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    • 1. 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。