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    • 3. 发明授权
    • Phase-controlled, multi-electrode type of AC discharge light source
    • 相控多电极型交流放电光源
    • US06822404B2
    • 2004-11-23
    • US10220307
    • 2002-12-30
    • Kazunori MatsumotoToru NakajimaShigeki KawabataShigekazu YamazakiSeiji OdaTomohisa Yamamoto
    • Kazunori MatsumotoToru NakajimaShigeki KawabataShigekazu YamazakiSeiji OdaTomohisa Yamamoto
    • H05B3700
    • H05B41/24H01J61/106H01J61/305H01J61/526H01J61/72H01J65/046
    • An energy-saving, high-outputting and high-efficiency, electric discharge type of illumination apparatus and associated units having thin divisional electrode pieces arranged at relatively narrow intervals on an electrode-application area, which is defined on the bottom of a flat container. The divisional electrode pieces are fixed to the electrode-application area with an intervening sheet of good electrically insulating and thermally conductive material laid therebetween. A front glass having a fluorescence coating on its inside is placed to confront the electrode-application area. Cooling water is circulated in the electrode-application area for cooling the divisional electrode pieces. A multi-poled magnet sheet arranged outside the electrode-application area is aligned with the electrode-to-electrode space. Lower frequency power supplies are connected to the divisional electrodes to supply that with voltages of the same amplitude. The power supplies are connected in the form of a star and are connected to a controller for controlling the frequency, amplitude and phase of the voltage wave. The power supply uses an insulation transformer to float the voltages appearing at the output terminals. Thus, an electric discharge appears exclusively among divisional electrodes.
    • 一种节能,高输出,高效率的放电型照明装置和相关单元,其具有在平坦容器的底部上限定的电极施加区域上以相对窄的间隔排列的细分电极片。 分隔电极片被固定到电极施加区域,其间铺设有良好的电绝缘和导热材料的中间片。 放置在其内部具有荧光涂层的前玻璃以面对电极施加区域。 冷却水在电极施加区域中循环以冷却分割电极片。 布置在电极施加区域外部的多极磁体片与电极对电极空间对准。 低频电源连接到分电极,以提供具有相同幅度的电压。 电源以星形连接,并连接到控制器,用于控制电压波的频率,振幅和相位。 电源使用绝缘变压器来浮动输出端子出现的电压。 因此,放电仅在分电极之间出现。