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    • 21. 发明公开
    • HIGH EFFICIENCY RANGE
    • 伯利恒(HOCHEFFIZIENTER BEREICH)
    • EP2702328A2
    • 2014-03-05
    • EP12722223.0
    • 2012-04-27
    • Electrolux Home Products, Inc.
    • PHILLIPS, Bryan, ThomasWYRICK, DeniseCASCIANELLI, Vittorio
    • F24C15/20
    • F24C15/2007F24C15/2014
    • An oven includes an oven enclosure having a plurality of walls defining an oven cavity. The oven enclosure includes an oven door for accessing the oven cavity. The oven includes a venting assembly attached to a wall of the oven enclosure and in fluid communication with the oven cavity. The venting assembly includes an exhaust passage attached to the wall of the oven enclosure, the exhaust passage defining a flow path through which exhaust gas flows from the oven cavity. The venting assembly includes a flow control device positioned within the exhaust passage, the flow control device selectively restricting the passage of the exhaust gas through the exhaust passage. The venting assembly includes a fluid treatment structure disposed downstream from the flow control device within the exhaust passage, the fluid treatment structure altering characteristics of the exhaust gas flowing through the exhaust passage.
    • 烤箱包括具有限定炉腔的多个壁的烘箱外壳。 烤箱外壳包括用于进入烤箱腔的烤箱门。 烤箱包括连接到烘箱外壳的壁并与烤箱腔流体连通的排气组件。 通风组件包括附接到烤箱外壳的壁的排气通道,排气通道限定了废气从炉腔流过的流动通道。 排气组件包括位于排气通道内的流量控制装置,流量控制装置选择性地限制废气通过排气通道。 排气组件包括设置在排气通道内的流量控制装置下游的流体处理结构,流体处理结构改变流过排气通道的废气的特性。
    • 22. 发明公开
    • Cooking appliance
    • 烹饪用具
    • EP2677241A1
    • 2013-12-25
    • EP13172241.5
    • 2013-06-17
    • Samsung Electronics Co., Ltd
    • Jeong, Sang JinKwon, Yong HyunLee, Jung HakJung, Min GyuChoi, See YoungHyun, Jong Hak
    • F24C15/00F24C15/20F24C15/32
    • F24C15/322F24C15/006F24C15/2007
    • A component chamber cooling structure of an oven which relatively enlarges the inner volume of a cooking chamber by lowering the height of the component chamber is provided. The component chamber cooling structure includes a fan forcibly blowing air of the component chamber, a motor driving the fan, an exhaust duct guiding air of the component chamber to an area in front of the oven, and a support bracket to install the motor at a suction hole of the exhaust duct, the support bracket includes a base unit, a motor combining unit on which a core of the motor is placed, and bridge parts connecting the base unit and the motor combining unit, and the motor combining unit is formed such that the height of the lower end of the core is equal to or lower than the height of the upper end of the exhaust duct.
    • 提供一种烘箱的组件室冷却结构,其通过降低组件室的高度来相对增大烹饪室的内部体积。 该部件室冷却结构包括强制地吹送部件室的空气的风扇,驱动风扇的马达,将部件室的空气引导至烘箱前部的区域的排气管,以及将马达安装到 所述支撑托架包括基座单元,其上放置所述电动机的磁芯的电动机组合单元以及连接所述基座单元和所述电动机组合单元的桥接部分,并且所述电动机组合单元形成为 芯部下端的高度等于或低于排气管上端的高度。
    • 24. 发明公开
    • Apparatus for preparing food
    • Vorrichtung zur Lebensmittelzubereitung
    • EP2532971A1
    • 2012-12-12
    • EP11168899.0
    • 2011-06-07
    • Koninklijke Philips Electronics N.V.
    • Linnewiel, Remco
    • F24C7/04A47J37/06A47J39/00
    • F24C7/043A21B1/26A21B3/04A47J37/0641A47J39/003F24C7/04F24C15/2007F24C15/325
    • The application relates to an apparatus for preparing food. The apparatus includes a housing (1), a food preparation chamber (4) in the housing (1) having an inner wall (5) defining a food receiving space (6) with an air entry aperture (10) and an air discharge aperture (13), a fan (14) for moving a flow of hot air successively through the air entry aperture (10), the food receiving space (6) and the air discharge aperture (13), and an air guide passage (7) for returning the flow of air from the air discharge aperture (13) towards the air entry aperture (10) separate from the food receiving space (6). The housing (1) comprising a cooling air channel (30) and a hot air vent (20) for exhausting the flow of hot air from the food preparation chamber (4) to outside the housing (1) with a constricted section (29) having a reduced cross-sectional area such that a venturi effect is generated in the hot air vent (20). An outlet (35) to the cooling air channel (30) communicates with the hot air vent (20) at the constricted section (29) such that a region of low pressure is formed at the outlet (35) and a flow of cooling air is drawn along the cooling air channel (30) and into the hot air vent (20).
