并入转子叶片平台中的凹穴中。 口袋部分地由多个表面限定,这些表面使阻尼器定向,使得其仅在预定平面内可滑动地移位和旋转。 在转子盘的旋转期间,一个转子叶片的阻尼器在垂直于转子旋转轴线的平面中通过离心力移动到阻尼器的一个擦洗表面抵靠相邻转子的平台的侧表面的位置 叶片和另一个擦洗表面邻接在其中插入阻尼器的转子叶片的平台的内表面。 阻尼器的擦洗动作用于减弱两个叶片的平台中的振动运动。
    • 7. 发明授权
    • Interstage seal assembly for a turbine
    • 涡轮机级间密封组件
    • US5749701A
    • 1998-05-12
    • US740450
    • 1996-10-28
    • Jonathon P. ClarkeCharles E. SteckleKevin W. McMahanGeorge A. DurginRandall C. Bauer
    • Jonathon P. ClarkeCharles E. SteckleKevin W. McMahanGeorge A. DurginRandall C. Bauer
    • F01D11/00F01D11/02
    • F01D11/001F05D2260/20
    • A seal assembly positioned between forward and aft rotor stages of a turbine separates a forward cavity and an aft cavity on each side thereof. The seal assembly includes a seal body connected to a platform portion of a stator nozzle located between the forward and aft rotor stages, wherein an inner seal cavity in flow communication with an insert in the stator nozzle is formed therebetween. A static seal member is arranged in sealing relationship with a rotary toothed member between the forward and aft cavities, with the static seal member being connected to the seal body. An intermediate member is positioned between the seal body and the static seal member to define a plenum therebetween in flow communication with the inner seal cavity, the intermediate member having a plurality of angled passages formed therein in which a first end thereof is in flow communication with the plenum and a second end thereof is in flow communication with the aft cavity. Accordingly, air entering the stator nozzle insert flows into the inner seal cavity and then into the plenum so that it exits through the angled passages into the aft cavity at an angle with respect to an axis of rotation of the aft rotor stage. In this way, such air will acquire a tangential velocity component in the direction of rotation of the aft rotor stage.
    • 定位在涡轮机的前后转子级之间的密封组件在其每侧分离前腔和后空腔。 密封组件包括密封体,其连接到位于前部和后部转子级之间的定子喷嘴的平台部分,其中在其间形成有与定子喷嘴中的插入件流动连通的内部密封腔。 静密封构件与前后空腔之间的旋转齿形构件密封关系,静密封构件与密封体连接。 中间构件位于密封体和静态密封构件之间,以在其间限定与内密封腔流动连通的中间构件,中间构件具有形成在其中的多个成角度的通道,其中第一端与第一端部 气室和其第二端与后腔流体连通。 因此,进入定子喷嘴插入件的空气流入内密封空腔,然后进入通风室,使得其相对于后转子级的旋转轴线成角度地离开成角度的通道进入后空腔。 以这种方式,这样的空气将在后转子级的旋转方向上获得切向速度分量。