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    • 4. 发明申请
    • GAS FLOW REGULATION SYSTEM
    • 气体流量调节系统
    • WO02001306A1
    • 2002-01-03
    • PCT/CA2001/000901
    • 2001-06-22
    • G05D7/01G05D7/06G05D16/06
    • G05D16/0663F17C2205/0338F17C2205/0391G05D7/0106G05D7/0635Y10T137/7795Y10T137/7822Y10T137/7823Y10T137/87925
    • A gas flow regulation module (2) is provided comprising, a body (3) including a longitudinal axis, and including a first port and second port, a first fluid passage extending from the first port, and a second fluid passage extending from the second port; and a regulator, mounted to the body and disposed in communication with the first and second fluid passages, including a moveable pressure boundary member characterized by a transverse axis which is substantially perpendicular to the longitudinal axis of the neck. A gas flow regulation module is also provided, adapted for mounting within a pressure vessel and through an aperture provided in the pressure vessel, and a regulator mounted to the body and disposed in the interior of the pressure vessel.
    • 一种气体流量调节模块(2),其包括:主体(3),其包括纵向轴线,并且包括第一端口和第二端口;从所述第一端口延伸的第一流体通道;以及从所述第二端口延伸的第二流体通道 港口; 以及调节器,其安装到所述主体并且设置成与所述第一和第二流体通道连通,所述调节器包括可移动的压力边界部件,其特征在于横向轴线基本上垂直于所述颈部的纵向轴线。 还提供了气流调节模块,其适于安装在压力容器内并通过设置在压力容器中的孔,以及调节器,其安装到主体并设置在压力容器的内部。
    • 7. 发明申请
    • PILOT VALVE FOR A PRESSURE REDUCING VALVE
    • 减压阀导阀
    • WO2008114036A1
    • 2008-09-25
    • PCT/GB2008001018
    • 2008-03-20
    • I2O WATER LIMTEDHERON ROGERBURROWS ANDREW ROLAND
    • HERON ROGERBURROWS ANDREW ROLAND
    • G05D16/20
    • G05D16/2093G05D16/163G05D16/202Y10T137/0379Y10T137/7758Y10T137/7762Y10T137/7782Y10T137/7808Y10T137/7822Y10T137/8326
    • A pilot valve (2) for controlling operation of a hydraulically-actuated pressure reducing valve, the pilot valve including a housing (4), and a first valve member (15) mounted in the housing for longitudinal movement along an axis relative to the housing and to a second valve member (22) in response to the outlet pressure of the pressure reducing valve. The first valve member is provided with an aperture (20) and the second valve member comprises a closure portion which varies the effective flow cross section of the aperture in accordance with relative longitudinal movement between the first and second valve members. An adjuster (26) controls the relative rotational position of the first and second valve members, the closure portion having a profile such that relative rotation between the first and second valve members causes the closure portion to vary the effective flow cross section of the aperture (20).
    • 一种用于控制液压致动减压阀的操作的先导阀(2),所述先导阀包括壳体(4)和安装在壳体中的第一阀构件(15),用于沿轴线相对于壳体纵向运动 以及响应于减压阀的出口压力而到达第二阀构件(22)。 第一阀构件设置有孔(20),第二阀构件包括根据第一和第二阀构件之间的相对纵向运动改变孔的有效流动横截面的封闭部分。 调节器(26)控制第一和第二阀构件的相对旋转位置,封闭部分具有轮廓,使得第一和第二阀构件之间的相对旋转使得封闭部分改变孔的有效流动横截面( 20)。
    • 8. 发明申请
    • FLUID PRESSURE REGULATOR WITH NO-DRAIN VALVE
    • 具有无排水阀的流体压力调节器
    • WO2007013066A2
    • 2007-02-01
    • PCT/IL2006/000858
    • 2006-07-25
    • PLASTRO IRRIGATION SYSTEMS LTD.EINAV, ZvikaLUTZKY, MosheKATZMAN, Asaf
    • EINAV, ZvikaLUTZKY, MosheKATZMAN, Asaf
    • F16K17/20
    • G05D16/106Y10T137/0396Y10T137/7822Y10T137/7835Y10T137/7904Y10T137/88054
    • A fluid pressure regulator with a no-drain valve, characterized in that - when the fluid pressure decreases at the regulator's flow inlet to pre-set level, a no-drain spring means of the regulator, overcomes the force exerted by the fluid pressure upon the regulator's no-drain valve component and a protruding shoulder formed around its circumference, pushing a no-drain piston assembly of the regulator and stresses its no-drain valve component towards an exit flow control opening formed in the regulator, to the fully closed state of the regulator's no-drain valve component; and upon an ongoing increase of the fluid pressure at the flow inlet to a pre-set level that is still lower than the designed regulated pressure of the regulator or at most equal to the designed regulated pressure of the regulator, the force that the fluid pressure exerts on the protruding shoulder surface area formed around the circumference of the regulator's no-drain valve component, overcomes a no-drain spring means and propels the regulator's no-drain piston assembly and with it, the no-drain valve component, upon a bushing component within a cylinder assembly and through its second, open opposite end of that cylinder assembly, while opening an exit flow control opening to fluid passage from the flow inlet of the regulator to its flow outlet; and with a further increase of the fluid pressure at the flow inlet to a level higher than the designed regulated pressure of the regulator, and in order to control the flow through the regulator towards the flow outlet from its housing assembly, the regulator's no-drain piston assembly drives a bushing component carried upon a rod component to move together - the regulator's no-drain piston assembly and its piston assembly, towards a flow control opening formed in the regulator's housing assembly.