    • 本申请涉及一种用于制备食物的装置。 该设备包括壳体(1),壳体(1)中的食物准备室(4),其具有限定具有空气进入孔(10)的食物容纳空间(6)的内壁(5) (13),用于使热空气流依次通过进气口(10),食物容纳空间(6)和排气孔(13)移动的风扇(14),以及空气引导通道(7) 用于将空气流从空气排放孔(13)返回到与食物接收空间(6)分开的空气进入孔(10)。 壳体(1)包括冷却空气通道(30)和热空气通风口(20),用于利用收缩部分(29)将热空气从食物准备室(4)排出到壳体(1)外部, 具有减小的横截面积,使得在热空气通风口(20)中产生文丘里效应。 到冷却空气通道(30)的出口(35)在收缩部分(29)处与热空气通风口(20)连通,使得在出口(35)处形成低压区域,并且冷却空气流 沿着冷却空气通道(30)并且进入热空气通风口(20)。
    • 26. 发明公开
    • Cooking apparatus
    • 烹饪设备
    • EP1921387A3
    • 2012-08-29
    • EP07117870.1
    • 2007-10-04
    • ANGELO PO GRANDI CUCINE S.p.A.
    • Segato, Fabio
    • F24C15/20
    • F24C15/2007F24C15/327
    • An apparatus (1; 1a) for cooking food comprises a cooking chamber (2), fan means (3) for circulating air and/or steam inside said cooking chamber (2), first conduit means (4) and second conduit means (5) respectively for the entry into said cooking chamber (2) of air removed from an external environment (20) and for the exit from said cooking chamber (2) of air and/or steam, in a first operating condition (A) of said apparatus (1), said first conduit means (4) being so arranged as to enable air and/or steam to exit from said cooking chamber (2) when a preset threshold pressure is reached inside the latter, in a second operating condition (B) of said apparatus (1) in which said second conduit means (5) is shut.
    • 一种用于烹饪食物的设备(1; 1a),包括烹饪室(2),用于在所述烹饪室(2)内循环空气和/或蒸汽的风扇装置(3),第一导管装置(4)和第二导管装置 )分别用于在所述第一操作状态(A)下从所述外部环境(20)移除的空气进入所述烹饪室(2)并从所述烹饪室(2)排出空气和/或蒸汽 所述第一导管装置(4)布置成当在第二操作条件(B)中达到预设的阈值压力时使得空气和/或蒸汽能够从所述烹饪室(2)排出 )的所述设备(1)的所述第二导管装置(5)被关闭。
    • 28. 发明公开
    • Kombigargerät
    • EP2445311A2
    • 2012-04-25
    • EP11010244.9
    • 2011-12-28
    • V-Zug AG
    • Frey, UlrichAlder, Katrin
    • H05B6/64
    • F24C15/2007H05B6/6479
    • Ein Gargerät zum Garen von Gargut enthält einen Garraum (1, 3) zur Aufnahme des Garguts, einen Dampfgenerator (2, 4) zum Zuführen von Dampf in den Garraum (1, 3), und einen Mikrowellengenerator (31) zum Erhitzen des im Garraum (1, 3) aufgenommenen Garguts. Eine Öffnung (11, 14) im Garraum ermöglicht den Austritt von Dampf aus dem Garraum (1, 3). Ein Sensor misst einen Parameter des durch die Öffnung (11, 14) aus dem Garraum (1, 3) ausgetretenen Dampfes und eine Steuerung (24) steuert den Mikrowellengenerator (31) abhängig von dem von dem Sensor gemessenen Parameter.
    • 烹饪器具包括用于接收被烹饪物品的烹饪室(1,3),用于向烹饪室供应蒸汽的蒸汽发生器(2,4)和用于加热烘箱的微波发生器(31) 煮熟的东西。 通过在烹饪室中形成开口(11,14),蒸汽从烹饪室逸出。 通过来自烹饪室蒸气的温度传感器(18)测量打开温度。 微波发生器根据测量值由控制器(24)控制。 包括用于操作烹饪器具的方法的独立权利要求。
    • 29. 发明公开
    • COOKING DEVICE
    • 烹饪设备
    • EP2426418A1
    • 2012-03-07
    • EP10769735.1
    • 2010-04-27
    • Sharp Kabushiki Kaisha
    • KOMURO, Yoneo
    • F24C7/02F24C15/34
    • F24C15/006F24C15/2007F24C15/327H05B6/642
    • A cooking device comprises: a body casing (1); a heating chamber (2) disposed within the body casing (1) and provided with a gas discharge opening; a gas discharge path having one end connected to the gas discharge opening of the heating chamber; a cooling fan disposed within the body casing (1) and cooling an electric component; and a cooling path formed within the body casing (1) and leading from an outside-air suction opening (100) through the cooling fan and an electric component chamber to a cool-air introducing opening (31a) in a gas discharge duct (30). At least a part of cooling air from the cooling fan flows along the cooling path, passes through a space near heaters (14, 14) within the body casing (1), enters the gas discharge duct (30) from the cool-air introducing opening (31a), and is discharged from a gas-discharge external opening (28).
    • 烹饪装置包括:主体外壳(1); 加热室(2),其设置在所述主体外壳(1)内并设有气体排出口; 气体排出路径,其一端连接到加热室的气体排出口; 冷却风扇,所述冷却风扇设置在所述主体外壳(1)内并且冷却电气部件; 以及形成在本体壳体1内并从外部空气抽吸口100通过冷却风扇和电气部件室到达排气管道30内的冷空气导入口31a的冷却通路, )。 来自冷却风扇的冷却风的至少一部分沿着冷却通路流动,通过主体壳体(1)内的加热器(14,14)附近的空间,从冷气导入部(30)进入气体排出管道 打开(31a),并从气体排出用外部开口(28)排出。