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    • 3. 发明申请
    • IMPROVEMENTS IN VALVES AND PUMPS
    • 阀门和泵中的改进
    • WO2006108219B1
    • 2006-11-30
    • PCT/AU2006000482
    • 2006-04-11
    • DOIG IAN DRACUP
    • DOIG IAN DRACUP
    • F16K7/07E03F5/22F04B43/12F04B43/14F16K7/04F16K15/14F16K15/16F16K15/18F16K17/02F16K17/10
    • F04B43/12F04B43/021F04B43/14F16K7/07Y10T137/3109Y10T137/7882Y10T137/7886Y10T137/7889Y10T137/87829
    • A check valve (10) comprises, a flexible tube (11) having first and second end portions defining an inlet (13) and an outlet (14), respectively, and a rigid valve body (12) surrounding the flexible tube (11). The end portions of the flexible tube are sealingly fixed to the valve body (12) to define an enclosed space (17) between the exterior of the flexible tube and the interior of the valve body. A fixed volume of a substantially incompressible fluid is located in the enclosed space (17). When the pressure at the outlet (14) is greater than the pressure at the inlet (13), the flexible tube is substantially collapsed so as to close the valve or allow severely restricted flow. However when the pressure at the inlet is greater than that at the outlet, some of the fluid is displaced from the inlet area towards the outlet area so that the flexible tube (11) is expanded in the area adjacent the inlet and the tube is substantially open. A pump based on a series of valves having some of the attributes of the check valve is also disclosed, as is a vacuum driven sewer system that incorporates a pinch valve.
    • 止回阀(10)包括:柔性管(11),其具有分别限定入口(13)和出口(14)的第一和第二端部和围绕柔性管(11)的刚性阀体(12) 。 柔性管的端部密封地固定到阀体(12),以在柔性管的外部和阀体的内部之间限定封闭的空间(17)。 基本不可压缩流体的固定体积位于封闭空间(17)中。 当出口(14)处的压力大于入口(13)处的压力时,柔性管基本上被折叠以便关闭阀门或允许严格限制的流动。 然而,当入口处的压力大于出口处的压力时,一些流体从入口区域朝向出口区域移位,使得柔性管(11)在邻近入口的区域中膨胀,并且管基本上 打开。 还公开了一种基于具有止回阀的一些属性的一系列阀的泵,以及包括夹管阀的真空驱动下水道系统。
    • 4. 发明申请
    • COLLAPSIBLE DISPENSING SYSTEM
    • 可拆卸分配系统
    • WO2003029085A2
    • 2003-04-10
    • PCT/US2002/030992
    • 2002-09-30
    • HUNTER GROUP, INC.SECONDO, Michael, Charles
    • SECONDO, Michael, Charles
    • B65D
    • B05B11/007B05B11/0072B05B11/047B05B11/048B65D47/205F16K15/145Y10T137/0318Y10T137/7882Y10T137/7889
    • A collapsible dispensing system for flowable materials is disclosed. A conical one-way valve assembly of coaxially conforming parts is attached to a collapsible container. An enclosing sleeve seals an elastomeric sheath to a valve body. Flowable materials are dispensed under positive pressure without back flow of external gases and contaminants, even after repeated dispensing of container contents. This enables flowable materials that are susceptible to oxidation and contamination to be reformulated without antioxidants and/or preservatives. The collapsible multiple dose dispensing system maintains the integrity and sterility of flowable materials, thereby prolonging product use life. The system takes advantage of a conical design, allowing for quicker, easier and cheaper manufacturing and assembly.
