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    • 71. 发明公开
    • COUPLING DEVICE
    • 配对装置
    • EP3033299A1
    • 2016-06-22
    • EP14752317.9
    • 2014-08-14
    • BASF SE
    • HUBER, RobertSASTURAIN, JuanGARNETT, Richard
    • B67D7/02
    • B67D7/0288B65D43/0277B65D45/02B65D47/14B67D1/0802
    • The present invention relates to a coupling device configured to be mechanically coupled to a springless cap of a container to be in a coupled configuration. The coupling device comprises a first probe configured to be inserted into a first opening of the cap, a second probe configured to be inserted into a second opening of the cap, a first sleeve configured to cover a first extraction aperture of the first probe and a second sleeve configured to cover a second extraction aperture of the second probe. The first sleeve is slideably attached to the first probe and the second sleeve is slideably attached to the second probe. Furthermore, the coupling device is configured, when in the coupled configuration, to disengage a first closure insert of the cap from a first shoulder of the cap by axially pushing the first closure insert with the first probe. The coupling device is also configured, when in the coupled configuration, to disengage a second closure insert of the cap from a second shoulder of the cap by axially pushing the second closure insert with the second probe. In an embodiment the coupling device comprises a probe translation control mechanism and / or a sleeve translation control mechanism. The plugs in the cap may have a spring function derived from a material memory in the legs of the plug and this is used to retain the plugs in position and sealed.
    • 72. 发明公开
    • VERSCHLUSS FÜR DIE BEFÜLLÖFFNUNG EINES FLÜSSIGKEITSBEHÄLTERS
    • VERSCHLUSSFÜRDIEBEFÜLLÖFFNUNGEINESFLÜSSIGKEITSBEHTERLTERS
    • EP3030515A1
    • 2016-06-15
    • EP13766906.5
    • 2013-08-09
    • Promoli, Erwin
    • Promoli, Erwin
    • B67D1/08B65D51/16
    • B67D1/0808B67D1/0802B67D1/0807B67D1/0835B67D2001/0822
    • The closure serves to tightly close the charging hole of a liquid container. Said closure permits tapping of the container at the charging hole. The closure is provided with a pressure-equalizing valve. A bung bush made of elastic material has, at a distance next to each other, an axial tapping channel (18) and an axial pressure-equalizing channel (28), which lead next to each other to an end surface (26) of the bung bush. A flap (30) is integrally coupled to the bung bush, which flap covers the end surface (26) in the closed position, closes the mouths of the channels (18, 28) in a manner tight to spray and blocks off the pressure-equalizing channel (28) in a pressuretight manner. The flap (30) can be pivoted up and down manually in order to open up the pressure-equalizing channel (28) to a greater or lesser extent and thus to actuate the pressure-equalizing valve.
    • 闭合件用于紧密地关闭液体容器的充电孔。 它使容器在充电孔处被刺穿。 闭合件设有压力平衡阀。 弹性材料的攻丝衬套具有一个轴向穿刺通道和一个轴向压力均衡通道,该通道邻近并相互间隔设置,穿刺通道和压力平衡通道终止于分接衬套彼此相邻的端面 。 翼片与攻丝衬套一体地铰接,挡板处于封闭位置,覆盖端面,以防水密封方式封闭通道的开口端,并以压力方式阻塞压力平衡通道。 可以手动地上下折叠翼片,以便或多或少地解除压力平衡通道的阻塞,从而致动均压阀。
    • 73. 发明公开
    • LIQUID WITHDRAWING SYSTEM AND LIQUID WITHDRAWING DEVICE
    • FLÜSSIGKEITSENTNAHMESYSTEMUNDFLÜSSIGKEITSENTNAHMEVORRICHTUNG
    • EP3026008A1
    • 2016-06-01
    • EP15194584.7
    • 2015-11-13
    • Surpass Industry Co., Ltd.
    • IMAI, TakashiHASUNUMA, MasahiroKOBAYASHI, Masamichi
    • B67D7/02B67D1/08
    • F16L43/02B67D1/0802B67D7/0266B67D7/0294F04F10/00
    • Provided is a liquid withdrawing system (100) in which a plug (10) attached to an opening portion (21) of an inner container (20) includes a cylindrical contact portion (11) being in contact with an inner circumferential surface of the opening portion (21), an engaging claw (12) connected to a lower end of the cylindrical contact portion (11), a cylindrical guide portion (13) connected to a lower end of the engaging claw (12), a siphon tube (14) inserted toward a bottom surface (20b) of the inner container (20) and a flow channel portion (15) having a liquid flow channel and a gas flow channel, and in the liquid withdrawing system (100), a second length (L2) in an axis (X2) direction from a lower end (13a) of the cylindrical guide portion (13) to a distal end (14a) of the siphon tube (14) is shorter than a first length (L1) in an axis (X1) direction from an upper end of the opening portion (21) to the bottom surface (20b) of the inner container (20), and a third length (L3) in the axis (X2) direction from the engaging claw (12) to the distal end (14a) of the siphon tube (14) is longer than the first length (L1).
