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    • 21. 发明授权
    • Regenerative-type fluid machinery having a guide vane on a channel wall
    • 在通道壁上具有导叶的再生型流体机械
    • US09551354B2
    • 2017-01-24
    • US14119697
    • 2012-05-09
    • Kyoung Yong LeeYoung Seok Choi
    • Kyoung Yong LeeYoung Seok Choi
    • F04D5/00F04D29/44
    • F04D29/44F04D5/008
    • A regenerative fluid machine having guide vanes on a flow channel wall is disclosed. The regenerative fluid machine includes a circular plate-shaped impeller having a plurality of vanes radially formed on an outer circumference thereof at regular intervals, casings in which the impeller is housed, and flow channels, each of which has a suction hole and a discharge hole in opposite ends thereof, and which are circumferentially disposed within the casings so as to face the vanes. The plurality of guide vanes having an inclined angle (θ) with respect to a radial direction protrude from the flow channel wall in a rotational direction of the impeller so that a relative inflow angle (β) of the fluid introduced into the impeller grooves is increased and thus an absolute inflow angle (α) is decreased.
    • 公开了一种在流道壁上具有导向叶片的再生流体机械。 再生流体机械包括:圆板状叶轮,其具有规则间隔径向形成在其外周上的多个叶片,容纳叶轮的壳体和流路,每个流路具有吸入孔和排出孔 在其相对端部,并且周向地设置在壳体内,以便面对叶片。 相对于径向具有倾斜角度(θ)的多个导向叶片在叶轮的旋转方向上从流路壁突出,使得引入叶轮槽的流体的相对流入角(β)增加 因此绝对流入角(α)降低。
    • 24. 发明申请
    • FUEL PUMP
    • 燃油泵
    • US20120301289A1
    • 2012-11-29
    • US13516618
    • 2010-12-09
    • Matthias FischerBernd JaegerZlatko Penzar
    • Matthias FischerBernd JaegerZlatko Penzar
    • F01D1/02
    • F04D5/008F02M59/12F04D5/002F04D5/007F04D29/406F04D29/669F05B2250/503
    • A fuel pump, including a driven impeller, which rotates in a pump housing and on the two sides comprises guide blades that each delimit a ring of blade chambers, and further including partial ring-shaped channels, which are arranged on both sides in the region of the guide blades in the pump housing and which form delivery chambers with the blade chambers for delivering fuel, wherein an inlet channel leads into the one delivery chamber and the other delivery chamber leads into an outlet channel, and mutually opposing blade chambers are connected to each other. The cross-sectional surface of the partial ring-shaped channel arranged on the inlet side decreases toward the end of the partial ring-shaped channel to zero. The region in which the cross-sectional surface decreases extends over an angular region of more than 45°.
    • 包括在泵壳体中并在两侧旋转的从动叶轮的燃料泵包括引导叶片,每个引导叶片限定叶片环的环,并且还包括部分环形通道,其布置在区域的两侧 的泵壳中的导向叶片,并且其形成具有用于输送燃料的叶片室的输送室,其中入口通道通向一个输送室,另一个输送室通向出口通道,并且相互相对的叶片室连接到 彼此。 布置在入口侧的部分环形通道的横截面朝向部分环形通道的端部减小到零。 横截面减小的区域在大于45°的角度区域上延伸。
    • 25. 发明申请
    • SIDE-CHANNEL COMPRESSOR WITH SYMMETRIC ROTOR DISC WHICH PUMPS IN PARALLEL
    • 具有平行泵浦的对称转子盘的侧通道压缩机
    • US20120057995A1
    • 2012-03-08
    • US13318974
    • 2010-05-18
    • Nigel Paul Schofield
    • Nigel Paul Schofield
    • E21B43/12
    • F04D29/051F04D5/005F04D5/006F04D5/008F04D17/168F04D23/008F04D29/0513
    • The present invention provides a pump comprising a regenerative pumping mechanism having a generally disc-shaped rotor mounted on an axial shaft for rotation relative to a stator. The rotor has first and second surfaces each having a series of shaped recesses formed in concentric circles thereon, and a stator channel formed in a surface of the stator which faces one of the rotor's first or second surfaces. Each of the concentric circles is aligned with a portion of a stator channel so as to form a section of a gas flow path extending between an inlet and an outlet of the pump, and the rotor divides the section of flow path into sub-sections such that gas can flow towards the outlet simultaneously along any sub-section, channel or rotor side. As a result, the gas being pumped flows in a parallel fashion along both surfaces of the rotor. Thus, this configuration can provide a pumping mechanism where gas pressures on either side of the rotor can be substantially equal or balanced.
    • 本发明提供了一种泵,其包括再生泵送机构,其具有安装在轴向上以相对于定子旋转的大致圆盘形的转子。 转子具有第一和第二表面,每个表面均具有形成在其上的同心圆中的一系列成形凹槽,以及定子通道,其形成在定子的面对转子的第一或第二表面之一的表面中。 每个同心圆与定子通道的一部分对准,以便形成在泵的入口和出口之间延伸的气体流动路径的一部分,并且转子将流动路径的部分分成如下 该气体可以沿着任何子部分,通道或转子侧同时流向出口。 结果,被泵送的气体沿着转子的两个表面平行地流动。 因此,该构造可以提供泵送机构,其中转子任一侧上的气体压力可以基本相等或平衡。