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    • 2. 发明授权
    • Blowout preventer booster and method
    • 防喷器助推器和方法
    • US4864914A
    • 1989-09-12
    • US201511
    • 1988-06-01
    • Joseph L. LeMoine
    • Joseph L. LeMoine
    • F15B3/00
    • E21B33/0355F15B3/00
    • A hydraulic control circuit and method of operating a blowout preventer having a two-way hydraulic piston and cylinder assembly including an open and close port. An adjustable hydraulic supply is connected to a control valve which is in turn connected to the open and close ports. A pressure booster having an input and an output is connected to the close port and a control circuit is connected to the input of the booster and to the close port for actuating the booster and also blocking flow from the control valve to the closed port when the hydraulic supply increases to a predetermined value.
    • 一种操作具有双向液压活塞和气缸组件的防喷器的液压控制回路和方法,其包括开闭端口。 可调节的液压供应器连接到控制阀,控制阀又连接到打开和关闭的端口。 具有输入和输出的增压器连接到关闭端口,并且控制电路连接到升压器的输入端和用于致动升压器的关闭端口,并且还阻止从控制阀流向闭合端口 液压供给增加到预定值。
    • 3. 发明授权
    • Hydraulic subsea control system with disconnect
    • 液压海底控制系统断开
    • US4453566A
    • 1984-06-12
    • US373184
    • 1982-04-29
    • Herman O. Henderson, Jr.Joseph L. LeMoineJerry B. Tomlin
    • Herman O. Henderson, Jr.Joseph L. LeMoineJerry B. Tomlin
    • F16L39/02F16L37/28F16L35/00
    • F16L39/02Y10T137/402Y10T137/87941
    • In a hydraulic subsea control system having two separate redundant subsea control pods in which each pod is supplied with a hydraulic power supply line and a plurality of fluid control lines by surface controls. The improvement in means for alternately connecting and disconnecting the fluid control lines to each pod. Coacting quick disconnect couplings having first and second portions are positioned between the surface controls and each of the sets of fluid control lines to each pod. Each coupling portion includes a valve whereby when the first and second portions are engaged the valves permit fluid flow and when they are disengaged shut off fluid flow. First and second junction plates are connected between the surface controls and the connected fluid control lines and a hydraulic cylinder and piston assembly is connected between the first and second plates for alternately connecting and disconnecting the couplings to each pod whereby the two pods are controlled separately, but redundantly. The control of the cylinder and piston assemblies is preferably provided by the hydraulic valve which alternately provides fluid power to the power supply line whereby when power is supplied to the power line of one pod the coacting couplings to that pod are connected while fluid power is disconnected from the other pod, and the coacting couplings to the other pod are disconnected.
    • 在具有两个单独的冗余海底控制舱的液压海底控制系统中,其中通过表面控制为每个舱提供液压供电管线和多个流体控制管线。 用于交替地连接和断开流体控制管线到每个容器的装置的改进。 具有第一和第二部分的联合快速断开联接器位于表面控制器和每个流体控制管线组的每个容器之间。 每个联接部分包括一个阀,由此当第一和第二部分接合时,阀允许流体流动,并且当它们脱离时,阀阻止流体流动。 第一和第二接合板连接在表面控制器和连接的流体控制线之间,并且液压缸和活塞组件连接在第一和第二板之间,用于将联接件交替地连接和分离到每个舱,由此两个舱分别被控制, 但多余。 气缸和活塞组件的控制优选地由液压阀提供,所述液压阀交替地向供电管线提供流体动力,由此当向一个容器的动力线供电时,在连接流体动力的同时连接到该舱的共同作用联接 从另一个吊舱,并联合到另一个吊舱连接。
    • 4. 发明授权
    • Underwater connector for fluid lines
    • 用于流体管线的水下连接器
    • US4404989A
    • 1983-09-20
    • US289566
    • 1981-08-03
    • Joseph L. LeMoine
    • Joseph L. LeMoine
    • E21B33/035E21B33/038F16L37/00F16L37/44F16L37/56F16L29/00
    • F16L37/44E21B33/0355E21B33/038F16L37/002F16L37/56Y10T137/402Y10T137/87225Y10T137/87885Y10T137/9029
    • An underwater fluid connector for interconnecting a plurality of fluid lines. A first male member or plurality of members are adapted to be positioned underwater including at least one upright position flat side with a plurality of fluid passageways terminating at said side. An inverted U-shaped retrievable female member having first and second flat interior faces and adapted to engage and disengage from the first member wherein the faces are positioned for alignment with but spaced from the first member flat side when engaged for providing a venting space therebetween and having a plurality of passageways terminating at the interior faces for axial alignment with the first member passageways. A metal valve seat is releasably connected to the first member flat sides about each of the first member passageways. A valve is positioned in each of the second member passageways having a movable element, a hydraulic supply port, and a pilot actuator connected to the valve element. In one position the valve element seats on the valve seat and opens the fluid supply port and in a second position closes the fluid supply port and is removed from the valve seat. A resilient seal is connected to the valve element and adapted to seat on the metal valve seat. The seat and seal are circular and the seat includes a circular lip having a width less than the resilient seal for providing higher unit sealing forces.
