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    • 4. 发明公开
    • MICROWAVE HEATING DEVICE
    • 微波加热装置
    • EP2741575A1
    • 2014-06-11
    • EP12820421.1
    • 2012-02-17
    • Panasonic Corporation
    • KONDO, RyutaNISHIMURA, MakotoSHIBUYA, Masaki
    • H05B6/72H05B6/70
    • H05B6/725H05B6/6473H05B6/6482H05B6/707
    • In a microwave heating device according to the present invention, a feeding portion (22) for radiating microwaves includes a vertical shaft element (22b) provided in the vertical direction by penetrating through a coupling hole (25) formed in portions at which a feeding chamber (24) and a waveguide (21) are bonded to each other, and a flat-plate element (22a) having a radiation surface for radiating microwaves within the heating chamber, wherein the flat-plate element (22a) is bonded to the vertical shaft element. At least a partial radiation surface, out of the microwave radiation surface of the flat-plate element, is placed to be inclined at a predetermined angle θ with respect to a horizontal direction.
    • 在本发明的微波加热装置中,用于放射微波的供电部(22)包括:竖直轴元件(22b),竖直轴元件(22b)通过穿过形成在馈送室的部分中形成的耦合孔(25) (24)和波导管(21)相互接合;以及平板元件(22a),其具有用于在所述加热室内发射微波的辐射表面,其中,所述平板元件(22a) 轴元件。 平板元件的微波辐射表面中的至少部分辐射表面被放置为相对于水平方向以预定角度θ倾斜。
    • 5. 发明公开
    • MICROWAVE HEATING DEVICE
    • MIKROWELLENHEIZVORRICHTUNG
    • EP2597930A1
    • 2013-05-29
    • EP11809411.9
    • 2011-07-05
    • Panasonic Corporation
    • KONDO, RyutaYOSHINO, KojiFUKUDA, HiroshiNISHIMURA, MakotoSHIBUYA, MasakiHOSOKAWA, Daisuke
    • H05B6/70F24C7/02
    • H05B6/707H05B6/642H05B6/6473H05B6/6482H05B6/701H05B6/725
    • According to the present invention, in order to provide a small-sized microwave heating device having higher heating efficiency and, further, having a compacted microwave feeding structure placed on an upper side of the heating chamber, a waveguide for propagating microwaves from a microwave generating part is structured to include a horizontal propagation path and a vertical propagation path which are orthogonal to each other, such that the microwave generating part is horizontally coupled to the vertical propagation path, and microwaves from the microwave generating part are propagated to a feeding part through the vertical propagation path and the horizontal propagation path, wherein a horizontal propagation distance in the horizontal propagation path is longer than 1/2 the wavelength of microwaves which propagate through the waveguide.
    • 根据本发明,为了提供具有较高加热效率的小尺寸微波加热装置,并且还具有放置在加热室上侧的压实的微波馈送结构,用于从微波产生传播微波的波导 部分被构造为包括彼此正交的水平传播路径和垂直传播路径,使得微波产生部分水平耦合到垂直传播路径,并且来自微波产生部分的微波传播到馈送部分通过 垂直传播路径和水平传播路径,其中水平传播路径中的水平传播距离长于通过波导传播的微波的波长的1/2。
    • 6. 发明公开
    • SANITARY WASHING DEVICE PROVIDED WITH DRYING MECHANISM
    • SANITÄRWASCHVORRICHTUNGMIT TROCKENMECHANISMUS
    • EP2314776A1
    • 2011-04-27
    • EP09773204.4
    • 2009-07-03
    • Panasonic Corporation
    • KUNIMOTO, KeijirouNISHIMURA, MakotoMATSUI, Eiji
    • E03D9/08
    • E03D9/08
    • A sanitary washing device including a warm air drying unit for blowing warm air to a private portion after washing the private portion or the like and an air ejecting unit for ejecting air to the private portion to remove water droplets, further comprises a blowing air temperature corrector (63) for correcting a blowing air temperature of warm air and a operator unit (61). The warm air drying unit is controlled such that the blowing air temperature corrector unit (63) corrects the blowing air temperature into an adjusted start-up value set as a temperature value higher than a warming temperature value at a start-up stage, and the operator unit (61) changes the blowing air temperature from the warming temperature value to the adjusted start-up value at the start-up stage and changes the blowing air temperature into the warming temperature value at a warming stage following the start-up stage. This makes it possible to dry a surface to be washed in a short time and efficiently without providing excessive coldness and excessive hotness to the user in the sanitary washing device including the drying mechanism for drying the private portion or the like after washing the private portion.
    • 一种卫生洗涤装置,其特征在于,包括在洗净所述私人部分等之后将暖风吹入私人部分的暖风干燥单元和用于将空气喷射到所述私人部分以除去水滴的空气喷射单元,还包括吹风温度校正器 (63),用于校正暖风的吹风温度和操作单元(61)。 控制暖风干燥单元,使得吹风温度校正单元(63)将吹送空气温度校正为在启动阶段设定为高于加温温度值的温度值的调整后启动值, 操作单元(61)在启动阶段将吹出空气温度从加热温度值改变为调整后的启动值,并且在启动阶段之后的升温阶段将送风温度变更为加热温度值。 这使得可以在包括用于在清洗私人部分之后干燥私人部分等的干燥机构的卫生清洗装置中,在短时间内有效地干燥要洗涤的表面而不会给使用者带来过度的冷度和过度的热。
    • 9. 发明公开
    • HEATING COOKER
    • 加热烹饪器
    • EP2647915A1
    • 2013-10-09
    • EP11844794.5
    • 2011-11-24
    • Panasonic Corporation
    • SHIBUYA, MasakiFUKUDA, HiroshiNISHIMURA, Makoto
    • F24C7/02
    • H05B6/76F24C15/12H05B6/6402H05B6/6408H05B6/725
    • A highly-efficient heating cooker in which the energy loss is small is provided.
      A heating chamber 1 for heating food, a magnetron 6 which supplies a microwave into the heating chamber 1, and an intermediate plate 19 which prevents contamination from adhering to the inner wall of the heating chamber 1, and which extends along the inner wall of the heating chamber 1 are disposed. At least a part of an end portion of the intermediate plate 19 is fixed at a contact pitch of λ/4 or less to the inner wall of the heating chamber 1. Even when a small gap exists between the inner wall of the heating chamber 1 and the intermediate plate 19, therefore, a radio wave cannot enter the gap, and hence the intermediate plate 19 and the inner wall of the heating chamber 1 do not generate heat, with the result that it is possible to provide a highly-efficient heating cooker in which the energy loss is small.
    • 提供能量损失小的高效率的加热烹调器。 用于加热食物的加热室1,向加热室1内供给微波的磁控管6以及防止污染物附着在加热室1的内壁上的中间板19,该中间板19沿着 加热室1被布置。 中间板19的端部的至少一部分以与加热室1的内壁的接触间距为λ/ 4以下的方式固定。即使在加热室1的内壁 和中间板19,因此无线电波不能进入该间隙,因此中间板19和加热室1的内壁不会产生热量,因此可以提供高效率的加热 能量损失小的电磁炉。