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    • 1. 发明专利
    • Pressure container sealing structure
    • 压力容器密封结构
    • JP2006177409A
    • 2006-07-06
    • JP2004369611
    • 2004-12-21
    • Igeta Kinzoku:Kk有限会社ヰゲタ金属
    • INOUE HITOSHI
    • F16J13/10B65D45/02B65D45/20F16J13/12
    • PROBLEM TO BE SOLVED: To provide a highly safe pressure container sealing structure with a cover body easy to be opened and closed and free of careless removal. SOLUTION: The structure comprises a container body having a flange formed on an opening and the cover body having at least two sets of paired movable pawls engagedly moved in and out of the lower side of the flange. Each of the movable pawls is composed of an oblong hole formed in the peripheral wall of the cover body in the peripheral direction, a lock portion having one end reciprocatingly journaled into the oblong hole in the radial direction and provided with a pawl capable of being engaged with the lower side of the flange of the container body and the other end provided with a connection piece, and an operation portion slidably provided on the outer face of the peripheral wall of the cover body and connected to the lock portion via the connection piece. The movable pawl has the lock portion provided with the pawl capable of being engaged with the lower side of the flange of the container body and formed on the top panel of the cover body turnably in the vertical direction. The movable pawl has a female screw on the peripheral wall of the cover body and a bolt threaded to the female screw with its front end engaged with the flange of the container body. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种高度安全的压力容器密封结构,其具有易于打开和关闭的盖体,并且不会被粗心移除。 解决方案:该结构包括具有形成在开口上的凸缘的容器主体,并且盖体具有接合地移入和移出凸缘的下侧的至少两组成对的可动爪。 每个可动爪由沿圆周方向形成在盖主体的周壁上的长孔构成,一个锁定部分具有沿径向往复运动地延伸到长方形孔中的一端,并且设有能够接合的爪 容器主体的凸缘的下侧,另一端设置有连接件,以及操作部,其可滑动地设置在盖主体的周壁的外表面上,并且经由连接件连接到锁定部。 可动棘爪具有设置有能够与容器主体的凸缘的下侧接合并且在垂直方向上可转动地形成在盖体的顶板上的棘爪的锁定部。 可动爪在盖体的周壁上具有阴螺纹,螺栓连接到内螺纹,其前端与容器主体的凸缘接合。 版权所有(C)2006,JPO&NCIPI
    • 2. 发明专利
    • Fluid supply stop valve and fluid supply stop device using the valve
    • 流体供应停止阀和使用阀的流体供应停止装置
    • JP2005163811A
    • 2005-06-23
    • JP2003399597
    • 2003-11-28
    • Igeta Kinzoku:Kk有限会社ヰゲタ金属
    • INOUE HITOSHI
    • B67D1/14B67D1/12B67D3/02F16K21/18F16K31/18F16K31/22
    • F16K31/22B67D1/1247Y10T137/2987
    • PROBLEM TO BE SOLVED: To provide a fluid supply stop valve capable of rapidly and securely closing a beer flow passage by the pressure of carbon dioxide when beer in a beer tank is absent. SOLUTION: This fluid supply stop valve is installed in a fluid flow passage energized by a gas pressure, and comprises a primary flow passage and a secondary flow passage. A valve chamber is formed between the primary flow passage and the secondary flow passage, A ball valve element smaller in specific gravity than a liquid in the flow passage is installed in the valve chamber. In the valve chamber, a valve seat seated on which the ball valve element is seated by the upward movement is formed at the lower end opening of the secondary flow passage, and an inflow part to the valve chamber in the primary flow passage is formed at a position higher than the valve seat. Also, the stop valve comprises a reset means for pressing in the ball valve element toward the valve chamber when the ball valve element is seated on the valve seat. In addition, a vent valve is installed in the valve chamber at a position higher than the inflow part of the primary flow passage. In addition, a highly convenient fluid supply stop device can be provided by installing the stop valve and connecting so that two or more beer tanks can be switched. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种流体供应截止阀,当不存在啤酒罐中的啤酒时,能够通过二氧化碳的压力快速且可靠地关闭啤酒流动通道。 解决方案:该流体供应截止阀安装在由气体压力通电的流体流动通道中,并且包括主流路和次流通道。 在主流路和二次流路之间形成有阀室,在阀室内安装有比流体通道中的液体小的比重的球阀元件。 在阀室中,在二次流路的下端开口处形成有用于向上运动的球阀元件所位于其上的阀座,并且在主流路中的阀室的流入部形成在 一个位置高于阀座。 此外,截止阀包括一个复位装置,当球阀元件就座在阀座上时,该复位装置用于将球阀元件压向阀室。 此外,排气阀安装在高于主流路的流入部的位置处的阀室内。 此外,可以通过安装截止阀和连接来提供非常方便的流体供应停止装置,从而可以切换两个或更多个啤酒罐。 版权所有(C)2005,JPO&NCIPI
    • 3. 发明专利
    • Gas pressure reducing valve device
    • 气压减压阀装置
    • JPH11272338A
    • 1999-10-08
    • JP9238498
    • 1998-03-19
    • Igeta Kinzoku:KkKinki Unyu Kk有限会社ヰゲタ金属近畿運輸株式会社
    • INOUE HITOSHI
    • G05D16/16B67D1/04
    • PROBLEM TO BE SOLVED: To obtain a gas pressure reducing valve device capable of obtaining three sorts of pressure-reduced gas from one cylinder by using a pressure reducing valve device having conventional size.
      SOLUTION: The valve device consisting of an intake 2 to be connected to a high pressure gas cylinder, a pressure reducing valve body stored in a valve casing 1, three pressure control valves for furthermore reducing gas pressure-reduced by the valve body to proper pressure by pressure control, and three outlets 3 for exhausting gas of controlled pressure is also provided with a residual gage 7 for displaying the quantity of gas remaining in the cylinder. Pressure controls 5 for operating respective pressure control valves are fitted to the front face and right and left side faces of the casing 1. Gas supplied from the cylinder is led into the pressure reducing valve body and pressure- reduced gas is branched to respective pressure control valves, controlled by respective pressure controls 5 and then exhausted from respective outlets 3.
      COPYRIGHT: (C)1999,JPO
    • 要解决的问题:获得能够通过使用具有常规尺寸的减压阀装置从一个气缸获得三种减压气体的气体减压阀装置。 解决方案:由连接到高压气瓶的进气口2,存储在阀壳1中的减压阀体组成的阀装置,三个压力控制阀,用于进一步减少阀体压力降低至适当压力 通过压力控制,还设置有用于排出受控压力气体的三个出口3,其具有用于显示气缸中残留的气体量的残余量表7。 用于操作相应的压力控制阀的压力控制器5装配到壳体1的前表面和右侧和左侧面。从气缸供应的气体被引导到减压阀体中,减压气体被分支到相应的压力控制 阀,由相应的压力控制器5控制,然后从相应的出口3排出。