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    • 31. 发明授权
    • Flow-ducting unit with pump and fitting
    • 带有泵和配件的流道单元
    • US08678778B2
    • 2014-03-25
    • US13188106
    • 2011-07-21
    • Franz BosbachDaniel Huying
    • Franz BosbachDaniel Huying
    • F04B41/00F04B49/22
    • F04D29/566F04D15/0022F04D15/0038F04D29/181F04D29/186F16K3/0209F16K3/32F16K5/0605F16K5/10Y10T137/0318Y10T137/85986Y10T137/85994
    • A flow-ducting system with a combined pump-drive module, the pump-drive module including a drive module, and a pump module having an impeller that can be driven by the drive module, the unit including a casing having at least one inlet side and at least one outlet side and a moveable shut-off device arranged between them, a flow path between the inlet side and the outlet side being formed in at least one position of the shut-off device, and the pump module being arranged in the flow path between the inlet side and the outlet side. In at least one further position of the shut-off device (10, 10′), the unit (1) is capable of shutting off the flow path (9) in such a way that the shut-off device (10, 10′) and the unit casing (2) form an area (20), which is separated from the flow path (9) and which is sealed off from the inlet side (5) and the outlet side (6), and the pump-drive module (11, 11′) is arranged at least partially inside this area (20).
    • 一种具有组合的泵驱动模块的流动管道系统,所述泵驱动模块包括驱动模块和具有可由所述驱动模块驱动的叶轮的泵模块,所述单元包括壳体,所述壳体具有至少一个入口侧 以及设置在它们之间的至少一个出口侧和可移动切断装置,入口侧和出口侧之间的流路形成在所述切断装置的至少一个位置,并且所述泵模块布置在 入口侧和出口侧之间的流动路径。 在关闭装置(10,10')的至少一个另外的位置中,单元(1)能够以这样的方式关闭流动路径(9),使得截止装置(10,10' )和单元壳体(2)形成与流路(9)分离并从入口侧(5)和出口侧(6)密封的区域(20),并且泵驱动 模块(11,11')至少部分地布置在该区域(20)内。
    • 33. 发明授权
    • Fluid pump with levitated impeller
    • 具有悬浮叶轮的流体泵
    • US5055005A
    • 1991-10-08
    • US593695
    • 1990-10-05
    • Harold D. Kletschka
    • Harold D. Kletschka
    • A61M1/10F04D5/00F04D13/06F04D29/04F04D29/048F04D29/18F04D29/42F04D29/44H02K7/14
    • F04D29/048A61M1/101A61M1/1017A61M1/1031F04D13/06F04D29/186F04D29/426F04D29/445F04D5/001H02K7/14Y10S415/90
    • A fluid pump with rotary impeller is disclosed which comprises an electromagnetically driven rotary impeller levitated by localized opposed fluid forces. Levitation by localized opposed fluid forces of an impeller driven by electromagnetic forces eliminates the need for bearings and seals in the driving mechanism. This avoids the heat build-up and leakage associated with other pumping mechanisms, which can be of importance for pumping of physiological fluids such as blood. The levitating fluid forces of the present invention are auto-adjusting, such that any attempted displacement of the impeller will automatically incur a corrective change in levitating fluid forces. However, fluid force sensors and regulators could be incorporated into the present invention if desired. The invention should be of use in numerous medical and non-medical applications where the benefits of impeller levitation by localized fluid forces are apparent.
