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    • 2. 发明申请
    • CONTAINER WITH TOP AND BOTTOM CHIMES
    • 集装箱与顶部和底部的CHIMES
    • WO2011161454A1
    • 2011-12-29
    • PCT/GB2011/051176
    • 2011-06-23
    • MARABINI, Silvia RomanaSMITH, AndrewSONZOGNI, SergioWALTON, Philip Andrew
    • SMITH, AndrewSONZOGNI, SergioWALTON, Philip Andrew
    • B65D25/24
    • B65D1/16B65D1/0223B65D21/0213B65D25/24B65D50/00B65D2101/0023
    • A container such as a beer keg includes a container body 1 and top and bottom chimes 2, 3. The container body has a peripheral side wall 10 provided with a plurality of circumferentially-spaced projections which are formed with the container body by a simple pressing or moulding operation. Each chime is formed with a peripheral skirt 23 which fits over the peripheral side wall and a co-operating inner lip which snap-engages over the circumferentially-spaced projections. In a plastics container, the contents of the container tend to press against the projections and resist any tendency to distortion in normal use and therefore increase the strength of the attachment. In the case of the top chime 2 the skirt 23 is joined to an inner hub 21 which is additionally fixed to the container neck 2 by means of a valve assembly 4 which is screwed onto the neck. A cap 6 prevents unscrewing of the valve assembly 4 and provides immediate evidence of tampering.
    • 诸如啤酒桶的容器包括容器主体1和顶部和底部时钟2,3。容器主体具有周边侧壁10,该周边侧壁10设置有多个周向间隔开的突起,其通过简单的按压形成容器主体 或成型操作。 每个钟都形成有周边裙部23,该周边裙部23装配在周边侧壁上方,以及配合的内部唇缘,其在周向间隔的突起上卡扣。 在塑料容器中,容器的内容物倾向于压在凸起上并抵抗正常使用中的任何变形倾向,因此增加附件的强度。 在顶部钟2的情况下,裙部23通过螺纹连接到颈部上的阀组件4连接到内部毂21,内部毂21另外固定到容器颈部2。 盖6防止阀组件4的旋拧并且立即提供篡改的证据。
    • 3. 发明申请
    • BAG-IN-BOX CONTAINERS AND COOLERS
    • BAG-IN-BOX容器和冷却器
    • WO2004065254A1
    • 2004-08-05
    • PCT/GB2004/000156
    • 2004-01-19
    • EBAC LIMITEDWALTON, Philip, Andrew
    • WALTON, Philip, Andrew
    • B65D77/06
    • B67D3/0009B65D77/062B67D3/0019F25D15/00F25D2331/801F25D2331/804
    • A bag-in-box container (1) has a box (10) forming a relatively rigid outer casing with top, bottom and side walls, (11, 12, 13 and 14). An inner liner (15) provides a bag formed of a flexible material with a liquid outlet (16) extending through an opening in the casing. The side walls of the outer casing are formed to provide at least one further opening (18) adjacent to the bottom of the container. A cooler is also provided to cool the contents of the container (1). The cooler has a support surface (21) for supporting the container and a cooling system which includes at least one cooling probe (23) mounted to project generally parallel to the support surface for insertion through the opening or openings (18) between the bag and the box.
