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    • 3. 发明授权
    • Cap closing structure
    • 封闭结构
    • US09221585B1
    • 2015-12-29
    • US14476280
    • 2014-09-03
    • Yeo-Ming Wang
    • Yeo-Ming Wang
    • A47G19/22B65D41/02B65D41/26
    • B65D41/02A47G19/2266B65D41/26B65D47/0871B65D47/2037B65D2251/1058
    • A cap closing structure which comprises the following components: an inner cover, each side of which is provided with a positioning base, a sliding space with an open located on the positioning base; two buttons, each of which is located on the sliding space, the button has a button base and a pressing portion connected with each other, a latching space is between the button base and the pressing portion, one side of the button base is a latching portion, a flexible member is behind and urges the button base; an outer cover, a rear end of which is pivotally connected with the inner cover, each side of the outer cover is internally equipped with a latching member; wherein the latching members are embedded in the two latching spaces, then the latching members latch the two latching portions.
    • 一种盖封闭结构,包括以下部件:内盖,其每一侧设置有定位基座,位于定位基座上的开放的滑动空间; 两个按钮,每个按钮位于滑动空间上,按钮具有一个按钮基座和一个彼此连接的按压部分,按钮基座和按压部分之间的一个闭锁空间,按钮底座的一侧是一个锁定 部分,柔性部件在后面并且推动按钮底座; 外盖,其后端与内盖枢转地连接,外盖的每一侧内部配备有闩锁构件; 其中所述闩锁构件嵌入在所述两个闩锁空间中,然后所述闩锁构件闩锁所述两个闩锁部分。
    • 4. 发明授权
    • Self sealing bag in box cap assembly
    • 箱盖组装中的自密封袋
    • US09010589B2
    • 2015-04-21
    • US13100271
    • 2011-05-03
    • Charles ThurmanJames J. ArchDavid Bellmore
    • Charles ThurmanJames J. ArchDavid Bellmore
    • B65D5/72B65D25/40B65D35/38B65D39/00B65D41/00B65D43/00B65D47/00B65D51/00B65D53/00B65D47/08B65D75/58B65D47/20
    • B65D47/0838B65D47/0842B65D47/2037B65D75/5877B65D2231/022
    • A cap assembly having a body, a sealing membrane and a retaining ring. A spout engagement channel is positioned on the bottom surface of the body. An opening extends through the body and includes a recessed circumferential channel and a membrane engaging flange. The sealing membrane covers the opening and includes a body engaging flange and a pierceable surface. The sealing membrane is positioned upon the membrane engaging flange so that the body engaging flange and the membrane engaging flange are in overlying engagement. The retaining ring includes a tab, a sealing membrane engagement surface and an inner wall structure. The retaining ring is positioned in overlying engagement with the sealing membrane. Extension of the tab into the recessed circumferential channel releasably maintains said overlying engagement and biases the retaining ring against the membrane. The inner wall structure of the retaining ring extends radially inward beyond the membrane engaging flange.
    • 具有主体,密封膜和保持环的盖组件。 喷嘴接合通道位于主体的底表面上。 开口延伸穿过主体并且包括凹陷的圆周通道和膜接合凸缘。 密封膜覆盖开口并且包括主体接合凸缘和可刺穿表面。 密封膜定位在膜接合凸缘上,使得本体接合凸缘和膜接合凸缘处于上接合。 保持环包括突片,密封膜接合表面和内壁结构。 保持环定位成与密封膜上接合。 将突片延伸到凹入的圆周通道中可释放地保持所述上覆接合并将保持环偏压在膜上。 保持环的内壁结构径向向内延伸超过膜接合凸缘。
    • 5. 发明授权
    • Neck closure comprising a hermetically sealed neck and associated cover cap for initial opening
    • 颈盖包括密封的颈部和用于初始打开的相关的盖帽
    • US08393491B2
    • 2013-03-12
    • US12298614
    • 2007-04-19
    • Fritz Seelhofer
    • Fritz Seelhofer
    • B65D41/06B67D3/00B65D47/28B65D1/02
    • B65D47/2037
    • The neck closure has a wedge-shaped hollow neck with lips formed on the front wedge edge by converging wedge surfaces, the lips being connected to form a one-piece closed lip by a thin section, and having a cover cap that can be placed over the neck. When the cover cap is in place, the front region of the wedge-shaped neck is held in a position that has been rotated through at least 5 DEG in a clockwise direction, viewed from above, in relation to its normal unstressed position, as a result of the inner moulding of the cover cap. When the cover cap is rotated anti-clockwise, from this closed position, force is only applied to the front wedge edge region of the neck by pressure surfaces projecting from the inner face of the cover cap at diametrically opposed points on said front wedge edge region.
