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    • 1. 发明申请
    • IMPROVED PRESSURE RELIEF VALVE FOR RAILROAD TANK CARS
    • 用于铁路货车的改进的压力减压阀
    • WO2015103544A1
    • 2015-07-09
    • PCT/US2015/010171
    • 2015-01-05
    • TRINITY TANK CAR, INC.
    • MCKISIC, Aubra D.
    • F16K17/36
    • F16K31/56B61D5/00B65D88/12B65D90/34B65G67/04F16K3/24F16K15/063F16K17/04F16K27/07
    • According to some embodiments, a pressure relief valve system comprises a valve body coupled to a pressure chamber. The valve body defines a vapor flow path between the pressure chamber and the atmosphere. A valve orifice in the valve body is configured to allow vapor to flow between the pressure chamber and the valve body. A vapor conduit comprises a vapor conduit first end coupled to the valve orifice and a second end opening into the pressure chamber. The vapor conduit forms a passageway between the vapor conduit first and second end. The vapor conduit also comprises a vapor conduit orifice near its first end. The vapor conduit orifice is configured to allow the vapor to flow from the pressure chamber into the vapor conduit. A gravity-operated valve positioned near the vapor conduit first end is configured to control the flow of vapor through the vapor conduit orifice.
    • 根据一些实施例,减压阀系统包括联接到压力室的阀体。 阀体限定了压力室和大气之间的蒸汽流动路径。 阀体中的阀孔构造成允许蒸汽在压力室和阀体之间流动。 蒸汽导管包括连接到阀孔的蒸汽导管第一端和进入压力室的第二端开口。 蒸汽导管在蒸汽管道第一和第二端之间形成通道。 蒸汽导管还包括在其第一端附近的蒸气导管孔口。 蒸汽导管孔配置成允许蒸气从压力室流入蒸气导管。 位于蒸汽导管第一端附近的重力操作阀构造成控制通过蒸气导管孔的蒸气流。
    • 3. 发明申请
    • VALVE ASSEMBLY FOR CONTAINERS
    • 集装箱阀组件
    • WO2003019055A1
    • 2003-03-06
    • PCT/GB2002/003870
    • 2002-08-23
    • ARENA IBC LIMITEDBRIMSON, Michael, Ronald
    • BRIMSON, Michael, Ronald
    • F16K1/226
    • F16K27/07B65D77/225F16K1/2261F16K5/0684
    • A valve member for a container comprising a generally cylindrical passage member (10) having a flange (11) for attachment to the wall of a container surrounding an aperture (13) in the wall of the container through which the passage member (10) extends including a disc-shaped value member (20) having a domed surface presenting a convex surface to the interior of the container. The value member (20) may be of the form of a disc offset with respect to an axis of rotation thereof. The valve member (20) may be provided with an overmoulded sealing member (125). A temper evident diaphragm (15) may be frangibly connected to an end of the passage member (20) in order to indicate whether the container has been opened.
    • 一种用于容器的阀构件,其包括大致圆柱形的通道构件(10),该通道构件具有凸缘(11),用于附接到围绕容器壁的孔(13)的容器的壁上,通道构件(10)延伸穿过该孔 包括具有向容器内部呈凸形表面的圆顶表面的圆盘形值构件(20)。 值构件(20)可以是相对于其旋转轴线的偏移的形式。 阀构件(20)可以设置有包覆成型的密封构件(125)。 回火明显的隔膜(15)可以与通道构件(20)的端部相互易碎地连接,以指示容器是否已打开。
    • 4. 发明申请
    • ACTUATOR FOR A VALVE AND A VALVE COMPRISING SUCH ACTUACTOR
    • 阀门的执行器和包括这种执行器的阀门
    • WO2013182560A1
    • 2013-12-12
    • PCT/EP2013/061485
    • 2013-06-04
    • ALFA LAVAL CORPORATE AB
    • NIELSEN, Jesper BakEBSEN, Johnny
    • F16K27/07F16K31/122F16K41/10
    • F16K31/1225F16K11/04F16K27/07F16K41/103
    • Actuator (1) for a valve (2), comprising a first piston (11), a first piston rod (13) and a first fluid chamber (12) for enabling movement of the first piston (11) and the first piston rod (13). The actuator (1) has a second piston (40), a second piston rod (45), the second piston rod (45) being coaxially arranged with the first piston rod (13) and radially enclosing at least a part of the first piston rod (13). A second fluid chamber (43) is arranged for the second piston (40), for enabling movement of the second piston (40) and the second piston rod (45). A first fluid channel (80) is arranged in communication with each of the first and the second fluid chambers (12, 43), for effecting, when fluid is introduced into the first fluid channel (80), movement of the first piston (11) and the second piston (40). Also, a valve comprising such actuator (1) is disclosed.