    • 一种用于互连多条流体管线的水下流体连接器。 第一阳构件或多个构件适于被定位在水下,包括至少一个直立位置平坦侧,多个流体通道终止于所述侧。 具有第一和第二平坦内表面并且适于与第一构件接合和脱离的倒U形可回收阴构件,其中所述面被定位成与第一构件平坦侧对准但与第一构件平坦侧隔开以在其间提供通风空间, 具有终止于内表面的多个通道,用于与第一构件通道轴向对准。 金属阀座可绕第一构件通道可拆卸地连接到第一构件平坦侧。 阀被定位在具有可移动元件的每个第二构件通道中,液压供给口和连接到阀元件的先导致动器。 在一个位置中,阀元件位于阀座上并打开流体供应口,并且在第二位置关闭流体供应口并从阀座移除。 弹性密封件连接到阀元件并且适于座在金属阀座上。 座椅和密封件是圆形的,并且座椅包括具有小于弹性密封件的宽度的圆形唇缘,用于提供更高的单元密封力。
    • 5. 发明授权
    • High low safety apparatus for drilling rigs
    • 用于钻机的高低安全装置
    • US4448394A
    • 1984-05-15
    • US432052
    • 1982-09-30
    • Joseph L. LeMoine
    • Joseph L. LeMoine
    • B66D1/56E21B19/00B66B5/08
    • E21B19/008B66D1/56
    • A safety apparatus for preventing the traveling block of a drilling rig from being drawn into the top of the rig and also for preventing the traveling block from falling downwardly below a predetermined bottom position. A high position limiting valve has an air inlet and an air outlet with a valve stem providing communication between the inlet and the outlet when a predetermined amount of cable is spooled onto the drum. A low position limiting valve has an air inlet and an air outlet with a stem yieldably urged at all times into engagement with the cable for actuation and providing communication between the inlet and the outlet when a predetermined amount of cable is spooled off of the drum. An air supply is connected to the inlets of the valve and the outlets of the valves supply air to stop the actuation of the cable drum. The longitudinal axis of the valves are positioned generally perpendicular to the surface of the cable drum and their stems are longitudinally movable.
    • 一种用于防止钻机的行驶块被吸入钻机的顶部并且还用于防止行进挡块从预定的底部位置向下落下的安全装置。 高位置限位阀具有空气入口和空气出口,当预定量的电缆卷绕到滚筒上时,阀杆在入口和出口之间提供连通。 低位限制阀具有空气入口和空气出口,其中当预定量的电缆从卷筒脱离时,可随时与所述电缆接合以致动并提供入口和出口之间的连通的杆的空气入口和空气出口。 空气供应器连接到阀的入口,并且阀的出口供应空气以停止电缆滚筒的致动。 阀的纵向轴线大致垂直于电缆滚筒的表面定位,并且其纵向可移动。
    • 6. 发明授权
    • Well pressure compensation for blowout preventers
    • 防喷器压力补偿良好
    • US4440232A
    • 1984-04-03
    • US401808
    • 1982-07-26
    • Joseph L. LeMoine
    • Joseph L. LeMoine
    • E21B33/06E21B34/16
    • E21B33/06E21B34/16
    • A method and apparatus of compensating for the closing force on a blowout preventer caused by well pressure for reducing the wear on the blowout preventer sealing element when moving a drill string through a closed blowout preventer. A hydraulic opening force is applied to the blowout preventer which is actuated by and is proportional to the well pressure. A compensating line is connected between the blowout preventer fluid supply line and the blowout preventer opening line. A control valve is provided in the compensating lines for applying an opening force on the blowout preventer and a pilot control pressure regulator is provided in the compensating line for limiting the compensating pressure. The pilot control line is connected between the regulator and the well pressure in the blowout preventer whereby the output pressure is proportional to the well pressure for compensating for the closing force on the blowout preventer caused by the well pressure.
    • 补偿由井压引起的防喷器上的关闭力的方法和装置,用于在将钻柱穿过闭合的防喷器时减少防喷器密封元件的磨损。 液压打开力被施加到防喷器,该防喷器由井压力致动并与井压成正比。 防喷器流体供给管线和防喷器开口线之间连接有补偿线。 在补偿线路中设置有用于在防喷器上施加打开力的控制阀,并且在补偿管路中设置有用于限制补偿压力的先导控制压力调节器。 先导控制线连接在防喷器的调节器和井压之间,由此输出压力与井压成正比,以补偿由井压引起的防喷器上的关闭力。