    • 颈部闭合件具有楔形的中空颈部,其中唇部通过会聚楔形表面而形成在前楔形边缘上,唇缘通过薄的部分连接以形成单件封闭的唇部,并且具有可以放置在其上的盖帽 颈部。 当盖帽就位时,楔形颈部的前部区域被保持在从上方相对于其正常无应力位置沿顺时针方向旋转至少5度的位置,作为 盖帽的内部成型的结果。 当盖帽从该关闭位置逆时针旋转时,仅通过从盖帽的内表面在所述前楔形边缘区域上沿径向相对的点突出的压力表面施加力到颈部的前楔形边缘区域 。
    • 6. 发明申请
    • Packaging and applicator device for a composition
    • 用于组合物的包装和涂抹器装置
    • US20060233588A1
    • 2006-10-19
    • US11398655
    • 2006-04-06
    • Jean-Louis Gueret
    • Jean-Louis Gueret
    • A46B11/00
    • A45D40/268A45D34/04A46B9/021A46B2200/1053A46B2200/106B65D47/2037B65D47/242
    • A packaging and/or applicator device may include: a first element including an axis and at least one slot extending almost perpendicularly to the axis, and a second element that is engaged, at least in part, inside the first element, and that is capable of turning relative to the first element about the axis. The second element may also be capable of being axially displaced in the first element. The second element may include at least one lug that is engaged in the slot and that is visible from an outside of the device. The slot and the lug may be configured in such a manner that displacement of the lug in the slot while the first and second elements are turning relative to each other causes the two elements to be displaced axially relative to each other.
    • 包装和/或施加器装置可以包括:第一元件,其包括轴线和至少一个几乎垂直于轴线延伸的狭槽,以及第二元件,其至少部分地接合在第一元件内部,并且能够 相对于围绕轴线的第一元件转动。 第二元件也可能能够在第一元件中轴向移位。 第二元件可以包括至少一个接合在槽中并且从设备的外部可见的凸耳。 狭槽和凸耳可以以这样的方式构造,即当第一和第二元件相对于彼此转动时,凸耳在槽中的移位导致两个元件相对于彼此轴向移位。
    • 7. 发明申请
    • Beverage dispensing system
    • 饮料点胶系统
    • US20060169792A1
    • 2006-08-03
    • US11320458
    • 2005-12-28
    • Adam Siri
    • Adam Siri
    • A47G21/18
    • B65D47/265A47G21/18A47G2400/027B65D23/04B65D47/04B65D47/2031B65D47/2037B65D47/2093B65D47/248B65D47/263B65D47/283B65D47/286B65D51/248B65D83/14B65D2231/005B65D2231/022
    • A liquid beverage dispensing system having a specialized sealed container and a tube which extends from a top of the container and terminates just before the floor of the container. The tube has a one way valve that allows liquid to come up and out of the container when the valve is opened. Before the valve is opened the liquid may be a carbonated liquid under pressure. Then the valve opens upon the user's action, such as, sucking or squeezing the nipple. When the valve is opened the pressure inside of the container exerted by rising or trapped air bubbles exerts a downward force on the liquid below. The downward force thereby pushes the liquid below into and up the tube and into the user's mouth. The one way valve having unique form characteristics to permit this operation and permit other operations.
    • 一种液体饮料分配系统,其具有专门的密封容器和从容器的顶部延伸并刚好在容器的地板之前终止的管。 该管具有单向阀,当阀打开时,该单向阀允许液体上出并离开容器。 在阀打开之前,液体可以是在压力下的碳酸液体。 然后根据使用者的动作打开阀门,如抽吸或挤压奶嘴。 当阀打开时,由上升或被捕获的气泡施加的容器内的压力在下面的液体上施加向下的力。 因此向下的力从而将液体推入管中并向上推入使用者的口中。 单向阀具有独特的形状特征以允许该操作并允许其它操作。
    • 9. 发明授权
    • Automatically sealing cup
    • 自动密封杯
    • US06276560B1
    • 2001-08-21
    • US09643609
    • 2000-08-22
    • Domenic Belcastro
    • Domenic Belcastro
    • A47G1922
    • B65D51/165A47G19/2266B65D47/2037B65D77/28
    • An improved automatically sealing cup (100) (“cup device”) includes a compression member (152), a one-way air valve (144), and releasable handle (104). A lid (106) is releasably mated to a cup (118) in order to cover a cup opening (120) of the cup (118). The lid (106) has a pair of tapered slots (110), a lid port (122), and an aperture (142) integrally formed therein. The tapered slots (110) are subject to selectively receive and release a handle (104). The handle (104) is pivotally attached to the lid (106) and moveable between a sealed configuration and an unsealed configuration. The handle (104) comprises a compression member (152) and a handle hole (154). The handle hole (154) is offset from an exterior tubular portion (146) of the lid port (122) such that a flexible tube (114) engaged to the exterior tubular portion (146) and passing though the handle hole (154) is compressed by the compression member (152) in the sealed configuration. A one-way air valve is (144) positioned in the cup device (100) to allow air to enter the cup device (100) and prevent fluid from leaking out therefrom.
    • 改进的自动密封杯(100)(“杯装置”)包括压缩构件(152),单向空气阀(144)和可释放手柄(104)。 盖(106)可释放地配合到杯(118)以覆盖杯(118)的杯形开口(120)。 盖(106)具有一对锥形槽(110),盖口(122)和一体地形成在其中的孔(142)。 锥形狭槽(110)被选择性地接收和释放手柄(104)。 手柄(104)枢转地附接到盖(106)并且可以在密封构型和非密封构型之间移动。 手柄(104)包括压缩构件(152)和手柄孔(154)。 手柄孔(154)从盖子端口(122)的外部管状部分(146)偏移,使得接合到外部管状部分(146)并通过手柄孔(154)的柔性管(114)是 由密封构造的压缩构件152压缩。 单向空气阀(144)定位在杯装置(100)中以允许空气进入杯装置(100)并防止流体从其中泄漏出来。