    • 公开了一种用于可流动材料的可折叠分配系统。 同轴配合部件的锥形单向阀组件连接到可折叠的容器。 封闭的套筒将弹性体护套密封到阀体。 即使在重复分配容器内容物之后,可在正压下分配可流动的材料,而不会外部气体和污染物的回流。 这使得易于氧化和污染的可流动材料被重新配制而没有抗氧化剂和/或防腐剂。 可折叠多剂量分配系统保持可流动材料的完整性和无菌性,从而延长产品使用寿命。 该系统利用锥形设计,允许更快,更容易和更便宜的制造和组装。
    • 5. 发明申请
    • DEVICE FOR GENERATING A REDUCING AGENT/AIR MIXTURE
    • 装置于产生还原剂空气混合物
    • WO02027160A1
    • 2002-04-04
    • PCT/DE2001/003712
    • 2001-09-27
    • F01N3/36B01D53/56B01D53/74B01F3/04B01F5/00B01F5/04B01F15/02F01N3/20F04B43/02
    • F01N3/2066B01F3/04099B01F5/0077B01F5/0471B01F15/0201B01F15/0237F01N2610/02F01N2610/08Y02T10/24Y10T137/7889
    • The invention relates to a device (10) for generating a reducing agent/air mixture, comprising a feed pump (16) which delivers the reducing agents and which is housed in a pump housing (22, 32). The device (10) is further provided with a mixing chamber (50) in which the reducing agent delivered by the feed pump (16) and air are introduced, said mixing room (50) being formed in a mixing room body (36). The mixing room body (36) is directly interlinked with the pump housing (22, 32) of the feed pump (16) and forms a cover of the pump housing (22, 32). The feed pump (16) comprises a drive shaft (24) for a feed element (30) that extends into the pump housing (22) of the feed pump (16). The mixing chamber body (36) is mounted at least substantially radially relative the drive shaft (24). The device (10) has a compact size and little dead volume that is filled with the reducing agent.
    • 用于产生还原剂和空气混合物中的装置(10)具有进料泵(16),由还原剂和泵壳体(22,32)促进。 另外,一个混合室(50),该装置(10)包括,在从所述进料泵(16)输送的还原剂,并且可以与在混合室主体(36)的混合空间(50)形成被引入空气。 混合室主体(36)被直接连接到连接到进料泵(16)在泵壳体(22,32)和形成在泵壳体(22,32)的盖。 供给泵(16)包括用于输送元件(30),其在进料泵(16)项目的泵壳体(22)和混合室主体(36)是至少大致径向于驱动轴(24)被布置在驱动轴(24)。 的装置(10)具有一紧凑的尺寸和低的死体积填充有还原剂。
    • 6. 发明申请
    • ELASTOMERIC SLEEVE FITTED ON A ONE-WAY VALVE BODY
    • 弹性套管安装在单向阀身上
    • WO1995000785A1
    • 1995-01-05
    • PCT/US1993006036
    • 1993-06-24
    • RESEAL INTERNATIONAL LIMITED PARTNERSHIP
    • RESEAL INTERNATIONAL LIMITED PARTNERSHIPDEBUSH, George
    • F16K15/14
    • B65D47/205F16K15/145Y10T137/7889
    • A one-way valve (112) for dispensing a fluid material from a container includes an axially extending valve body (114) and an elastomeric sleeve (128) stretched over the valve body in tightly fitting contact with it. A ring shaped enlargement (130) is formed monolithically on each end of the sleeve (128) and fits in sealed contact with reduced diameter portions (132) at the opposite ends of the valve body (114). The sleeve (128) can be assembled on the valve body (114) in a variety of ways including mechanically expanding the sleeve (128) and placing it on the valve body (114). The enlargements (130) at the ends of the valve sleeve (128) have a thickness dimension in the radial direction in the range of 2 to 4 times the thickness of the sleeve (128) between the enlargements (130).
    • 用于从容器分配流体材料的单向阀(112)包括轴向延伸的阀体(114)和弹性体套筒(128),所述弹性体套筒(128)与阀体紧密配合地接触。 环形放大件(130)在套筒(128)的每个端部上均匀​​地形成,并且在阀体(114)的相对端处与缩径部分(132)密封接触。 套筒(128)可以以各种方式组装在阀体(114)上,包括机械地膨胀套筒(128)并将其放置在阀体(114)上。 在阀套(128)端部处的放大部分(130)在径向方向上的厚度尺寸在放大(130)之间的套筒(128)的厚度的2至4倍的范围内。