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    • 2. 发明授权
    • Vacuum pump
    • 真空泵
    • US06877963B2
    • 2005-04-12
    • US10363473
    • 2001-08-10
    • Christian BeyerHeinrich EngländerJosef Hodapp
    • Christian BeyerHeinrich EngländerJosef Hodapp
    • F04D29/056F04D19/04F04D29/04F04D29/048F04D29/058F16C39/06F04B17/03H02K7/09
    • F04D29/058F04D19/048F16C32/047F16C32/0478F16C2360/45
    • A rotor (12) is mounted in a stator (14) with radial magnetic bearings (16, 19) and with an axial magnetic bearing (40) in a contactless manner. The axial magnetic bearing (40) produces an axial magnetic field with a magnet coil (40) and a yoke iron (44) mounted on the stator (14). An axially magnetized permanent magnet (50) is provided on the rotor (12), located approxaimately axially opposite the yoke iron (44). A permanently axially magnetized compensating magnet (54) is provided on the stator (14) and arranged axially opposite the permanent magnet of the rotor (50) and polarized in the opposite direction, such that the permanent magnet (50) of the rotor and the compensating magnet (54) repel each other. In a center position, the rotor is bias-free by compensating the forces of attraction between the permanent magnet of the rotor and the yoke iron. As a result, the center position of the rotor can be adjusted with relatively small magnet coil flows. This results in small magnet coils, produces less heat and reduces the required power of the axial bearing.
    • 转子(12)以非接触方式安装在具有径向磁轴承(16,19)和轴向磁性轴承(40)的定子(14)中。 轴向磁性轴承(40)产生具有安装在定子(14)上的磁体线圈(40)和轭铁(44)的轴向磁场。 轴向磁化永磁体(50)设置在转子(12)上,位于与轭铁(44)大致轴向相对的位置。 永久轴向磁化补偿磁体(54)设置在定子(14)上并且与转子(50)的永磁体轴向相对地布置并且沿相反方向极化,使得转子的永磁体(50)和 补偿磁体(54)彼此排斥。 在中心位置,通过补偿转子的永磁体和轭铁之间的吸引力,转子是无偏置的。 结果,转子的中心位置可以用较小的磁体线圈流量来调节。 这导致小的磁体线圈,产生较少的热量并减少轴向轴承的所需功率。
    • 5. 发明授权
    • Friction vacuum pump
    • 摩擦真空泵
    • US06641376B1
    • 2003-11-04
    • US09807058
    • 2001-04-06
    • Heinrich Engländer
    • Heinrich Engländer
    • F04B1700
    • F04D19/04F04D17/168F04D19/044F04D29/668
    • A molecular vacuum pump (1) has a stator unit (9) and a rotor unit (8) disposed within a housing (2). A narrow gap is maintained during operation between the stator unit (9) and the rotor unit (8). The stator unit (9) and the rotor unit (8) are coupled together with respect to vibration to form a rotor/stator system (3). Elastic vibration elements (4, 5) mount the rotor/stator system in the housing such that the rotor/stator system rotates as a unit relative to the housing. Because the rotor and stator units vibrate together rather than relative to each other, very small, precise tolerances are maintained between them.
    • 分子真空泵(1)具有设置在壳体(2)内的定子单元(9)和转子单元(8)。 在定子单元(9)和转子单元(8)之间的操作期间保持窄间隙。 定子单元(9)和转子单元(8)相对于振动耦合在一起以形成转子/定子系统(3)。 弹性振动元件(4,5)将转子/定子系统安装在壳体中,使得转子/定子系统相对于壳体作为一个单元旋转。 因为转子和定子单元彼此振动而不是相对振动,所以它们之间保持非常小的精确公差。
    • 7. 发明授权
    • Friction vacuum pump
    • 摩擦真空泵
    • US07011491B2
    • 2006-03-14
    • US10182843
    • 2001-01-24
    • Heinrich Engländer
    • Heinrich Engländer
    • F01D1/36
    • F04D17/127F04D17/168
    • A friction vacuum pump (1) comprises a fixed element (7) bearing rows of stator blades (3) and a rotating element (6) bearing rows of rotor blades (2). The rows of stator blades and rotor blades are arranged concentrically with respect to an axis of rotation (4) of the rotating element (6) and mesh with each other. In order to create in the axial direct a short friction pump, the elements (6, 7) bearing the rows of rotor blades and stator blades extend in a substantially radial manner and the longitudinal axes of the blades (2, 3) extend in a substantially axial manner.
    • 摩擦真空泵(1)包括承载排定子叶片(3)的固定元件(7)和支承转子叶片(2)的转动元件(6)。 定子叶片和转子叶片的排相对于旋转元件(6)的旋转轴线(4)同心地布置并彼此啮合。 为了在轴向直接形成短的摩擦泵,承载转子叶片和定子叶片的行的元件(6,7)以基本上径向的方式延伸,并且叶片(2,3)的纵向轴线以 基本轴向。