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    • 24. 发明授权
    • Turbine containment system
    • 涡轮遏制系统
    • US4917569A
    • 1990-04-17
    • US266656
    • 1988-11-03
    • Robert R. Kimberlin
    • Robert R. Kimberlin
    • F01D9/00F01D21/04F01D25/00
    • F01D21/045
    • A containment system for a radial flow turbine assembly includes a housing assembly, and a turbine rotor journalled for rotation about an axis and having a hub portion and a generally tapering disc portion extending radially outward from the hub portion. An annular nozzle assembly normally secured in the housing assembly against rotation forms a tapered rotor chamber within which the rotor rotates with minimum axial and radial clearance between the rotor and the chamber. A plurality of support struts extend axially inward from the nozzle assembly to a minimal axial and radial clearance with the hub portion of the rotor and forms a first stage of containment. The rotor must first break through the nozzle struts and separate the nozzle assembly. A rotatable nozzle assembly then absorbs some of the force by rotating in the housing assembly and containment ring. An armored containment ring stops the fragments that escape the nozzle assembly and finally, an outer housing provides still further containment.
    • 用于径向涡轮机组件的容纳系统包括壳体组件和枢转轴承的涡轮机转子,所述涡轮机转子围绕轴线旋转并且具有轮毂部分和从轮毂部分径向向外延伸的大致锥形的盘形部分。 通常固定在壳体组件中以避免旋转的环形喷嘴组件形成锥形转子室,转子在转子室内以最小的轴向和径向间隙在转子和腔室之间旋转。 多个支撑支柱从喷嘴组件轴向向内延伸到与转子的毂部分的最小的轴向和径向间隙,并形成第一级容纳物。 转子必须首先穿过喷嘴支柱并分离喷嘴组件。 可旋转喷嘴组件然后通过在壳体组件和容纳环中旋转吸收一些力。 铠装的安全环能够阻止从喷嘴组件逃脱的碎片,最后,外壳还可以进一步安装。
    • 25. 发明授权
    • Sliding vane pump
    • 滑动叶片泵
    • US08419384B2
    • 2013-04-16
    • US12250753
    • 2008-10-14
    • Jie JangRobert R. Kimberlin
    • Jie JangRobert R. Kimberlin
    • F04B49/00
    • F04C2/344F04C14/26F04C14/28F05C2225/00
    • The present disclosure provides a fluid pump having a pump motor, a pump drive shaft, and a vane pump assembly. The vane pump assembly includes a pump housing with a fluid inlet port in a distal portion of the housing and a fluid outlet port in a proximate portion. A first bearing member, having a plurality of inlet orifices in flow communication with the fluid inlet port, is disposed within the housing distal portion. A cam ring is adjacent the first bearing member. A rotor, which is mounted on the pump drive shaft, is disposed within an opening in the cam ring. This rotor includes a plurality of radial slots and vanes slidably received within the slots. A second bearing member, having a plurality of outlet orifices in flow communication with the fluid outlet port, is disposed within the housing proximate portion adjacent the cam ring. An end plate is also mounted within the distal portion of the pump housing. Rotation of the rotor by the drive shaft causes fluids from the fluid inlet port to be drawn through the plurality of inlet orifices at an initial fluid pressure. The fluids are then directed along a plurality of fluid flow paths disposed between an inner surface of the cam ring and an outer surface of the rotor, and then ejected through the plurality of outlet orifices to the fluid outlet port at a second fluid pressure which is greater than the initial fluid pressure.
    • 本公开提供了一种具有泵马达,泵驱动轴和叶片泵组件的流体泵。 叶片泵组件包括泵壳体,其在壳体的远侧部分中具有流体入口端口,并且在近端部分中具有流体出口端口。 具有与流体入口连通的多个入口孔的第一轴承构件设置在壳体远侧部分内。 凸轮环邻近第一轴承构件。 安装在泵驱动轴上的转子设置在凸轮环的开口内。 该转子包括可滑动地容纳在槽内的多个径向槽和叶片。 具有与流体出口端流连通的多个出口孔的第二轴承构件设置在邻近凸轮环的壳体邻近部分内。 端板也安装在泵壳体的远端部分内。 通过驱动轴转动转子使来自流体入口的流体在初始流体压力下被抽吸通过多个入口孔。 然后,流体沿着设置在凸轮环的内表面和转子的外表面之间的多个流体流动路径引导,然后以第二流体压力通过多个出口孔喷射到流体出口,该第二流体压力是 大于初始流体压力。