    • 一种具有无排水阀的流体压力调节器,其特征在于当流体压力在调节器的入口处降低到预设水平时,调节器的无排放弹簧装置克服了流体压力施加的力 调节器的无排水阀组件和围绕其周边形成的突出的肩部,推动调节器的无排水活塞组件,并将其无排水阀组件向形成于调节器中的出口流量控制开口施加到完全关闭状态 的调节器无排水阀组件; 并且在流入口处的流体压力持续增加到仍然低于调节器的设计调节压力或至多等于调节器的设计调节压力的预设水平时,流体压力 在形成在调节器无排水阀部件周围的突出的肩部表面区域上施加压力,克服了无排水弹簧装置,并推动调节器的无排水活塞组件和无排水阀组件在套管 并且通过其气缸组件的第二开放的相对端,同时为从调节器的流入口到其流出口的流体通道打开出口流量控制开口; 并且在流入口处的流体压力进一步增加到高于调节器的设计调节压力的水平,并且为了控制通过调节器朝向其壳体组件的流出口的流动,调节器的无排水 活塞组件驱动承载在杆部件上的套管部件一起移动 - 调节器的无排水活塞组件及其活塞组件朝向形成在调节器壳体组件中的流量控制开口。
    • 9. 发明申请
    • COMBINED PRESSURE REGULATOR AND SHUT-OFF VALVE
    • 组合式压力调节器和截止阀
    • WO02044825A1
    • 2002-06-06
    • PCT/US2001/045139
    • 2001-11-30
    • G05D16/10
    • G05D16/0608Y10T137/7782Y10T137/7797Y10T137/7798Y10T137/7808Y10T137/7822
    • A regulator valve (10) includes first (68) and second (96) plungers movable in a housing toward and away from the seal member (58). The plungers (68, 96) are sealed to the housing and have passages (72, 100) therethrough. The plungers (68, 96) are biased toward the seal member (58) by fluid pressure at the housing outlet end (46) and away from the seal (58) by a spring (66). First (80) and second (108) diaphragms connected to the plungers (68, 96) engage the housing inner wall in sealing engagement so that fluid must flow through the passages (72, 100). The diaphragms (80, 108) and housing define an expansion chamber (118). A port (40) in fluid communication with the expansion chamber (118) to force the first plunger (68) into engagement with the seal member and prevent flow through the passages (72, 10).
    • 调节阀(10)包括第一(68)和第二(96)柱塞,其可在壳体内朝向和远离密封构件(58)移动。 柱塞(68,96)被密封到壳体并且具有穿过其的通道(72,100)。 柱塞(68,96)通过壳体出口端(46)处的流体压力并通过弹簧(66)远离密封件(58)偏压到密封构件(58)。 连接到柱塞(68,96)的第一(80)和第二(108)隔膜以密封接合方式与壳体内壁接合,使得流体必须流过通道(72,100)。 隔膜(80,108)和壳体限定了膨胀室(118)。 与膨胀室(118)流体连通以迫使第一柱塞(68)与密封构件接合并防止流过通道(72,10)的端口(40)。