    • 一种用于阀(2)的致动器(1),包括第一活塞(11),第一活塞杆(13)和第一流体室(12),用于使第一活塞(11)和第一活塞杆 13)。 所述致动器(1)具有第二活塞(40),第二活塞杆(45),所述第二活塞杆(45)与所述第一活塞杆(13)同轴布置,并且径向包围所述第一活塞 杆(13)。 为第二活塞(40)设置第二流体室(43),用于使第二活塞(40)和第二活塞杆(45)能够移动。 第一流体通道(80)布置成与第一和第二流体室(12,43)中的每一个连通,以在流体被引入第一流体通道(80)时实现第一活塞(11)的移动 )和第二活塞(40)。 此外,公开了一种包括这种致动器(1)的阀。
    • 6. 发明申请
    • AUTOMATED VALVE WITH SELF-CONTAINED VALVE ACTUATOR SYSTEM
    • 具有自动阀门执行器系统的自动阀
    • WO2010083057A1
    • 2010-07-22
    • PCT/US2010/000115
    • 2010-01-19
    • HAGLER, Charles
    • HAGLER, Charles
    • F16K31/02
    • F16K27/07Y10T137/0396Y10T137/0753Y10T137/0971
    • A self-contained valve actuator of the present invention can comprise an actuator component. This actuator can be linear or quarter turn depending on the valve. The actuator can be double acting which means the piston will move once to open and once to close. The self-contained valve system uses hydraulic fluid to operate the valve. The valve system is directly powered with electric power from a battery. Solar panels are also incorporated to capture solar energy and convert this energy into electrical energy. This converted electrical energy is stored in the battery which enables the battery to continuously supply energy while substantially reducing the possibility of exhausting battery power. This resupply of electrical energy and the use of the hydraulic fluid creates a self-contained valve actuation system.
    • 本发明的独立阀门致动器可以包括致动器部件。 根据阀门的不同,执行器可以是线性或四分之一转。 执行器可以是双作用的,这意味着活塞将一次移动打开并一次关闭。 独立阀门系统使用液压油来操作阀门。 阀系统由电池的电力直接供电。 太阳能电池板也被并入以捕获太阳能并将其转化为电能。 这种转换的电能被存储在电池中,这使得电池能够连续地供应能量,同时显着降低了排出电池电力的可能性。 这种对电能的补充和使用液压流体产生独立的阀驱动系统。
    • 7. 发明申请
    • SUBSEA BOOSTING CAP SYSTEM
    • SUBSEA提升帽系统
    • WO2010068841A1
    • 2010-06-17
    • PCT/US2009/067631
    • 2009-12-11
    • AKER SOLUTIONS INC.PAULO, Paulo, Cezar Silva
    • PAULO, Paulo, Cezar Silva
    • F03B15/06
    • F16K27/07F16K11/0655Y02P80/156Y10T137/0318
    • A subsea boosting cap system is disclosed. The system comprises an anchor assembly capable of attaching to the sea floor. The anchor assembly comprises a pump cavity capable of receiving a removable pump assembly. A valve system is attached to the anchor assembly. The valve system comprises an inlet flow path and an outlet flow path. A boosting cap covers the pump cavity. The boosting cap comprises a first flow path configured to provide fluid communication between the inlet flow path and the removable pump assembly. A second flow path provides fluid communication between the removable pump assembly and the outlet. A crossover flow path provides fluid communication between the inlet flow path and the outlet flow path, the crossover flow path bypassing the pump cavity.
    • 公开了一种海底升压盖系统。 该系统包括能够连接到海底的锚固组件。 锚固组件包括能够接收可拆卸泵组件的泵腔。 阀系统连接到锚固组件。 阀系统包括入口流动路径和出口流动路径。 增压盖覆盖泵腔。 增压帽包括构造成在入口流动路径和可移除泵组件之间提供流体连通的第一流动路径。 第二流路提供可拆卸的泵组件和出口之间的流体连通。 交叉流动路径提供入口流动路径和出口流动路径之间的流体连通,绕过泵腔的交叉流动路径。
    • 8. 发明申请
    • SANITARY DRAIN VALVE
    • 卫生阀门
    • WO2006071807A2
    • 2006-07-06
    • PCT/US2005046901
    • 2005-12-23
    • PHARMENTA INCNEWBERG DOUGLAS A
    • NEWBERG DOUGLAS A
    • F16K31/00
    • F16K27/07F16K31/504F16K41/103
    • A valve assembly includes a valve body having an internal cavity, an orifice in communication with the internal cavity for communicating with a process in a tank or conduit and an outlet through which process material entering the internal cavity through the orifice can be drained from the internal cavity. A valve actuator body includes an actuating shaft having a sealing tip and is mounted for movement in the valve actuator body to seal and unseal the orifice. A diaphragm is mounted to the sealing tip and includes a base that seals with a bottom wall of the valve body. The bottom of the valve body has an aperture that receives the actuating shaft therethrough. The diaphragm is mountable to and removable from the bottom wall of the valve body through the aperture.
    • 阀组件包括具有内部空腔的阀体,与内部空腔连通的孔口,用于与罐或管道中的工艺连通,以及出口,通过该孔口进入内部空腔的工艺材料可通过该出口从内部排出 腔。 阀门致动器本体包括致动轴,致动轴具有密封尖端并且被安装用于在阀致动器本体中移动以密封和解封开口。 隔膜安装在密封头上并包括与阀体的底壁密封的基座。 阀体的底部具有孔,该孔接收通过其的致动轴。 隔膜可通过孔安装到阀体的底壁并且可从阀体的底壁移除。