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    • 2. 发明授权
    • Siphon mechanism
    • 虹吸机制
    • US08851101B1
    • 2014-10-07
    • US13442119
    • 2012-04-09
    • Mark Scheland
    • Mark Scheland
    • F04F10/00
    • F04F10/02Y10T137/287Y10T137/2911Y10T137/7908Y10T137/7913
    • A siphon initiator that has a drive cylinder and an inner stopper. The stopper is held in a limited range of motion by a wire guard at one end and the formed end of the drive cylinder at the other end. The inner stopper seals the lower end of the drive cylinder during the siphoning. Both ends of the drive cylinder have hose fittings. In practice, after attaching the hoses, the user inserts one hose into the container holding the liquid. The other hose is inserted into the vessel to receive the liquid. The user then moves the drive cylinder back and forth a few times to initiate the flow of fluid. The motion alternatively seals the hose and opens it in rapid succession, causing the necessary vacuum within the draw hose to pull liquid from the container to begin the siphoning process.
    • 虹吸引发器,具有驱动气缸和内塞。 止动器通过一端的线保护件和另一端的驱动气缸的形成端保持在有限的运动范围内。 在虹吸期间,内止动件密封驱动缸的下端。 驱动气缸的两端都有软管接头。 实际上,在连接软管之后,使用者将一个软管插入容纳液体的容器中。 另一根软管插入容器中以接收液体。 然后,使用者将驱动缸前后移动几次以启动流体流动。 运动交替地密封软管并快速连续打开软管,从而在抽吸软管内引起必要的真空,以从容器中拉出液体以开始虹吸过程。
    • 5. 发明申请
    • CHECK VALVE
    • 检查阀
    • US20110005616A1
    • 2011-01-13
    • US12831993
    • 2010-07-07
    • Jan BERGLUND
    • Jan BERGLUND
    • F16K31/12
    • F16K17/164F16K15/144F16K15/147Y10T137/7836Y10T137/784Y10T137/7888Y10T137/7908
    • A diaphragm device for a check valves is provided. The diaphragm device comprises a diaphragm, adapted to cover at least one orifice, and an operation device, adapted to enable movement of the diaphragm substantially along a length axis of the orifice. The operation device comprises at least one first operation organ and at least one second operation organ. The first and second operation organ in turn each comprises a first portion, and a second portion. The first portion of the first operation organ is adapted to be connected to a check valve housing, and the second portion of the first operation organ is connected to the second portion of the second operation organ. Furthermore the first portion of the second operation organ is connected to the diaphragm and the second portion of the second operation organ is connected to the second portion of the first operation organ. The first operation organ is movable in relation to the second operation organ, and the second operation organ is movable in relation to the diaphragm, for enabling movement of the diaphragm, substantially along the length axis of the orifice. This embodiment could enable the check valve to open a relatively long way by means of a relatively low pressure or flow, at the same time as the deformation of the resilient material could be relatively small since it is deformed in a multiplicity of points and along a relatively long extension of resilient material.
    • 提供了一种用于止回阀的隔膜装置。 隔膜装置包括适于覆盖至少一个孔口的隔膜和适于使膜片基本上沿着孔口的长度轴线移动的操作装置。 操作装置包括至少一个第一操作器官和至少一个第二操作器官。 第一和第二操作器官又依次包括第一部分和第二部分。 第一操作器官的第一部分适于连接到止回阀壳体,并且第一操作器官的第二部分连接到第二操作器官的第二部分。 此外,第二操作器官的第一部分连接到隔膜,并且第二操作器官的第二部分连接到第一操作器官的第二部分。 所述第一手术器官可相对于所述第二手术器官运动,所述第二手术器官可相对于所述隔膜移动,以使所述隔膜基本沿着所述孔的长度轴线移动。 该实施例可以使止回阀通过相对较低的压力或流动打开相对较长的方式,同时弹性材料的变形可以相对较小,因为其在多个点上变形并且沿着 相对较长的弹性材料延伸。