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    • 12. 发明授权
    • Measuring apparatus to determine the flow of a fluid
    • 测量装置以确定流体的流动
    • US06898984B2
    • 2005-05-31
    • US10640427
    • 2003-08-07
    • Reto Schöb
    • Reto Schöb
    • G01F1/24G01F1/28G01F1/56G01F3/14
    • G01F1/28G01F1/24
    • A measuring apparatus (1) for determining the flow (Q) of a fluid (2). The apparatus has a hollow body (3), with an inflow (4) and an outflow (5) for the fluid (2). A magnetic sample (6) is movably arranged in the hollow body (3) and can be acted upon with a working pressure by the fluid (2). The measuring apparatus (1) further has at least one position sensor (7) to determine the position of the magnetic sample (6), an electromagnet (8) to exert a magnetic force on the magnetic sample (6), and a control device (9) for the electromagnet (8) which is connected signal-wise to the position sensor (7). The control device (9) includes regulating means (10) which control the electromagnet (8) with the aid of a signal of the position sensor (7) so that the magnetic sample (6) is held in a position (X) against the working pressure, with the magnetic sample (6) being designed and arranged such that the fluid (2) can flow through the hollow body (3) from the inflow (4) to the outflow (5).
    • 一种用于确定流体(2)的流量(Q)的测量装置(1)。 该装置具有中空体(3),流体(4)和流体(2)的流出物(5)。 磁性样品(6)可移动地布置在中空体(3)中,并且可以通过流体(2)的工作压力起作用。 测量装置(1)还具有至少一个位置传感器(7),用于确定磁性样品(6)的位置;在磁性样品(6)上施加磁力的电磁体(8);以及控制装置 (9),用于与信号方式连接到位置传感器(7)的电磁体(8)。 控制装置(9)包括借助于位置传感器(7)的信号来控制电磁体(8)的调节装置(10),使得磁性样品(6)保持在抵抗 工作压力,磁性样品(6)被设计和布置成使得流体(2)可以从流入物(4)流到中空体(3)流到流出物(5)。
    • 15. 发明授权
    • Magnetic bearing apparatus
    • 磁性轴承装置
    • US06297574B1
    • 2001-10-02
    • US09383484
    • 1999-08-26
    • Reto SchöbPeter JenckelHans-Georg Reiter
    • Reto SchöbPeter JenckelHans-Georg Reiter
    • H02K709
    • F16C32/0453F16C32/0457
    • A magnetic bearing apparatus for the journalling of a body (3), in particular of a rotor (3), comprises a stator (2) with a control winding (22) having at least three loops (22a, 22b, 22c) for the production of a magnetic control field by means of which the position of the body (3) relative to the stator (2) can be regulated, with each loop (22a, 22b, 22c) belonging to a different electrical phase, and a control device (4) which in a first operating mode supplies each loop (22a, 22b, 22c) with in each case a phase current (Ia, Ib, Ic) or in each case a phase voltage (Ua, Ub, Uc) as a control parameter. Means are provided in order to regulate the control parameter for each loop (22a, 22b, 22c) independently of the control parameter for the other loops (22a, 22b, 22c) as well as a monitoring unit (5) which can switch the bearing apparatus into a second operating mode in which a reduced number of phases, which is at least two, produces the magnetic control field.
