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    • 2. 发明授权
    • Absorber device for microwave leakage
    • 微波泄漏吸收器
    • US4525614A
    • 1985-06-25
    • US438256
    • 1982-11-01
    • Ken IshinoYasuo Hashimoto
    • Ken IshinoYasuo Hashimoto
    • H05B6/76
    • H05B6/763
    • A microwave absorber device for a microwave heater having a main body with an opening and a door for closing said opening with a leakage path between the door and the main body. The absorber device has a choke cavity along a leakage path of the microwave energy between the main body and the door, said choke cavity having an approximate 1/4 wavelength of length, and an entrance facing said leakage path for accepting microwave energy. Said entrance of the choke cavity is closed by a cover plate made of ferro-magnetic material, which is a mixture of ferrite and gum. Preferably, an additional microwave absorber made of ferro-magnetic material which is integral with said cover plate is provided next to the choke cavity. Preferably, the dielectric constant of the material of the cover plate is less than 15. Still, preferably, the ratio of the imaginary part of the complex permeability to the real part of the same of the cover plate material is larger than 0.5.
    • 一种用于微波加热器的微波吸收装置,其具有带有开口的主体和用于关闭所述开口的门,门与主体之间具有泄漏路径。 吸收器装置沿主体和门之间的微波能量的泄漏路径具有扼流腔,所述扼流腔具有大约1/4波长的长度,以及面对所述泄漏路径的入口,用于接收微波能量。 所述扼流腔的所述入口由铁磁材料制成的盖板封闭,铁磁材料是铁素体和胶的混合物。 优选地,与所述盖板成一体的由铁磁材料制成的附加的微波吸收器设置在所述扼流腔的旁边。 优选地,盖板的材料的介电常数小于15.然而,优选地,复合磁导率的虚部与盖板材料的实部的实部的比率大于0.5。
    • 3. 发明授权
    • Electromagnetic shield
    • 电磁屏蔽
    • US4539433A
    • 1985-09-03
    • US529991
    • 1983-09-07
    • Ken IshinoYasuo HashimotoYoshikazu Narumiya
    • Ken IshinoYasuo HashimotoYoshikazu Narumiya
    • G21F9/06H05K9/00
    • H05K9/009G21F9/06
    • An electromagnetic shielding material for absorbing electromagnetic energy has been found. The shielding material is flexible and has a thin conductive core with a composite ferrite material deposited around the core. The composite ferrite material is a mixture of ferrite powder and a binder for binding the powder. The conductive core may be formed in the shape of a flat sheet or an elongated textile shape. The binder may be a high molecular compound like plastic. When the core is in a textile shape, the textile covered with the composite ferrite material is woven into a cloth which is sufficiently flexible to form around any desired shape.
    • 已经发现了用于吸收电磁能的电磁屏蔽材料。 屏蔽材料是柔性的并且具有薄的导电芯,其具有沉积在芯周围的复合铁氧体材料。 复合铁氧体材料是铁氧体粉末和用于粘合粉末的粘合剂的混合物。 导电芯可以形成为平板或细长织物的形状。 粘合剂可以是诸如塑料的高分子化合物。 当芯处于织物形状时,用复合铁氧体材料覆盖的织物被编织成足够柔软以形成围绕任何所需形状的布。
    • 4. 发明授权
    • Microwave heating oven having seal means for preventing the leakage of
microwave energy
    • 微波炉具有防止微波能量泄漏的密封装置
    • US4046983A
    • 1977-09-06
    • US695436
    • 1976-06-14
    • Ken IshinoYasuo HashimotoHiroaki Abe
    • Ken IshinoYasuo HashimotoHiroaki Abe
    • H05B6/76H05B9/06
    • H05B6/763
    • A microwave heating oven has a seal located in the path formed by a gap between the oven body and the oven door for preventing microwave leakage. The seal may comprise several seals, and includes a microwave absorber as one of the seals. The microwave absorber consists of a mixture of a powder of magnetic material and an organic high molecular weight compound. The length of the microwave absorber in the direction of propagation of microwave in the path of microwave leakage is an integral multiple of about 1/2.lambda., wherein .lambda. is a wavelength of the microwave in the microwave absorber. Absorption is improved by setting the absorber in a recess in the wall or door of the oven, or by surrounding the absorber by a metal layer except on the surface thereof parallel to the direction of propagation and facing the gap.
    • 微波加热炉具有位于炉体和炉门之间的间隙形成的路径中的密封,用于防止微波泄漏。 密封件可以包括多个密封件,并且包括作为密封件之一的微波吸收器。 微波吸收剂由磁性材料粉末和有机高分子量化合物的混合物组成。 微波吸收器在微波泄漏路径中微波传播方向的长度为约1/2λ的整数倍,其中λ为微波吸收器中微波的波长。 通过将吸收器设置在烘箱的壁或门中的凹部中,或者通过除了平行于传播方向的表面之外的金属层围绕吸收体并面向间隙来改善吸收。