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    • 1. 发明授权
    • Motor cooling using a liquid cooled rotor
    • 使用液体冷却转子进行电机冷却
    • US5223757A
    • 1993-06-29
    • US549840
    • 1990-07-09
    • Fred W. StaubEike Richter
    • Fred W. StaubEike Richter
    • H02K9/19
    • H02K9/19
    • An dynamoelectric machine is provided having a hollow shaft adapted to receive fluid at one end and to discharge it at the other. The hollow shaft has a stack of laminations mounted thereon. A hollow disk is situated adjacent to and in contact with an axial end of the stack of laminations. The hollow disk includes a generally circular baffle for dividing the hollow disk into two interior sections and to cause the fluid to rotate at the same angular velocity as the hollow disk. The two interior sections are in flow communication with one another of the periphery at the generally circular baffle. The hollow shaft is in flow communication with one of the sections for providing fluid and in flow communication with the other section for removing fluid. A stator surrounds the laminations and is spaced away therefrom.
    • 提供一种电动机,其具有适于在一端接收流体并在另一端接收流体的中空轴。 中空轴具有安装在其上的一叠叠片。 中空盘位于与叠片堆叠的轴向端相邻并与其接触的位置。 中空盘包括大致圆形的挡板,用于将中空盘分成两个内部部分,并使流体以与中空盘相同的角速度旋转。 两个内部部分在大致圆形的挡板处与周边的彼此流动连通。 空心轴与用于提供流体的一个部分流动连通,并与另一部分流动连通以除去流体。 定子围绕叠片并与之隔开。
    • 3. 发明授权
    • X-ray target cooling
    • X射线目标冷却
    • US4945562A
    • 1990-07-31
    • US342149
    • 1989-04-24
    • Fred W. Staub
    • Fred W. Staub
    • G21K5/08H01J35/10H05G1/00
    • H01J35/106
    • A rotatable anode for an X-ray tube is provided including a hollow rotatable anode wheel having two circular faces. One of the circular faces has a bevelled edge for a target region. A circular baffle is situated concentrically inside the hollow anode wheel. The baffle has means for imparting a tangential velocity to a liquid. The outer perimeter of the circular baffle is spaced away from the interior of the anode wheel. Means for supplying cooling liquid to the central portion of one side of the baffle is provided as well as means for removing cooling liquid from the other side of the baffle. Structural means are provided for rotating the baffle and the anode wheel at the same angular velocity.
    • 提供了一种用于X射线管的可旋转阳极,包括具有两个圆形面的中空可旋转阳极轮。 其中一个圆形面具有目标区域的斜边。 圆形挡板同心地位于中空阳极轮的内部。 挡板具有用于向液体施加切向速度的装置。 圆形挡板的外周距离阳极轮的内部间隔开。 提供了用于将冷却液供给到挡板一侧的中心部分的装置以及用于从挡板的另一侧移除冷却液的装置。 提供结构装置以相同的角速度旋转挡板和阳极轮。
    • 6. 发明授权
    • Gas distributor for fluidizing beds
    • 用于流化床的气体分配器
    • US4115929A
    • 1978-09-26
    • US735930
    • 1976-10-27
    • Fred W. StaubPeter A. Morgan
    • Fred W. StaubPeter A. Morgan
    • B01J8/44F23C10/20F26B3/08
    • F26B3/082B01J8/44F23C10/20
    • A plate-type gas distributor for fluidizing a bed of particulate matter is described for use in elevated superficial velocity applications. The distributor comprises an assembly of plates or sheets formed into troughs and into deflector baffles which overlie the edge of adjacent troughs to form modules arranged in longitudinal rows. The troughs and the baffles are spaced in a predetermined manner by joining struts or ribs. A circuitous gas flow path is defined by the slit between each deflector baffle and adjacent troughs. The minimum spacing between adjacent troughs is chosen so that the fluid flow velocity through the trough spacing at design point is equal to or greater than the terminal velocity of the fluidized particles.
    • 描述了用于流化颗粒物质床的板式气体分配器用于升高的表观速度应用中。 分配器包括形成为槽的板或板的组件,并且覆盖在相邻槽的边缘上以形成以纵向排布置的模块的偏转器挡板。 通过连接支柱或肋,槽和挡板以预定的方式间隔开。 迂回的气体流动路径由每个偏转器挡板和相邻槽之间的狭缝限定。 选择相邻槽之间的最小间隔使得在设计点处通过槽间距的流体流速等于或大于流化颗粒的末端速度。
    • 9. 发明授权
    • Erosion resistant gas distributor and a method for minimizing erosion
    • 耐腐蚀气体分布器和最小化侵蚀的方法
    • US4409739A
    • 1983-10-18
    • US298698
    • 1981-09-02
    • Masayoshi KuwataFred W. Staub
    • Masayoshi KuwataFred W. Staub
    • B01J8/44F26B3/08
    • F26B3/082B01J8/44
    • A gas distributor for fluidizing a bed of particulate matter which provides for minimum dissipation of particle energy from a particulate-laden gas stream on a distributor surface is disclosed. The gas distributor allows the particulate-laden gas stream to contact the surfaces of the distributor at about 90.degree. or 0.degree. which are angles of impact for low erosion. Opposing particulate-laden gas streams are made to contact each other which removes particle kinetic energy while minimizing erosion before fluidizing the bed of particulate matter.A method to minimize erosion of a gas distributor for fluidizing a bed of particulate matter from a particulate-laden gas stream is also disclosed.
    • 公开了用于使颗粒物质床流化的气体分配器,其提供了在分布器表面上从颗粒状载气流中最小程度地散发粒子能量。 气体分配器允许含颗粒的气流以约90°或0°的速度与分布器的表面接触,这是低侵蚀角度的冲击角。 使相对于颗粒物的气流彼此接触,其在使颗粒物质床流化之前最小化侵蚀,从而除去颗粒动能。 还公开了一种使气体分布器的侵蚀最小化的方法,用于使颗粒物质床从含颗粒的气流流化。