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    • 92. 发明申请
    • Discharge lamp apparatus
    • 放电灯装置
    • US20050116661A1
    • 2005-06-02
    • US10494466
    • 2002-10-30
    • Eiji AbeToshiaki Siba
    • Eiji AbeToshiaki Siba
    • H05B41/24H05B41/28H05B41/288H05B41/392H05B37/02H05B39/04
    • H05B41/3927H05B41/2806H05B41/2885Y02B20/202Y02B20/22
    • The discharge lamp device according to the present invention has a drive signal circuit 10 connected with a DC power supply, a first and a second switching elements S1 and S2 which are controlled by turning ON and OFF by turns by a pair of drive signals 11a and 11b supplied from the drive signal circuit 10 and connected in series between the terminals of the DC power supply, an induction element L5 (L3) connected in series with at least one of these switching elements S1 and S2, a pulse transformer 12 having a primary coil L1 and a secondary coil L2 and the primary coil L1 is connected with the DC power supply and the direction of the current is switched by turns by the switching elements S1 and S2, a discharge lamp 13 arranged by connecting between the secondary terminals L2 of the pulse transformer 12, and a Zener diode element D1 connected with the second switching element S2 in parallel, having a feature of eliminating the generation of a surge pulse of high voltage when lighting, and having an excellent safety and stability.
    • 根据本发明的放电灯装置具有驱动信号电路10,该驱动信号电路10与直流电源连接,第一和第二开关元件S1和S2连接,第一和第二开关元件S1和S2通过一对驱动信号转动ON和OFF来控制 11a和11b从串联连接在直流电源的端子之间,与这些开关元件S1和S2中的至少一个串联连接的感应元件L 5(L 3) 具有初级线圈L 1和次级线圈L 2以及初级线圈L 1的脉冲变压器12与直流电源连接,并且电流方向被开关元件S1和S2交替切换, 通过连接脉冲变压器12的次级端子L 2和与第二开关元件S2并联连接的齐纳二极管元件D 1而布置的放电灯13具有消除高电平脉冲的产生的特征 卷 照明时,天气好,安全稳定。
    • 93. 发明申请
    • Electronic ballast with rail voltage switching
    • 电子镇流器带轨电压开关
    • US20050093479A1
    • 2005-05-05
    • US10499159
    • 2002-12-19
    • Oscar DeurlooJonathan HollanderDimitry Orlov
    • Oscar DeurlooJonathan HollanderDimitry Orlov
    • H05B41/288H05B41/292H05B41/16
    • H05B41/2923H05B41/2885Y02B20/202
    • The present invention provides a high frequency electronic ballast with rail voltage switching which adjusts the DC rail voltage output (208) to account for different voltages of mains power (210), improving efficiency. The rail voltage switching comprises a mains power supply (200) providing mains power (210) and a mains voltage signal (212); a ballast microcontroller (206) responsive to the mains voltage signal (212) and generating a power factor correction (PFC) voltage signal (214); and a converter (204) operably connected to the mains power supply (200) and responsive to the PFC voltage signal (214) to generate a DC rail voltage output (208). For an embodiment using power factor control, the converter (204) comprises a coil (218), power factor correction (224), a switch (220), and a rectifier (222).
