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    • 84. 发明申请
    • NET-DISPLACEMENT CONTROL OF FLUID
    • 流体的网络位移控制
    • US20140271297A1
    • 2014-09-18
    • US14287689
    • 2014-05-27
    • EATON CORPORATION
    • Brian ARMSTRONGQinghui YUAN
    • F04C14/06
    • F04C14/065F03C2/08F04C2/103F04C14/10F04C14/24Y10T137/0318
    • Methods for controlling the net-displacement of a rotary fluid pressure device are disclosed. One of the net-displacement control methods (47) includes obtaining a desired input parameter (23) and a relative position (21) of a first member (43) and a second member (35) of a fluid displacement mechanism. A determination of a first and second output value is then made for each of a plurality of volume chambers (45) when the volume chambers (45) are supplied with fluid at fluid inlet and fluid outlet conditions, respectively. A total output value is then computed for each of a plurality of control valve configurations (63) and compared to the desired input parameter (23). The control valve configuration (63) with the total output value most similar to the desired input parameter (23) is then selected. A plurality of control valves (15) are then actuated in accordance with the selected control valve configuration (63).
    • 公开了一种用于控制旋转流体压力装置的净位移的方法。 净位移控制方法(47)中的一个包括获得流体移动机构的第一构件(43)和第二构件(35)的期望输入参数(23)和相对位置(21)。 然后,当分别在流体入口和流体出口条件下向容积室(45)供应流体时,对多个容积室(45)中的每一个进行第一和第二输出值的确定。 然后针对多个控制阀配置(63)中的每一个计算总输出值,并与期望的输入参数(23)进行比较。 然后选择总输出值与期望输入参数(23)最相似的控制阀配置(63)。 然后根据所选择的控制阀构造(63)致动多个控制阀(15)。
    • 85. 发明申请
    • Slurry Pump
    • 泥浆泵
    • US20130071280A1
    • 2013-03-21
    • US13535355
    • 2012-06-27
    • James Brent Klassen
    • James Brent Klassen
    • F04C2/00
    • F04C2/00F04C2/103F04C11/001F04C13/001
    • A fluid transfer device, comprising an outer housing having an inward facing cylindrical or partially cylindrical surface, an outer rotor with radial projections having at least a leading face which is, along any plane perpendicular to the outer rotor axis, offset from a radial line radiating from the outer rotor rotational axis, a carrier secured to prevent rotation relative to the outer housing at least partly within the outer rotor; an inner rotor secured for rotation about an axis within the carrier, the inner rotor having an outward facing surface plane perpendicular to the inner rotor axis and outward projections arranged around the outward facing surface configured to operate as a pump.
    • 一种流体输送装置,包括具有向内的圆柱形或部分圆柱形表面的外壳,具有径向突起的外转子,所述外转子具有至少一个前表面,所述至少一个前表面沿垂直于外转子轴线的任何平面偏离径向线辐射 从所述外转子旋转轴线移动的载体被固定以防止至少部分地在所述外转子内相对于所述外壳旋转; 内转子被固定成用于围绕载体内的轴线旋转,内转子具有垂直于内转子轴线的面向外的表面平面,并且配置成作为泵操作的面向外的表面。
    • 86. 发明申请
    • BRAKE RELEASING MECHANISM AND BRAKE SYSTEM
    • 制动释放机构和制动系统
    • US20080240959A1
    • 2008-10-02
    • US11694591
    • 2007-03-30
    • Eiji FukuchiHisatoshi Sakurai
    • Eiji FukuchiHisatoshi Sakurai
    • F03C2/00B60T11/10
    • B60T1/062F04C2/103F04C15/0084
    • An embodiment of a gerotor apparatus includes a housing including a first member. The first member includes a brake pin aperture formed therein. The apparatus also includes a brake pin at least partially interposed within the first member. The brake pin includes a first annular surface and a second annular surface. The first annular surface defines, at least in part, a first brake chamber. The second annular surface defines, at least in part, a second brake chamber. A first fluid introduced into the first brake chamber will urge the brake pin in a first direction. A second fluid introduced into the second brake chamber will urge the brake pin generally in the first direction.
    • 摆线装置的实施例包括:壳体,包括第一构件。 第一构件包括形成在其中的制动销孔。 该装置还包括至少部分插入在第一构件内的制动销。 制动销包括第一环形表面和第二环形表面。 第一环形表面至少部分地限定第一制动室。 第二环形表面至少部分地限定第二制动室。 引入第一制动室的第一流体将沿第一方向推动制动销。 引入第二制动室的第二流体将大致沿第一方向推动制动销。
    • 87. 发明授权
    • Hydraulic machine
    • 液压机
    • US07407374B2
    • 2008-08-05
    • US11236391
    • 2005-09-27
    • René AndersenKim René HansenClaus Johansen
    • René AndersenKim René HansenClaus Johansen
    • F01C1/02
    • F04C2/084F04C2/103
    • The invention concerns a hydraulic machine with a toothed set comprising a toothed ring with an inner toothing, whose circumferential surface extends in parallel with its axis, and a gear wheel (3) with an outer toothing, whose circumferential surface (24) extends in parallel with its axis, at least one tooth flank having an edge as an axial end of a section, which is located between the circumferential surface and a surface directed radially inwards. It is endeavored to reduce the wear. For this purpose it is ensured that in the radial direction an edge (22, 23) ends so as to be offset inwards in relation to the circumferential surface (24).
    • 本发明涉及一种具有齿组件的液压机械,其包括具有内齿的齿环,其圆周表面与其轴线平行延伸,以及具有外齿的齿轮(3),其外周表面(24)平行延伸 具有其轴线的至少一个齿面具有作为部分的轴向端部的边缘,其位于圆周表面和径向向内指向的表面之间。 努力减少磨损。 为此目的,确保在径向方向上,边缘(22,23)相对于圆周表面(24)向内偏移地结束。