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    • 6. 发明授权
    • High intensity discharge lamp having an improved electrode arrangement
    • 具有改进的电极布置的高强度放电灯
    • US07511429B2
    • 2009-03-31
    • US11354759
    • 2006-02-15
    • Shinichi AnamiHuiling Zhu
    • Shinichi AnamiHuiling Zhu
    • H01J17/18H01J61/36
    • H01J61/366H01J61/36H01J61/82
    • An arc tube is provided for use in a high intensity discharge lamp. The arc tube is generally comprised of an elongated outer envelope defining two opposed ends and a cavity therebetween; an electrode sleeve protruding outwardly from each end of the outer envelope, such that each electrode sleeve has a passageway; and an electrical feedthrough member inserted into the passageway of the electrode sleeve, where the feedthrough member includes an inner rod that extends into the cavity of the arc tube and a ceramic sleeve encircling a portion of the inner rod disposed within the passageway. A sealing compound is disposed at an outwardly facing end of the passageway for sealing the feedthrough member to the electrode sleeve, such that the sealing compound extends into the passageway of the electrode sleeve but is spatially separated from the ceramic sleeve.
    • 提供用于高强度放电灯的电弧管。 电弧管通常由限定两个相对端部的细长外壳体和其间的空腔构成; 从所述外封套的每个端部向外突出的电极套筒,使得每个电极套筒具有通道; 以及插入到电极套管的通道中的电馈通构件,其中馈通构件包括延伸到电弧管的空腔中的内杆和围绕设置在通道内的内杆的一部分的陶瓷套筒。 密封化合物设置在通道的向外的端部处,用于将馈通构件密封到电极套筒,使得密封化合物延伸到电极套管的通道中,但在空间上与陶瓷套筒分离。
    • 7. 发明申请
    • High intensity discharge lamp having an improved electrode arrangement
    • 具有改进的电极布置的高强度放电灯
    • US20070188100A1
    • 2007-08-16
    • US11354759
    • 2006-02-15
    • Shinichi AnamiHuiling Zhu
    • Shinichi AnamiHuiling Zhu
    • H01J17/18
    • H01J61/366H01J61/36H01J61/82
    • An arc tube is provided for use in a high intensity discharge lamp. The arc tube is generally comprised of an elongated outer envelope defining two opposed ends and a cavity therebetween; an electrode sleeve protruding outwardly from each end of the outer envelope, such that each electrode sleeve has a passageway; and an electrical feedthrough member inserted into the passageway of the electrode sleeve, where the feedthrough member includes an inner rod that extends into the cavity of the arc tube and a ceramic sleeve encircling a portion of the inner rod disposed within the passageway. A sealing compound is disposed at an outwardly facing end of the passageway for sealing the feedthrough member to the electrode sleeve, such that the sealing compound extends into the passageway of the electrode sleeve but is spatially separated from the ceramic sleeve.
    • 提供用于高强度放电灯的电弧管。 电弧管通常由限定两个相对端部的细长外壳体和其间的空腔构成; 从所述外封套的每个端部向外突出的电极套筒,使得每个电极套筒具有通道; 以及插入到电极套管的通道中的电馈通构件,其中馈通构件包括延伸到电弧管的空腔中的内杆和围绕设置在通道内的内杆的一部分的陶瓷套筒。 密封化合物设置在通道的向外的端部处,用于将馈通构件密封到电极套筒,使得密封化合物延伸到电极套管的通道中,但在空间上与陶瓷套筒分离。
    • 8. 发明授权
    • Discharge lamp lighting device, headlight device and vehicle having the same
    • 放电灯照明装置,前照灯装置和具有相同装置的车辆
    • US08089215B2
    • 2012-01-03
    • US12461750
    • 2009-08-24
    • Toshifumi TanakaHirofumi KonishiShin UkegawaShinichi AnamiMasahiro Seki
    • Toshifumi TanakaHirofumi KonishiShin UkegawaShinichi AnamiMasahiro Seki
    • H05B37/02
    • H05B41/2928H05B41/2882
    • A discharge lamp lighting device includes: a DC power source; an inverter for inverting the DC power at a predetermined inversion time interval to supply a square wave AC power to a discharge lamp; and a controller for controlling the output power. The controller performs a synchronous operation and controls the DC power source such that DC power outputted during a period other than the output temporarily increasing period in a power increasing period is greater than the DC output power outputted during the period other than the output temporarily increasing period in a rated power period. Further, the controller controls the DC power source such that at least one of an increment of the output power for the output temporarily increasing period and a length of the output temporarily increasing period is less in at least a part of the output increasing period than in the rated power period.
    • 放电灯点亮装置包括:直流电源; 逆变器,用于以预定的反转时间间隔反相DC电力,以向放电灯提供方波交流电; 以及用于控制输出功率的控制器。 控制器执行同步操作并控制直流电源,使得在功率增加周期中除了输出暂时增加周期之外的周期期间输出的直流电力大于在输出暂时增加周期之外的周期期间输出的直流输出功率 在额定功率期间。 此外,控制器控制DC电源,使得输出暂时增加周期的输出功率的增加和输出暂时增加周期的长度中的至少一个在输出增加周期的至少一部分中比在 额定功率周期。
    • 10. 发明授权
    • Electrodeless low pressure lamp with multiple ferrite cores and coils
    • 具有多个铁氧体磁心和线圈的无极低压灯
    • US06605889B2
    • 2003-08-12
    • US09999398
    • 2001-10-24
    • Shinichi AnamiRobert ChandlerOleg Popov
    • Shinichi AnamiRobert ChandlerOleg Popov
    • H01J150
    • H01J65/048H01J61/523
    • An electrodeless low pressure discharge lamp comprises an envelope made from a straight tube and a reentry cavity sealed to one of tube's ends. The cavity has several hollow ferrite cores separated from each other with a few mm distance. Each ferrite core has an induction coil of few turns wound around the core. Each cavity has a cooling copper tube or rod located inside the ferrite core that removes heat from the cores and dumps the heat into a heat sink welded to the cooling tube/rod thereby keep the temperature of the ferrite cores below their Curie point. Each induction coil is electrically connected to the matching network while all matching networks are connected in parallel to the high frequency power source (driver). Inductively coupled plasmas generated in the envelope by several core/coil assemblies produce axially uniform UV and visible radiation.
    • 无电极低压放电灯包括由直管形成的封套和密封到管端之一的再入腔。 空腔具有几个中空的铁氧体磁心,彼此间隔几毫米。 每个铁氧体磁芯具有围绕磁芯缠绕的几圈的感应线圈。 每个空腔都有一个位于铁氧体磁芯内部的冷却铜管或杆,从芯中除去热量,并将热量转移到焊接到冷却管/棒上的散热片中,从而将铁氧体磁芯的温度保持在居里点以下。 每个感应线圈电连接到匹配网络,而所有匹配网络并联连接到高频电源(驱动器)。 通过多个芯/线圈组件在封套中产生的电感耦合等离子体产生轴向均匀的UV和可见光辐射。