    • 提供一种吸液系统(100),其中安装在内容器(20)的开口部分(21)上的塞子(10)包括与开口的内周面接触的圆筒形接触部分(11) 部分(21),连接到圆筒形接触部分(11)的下端的接合爪(12),连接到接合爪(12)的下端的圆柱形引导部分(13),虹吸管(14) )插入到内容器(20)的底面(20b)和具有液流通道和气流通道的流路部分(15),并且在液体抽出系统(100)中,第二长度(L2 )从圆柱形引导部分(13)的下端(13a)到虹吸管(14)的远端(14a)的轴线(X2)方向的距离短于轴线的第一长度(L1) X1)从所述开口部分(21)的上端到所述内部容器(20)的底面(20b)的方向,并且所述第三长度(L3)在所述轴线 (X2)朝向虹吸管(14)的远端(14a)的方向比第一长度(L1)长。
    • 75. 发明公开
    • BEVERAGE SERVER SYSTEM
    • 饮料服务器系统
    • EP2165967A9
    • 2010-09-22
    • EP08764709.5
    • 2008-05-26
    • Nishino, Ryo
    • Nishino, Ryo
    • B67D1/04B67D1/14
    • B67D1/0412B67D1/04B67D1/0802B67D1/0885B67D1/0891B67D1/1252B67D3/0032B67D3/0051B67D2001/0481B67D2001/0825
    • To provide a beverage server system which extracts beverage from the beverage bottle with a simple structure without causing contact of the beverage inside the beverage bottle with air, and excels in easy operation for extracting the beverage, easy maintenance and easy introduction into household.
      (Means for solving problems)
      The present invention is a beverage server system for extracting a beverage from a corked beverage bottle without uncorking the bottle, comprising: a penetration element for penetrating the cork, the penetration element including a beverage extraction conduit for extracting the beverage from the bottle and a gas injection conduit for injecting gas into the bottle, wherein a gas injection port disposed in the gas injection conduit is located at a level higher than a beverage extraction port disposed in the beverage extraction conduit in the bottle when extracting the beverage from the bottle through the beverage extraction conduit.
    • 提供一种饮料服务器系统,该饮料服务器系统以简单的结构从饮料瓶中提取饮料,而不会使饮料瓶内的饮料与空气接触,并且易于操作来提取饮料,易于维护并易于引入家庭。 (用于解决问题的手段)本发明是一种饮料服务器系统,用于在不打开瓶子的情况下从软木塞饮料瓶中提取饮料,包括:用于穿透软木塞的穿透元件,穿透元件包括用于提取饮料的饮料提取导管 从瓶和用于将气体注入瓶中的气体注入导管,其中设置在气体注入导管中的气体注入口位于比提取饮料时瓶中的饮料提取导管中设置的饮料提取口更高的水平处 从瓶子通过饮料提取导管。
    • 78. 发明公开
    • RISER TUBE FOR A BARREL
    • 冒口桶
    • EP1572571A1
    • 2005-09-14
    • EP03812229.7
    • 2003-11-25
    • Interbrew S.A.
    • WAUTERS, AlbertDONKER, HansANDERSON, IanGRIMWADE, Stephen J.HALKET, Andrew R. B.
    • B67D1/04
    • B67D1/0802B67D1/0462
    • An alcohol beverage dispensing apparatus has a keg having top and bottom portions and a bag contained within the keg for containing an alcohol beverage. The apparatus has a dispensing device that has a hollow elongated tube extending into the bag towards the bottom portion of the keg for inserting the beverage into the bag during a bag fill operation and for dispensing the beverage from the bag during a dispense operation. The hollow tube has an end portion having an opening which may comprise a plurality of laterally spaced apart notches positioned between interval side wall portions to provide crenellated openings in the end portion throughwhich the beverage passes into and out from the hollow elongated member. The interval side wall portions have rounded tip portions or carry an interface plate to reduce the risk of the end portion puncturing the bag during beverage filling and dispensing cycles. Further, the hollow elongated member further may have at least one additional aperture therein spaced apart from the opening to receive beverage in through the at least one aperture during a dispense cycle, which beverage mixes with beverage from the opening prior to dispensing. This mixing of the beverage results multiple servings of beverage dispensed by the dispensing device being at a more homogenous temperature.
    • 79. 发明公开
    • Beer keg and valve fitting
    • Ventilapparatur
    • EP1477456A2
    • 2004-11-17
    • EP04019246.0
    • 1998-11-16
    • Skerra Pty Limited
    • Skerra, Helmut
    • B67D1/08
    • B67D1/0829B67D1/0802B67D1/0832
    • A fitting (F) for a fluid storage barrel (B) comprises an integral housing (10) including a valve having a seal (24) and spring (20) for biasing the seal (24) against the valve seat (14) to close the aperture (A). The fitting (F) is located within the opening (O) of the barrel (B) directly, for example by welding. The fitting includes an annular cavity substantially larger than aperture (A) for larger flow volume past opened seal (24) and relatively large apertures between legs (18) enhance flow and a bottom plate (16) that diverts incoming fluid laterally to the barrel sides. The spring (20) and seal plate (22) each includes means to avoid accidental removal from the fitting.
    • 用于流体储存桶(B)的配件(F)包括一体式外壳(10),其包括具有密封件(24)和弹簧(20)的阀,用于将密封件(24)偏置抵靠阀座(14)以关闭 光圈(A)。 配件(F)例如通过焊接直接位于机筒(B)的开口(O)内。 该配件包括一个大体积大于孔(A)的环形空腔,用于通过打开的密封件(24)的较大流量,而腿部(18)之间的相对较大的孔径增强了流动,底板(16)将进入的流体横向转移到筒体侧 。 弹簧(20)和密封板(22)各自包括避免意外从配件上移除的装置。