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    • 9. 发明授权
    • Compact electrodeless fluorescent lamp with improved cooling
    • 紧凑型无极荧光灯,具有改进的冷却
    • US06555954B1
    • 2003-04-29
    • US09616167
    • 2000-07-14
    • Robert ChandlerEdward K. ShapiroOleg A. PopovJakob Maya
    • Robert ChandlerEdward K. ShapiroOleg A. PopovJakob Maya
    • H01J162
    • H01J65/042H01J65/048
    • The present invention comprises a compact electrodeless fluorescent lamp that includes a transparent envelope containing a fill of inert gas along with a vaporizable metal such as mercury. An induction coil is operated by a driver circuit, and is positioned inside of a reentrant cavity in the envelope with an adjacent permeable magnetic field manipulation structure having a shunting surface ending at a shunting surface periphery. A thermally and electrically conductive primary cooling structure is positioned adjacent the magnetic field manipulation structure to extend within the shunting surface periphery while being separated from the induction coil thereby. A further component cooling structure is provided to at least partially enclose the driver circuit connected to the induction coil.
    • 本发明包括一种紧凑的无电极荧光灯,其包括含有惰性气体填充物和可汽化金属如汞的透明外壳。 感应线圈由驱动器电路操作,并且具有相邻的可渗透磁场操纵结构,位于外壳内的可重入腔内,具有在分流表面周边终止的分流表面。 导电和导电的主冷却结构邻近磁场操纵结构定位,以在分流表面周边内延伸,同时与感应线圈分离。 提供另一部件冷却结构以至少部分地包围连接到感应线圈的驱动电路。
    • 10. 发明授权
    • Electrodeless fluorescent lamp with low wall loading
    • 无壁灯荧光灯低壁装载
    • US06548965B1
    • 2003-04-15
    • US09505756
    • 2000-02-16
    • Jakob MayaOleg PopovRobert Chandler
    • Jakob MayaOleg PopovRobert Chandler
    • H05B4116
    • H05B41/24H01J65/048
    • An electrodeless fluorescent lamp employs a glass envelope made from a single linear tube or bulb and a reentry cavity disposed on the envelope axis and sealed to the envelope. The envelope is filled with inert gas and mercury vapor. Phosphor and protective coatings are disposed on the inner surfaces of the envelope and the cavity. An induction coil of A few turns made from silver coated copper wire is wrapped around the envelope in its axial direction. The inductively-coupled axially uniform plasma is generated inside the envelope. The discharge electric field and current form a closed-loop path inside the envelope along its walls. The introduction of the reentry cavity decreases the lamp wall loading without loosing lamp power efficiency and efficacy. The lamp is operated at frequencies from 50 kHz to 200 MHz and RF power from 5 W to 2000 W without the use of ferrite inside of the reentry cavity.
    • 无电极荧光灯采用由单个线性管或灯泡制成的玻璃封套和设置在封套轴线上的密封到封套的折返腔。 信封充满惰性气体和汞蒸气。 荧光粉和保护涂层设置在外壳和腔体的内表面上。 由镀银铜丝制成的几圈感应线圈沿其轴向缠绕在外壳上。 电感耦合轴向均匀等离子体在封套内产生。 放电电场和电流沿着其壁部在封套内部形成闭环路径。 折返腔的引入减少了灯壁负载,而不会降低灯的功率效率和功效。 该灯以50kHz至200MHz的频率运行,RF功率从5W至2000W,而不需要在折返腔内使用铁氧体。