    • 本发明提供一种具有轨电压切换的高频电子镇流器,其调节直流轨电压输出(208)以解决主电源的不同电压(210),从而提高效率。 轨道电压切换包括提供主电源(210)和电源电压信号(212)的市电电源(200)。 响应于电源电压信号(212)并产生功率因数校正(PFC)电压信号(214)的镇流微控制器(206); 以及可操作地连接到主电源(200)并且响应于PFC电压信号(214)以产生DC轨电压输出(208)的转换器(204)。 对于使用功率因数控制的实施例,转换器(204)包括线圈(218),功率因数校正(224),开关(220)和整流器(222)。
    • 94. 发明申请
    • Electronic ballast with ignition and operation control
    • 电子镇流器带点火和运行控制
    • US20040257004A1
    • 2004-12-23
    • US10499161
    • 2004-06-16
    • Oscar J DeurlooJonathan HollanderDimitry Orlov
    • H05B037/00
    • H05B41/288H05B41/2883H05B41/2885H05B41/2886H05B41/38H05B41/384H05B41/46Y02B20/202Y02B20/204Y02B20/206
    • The present invention provides a high frequency electronic ballast with ignition and operation control, and method of use, comprising a ballast microcontroller (200) responsive to at least one high intensity discharge (HID) lamp feedback signal and generating an HID lamp control signal; a parallel capacitive circuit (214) operably connected parallel to the HID lamp (216); an inductive circuit (212) operably connected to the parallel capacitive circuit (214); means for switching power (252) to the inductive circuit (212) in response to the HID lamp control signal; and means for monitoring the HID lamp (216) to generate at least one high intensity discharge (HID) lamp feedback signal. In one embodiment, the HID lamp feedback signal can be an ignition voltage signal (266). In another embodiment, the HID lamp feedback signal can be a sensed rail voltage signal (256), a sensed lamp current signal (264), and a sensed lamp power signal (258).
    • 本发明提供一种具有点火和操作控制的高频电子镇流器和使用方法,包括:响应于至少一个高强度放电(HID)灯反馈信号并产生HID灯控制信号的镇流微控制器(200); 并联电容电路(214),其可操作地连接到所述HID灯(216)上; 可操作地连接到并联电容电路(214)的感应电路(212); 用于响应于HID灯控制信号将功率(252)切换到感应电路(212)的装置; 以及用于监视HID灯(216)以产生至少一个高强度放电(HID)灯反馈信号的装置。 在一个实施例中,HID灯反馈信号可以是点火电压信号(266)。 在另一个实施例中,HID灯反馈信号可以是感测到的轨电压信号(256),感测到的灯电流信号(264)和感测到的灯功率信号(258)。
    • 95. 发明申请
    • Discharge lamp apparatus and projector using the same
    • 放电灯装置和投影机使用相同
    • US20020190667A1
    • 2002-12-19
    • US10170368
    • 2002-06-14
    • Masamichi IshikawaKoichi Kato
    • H05B037/02
    • F21V29/508F21S45/47F21V23/026F21V29/83F21V29/85F21V29/89H05B41/2885Y02B20/202
    • In a discharge lamp apparatus, a metal case has a blind-end box-like configuration, and a ceramic board and a power MOS transistor of a DC/DC converter are mounted on an internal bottom surface of the metal case while a printed circuit board is mounted on an opening side of the metal case in a state separated from the power MOS transistor and the ceramic board in a thickness direction of the discharge lamp apparatus. On the ceramic board, there are mounted a discharge lamp control circuit for controlling power to a discharge lamp by switching the power MOS transistor and an H bridge circuit for forming a voltage to be applied to the discharge lamp into a pulse shape, and on the printed circuit board, there are mounted a high-tension coil for generating a voltage to be applied to the discharge lamp, and others. With this construction, the heat developed in the discharge lamp control circuit, the H bridge circuit and the power MOS transistor conducts efficiently to the metal case.
    • 在放电灯装置中,金属壳体具有盲端盒状构造,并且将陶瓷板和DC / DC转换器的功率MOS晶体管安装在金属外壳的内部底面上,同时印刷电路板 以与放电灯装置的厚度方向上的功率MOS晶体管和陶瓷板分离的状态安装在金属壳体的开口侧。 在陶瓷板上,安装有用于通过切换功率MOS晶体管和H桥电路来控制放电灯的电力的放电灯控制电路,用于形成施加到放电灯的电压为脉冲形状,并且在 印刷电路板上安装有用于产生施加到放电灯的电压的高压线圈等。 利用这种结构,在放电灯控制电路,H桥电路和功率MOS晶体管中产生的热量有效地传导到金属外壳。