    • 用于轴承(3),特别是转子(3)的轴颈的磁轴承装置包括具有至少三个环(22a,22b,22c)的控制绕组(22)的定子(2),用于 通过属于不同电相的每个回路(22a,22b,22c)可以调节主体(3)相对于定子(2)的位置的磁控制场的产生和控制装置 (4),其在第一操作模式中为每个环路(22a,22b,22c)提供相电流(Ia,Ib,Ic),或者在每种情况下都提供作为控制的相电压(Ua,Ub,Uc) 参数。 提供装置,以便独立于用于其它回路(22a,22b,22c)的控制参数的每个回路(22a,22b,22c)的控制参数以及可以切换轴承 装置进入第二操作模式,其中减少数量的相位至少为二,产生磁控制场。
    • 16. 发明授权
    • Sensor arrangement in an electromagnetic rotary drive and a method for the operation of a rotary drive of this kind
    • 电磁旋转驱动器中的传感器布置以及这种旋转驱动器的操作方法
    • US06222290B1
    • 2001-04-24
    • US09368403
    • 1999-08-04
    • Reto SchöbNatale Barletta
    • Reto SchöbNatale Barletta
    • H02K1100
    • F16C32/0493H02K7/09
    • A sensor arrangement in an electromagnetic rotary drive which is designed as a bearing-free motor with a magnetically journalled, permanent magnetic rotor (1) and a stator (2), said sensor arrangement serving for the determination of the direction of the rotor magnetisation and/or of the axial position of the rotor (1), comprises at least two sensors (S1, S2, S3) for the determination of a magnetic flux. The two sensors (S1, S2, S3) are arranged in such a manner with respect to the rotor (1) that partial fluxes of that magnetic field which the stray field of the permanent magnetic rotor (1) produces can be determined with them. Furthermore, a method for the determination of the direction of the rotor magnetisation is proposed.
    • 一种电磁旋转驱动器中的传感器装置,其被设计为具有磁性轴颈的永磁转子(1)和定子(2)的无轴承电动机,所述传感器装置用于确定转子磁化的方向,以及 /或转子(1)的轴向位置包括用于确定磁通量的至少两个传感器(S1,S2,S3)。 这两个传感器(S1,S2,S3)相对于转子(1)以这样的方式排列,从而能够确定永磁转子(1)的杂散场产生的该磁场的部分磁通。 此外,提出了确定转子磁化方向的方法。
    • 18. 发明授权
    • Bioreactor and method for fluidly suspending a product
    • 生物反应器和流体悬浮产品的方法
    • US06864084B2
    • 2005-03-08
    • US10004194
    • 2001-10-31
    • Reto Schöb
    • Reto Schöb
    • C12M1/08C12M3/02C12N5/00
    • C12M41/00C12M21/08C12M27/20C12M27/24C12M29/18
    • A method for floating at least one substance for growing a tissue part in a bioreactor. The method includes providing at least one substance consisting of one of a tissue part, a scaffold having cells deposited thereon, and a scaffold including a tissue part thereon. The method further includes further acting upon the substance with fluid, wherein the fluid holds the substance in free floatation. The fluid flows in a direction counter to gravity when a density of the substance is greater than a density of the fluid, and in a direction counter to buoyancy when a density of the substance is less than a density of the fluid. The bioreactor for floating at least one substance for growing a tissue part includes a container including a first flow chamber and at least one substance consisting of one of a tissue part, a scaffold having cells deposited thereon, and a scaffold including a tissue part thereon. The substance is acted upon with fluid. The bioreactor further includes an apparatus for conveying the fluid. The substance is arranged in the first flow chamber in such a manner that the fluid holds the substance in free floatation.
    • 用于漂浮至少一种用于在生物反应器中生长组织部分的物质的方法。 该方法包括提供由组织部分,其上沉积有细胞的支架和其上包括组织部分的支架之一组成的至少一种物质。 该方法还包括进一步用流体作用于物质,其中流体将物质保持在自由浮动状态。 当物质的密度大于流体的密度时,当物质的密度小于流体的密度时,流体沿与重力相反的方向流动,并且在与浮力相反的方向上流动。 用于漂浮至少一种用于生长组织部分的物质的生物反应器包括容器,其包括第一流动室和由组织部分,其上沉积有细胞的支架和其上包括组织部分的支架组成的至少一种物质。 该物质用流体作用。 生物反应器还包括用于输送流体的装置。 物质以这样的方式设置在第一流动室中,使得流体将物质保持在自由浮动中。