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    • 61. 发明申请
    • VALVE MECHANISM FOR TUBE-TYPE FLUID CONTAINER
    • 用于管式流体容器的阀机构
    • US20080041890A1
    • 2008-02-21
    • US11781758
    • 2007-07-23
    • Masatoshi MASUDA
    • Masatoshi MASUDA
    • B65D25/40B65D35/56B65D37/00
    • B65D35/46B65D35/14B65D47/2075
    • A valve mechanism adapted for a fluid-discharging port of a tube-type fluid container includes: a valve seat portion having a valve seat surface with an opening for passing a fluid therethrough; a valve portion comprising a valve body having a shape corresponding to the valve seat surface with the opening, and a shaft connected to the valve body and extending downward from the valve body, and a valve support portion for elastically urging the valve body downward to close the opening. An annular convex portion is further formed between the valve seat surface and the valve body on the valve seat surface or the valve body for closing the opening with the valve body at the annular convex portion.
    • 适用于管式流体容器的流体排放口的阀机构包括:具有阀座表面的阀座部分,阀座表面具有用于使流体通过的开口; 阀体部,其具有与具有开口部的阀座面对应的形状的阀体,以及与阀体连接并从阀体向下方延伸的轴以及用于将阀体向下方弹性推压的阀支承部 开幕。 在阀座表面和阀座表面上的阀体之间还形成有环形凸部,或者在环形凸部处用阀体封闭开口的阀体。
    • 62. 发明申请
    • NO STRAW LIQUID POUCH
    • 没有液态液体
    • US20070108158A1
    • 2007-05-17
    • US11560794
    • 2006-11-16
    • Robert StriblingSamuel Crosby
    • Robert StriblingSamuel Crosby
    • B65D83/00B65D6/00A47G19/22
    • B65D35/46A45F3/20
    • A flexible tube check valve is introduced within a fluid path for leakage protection from flexible liquid containers. The flexible check valve can be a crossbill valve comprising multiple flexible members that restrict the flow of fluid in a tubular member. The flexible check valve is preferably functionally integrated with the container itself to prevent liquid from exiting a container. Preferably, the flexible check valve is a crossbill valve that is encapsulated within a flexible tube and mechanically attached to the flexible container. Alternatively, the check valve is manufactured as part of the flexible container. Liquid is designed to only flow through when an external compressive force (e.g. users fingers or lips) is applied to the valve. When force is no longer applied to the valve section, the valve returns to its normally closed position and fluid is wholly or substantially prevented from exiting. An alternative medical embodiment uses a flexible tube extension between the flexible liquid container and the flexible tube valve. A coupling connector may be added between the flexible tube extension and flexible tube valve.
    • 柔性管止回阀引入流体通道内,用于从柔性液体容器进行泄漏保护。 柔性止回阀可以是包括限制管状构件中的流体流动的多个柔性构件的交叉阀。 柔性止回阀优选地与容器本身功能地一体化以防止液体离开容器。 优选地,柔性止回阀是封闭在柔性管内并机械地连接到柔性容器的十字形阀。 或者,止回阀被制造为柔性容器的一部分。 当外部压缩力(例如使用者的手指或嘴唇)施加到阀时,液体被设计成仅流过。 当力不再施加到阀部分时,阀返回到其常闭位置,并且流体被完全或基本上防止离开。 替代的医学实施例在柔性液体容器和柔性管阀之间使用柔性管延伸。 可以在柔性管延伸部和柔性管阀之间添加耦合连接器。
    • 64. 发明授权
    • Discharge barrier for collapsible tubes
    • 可折叠管的放电屏障
    • US4616768A
    • 1986-10-14
    • US616048
    • 1984-06-01
    • Gustav Flier
    • Gustav Flier
    • B65D35/46B65D35/14
    • B65D35/46Y10T137/7781Y10T137/784Y10T137/7843Y10T137/788
    • The invention relates to a container for flowable or otherwise extrudable materials, the container having a discharge barrier which comprises a dividing wall dividing the container space into an outer chamber which is in communication with a dispensing opening of the container and into a storage chamber in which the contents can be subjected to pressure for dispensing from the opening and can thereafter again be relieved of pressure. The dividing wall is formed with a membrane section having at least one valve opening which upon pressure loading of the membrane section from the side of the storage chamber opens against a restoring force exerted by a membrane mounting and which upon relief from pressure automatically closes again under the restoring force. The dividing wall is also formed with a holding element which is connected to the container in a manner that takes up manufacturing tolerances. Additionally, the dividing wall is formed with the mounting for its membrane section, the mounting being formed so as to be of relatively stable shape and being itself carried by the holding element. In the result, the mounting carries the membrane section in a manner largely uninfluenced by the connecting conditions between the holding element and the container.
    • 本发明涉及一种用于可流动或其他可挤出材料的容器,该容器具有排放阻挡层,该排放阻挡物包括将容器空间分成与容器的分配开口连通的外部室的分隔壁, 内容物可以经受从开口分配的压力,然后再次释放压力。 分隔壁形成有膜部分,其具有至少一个阀开口,当膜部分从储存室侧面的压力加载抵抗由膜安装施加的恢复力时,膜部分开启,并且在压力缓解时,再次自动关闭 恢复力。 分隔壁还形成有以容纳制造公差的方式连接到容器的保持元件。 此外,分隔壁形成有用于其膜部分的安装件,该安装件形成为具有相对稳定的形状并且本身由保持元件承载。 结果,安装件以大体上不受保持元件和容器之间的连接条件影响的方式承载膜部分。