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    • 2. 发明授权
    • Control system for fluid pressure operated actuator
    • 流体压力执行器控制系统
    • US4840031A
    • 1989-06-20
    • US47032
    • 1987-05-05
    • Frank Hribar
    • Frank Hribar
    • B64C13/40
    • B64C13/40Y10T137/2632Y10T137/86558
    • A control system for an actuator used to position a control surface on an aircraft such as a horizontal stabilizer, including a source of pressurized fluid, a pressure control for establishing a predetermined pressure level that is substantially one-half source pressure, a blocker valve and at least one direction control valve for controlling the application of fluid pressures to the actuator. During idle periods, the blocker valve supplies substantially equal control pressures to the actuator so that the control system remains pressurized to substantially one-half source pressure. When the actuator is being energized, the direction control valve determines the direction of actuation and the blocker valve controls the fluid flow rate to and from the actuator to maintain a constant actuation rate regardless of load. A servo pressure a regulator monitors return flow across an orifice and adjusts the position of a blocker valve element in order to throttle both the input and return fluid flows to the actuator as a function of the return fluid flow rate so that movement in the actuator is effectively controlled even under overhauling loads.
    • 一种致动器的控制系统,用于将控制表面定位在飞机上,例如水平稳定器,包括加压流体源,用于建立基本上二分之一源压力的预定压力水平的压力控制,阻塞阀和 至少一个方向控制阀,用于控制向致动器施加流体压力。 在空转期间,阻塞阀向致动器提供基本相等的控制压力,使得控制系统保持加压至基本上一半的源压力。 当致动器通电时,方向控制阀确定致动的方向,并且阻塞阀控制到达和来自致动器的流体流速,以保持恒定的致动速率,而不管负载如何。 伺服压力调节器监控通过孔口的返回流量并调整阻塞阀元件的位置,以便根据返回流体流量节流作为回流流体流量的函数的输入和返回流体流向致动器,使致动器中的运动为 即使在大修负载下也能有效控制。
    • 4. 发明授权
    • Pressure regulating valve
    • 调压阀
    • US06994102B2
    • 2006-02-07
    • US10695653
    • 2003-10-29
    • Kunihiro YamaguchiKoichi TamuraAkinori ArakiYasushi Nagai
    • Kunihiro YamaguchiKoichi TamuraAkinori ArakiYasushi Nagai
    • G05D11/00
    • F16H61/0021F16H2061/0253G05D16/103Y10T137/2605Y10T137/2632Y10T137/7736Y10T137/7737Y10T477/6939
    • A pressure regulating valve which is comprised of a valve body being comprised of a cylinder, a spool slidably disposed in the cylinder with a clearance, the spool and the cylinder defining a pressure chamber and a space portion, and an urging member which urges the spool in a direction opposite to a direction of a force applied to the spool by fluid pressure in the pressure chamber. A supply passage fluidly communicates the cylinder and a fluid pressure supply source, and a drain passage fluidly communicates the cylinder and a sump. A through-passage formed in the spool fluidly communicates the pressure chamber and the space portion. An orifice disposed between the space portion and a sump limits a flow rate of fluid drained from the space portion to the sump. The spool is made of material having a lower thermal expansion coefficient than material of the valve body.
    • 一种压力调节阀,由阀体构成,阀体由气缸构成,可滑动地设置在气缸中的阀芯间隙,阀芯和气缸限定压力室和空间部分,以及推动构件,其推动阀芯 在与压力室中的流体压力施加到阀芯的力的方向相反的方向上。 供给通道使气缸和流体压力供给源流体连通,排水通路将气缸与油槽流体连通。 形成在阀芯中的通路与压力室和空间部分流体连通。 设置在空间部分和贮槽之间的孔限制了从空间部分排出到贮槽的流体的流速。 阀芯由具有比阀体材料低的热膨胀系数的材料制成。
    • 5. 发明申请
    • Pressure regulating valve
    • 调压阀
    • US20040138025A1
    • 2004-07-15
    • US10695653
    • 2003-10-29
    • JATCO Ltd
    • Kunihiro YamaguchiKoichi TamuraAkinori ArakiYasushi Nagai
    • F16H031/00F16H061/26
    • F16H61/0021F16H2061/0253G05D16/103Y10T137/2605Y10T137/2632Y10T137/7736Y10T137/7737Y10T477/6939
    • A pressure regulating valve which is comprised of a valve body being comprised of a cylinder, a spool slidably disposed in the cylinder with a clearance, the spool and the cylinder defining a pressure chamber and a space portion, and an urging member which urges the spool in a direction opposite to a direction of a force applied to the spool by fluid pressure in the pressure chamber. A supply passage fluidly communicates the cylinder and a fluid pressure supply source, and a drain passage fluidly communicates the cylinder and a sump. A through-passage formed in the spool fluidly communicates the pressure chamber and the space portion. An orifice disposed between the space portion and a sump limits a flow rate of fluid drained from the space portion to the sump. The spool is made of material having a lower thermal expansion coefficient than material of the valve body.
    • 一种压力调节阀,由阀体构成,阀体由气缸构成,可滑动地设置在气缸中的阀芯间隙,阀芯和气缸限定压力室和空间部分,以及推动构件,其推动阀芯 在与压力室中的流体压力施加到阀芯的力的方向相反的方向上。 供给通道使气缸和流体压力供给源流体连通,排水通路将气缸与油槽流体连通。 形成在阀芯中的通路与压力室和空间部分流体连通。 设置在空间部分和贮槽之间的孔限制了从空间部分排出到贮槽的流体的流速。 阀芯由具有比阀体材料低的热膨胀系数的材料制成。
    • 10. 发明授权
    • Quick vent response valve
    • 快速排气阀
    • US4428393A
    • 1984-01-31
    • US349741
    • 1982-02-18
    • Patrick J. AndersonAndrew A. Kenny
    • Patrick J. AndersonAndrew A. Kenny
    • F02M25/07F16K17/02
    • F02M26/56Y10S137/907Y10T137/2617Y10T137/2632
    • A quick vent response valve (12) is fluidically series connected between a vacuum regulator valve (14) and an exhaust gas recirculation valve (16) which comprises a fluid pressure control system (10). The quick response valve operates to vent the system more quickly than if the system were vented through the vacuum regulator valve itself by employing the modulated control signal from the vacuum regulator valve as a pilot signal. The quick response valve improves response time of the vacuum system when venting from a high to a low vacuum level by momentarily displacing a valve element (56) disposed within a housing (18) to establish a nonrestricting flow path to atmosphere.
    • 快速排气响应阀(12)流体连接在真空调节阀(14)和排气再循环阀(16)之间,该排气回流阀包括流体压力控制系统(10)。 快速响应阀比通过真空调节阀本身通过采用来自真空调节阀的调制控制信号作为导频信号通过真空调节阀本身排气更快地排放系统。 快速响应阀通过瞬时移动设置在壳体(18)内的阀元件(56)以便建立到大气的非限制性流动通道,从而从高到低的真空度排出真空系统的响应时间。