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    • 2. 发明授权
    • Venting valve-type closure for beverage container
    • 饮料容器通风阀门盖
    • US07651003B2
    • 2010-01-26
    • US11411009
    • 2006-04-25
    • Martin AlbersFrank Römer
    • Martin AlbersFrank Römer
    • B65D51/16B67D3/00A47G19/22
    • B65D47/263B65D51/1688
    • A closure used on a beverage container has an outlet neck centered on an axis. The closure has a mount secured to the neck and a valve body formed with an outwardly open passage extending along a passage axis generally coaxial with the outlet-neck axis. This body is pivotally displaceable in the mount about a valve-body axis generally coaxial with the passage axis and outlet-neck axis between an open position and a closed position and through an intermediate position. Structure on the valve body and mount block flow through the passage in the closed position, allow free flow through the passage in the open position, and limit flow through the passage in the intermediate position.
    • 在饮料容器上使用的封闭件具有以轴为中心的出口颈部。 封闭件具有固定到颈部的安装座和形成有沿着与出口颈部轴线大致同轴的通道轴向延伸的向外开放通道的阀体。 该主体绕安装件围绕阀体轴线可枢转地移动,阀体轴线通常与通道轴线和出口颈部轴线在打开位置和关闭位置之间同轴并且穿过中间位置。 阀体和安装座上的结构在关闭位置流过通道,允许在打开位置自由流过通道,并限制流过中间位置的通道。
    • 3. 发明申请
    • Single-use closure system for containers
    • 容器一次性封闭系统
    • US20050252876A1
    • 2005-11-17
    • US10532559
    • 2003-10-14
    • Martin Albers
    • Martin Albers
    • B65D1/02B65D41/04B65D55/02
    • B65D1/023B65D41/0414Y10S215/901
    • The invention relates to a closure system for containers comprising a threaded plug (1) and the neck (3) of the container (2) or similar embodied in the form of an pouring aperture (5), the threaded plug being screwed on the neck in such a way that said pouring aperture is closed. The inventive closure system for containers is characterised in that it is embodied in the form a single-use closure system which comprises an extensible flange (15) arranged at the level of the threaded plug in the back clamping area of the flange (7) of the neck (3) embodied for this purpose. The external radial size of said extensible flange is greater than the radial dimension of a hole defining the back clamping area of the flange. The extensible flange can, for example be engaged in the pouring aperture (5) of the neck (3), and the back clamping zone (7) can be provided in a pouring passage (4) in a neck part. The extensible flange can be removed through the defining hole by an elastic reset force radially exerted at least by the extensible flange or the back clamping area thereof, thereby being prevented from returning to the back clamping area.
    • 本发明涉及一种用于容器的封闭系统,其包括螺纹塞(1)和容器(2)的颈部(3)或类似物以倾倒孔(5)的形式实现,螺纹塞拧在颈部 以这样的方式使得所述倾倒孔关闭。 本发明的用于容器的封闭系统的特征在于其以单次使用的封闭系统的形式实施,该封闭系统包括可伸展的凸缘(15),该可伸缩的凸缘(15)布置在螺纹塞的水平面处的凸缘(7)的后夹紧区域 为此目的体现了颈部(3)。 所述可伸长凸缘的外部径向尺寸大于限定凸缘的后夹紧区域的孔的径向尺寸。 可伸长的凸缘例如可以接合在颈部(3)的倾倒孔(5)中,并且后夹紧区域(7)可以设置在颈部的倾倒通道(4)中。 可伸长的凸缘可以通过至少由可伸长的凸缘或其后夹紧区域径向施加的弹性复位力通过限定孔去除,从而被阻止返回到后夹紧区域。
    • 4. 发明申请
    • CLOSURE CAP WITH TAMPERPROOF STRIP
    • 带防潮垫的封盖
    • US20100213213A1
    • 2010-08-26
    • US12663408
    • 2008-02-07
    • Martin AlbersWolfgang Heukamp
    • Martin AlbersWolfgang Heukamp
    • B67B1/00B65D51/00
    • B65D75/5883B65D41/3409B65D2101/0046
    • The invention relates to a closure cap (3) made of plastic for the pouring spout (2) of a container, having a tamperproof strip (5a, 5b) which is arranged along the bottom cape edge (4) and is connected to the cap via at least one frangible web (8), wherein a first end (6) of the tamperproof strip is fastened in a non-releasible manner on the cap, and the second end (7) is fastened on the cap via the frangible web, and wherein, when the cap is screwed open, the second end of the tamperproof strip comes into abutment against a protrusion (10), in particular a step of the spout (2), by means of which the tamperproof strip can be buckled and the frangible web can be severed.
