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    • 1. 发明授权
    • Shuttle valve assembly and improved shifting thereof
    • 往复式阀组件及其改进
    • US06371149B1
    • 2002-04-16
    • US09603398
    • 2000-06-26
    • Michael J. GustMarvin L. Bernstrom
    • Michael J. GustMarvin L. Bernstrom
    • F16K1107
    • F15C3/02Y10T137/2567Y10T137/86976Y10T137/8704
    • A fluid pressure device including a housing (13) defining a high pressure port (31) and a low pressure port (33). The housing defines a shuttle bore (35) and disposed therein is a shuttle valve assembly (51) including a shuttle spool (63). The shuttle spool (63) defines a fluid passage (87) disposed to provide fluid communication from the low pressure chamber (57) to the shuttle outlet port (85) as the shuttle spool moves from its neutral position (FIG. 2) to the end of its centered range of positions (FIG. 3). The low pressure fluid from the chamber (57) is communicated through the fluid passage (87) and acts on a shuttle poppet member (75), aiding the shuttle spool (63) and its shoulder (67) and unseating (opening) the poppet member (75), thus reducing the fluid pressure in the high pressure chamber (55) required to begin opening the shuttle valve assembly (51). Thus, diversion of fluid, for cooling or lubrication, will occur over a greater range of device operating pressures, minimizing the chance for damage to system components.
    • 一种流体压力装置,包括限定高压端口(31)和低压端口(33)的壳体(13)。 壳体限定梭孔(35)并且设置在其中是包括梭阀(63)的梭阀组件(51)。 梭阀(63)限定了流体通道(87),其设置成当梭阀从其中立位置(图2)移动到从而从低压室(57)到梭式出口(85)的流体连通 其中心位置的范围(图3)。 来自腔室(57)的低压流体通过流体通道(87)连通并且作用在往复提升阀构件(75)上,辅助梭阀芯(63)和其肩部(67)并且使提升阀(打开) 构件(75),从而降低开始打开梭阀组件(51)所需的高压室(55)中的流体压力。 因此,用于冷却或润滑的流体转向将在更大的设备工作压力范围内发生,从而最小化损坏系统部件的可能性。
    • 2. 发明授权
    • Two-piece balance plate for gerotor motor
    • 用于摆线马达的两片平衡板
    • US6086345A
    • 2000-07-11
    • US245261
    • 1999-02-05
    • Barun AcharyaMichael J. Gust
    • Barun AcharyaMichael J. Gust
    • F04C2/10F01C1/08F01C1/10F01C19/08F01C21/00F01C21/04F01C21/18F03C2/08F04C15/00F03C2/00
    • F01C21/18F01C1/088F01C1/105F01C19/085F01C21/003F01C21/04F03C2/08F04C15/0026F04C15/0042F04C15/0088
    • A gerotor motor of the type having an end cap (13), and a stationary valve plate (15) disposed adjacent a rearward surface of the gerotor gear set (17). Adjacent a forward surface of the gerotor star (27) is a balancing plate assembly (19) including a radially outer balance plate (73) and a radially inner balance plate (75), the balance plates defining inner (77) and outer (79) profiles, respectively, which are closely spaced apart and are radially inward from the gerotor volume chambers (29) to provide sufficient sealing land. The inner balance plate (75) is biased toward the star end surface (81) by a Belleville washer (87). The end surface (81) of the gerotor star (27) defines individual star tooth surfaces (97), each of which includes a radial fluid passage (99) receiving system pressure, and a fluid passage (101) oriented generally perpendicular to the radial passage, and having a decreasing flow volume in a direction away from the radial passage (99). The fluid flowing through the perpendicular fluid passage (101) substantially reduces the tendency for galling to occur between the end surface of the star and the adjacent surface of the balance plate (75).
    • 具有端帽(13)的类型的转子马达和邻近齿轮齿轮组(17)的后表面设置的固定阀板(15)。 靠近转子星(27)的前表面是包括径向外平衡板(73)和径向内平衡板(75)的平衡板组件(19),所述平衡板限定内部(77)和外部(79) )轮廓,其分别紧密间隔开并且从齿轮容积室(29)径向向内,以提供足够的密封面。 内平衡板(75)通过百叶窗垫圈(87)偏向星形端面(81)。 转子星(27)的端表面(81)限定单独的星形齿表面(97),每个星形齿表面(97)包括接收系统压力的径向流体通道(99)和大致垂直于径向定向的流体通道(101) 并且在远离径向通道(99)的方向上具有减小的流量。 流过垂直流体通道(101)的流体基本上减少了在恒星的端面和平衡板(75)的相邻表面之间发生磨损的趋势。