    • 袋装箱容器(1)具有形成具有顶部,底部和侧壁(11,12,13和14)的相对刚性的外壳的箱体(10)。 内衬(15)提供由柔性材料形成的袋,其具有延伸穿过壳体中的开口的液体出口(16)。 外壳的侧壁形成为提供与容器的底部相邻的至少一个另外的开口(18)。 还提供冷却器来冷却容器(1)的内容物。 冷却器具有用于支撑容器的支撑表面(21)和冷却系统,该冷却系统包括至少一个安装成大致平行于支撑表面突出的冷却探针(23),用于插入通过袋和开口(18)之间的袋和 盒子。
    • 8. 发明申请
    • POINT-OF-USE DRINKING WATER COOLER
    • 使用要点饮用水冷却器
    • WO2009001061A3
    • 2009-07-30
    • PCT/GB2008002146
    • 2008-06-24
    • EBAC LTDWALTON PHILIP ANDREW
    • WALTON PHILIP ANDREW
    • B67D1/08B67D1/00
    • B67D1/0014B67D1/0859B67D1/0869B67D2210/0001C02F1/003C02F2201/006C02F2303/04C02F2307/06F25D31/003
    • The water cooler has a water inlet (4) for receiving treated water from a piped drinking water supply which feeds a thermally insulated chamber (2) containing a cooling element (12) to provide a volume of cooling medium. Residual sanitizing chemicals in the water supply prevent bacterial growth within the chamber (2). Water leaves the chamber (2) via an outlet coupling (10) and enters a filter cartridge (7) which is engaged on a seat (6) incorporating a well (11). The cartridge contains a water filter (20) within a filter housing (17) which is received in the well (11) surrounded by the cooling medium. A manifold (16) in thermal contact with the seat (6), incorporates a connector (19) which sealably engages the coupling (10), flow passages, and a dispense outlet (18). The filter cartridge is cooled to ensure that cooled water can be dispensed on demand, and periodic replacement of the filter cartridge ensures that the filtration components remain sanitized.
    • 水冷却器具有用于从管道饮用水源接收经处理的水的进水口(4),其供给包含冷却元件(12)的隔热室(2)以提供一定体积的冷却介质。 供水中的残留消毒化学品可防止室内的细菌生长(2)。 水通过出口联接器(10)离开室(2)并进入与套在井(11)上的座(6)上接合的滤筒(7)。 滤筒在过滤器壳体(17)内包含一个水过滤器(20),该过滤器壳体(17)被容纳在由冷却介质包围的井(11)中。 与座(6)热接触的歧管(16)包括可密封地接合联接器(10),流动通道和分配出口(18)的连接器(19)。 过滤器滤芯被冷却,以确保可以根据需要分配冷却水,并定期更换滤芯确保过滤组件保持消毒。
    • 9. 发明申请
    • CHILLED LIQUID DISPENSERS
    • 冷冻液体分配器
    • WO2007071935A1
    • 2007-06-28
    • PCT/GB2006/004685
    • 2006-12-15
    • EBAC LIMITEDWALTON, Philip, AndrewSELLORS, JamieTAYLOR, BobPRIESTLY, JamesELLIOTT, John, Malcolm
    • WALTON, Philip, AndrewSELLORS, JamieTAYLOR, BobPRIESTLY, JamesELLIOTT, John, Malcolm
    • B67D3/00B67D1/08
    • B67D3/0009B67D1/0864B67D3/0032
    • The dispenser includes a bottle connector (5) for releasable sealing engagement with a neck formed on an inverted bottle (3), and a water path (6) conducts liquid from the bottle to a reservoir (7) via an optional water pump (41). The reservoir (7) is received in a thermal receptacle incorporating an evaporator plate (13) for producing ice within a bottom chamber (103) of the reservoir. The evaporator plate incorporates an electrical heating element (105) for periodically freeing the ice which enters an upper inlet chamber (100) and an ice chamber (101) separated by a baffle. Optical sensors A, B and C control ice generation. Ambient water entering the inlet chamber (100) is cooled to a temperature as low as 4 o C. The chilled water then enters the ice chamber (101), from which ice-cold water can be dispensed close to zero o C. A diverter flap (112) allows the inlet chamber (100) to continue receiving ice when the ice chamber (101) is full.
    • 分配器包括用于与形成在倒置瓶(3)上的颈部可释放地密封接合的瓶连接器(5),并且水路(6)通过可选的水泵(41)将液体从瓶传导到储存器(7) )。 储存器(7)被容纳在包括用于在储存器的底部室(103)内产生冰的蒸发器板(13)的热容器中。 蒸发器板包括用于周期性地释放进入上部入口室(100)的冰的电加热元件(105)和由挡板分隔开的冰室(101)。 光传感器A,B和C控制冰的产生。 进入入口室(100)的环境水被冷却到低至4℃的温度。 然后,冷冻水进入冰室(101),冰冷的水可以从冰室分配到接近零点。 当冰室(101)充满时,分流器挡板(112)允许入口室(100)继续接收冰。