    • 本发明涉及一种用于容器倾倒口(2)的由塑料制成的封盖(3),其具有沿着底部开口边缘(4)布置并连接到盖子上的防篡改条(5a,5b) 经由至少一个易碎卷材(8),其中防篡改条的第一端(6)以不可释放的方式固定在盖上,并且第二端(7)经由易碎卷材紧固在盖上, 并且其中,当所述盖被螺纹打开时,所述防篡改条带的第二端抵靠突起(10),特别是所述喷嘴(2)的台阶,借助于所述防篡改条可以被弯曲,并且 易碎网可以被切断。
    • 5. 发明授权
    • Single-use closure system for containers
    • 容器一次性封闭系统
    • US07497346B2
    • 2009-03-03
    • US10532559
    • 2003-10-14
    • Martin Albers
    • Martin Albers
    • B65D41/48B65D55/08B65D50/00
    • B65D1/023B65D41/0414Y10S215/901
    • The invention relates to a closure system for containers comprising a threaded plug (1) and the neck (3) of the container (2) or the similar embodied in the form of an pouring aperture (5), the threaded plug being screwed on the neck in such a way that said pouring aperture is closed. The inventive closure system for containers is characterised in that it is embodied in the form a single-use closure system which comprises an extensible flange (15) arranged at the level of the threaded plug in the back clamping area of the flange (7) of the neck (3) embodied for this purpose. The external radial size of said extensible flange is greater than the radial dimension of a hole defining the back clamping area of the flange. The extensible flange can, for example be engaged in the pouring aperture (5) of the neck (3), and the back clamping zone (7) can be provided in a pouring passage (4) in a neck part. The extensible flange can be removed through the defining hole by an elastic reset force radially exerted at least by the extensible flange or the back clamping area thereof, thereby being prevented from returning to the back clamping area.
    • 本发明涉及一种用于容器的封闭系统,其包括螺纹塞(1)和容器(2)的颈部(3)或类似物以倾倒孔(5)的形式体现,螺纹塞拧在 颈部以这样的方式使得所述倾倒孔闭合。 本发明的用于容器的封闭系统的特征在于其以单次使用的封闭系统的形式实施,该封闭系统包括可伸展的凸缘(15),该可伸缩的凸缘(15)布置在螺纹塞的水平面处的凸缘(7)的后夹紧区域 为此目的体现了颈部(3)。 所述可伸长凸缘的外部径向尺寸大于限定凸缘的后夹紧区域的孔的径向尺寸。 可伸长的凸缘例如可以接合在颈部(3)的倾倒孔(5)中,并且后夹紧区域(7)可以设置在颈部的倾倒通道(4)中。 可伸长的凸缘可以通过至少由可伸长的凸缘或其后夹紧区域径向施加的弹性复位力通过限定孔去除,从而被阻止返回到后夹紧区域。
    • 7. 发明申请
    • Valve arrangement for a container opening or similar
    • US20050145814A1
    • 2005-07-07
    • US10510726
    • 2003-04-04
    • Martin Albers
    • Martin Albers
    • B65D75/58F16L29/00F16K51/00
    • B65D75/5872
    • Disclosed is a valve arrangement comprising a base member (2) that is mounted on an opening of a container, hose, or similar, which is to be closed. Said base member comprises a through passage (3) that is provided with axial ends. A first valve seat (9) is arranged near one axial end of said through passage. A valve element (4) comprising axial ends and a second valve seat (8) is arranged inside the base member near one axial end thereof. Said second valve seat (8) can be engaged in a sealing manner with the first valve seat so as to close the through passage. The valve element is movable in a stop-limited manner relative to the base member between a closed position and a released position. A tappet element (13) comprising first coupling means (12) can be introduced at the other axial end of the through passage so as to detachably engage with second coupling means (11) that are disposed on the valve element such that the valve element is moved at least from the closed position to the released position, preferably also from the released position to the closed position. The base member and the valve element are separate shaped parts. A shaft section (5) of the valve element (4) extends through a throughway which is circumscribed by stop arms (16) protruding from the inner peripheral wall of the through passage (3) towards the inside. The width of said throughway is greater than the radial dimension of the shaft section but smaller than the radial dimension of a collar surface (18) of the valve element such that said collar surface can be engaged in a movement-restraining manner with the stop arms when the valve element is moved into the released position, whereas the stop arms can yield in a resilient manner from the movement-constraining resting position towards the outside when said stop arms are subjected to a force acting in a direction that is counter to the direction of movement of the valve element into the released position. The inventive valve arrangement is characterized by the fact that the valve element (4) is arranged within the axial and peripheral boundaries of the through passage (3).
