Household appliance with beverage dispensing system, method and filter cartridge,申请号US201114126648-传众专利搜索

Household appliance with beverage dispensing system, method and filter cartridge

申请公布号：US9199835(B2)

申请号：US201114126648

申请日期：2011.06.21

申请公布日期：2015.12.01

申请人：

ELECTROLUX HOME PRODUCTS CORPORATION

发明人：Coan Marco;Johansson Daniel L.

分类号：B67D7/84;F25D23/12

主分类号：B67D7/84

代理机构：

Pearne & Gordon LLP

代理人：Pearne & Gordon LLP

地址：Brussels BE

摘要：A household appliance (2) comprising a dispensing system (20) for dispensing a beverage and a compartment (4) which in use of the household appliance (2) is kept cold. A wall portion (22) has a wall thickness extending from the compartment (4) to the ambient environment. A temperature gradient is formed over the wall thickness. The dispensing system (20) comprises an outlet (12) and a first liquid path (26) and a second liquid path (28) for conducting the beverage to the outlet (12). The first liquid path (26) comprises a first conduit section (32) and the second liquid path (28) comprises the second conduit section (34). The first conduit section (32) and the second conduit section (34) are arranged within the at least one wall portion (22) at different positions along the temperature gradient formed in the at least one wall portion (22). Beverage at different temperatures may thus be provided from the dispensing system.

主权项：1. A household appliance (2) comprising a dispensing system (20) for dispensing a beverage and a compartment (4) which in use of the household appliance (2) is kept cold, the compartment (4) being thermally insulated from an ambient environment by at least one wall portion (22) having a wall thickness extending from the compartment (4) to the ambient environment such that a temperature gradient is formed over the wall thickness, wherein the dispensing system (20) comprises: an outlet (12) for dispensing the beverage, and a first liquid path (26) and a second liquid path (28) for conducting the beverage to the outlet (12), and wherein the first liquid path (26) comprises a first conduit section (32) and the second liquid path (28) comprises the second conduit section (34) characterized in that the first conduit section (32) and the second conduit section (34) are arranged within the at least one wall portion (22) at different positions along the temperature gradient formed in the at least one wall portion (22).