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    • 4. 发明公开
    • Microwave-heating apparatus
    • 微波加热装置
    • EP0171620A1
    • 1986-02-19
    • EP85108769.2
    • 1985-07-13
    • Maruyama, YujiNEW JAPAN RADIO CO., LTD.Stavinoha, William B.
    • Maruyama, YujiKizaki, HisaoOtake, Kohei
    • H05B6/80A61N5/02
    • A61N5/02
    • A microwave-heating apparatus comprising a high-power microwave oscillator (1) which rises in a shorter time than a time for radiating a testing animal, a waveguide connected to the high-power microwave oscillator, a measuring member (10) for reflection coefficient being connected to the waveguide and capable of being separated from the waveguide, an impedance matching part (4) connected to the output part of the waveguide, an applicator (8) formed by a short-circuited tapered rectangular waveguide being connected to the output part of the impedance matching part, and a container for fixing a head of the animal which is inserted as a load peeping into the applicator through an insertion port provided on the wall of the applicator, whereby the measuring member for reflection coefficeint operates while the high-power microwave oscillator is switched off. According to the apparatus, the head of the animal can be heated under the same heating condition so as to obtain repeatable data.
    • 1.一种微波加热装置,其特征在于,具备:高功率的微波振荡器(1),其以比测试动物的放射时间短的时间上升;波导管,其与高功率微波振荡器连接;测量部件(10) 连接到波导并能够与波导分离;连接到波导输出部分的阻抗匹配部分(4);由短路锥形矩形波导形成的施加器(8),连接到输出部分 以及用于固定动物头部的容器,所述动物的头部作为负载通过设置在涂抹器的壁上的插入口偷窥进入涂抹器中,由此用于反射系数的测量构件在高速旋转时操作, 功率微波振荡器关闭。 根据该装置,可以在相同的加热条件下加热动物头部以获得可重复的数据。
    • 8. 发明公开
    • Electrodeless microwave-generated radiation apparatus
    • Elektrodenloses,durch Mikrowellen erregtesStrahlungsgerät。
    • EP0450131A1
    • 1991-10-09
    • EP90106671.2
    • 1990-04-06
    • NEW JAPAN RADIO CO., LTD.USHIO INC.
    • Ohtake, KoheiMitsuka, KaoruHasebe, KingoHayafune, SatoshiKawahara, YoshitakaTogasaki, Masami
    • H01J65/04
    • H01J65/044
    • An electrodeless microwave-generated radiation apparatus comprising a microwave cavity wall made of metal material defining a microwave cavity (2), a lamp (1) arranged in the microwave cavity (2) containing therein emission material, a microwave generator supplying microwaves for exciting the emission material in the lamp (1), a microwave-coupling means coupling microwaves to the lamp through a waveguide (6), and a dielectric mirror (11) arranged behind the lamp (1). The rise time can be remarkably shortened so that the damage of a magnetron can be reduced. The intensity of emission along the lamp is controlled by a projection or parasitic element (18). Further, by the use of dielectric mirror (11), the object can be processed without rising a temperature of the object too high.
    • 一种无电极微波产生的辐射装置,包括由限定微波空腔(2)的金属材料制成的微波空腔壁,布置在其中包含发射材料的微波空腔(2)中的灯(1),提供微波以激励 灯(1)中的发光材料,通过波导(6)将微波耦合到灯的微波耦合装置和布置在灯(1)后面的电介质镜(11)。 可以显着缩短上升时间,从而可以减少磁控管的损坏。 灯的发射强度由投影或寄生元件(18)控制。 此外,通过使用电介质镜(11),可以对物体进行加工而不会使物体的温度升高太高。