    • 8. 发明申请
    • CONTAINER CLOSURE HAVING A CAPSULE INSIDE IT
    • 集装箱内盖有胶囊
    • US20090261000A1
    • 2009-10-22
    • US12296964
    • 2007-02-15
    • Rene EppDaniel TeicherWolfgang HeukampMartin Albers
    • Rene EppDaniel TeicherWolfgang HeukampMartin Albers
    • B65D25/08B65D51/28B65D41/20
    • B65D51/2821
    • The invention relates to a closure for a container having an adapter part which can be fastened to the container connecting piece forming the container opening and on the external thread of which a hood-shaped part is screwed which forms the upper removal opening, wherein a capsule which is filled with an active substance and the contents of which can be moved into the interior of the container lies on the upper edge of the container connecting piece, wherein the capsule can be cut open by blades which protrude on a blade ring which can be rotated by rotation of the hood-like part and can be moved downwards, wherein the blade ring can be moved downwards during a first rotational range of the hood-shaped part until the blades stab into the capsule, and wherein the blade ring can be rotated by the hood-shaped part during the subsequent second rotational range of the hood-shaped part, in particular without a further movement downwards.
    • 本发明涉及一种用于容器的封闭件,该容器具有适配器部分,该适配器部件可以紧固到形成容器开口的容器连接件上,并且在其外螺纹上形成有形成上去除开口的罩形部分,其中胶囊 其中填充有活性物质并且其内容物可以移动到容器的内部,位于容器连接件的上边缘上,其中胶囊可以通过在叶片环上突出的叶片被切割开, 通过罩状部分的旋转而旋转并且可以向下移动,其中,在罩状部分的第一旋转范围期间,叶片环可以向下移动,直到叶片刺入胶囊中,并且其中叶片环可旋转 在发动机罩形部件的随后的第二旋转范围期间,特别是没有进一步向下移动。
    • 9. 发明授权
    • Valve arrangement for a container opening or similar
    • 用于容器开口或类似物的阀门装置
    • US07195227B2
    • 2007-03-27
    • US10510726
    • 2003-04-04
    • Martin Albers
    • Martin Albers
    • F16L37/28
    • B65D75/5872
    • A valve has a base body fitted in an opening and having a through passage formed at one end with a first valve surface. A valve element in the base body and has axial ends one of which forms second valve surface sealingly fittable with the first valve surface to close the through passage. A stem in the through passage is coupled to the valve element to move it between the closed and open positions. A plurality of abutment arms projecting inward from an inner peripheral wall of the through passage define with a shaft region of the valve element a clearance and define a radial gap between opposite arms which is greater than a radial dimension of the shaft region and smaller than a radial dimension of a shoulder of the valve element.
    • 阀具有安装在开口中的基体,并且具有在一端形成有第一阀面的通路。 阀体元件在基体中并且具有轴向端部,其中一个形成与第一阀门表面密封配合的第二阀门表面以关闭通道。 通孔中的阀杆联接到阀元件上,以使其在关闭位置和打开位置之间移动。 从通孔的内周壁向内突出的多个邻接臂限定了阀元件的轴区域的间隙,并且限定了相对臂之间的径向间隙,其大于轴区域的径向尺寸并且小于 阀元件肩部的径向尺寸。