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    • 3. 发明申请
    • PUMP HOUSING MOUNTING FLANGE WITH TANGENTIALLY POSITIONED MOUNTING SLOTS
    • 泵外壳安装法兰带有紧密定位的安装座
    • US20040033145A1
    • 2004-02-19
    • US10217780
    • 2002-08-13
    • Sauer-Danfoss Inc.
    • Nick BooneLarry WalkerDavid Dirks
    • F04B035/00
    • F04B53/16F04B1/145F04B1/2064
    • A pump housing assembly includes a housing, a hub portion, and a flange. The housing has an end cowling defining a transition from a central portion of the housing to a transverse end portion. The hub portion extends longitudinally outwardly from the transverse end portion of housing. The flange extends radially outwardly from the outward end of the hub and is in spaced longitudinal relation to the end of the cowling to create a space to receive a head of a mounting bolt. The flange has an outer periphery with a pair of tangentially extending slots having an open end. The space for receiving a head of a mounting bolt is less than the length of a shank of a mounting bolt, to minimize the length of the housing. The slots have a width sufficient to receive the movement of a shank into and out of the open ends of the slots.
    • 泵壳体组件包括壳体,轮毂部分和凸缘。 壳体具有限定从壳体的中心部分到横向端部部分的过渡的端部整流罩。 轮毂部分从壳体的横向端部纵向向外延伸。 凸缘从轮毂的外端径向向外延伸并且与整流罩的端部间隔开的纵向关系,以形成容纳安装螺栓头部的空间。 凸缘具有外周边,一对具有开口端的切向延伸槽。 用于接收安装螺栓的头部的空间小于安装螺栓的柄部的长度,以最小化壳体的长度。 槽具有足以接收柄进入和离开槽的开口端的运动的宽度。
    • 8. 发明申请
    • Method of controlling a swinging boom and apparatus for controlling the same
    • 控制摆臂的方法及其控制装置
    • US20040226292A1
    • 2004-11-18
    • US10437323
    • 2003-05-13
    • Sauer-Danfoss Inc.
    • Nianzhu Luo
    • F16D031/02
    • F15B13/0417E02F9/2207E02F9/2214F15B13/0402F15B13/0403
    • A swing speed compensation device is provided for use with a flow sharing hydraulic system. The present invention is mounted within the metering spool of a flow sharing valve and includes a poppet that is attached to a spring retainer. The spring retainer encases a compression spring which pushes against a plug and has a drain hole that, depending upon the position of the spring retainer and poppet combination, can vent excess pressure within the present invention to a hydraulic pump tank. When a flow sharing hydraulic system starts or stops, there is a rush in the fluid flow that can cause a spike in the system pressure. The present invention absorbs this pressure spike, allowing for the fluid flow to gradually increase or decrease as the system starts or stops.
    • 提供了一种与流量共享液压系统一起使用的摆动速度补偿装置。 本发明安装在流量共享阀的计量阀芯内,并且包括附接到弹簧保持器的提升阀。 弹簧保持器包围一个推压塞子的压缩弹簧,并具有一个排水孔,根据弹簧保持器和提升阀组合的位置,可以将本发明中的过压压缩到液压泵箱。 当流量共享液压系统启动或停止时,液体流中存在可能导致系统压力尖峰的冲击。 本发明吸收该压力尖峰,允许流体流动随着系统开始或停止而逐渐增加或减少。
    • 10. 发明授权
    • Method for flushing the casing of a hydraulic motor
    • 冲洗液压马达外壳的方法
    • US6408995B2
    • 2002-06-25
    • US77704101
    • 2001-02-05
    • SAUER DANFOSS INC
    • WIDEMANN AXEL
    • B60T17/22F03C1/40F16D65/78
    • F03C1/0678B60T17/221F03C1/0447
    • A hydraulic motor (2) with a braking device (8), is acted upon by means of a control fluid via a brake release line (6). The brake release line (6) is used to allow a continuous flushing flow of control fluid through the hydraulic motor at the same time as the release of the brake. The braking device (8) is connected to the casing of the hydraulic motor (2). An outlet opening (12) of the hydraulic motor (2) leads via a leakage-oil line (13) to the tank for the control fluid. In a hydraulic travel drive with a closed hydraulic circuit, the brake release line (6) can be connected to the shut-off device (4) for the servo adjustment system of the variable-displacement pump (1), and the leakage-oil line (13) of the hydraulic motor (2) can lead to the tank for the entire hydraulic fluid in the system. Since the control fluid coming from the tank for the hydraulic fluid is always cooler than the hydraulic fluid used to drive the hydraulic motor (2) and circulating in the closed circuit, a cooling effect on the hydraulic motor (2) is obtained.
    • 具有制动装置(8)的液压马达(2)经由制动器释放管线(6)通过控制流体作用。 制动器释放管线(6)用于允许控制流体在与制动器的释放同时通过液压马达的连续冲洗流动。 制动装置(8)连接到液压马达(2)的壳体。 液压马达(2)的出口(12)经由泄油线(13)引导到用于控制流体的罐。 在具有闭合液压回路的液压传动驱动器中,制动器释放管线(6)可连接到用于可变排量泵(1)的伺服调节系统的切断装置(4),并且泄漏油 液压马达(2)的管路(13)可以导致系统中整个液压流体的油箱。 由于来自液压油箱的控制流体总是比用于驱动液压马达(2)的液压流体冷却并在闭路中循环,所以获得对液压马达(2)的冷却效果。