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    • 45. 发明公开
    • BOTTLE VACUUM SEALING DEVICE
    • 瓶真空密封装置
    • EP3081510A1
    • 2016-10-19
    • EP14870519.7
    • 2014-12-10
    • Lee, Kyul-JooRollpack Co., Ltd.
    • LEE, Kyul-Joo
    • B65D81/20B65D47/32B65D51/16
    • B65D81/2038B65D39/0052B65D39/16B65D51/1644B65D53/02F16K7/20
    • A bottle vacuum sealing device according to the present invention comprises: a lower unit disposed at an inlet of a bottle; an upper unit installed on top of the lower unit; and a lifting unit disposed so as to reach the inside of the upper unit from the inside of the inlet of the bottle through the lower unit, the lifting unit comprising: a lifting bar connected through the lower unit to the upper unit and lifted by the upper unit; and an elastic sealing ring which is mounted to the periphery of the lifting bar, and seals the inside of the inlet of the bottle while being compressed by the lower unit and then being deformed when the lifting bar is lifted. An air discharge passage is formed over the lifting unit and the upper unit, and the air discharge passage can be opened and closed in accordance with the deformation of the elastic sealing ring.
    • 根据本发明的瓶子真空密封装置包括:设置在瓶子入口处的下部单元; 安装在下部单元顶部的上部单元; 以及提升单元,所述提升单元设置成通过所述下部单元从所述瓶的入口的内部到达所述上部单元的内部,所述提升单元包括:提升杆,所述提升杆通过所述下部单元连接到所述上部单元并且由所述上部单元 上部单元; 以及弹性密封环,其安装在升降杆的周边,并且在被下部单元压缩时密封瓶的入口内部,然后在升降杆升起时变形。 排气通道形成在提升单元和上部单元上方,并且排气通道可根据弹性密封环的变形而打开和关闭。
    • 46. 发明公开
    • BOUCHON A OBTURATEUR COULISSANT PRESENTANT PLUSIEURS TROUS DE DISTRIBUTION
    • BOUCHON一家餐饮专家演讲嘉宾
    • EP2694389A1
    • 2014-02-12
    • EP12714296.6
    • 2012-04-05
    • Bericap
    • BET, Robert
    • B65D47/24
    • B65D39/0052A47G19/2272B65D47/243B65D47/247
    • A stoppering device to be secured to a container neck comprises a tubular spout (18) defining a passage opening (24), and a plug. The plug (12) has an outer tubular shell (42) sliding on the tubular spout (18), and a bottom (44) provided with a sealing skirt (52) and multiple distribution holes (54). The bottom (44) of the plug engages with the connecting wall of the tubular spout (18) in the plugging position, while preserving an annular retention space (60) between the bottom (44) of the plug and the tubular spout (18). The bottom (44) comprises radial ribs (56) which are in an alternating arrangement between the distribution holes (54), and constitute retention facets retaining the liquid held in the retention space by adhesion. The small volume of liquid which, during the plugging phase, would be prevented from flowing back into the container closed by the stoppering device, can remain in the annular retention space without any particular risk of abrupt ejection, said retention being promoted by the presence of multiple walls in the chamber, in particular the retention facets.
    • 一种固定到容器颈部上的止动装置,包括限定通道开口(24)的管状出口(18)和塞子。 塞子12具有在管状出口18上滑动的外管状壳体42和设有密封裙52和多个分配孔54的底部44。 塞子的底部(44)在堵塞位置与管状出口(18)的连接壁接合,同时在塞子的底部(44)和管状出口(18)之间保留一个环形保持空间(60) 。 底部(44)包括在分配孔(54)之间交替布置的径向肋(56),并且构成通过粘合保持保持在保持空间中的液体的保持面。 在堵塞阶段期间,防止流回到由止动装置关闭的容器中的少量液体可以保留在环形保持空间中,而没有任何特别的突然喷射风险,所述保持由存在 腔室中的多个壁,特别是保持小平面。
    • 47. 发明公开
    • A rubber plug for a vial container
    • GummistopfenfüreinenPhiolenbehälter
    • EP2594503A1
    • 2013-05-22
    • EP12192718.0
    • 2012-11-15
    • Daikyo Seiko, LTD.
