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    • 1. 发明申请
    • Pump system, charge relief mechanism and oil pressure control mechanism
    • 泵系统,减压机构和油压控制机构
    • US20080185053A1
    • 2008-08-07
    • US12098193
    • 2008-04-04
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • Masahisa KawamuraNobuhisa KamikawaTakeaki NozakiKengo Sasahara
    • F16K15/00
    • F04B1/22F04B23/06Y10T137/7869
    • A charge relief mechanism for setting an oil pressure of a charge line which replenishes operating oil to a pair of operating oil lines fluidly connecting a hydraulic pump body and a hydraulic actuator, includes: an oil pressure setting line; and a charge relief valve inserted in the oil pressure setting line. The charge relief valve includes a relief valve body provided with a large diameter hole, a small diameter hole, and a check valve seat formed between the large diameter hole and the small diameter hole. The large diameter hole is provided with a check valve body which is seatable on the check valve seat and is movable in the axis line direction, and a slip-out prevention member for preventing the check valve body from being separated from the large diameter hole while allowing the check valve body to selectively communicate or block between the large diameter hole and the small diameter hole.
    • 一种用于将液压泵主体和液压致动器流体连接的一对工作油管线补充操作油的充气管线的油压设定为电荷释放机构,包括:油压设定线; 以及插入油压设定线中的减压阀。 减压阀包括设置有大直径孔,小直径孔和形成在大直径孔和小直径孔之间的止回阀座的安全阀体。 大直径孔设置有止回阀体,该止回阀体可在止回阀座上座位并且能够沿轴线方向移动,并且防止止回阀体与大直径孔分离的防脱出构件同时 允许止回阀体在大直径孔和小直径孔之间选择性地连通或阻塞。
    • 2. 发明授权
    • Fluid supply system for working vehicles
    • 工作车辆流体供应系统
    • US4643442A
    • 1987-02-17
    • US761886
    • 1985-08-02
    • Ryota OhashiMasahisa KawamuraKoichiro Fujisaki
    • Ryota OhashiMasahisa KawamuraKoichiro Fujisaki
    • E02F9/22A01B63/00A01B63/10F15B11/17A01B59/043
    • A01B63/1006
    • In a working vehicle having hydraulic lift cylinder (39) on the top of rear end of the vehicle and seat (34) above the cylinder case (33) of such cylinder, fluid supply system is provided which supplies fluid from a single pump (47) to both of the lift cylinder and fluid-operated working implements. This system comprises first and second valve assemblies (49, 50), connected in series and mounted on the cylinder case (33), for controlling operation of the lift cylinder and working implements, respectively. The second valve assembly (50) is particularly disposed, for an easy mounting and piping, horizontally along a lateral direction within large open space before the cylinder head (81) of cylinder case (33) and below the seat (34) by mounting same to the front of head (81). For this, stop valve (52) for lift cylinder (39) is disposed within the head (81) so as to be displayed laterally and a vertical seating surface (96) is formed to the front of head (81).
    • 在具有在车辆后端顶部的液压提升缸(39)和该气缸的气缸壳体(33)上方的座(34)的工作车辆中,提供了从单个泵(47)提供流体的流体供应系统 )到提升缸和流体操作的作业工具。 该系统包括串联连接并安装在气缸壳体(33)上的第一和第二阀组件(49,50),用于分别控制提升缸和作业工具的操作。 第二阀组件(50)特别设置用于通过安装相同的方式在气缸壳体(33)的气缸盖(81)和座椅(34)下方的大开放空间内在横向方向上水平地安装和管道 到头部(81)的前部。 为此,用于提升缸(39)的截止阀(52)设置在头部(81)内以便横向显示,并且在头部(81)的前部形成有垂直的安装表面(96)。
    • 7. 发明授权
    • Fluid supply assembly for working vehicles
    • 用于工作车辆的流体供应组件
    • US5479845A
    • 1996-01-02
    • US183504
    • 1994-01-18
    • Masahisa KawamuraRyota Ohashi
    • Masahisa KawamuraRyota Ohashi
    • A01B63/10B60R16/08B62D5/07F15B11/16F15B13/06
    • F15B11/16B60R16/08B62D5/07F15B2211/3116F15B2211/325F15B2211/40515F15B2211/40523F15B2211/455F15B2211/46F15B2211/50518F15B2211/50581F15B2211/55F15B2211/7058F15B2211/7114F15B2211/7142F15B2211/78
    • Cylinder head (81) of a hydraulic lift cylinder (39) includes a fluid input port (74) and first fluid output port (75) to be connected respectively to a pump (46) and to a power steering mechanism (40). These ports preferably open at one and the other side surfaces of the head. The head further includes a second fluid output port (83) and fluid inlet port (84) which open at a front surface of the head. These ports are connected through an inside of a cover member (49a, 50a; 201; 250a) detachably mounted on the front surface of head. The head includes therein a flow divider (47) which divides inflow of the input port into first and second flows directed respectively to the first and second output ports. Fluid returned into the inlet port is directed towards a first control valve assembly (48) for the lift cylinder. A second control valve assembly (49; 250) for an auxiliary implement can be provided using the cover member as its valve housing with remaining fluid pipings to the input and first output ports unchanged. A third control valve assembly (50) can further be provided by mounting it on an upper surface on the second assembly.
    • 液压提升缸(39)的缸盖(81)包括分别连接到泵(46)和动力转向机构(40)的流体输入端口(74)和第一流体输出端口(75)。 这些端口优选地在头部的一个和另一个侧表面上开口。 头部还包括在头部的前表面处打开的第二流体输出端口(83)和流体入口端口(84)。 这些端口通过可拆卸地安装在头部前表面上的盖构件(49a,50a; 201; 250a)的内部连接。 头部包括分流器(47),其将输入端口的流入分成分别指向第一和第二输出端口的第一和第二流。 返回到入口端口的流体指向用于提升缸的第一控制阀组件(48)。 可以使用盖构件作为其阀壳体来提供用于辅助工具的第二控制阀组件(49; 250),其中剩余的流体管道保持不变,输入端和第一输出端口不变。 第三控制阀组件(50)可以通过将其安装在第二组件的上表面上而进一步提供。