    • 公开了一种具有旋转叶轮的流体泵,其包括通过局部相对的流体力悬浮的电磁驱动旋转叶轮。 通过由电磁力驱动的叶轮的局部相对的流体力的悬浮消除了对驱动机构中的轴承和密封的需要。 这避免了与其他泵送机构相关的积热和泄漏,这对于泵送诸如血液的生理液体来说是重要的。 本发明的悬浮流体力是自动调节的,使得任何尝试的叶轮位移将自动引起浮力流体力的校正变化。 然而,如果需要,可将流体力传感器和调节器并入本发明。 本发明应用于许多医疗和非医疗应用,其中通过局部流体力的叶轮悬浮的益处是显而易见的。
    • 37. 发明申请
    • DYNAMIC PRESSURE BEARING PUMP
    • 动态压力轴承泵
    • US20160053770A1
    • 2016-02-25
    • US14820678
    • 2015-08-07
    • Nidec Corporation
    • Junya MIZUKAMIHideki NISHIMURAYoshito NISHITANIMichihiro ITONaohiro NAGASAWA
    • F04D29/22F04D29/42F04D29/043F04D1/00F04D13/06
    • F04D29/186F04D3/00F04D5/001F04D11/00F04D13/0633F04D29/0476
    • A pump a shaft portion arranged to extend in a vertical direction; a rotor portion arranged to surround an outer circumference of the shaft portion, and including a magnet; and a housing joined to the shaft portion, and arranged to contain the rotor portion. The housing includes a stator arranged opposite to the magnet; a rotor accommodating portion arranged to accommodate the rotor portion; and an inlet and an outlet each of which is arranged to pass through a portion of the rotor accommodating portion. A surface of at least one of the rotor portion, the shaft portion, and the rotor accommodating portion includes at least one first dynamic pressure groove arranged to support rotation of the rotor portion. A surface of at least one of the rotor portion and the rotor accommodating portion includes at least one second dynamic pressure groove arranged to transfer a fluid from the inlet to the outlet.
    • 泵,轴部,其布置成在垂直方向上延伸; 转子部分,其布置成围绕所述轴部分的外圆周,并且包括磁体; 以及与所述轴部接合的壳体,并且设置成容纳所述转子部。 壳体包括与磁体相对布置的定子; 转子容纳部分,其布置成容纳转子部分; 以及各自设置成通过转子容纳部的一部分的入口和出口。 转子部分,轴部分和转子容纳部分中的至少一个的表面包括布置成支撑转子部分的旋转的至少一个第一动压槽。 转子部分和转子容纳部分中的至少一个的表面包括布置成将流体从入口传送到出口的至少一个第二动压槽。
    • 40. 发明授权
    • Jet propulsion device for watercraft, aircraft, and circulating pumps
    • 喷气推进装置用于船舶,飞机和循环泵
    • US5181868A
    • 1993-01-26
    • US600411
    • 1990-10-19
    • Reinhard Gabriel
    • Reinhard Gabriel
    • B63H5/14B63H11/08F04D29/18
    • B63H11/08B63H5/14F04D29/186B63H2001/165B63H2023/005B63H2023/0225
    • A jet propulsion drive element is disclosed for the increasing of the power yield of jet engines, in particular for watercraft, employing a rotary-driven jet propulsion pipe (11). A thrust propulsion element is disposed at the inner jacket of the jet propulsion pipe (11), covers an outer annular face (A), and is formed as a screw (17). The outer edge of the screw (17) is connected to the inner jacket of the jet propulsion pipe (11). The edge screw (17) is furnished with a through borehole, such that a part of the fluid entering into the jet propulsion pipe (11) is not directly accelerated by the edge screw (17). In addition, drive elements such as a screw propeller (18) can be furnished at the outer jacket of the jet propulsion pipe (11). The invention structure can be employed also for circulating pumps in addition to applications in aircrafts.
    • 公开了一种喷气式推进驱动元件,用于使用旋转驱动的喷气推进管(11)来增加喷气发动机,特别是用于船舶的动力产量。 推力推进元件设置在喷气推进管(11)的内护套处,覆盖外环形面(A),并形成为螺钉(17)。 螺杆(17)的外缘与喷气推进管(11)的内护套连接。 边缘螺钉(17)配有通孔,使得进入喷射推进管(11)的流体的一部分不被边缘螺钉(17)直接加速。 此外,诸如螺旋桨(18)的驱动元件可以设置在喷气推进管(11)的外护套处。 除了飞机中的应用之外,本发明的结构也可用于循环泵。