    • Kawachi, Yasushi
    • B65D39/00B65D51/00A61J1/14B29C45/14
    • B65D39/00B29C43/021B29C43/146B29C43/203B29C45/02B29C45/14B29C45/14311B29C45/14811B29L2031/56B65D39/0005B65D39/0052B65D51/002B65D51/005
    • A rubber plug (1) for a vial container in which a discoid cap portion and a leg portion are solidly bonded by a two-step molding method is provided.
      In a rubber plug (1) for a vial container (2), a discoid cap portion (1A) is solidly bonded to a leg portion (1B) when the discoid cap portion (1A) is press molded integral with the leg portion (1B) by a two-step molding method. The bonding surface between the leg portion (1B) and the discoid cap portion (1A) is formed as a concentric concavo-convex surface having a boss portion (1F), a ring-like groove (1G) having a larger diameter and a ring-like groove (1H) having a smaller diameter. The leg portion (1B) including the bonding surface is formed as the same material of butyl rubber as the discoid cap portion 1A. The rubber plug (1) for a vial container (2) is suitable to a rubber plug for a vial container for storing liquid medicinal chemicals for freezing preservation.
    • 提供了一种用于小瓶容器的橡胶塞(1),其中圆盘状盖部分和腿部通过两步模制方法牢固地粘结。 在用于小瓶容器(2)的橡胶塞(1)中,当圆盘形盖部分(1A)与脚部(1B)压模成一体时,圆盘形盖部分(1A)牢固地结合到腿部部分 )通过两步成型方法。 腿部(1B)与圆盘形盖部(1A)之间的接合面形成为具有凸起部(1F),具有较大直径和环的环状槽(1G)的同心凹凸面 (1H)具有较小的直径。 包括接合表面的腿部(1B)形成为与盘状盖部1A相同的丁基橡胶材料。 用于小瓶容器(2)的橡胶塞(1)适用于用于储存用于冷冻保存的液体药用化学品的小瓶容器用橡胶塞。
    • 49. 发明公开
    • PLUG FOR CONTAINER AND METHOD OF MANUFACTURING THE SAME
    • 塞尔维亚(FERR)赫尔辛基(VERFAHREN ZUR HERSTELLUNG DESSELBEN)
    • EP1714896A1
    • 2006-10-25
    • EP05709858.4
    • 2005-02-08
    • Suntory Logistics LimitedUCHIYAMA MANUFACTURING CORP.
    • KISHI, Shigenobu c/o SUNTORY LIMITEDOKAMOTO, MasaruFUJIMOTO, Katsuya
    • B65D39/18B65D39/04B29C51/12B29C63/04B29C65/40
    • B65D39/0052B29C51/16B29L2031/565B65D39/0058B65D2539/008
    • A container stopper includes a core 1 formed of an elastic material and having a liquid-contact surface F1 and an outer peripheral surface F2 continuous with the liquid-contact surface coated with a skin made of a synthetic resin. The skin 2 is a skin made of a polyester resin or a synthetic resin having a polyester resin as a main component thereof, and the polyester skin 2 is bonded to the liquid-contact surface F1 and the outer peripheral surface F2 of said core through a bonding layer 3 formed of a polyethylene resin or having a polyethylene resin as a main component thereof. The polyethylene bonding layer 3 has a thickness of 80 to 300 µm at a center portion of the liquid-contact surface F1, a thickness of 70 to 100 µ m at an outer peripheral portion of the outer peripheral surface adjacent the liquid-contact surface F1 and a thickness of 30 µm or more over the entire liquid-contact surface F1.
    • 容器止动器包括由弹性材料形成并具有液体接触表面F1的芯体1和与涂覆有由合成树脂制成的皮肤的液体接触表面连续的外周表面F2。 皮肤2是由聚酯树脂或具有聚酯树脂作为其主要成分的合成树脂制成的皮肤,并且聚酯皮肤2通过一个(例如)聚酯树脂粘合到所述芯的液体接触表面F1和外周表面F2上 由聚乙烯树脂形成或具有聚乙烯树脂作为其主要成分的粘合层3。 聚乙烯接合层3在液体接触表面F1的中心部分具有80至300μm的厚度,在与液体接触表面F1相邻的外周表面的外周部分处的厚度为70至100μm 并且在整个液体接触表面F1上具有30μm或更大的厚度。