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    • 2. 发明授权
    • Anode assembly for electron discharge devices
    • 用于电子放电装置的阳极组件
    • US4179639A
    • 1979-12-18
    • US837652
    • 1977-09-28
    • Palmer P. Derby
    • Palmer P. Derby
    • H01J23/22
    • H01J23/22
    • A novel anode structure for electron discharge devices, for example, a crossed field oscillator of the magnetron type is fabricated by uniting nonthermally substantially similar cylindrical members each having a boundary wall member and plurality of vane members. The vane member edges are provided with alternate clearance or contacting mating notches to position an annular strap or straps in the complete anode assembly. Less expensive metal castings, such as aluminum, and other suitable vacuum materials, and such techniques as pressure welding and interference fits may be employed without expensive brazing procedures to result in a simplified less expensive anode structure. Different anode vane configurations are simply implemented, such as V-shapes, utilizing castings or similar structures which when joined together form the composite anode assembly.
    • 用于电子放电装置的新颖的阳极结构,例如磁控管型的交叉场振荡器是通过将非热的基本类似的圆柱形构件组合在一起制成的,所述圆柱形构件具有边界壁构件和多个叶片构件。 叶片构件边缘设置有交替间隙或接触配合凹口以将环形带或带固定在完整阳极组件中。 较廉价的金属铸件,例如铝和其它合适的真空材料,以及诸如压力焊接和干涉配合的技术可以被采用,而不需要昂贵的钎焊工艺,导致简化的较便宜的阳极结构。 简单地实现不同的阳极叶片构造,例如V形,利用当连接在一起形成复合阳极组件时的铸件或类似结构。
    • 3. 发明授权
    • Anode assembly for electron discharge devices
    • 用于电子放电装置的阳极组件
    • US4056756A
    • 1977-11-01
    • US724813
    • 1976-09-20
    • Palmer P. Derby
    • Palmer P. Derby
    • H01J23/22
    • H01J23/22
    • A novel anode structure for electron discharge devices, for example, a crossed field oscillator of the magnetron type is fabricated by uniting nonthermally substantially similar cylindrical members each having a boundary wall member and plurality of vane members. The vane member edges are provided with alternate clearance or contacting mating notches to position an annular strap or straps in the complete anode assembly. Less expensive metal castings, such as aluminum, and other suitable vacuum materials, and such techniques as pressure welding and interference fits may be employed without expensive brazing procedures to result in a simplified less expensive anode structure. Different anode vane configurations are simply implemented, such as V-shapes, utilizing castings or similar structures which when joined together form the composite anode assembly.
    • 用于电子放电装置的新颖的阳极结构,例如磁控管型的交叉场振荡器是通过将非热的基本类似的圆柱形构件组合在一起制成的,所述圆柱形构件具有边界壁构件和多个叶片构件。 叶片构件边缘设置有交替间隙或接触配合凹口以将环形带或带固定在完整阳极组件中。 较廉价的金属铸件,例如铝和其它合适的真空材料,以及诸如压力焊接和干涉配合的技术可以被采用,而不需要昂贵的钎焊工艺,导致简化的较便宜的阳极结构。 简单地实现不同的阳极叶片构造,例如V形,利用当连接在一起形成复合阳极组件时的铸件或类似结构。
    • 4. 发明授权
    • Microwave heating apparatus with browning feature
    • 微波加热装置具有褐变特征
    • US3946188A
    • 1976-03-23
    • US588454
    • 1975-06-19
    • Palmer P. Derby
    • Palmer P. Derby
    • F24C7/02H05B6/64H05B9/06
    • H05B6/6494F24C7/02Y10S99/14
    • Apparatus for heating with microwave energy is disclosed comprising a plurality of spaced microwave elements in a flexible webbing adapted to fit the contour of any object to be cooked. The microwave elements, such as cups, have a height of substantially one-quarter of a wavelength. An intense fringing electric field pattern results with the electric field being 180.degree. out of phase in close proximity to the open ends of the elements. The material contacted by these ends will be suitably browned or seared. An impedance matching dielectric member may also be provided in contact with the apparatus.
    • 公开了一种用微波能量加热的装置,其包括柔性织带中的多个间隔开的微波元件,其适于拟合要烹饪的任何物体的轮廓。 诸如杯子之类的微波元件具有基本上四分之一波长的高度。 电场与元件的开口端接近的电场相差180°,产生强烈的边缘电场模式。 通过这些端接触的材料将被适当地变褐或被烧毁。 还可以将阻抗匹配电介质构件设置成与装置接触。