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    • 5. 发明授权
    • Auxiliary lighting system for high intensity discharge lamp
    • 高强度放电灯辅助照明系统
    • US06489729B1
    • 2002-12-03
    • US09878833
    • 2001-06-11
    • Robert ErhardtChing-Yao HungRaymond KulkaSeymour Perkins, IIIOscar Deurloo
    • Robert ErhardtChing-Yao HungRaymond KulkaSeymour Perkins, IIIOscar Deurloo
    • H05B3702
    • H05B41/46
    • An auxiliary lighting system for a high-intensity discharge lamp. In one embodiment, the auxiliary lighting system has an auxiliary light source, an HID lamp status circuit having an input for connection to a status signal representative of the operational state of a high-intensity discharge lamp wherein the HID lamp status circuit determines whether the status signal meets predetermined signal criteria, a switch circuit having a first state that effects application of a voltage source to the auxiliary light source, and a second state that isolates the voltage source from the auxiliary light source, and a control circuit responsive to the HID lamp status circuit for controlling the switch circuit. The control circuit has a first state when the HID lamp status circuit determines that the status signal meets the predetermined signal criteria and a second state when the HID lamp status circuit determines that the status signal does not meet the predetermined signal criteria. When the control circuit is in the first state, the control circuit outputs a control signal for input into the switch circuit that configures the switch circuit into the first state. When the control circuit is in the second state, the control circuit outputs a control signal for input into the switch circuit that configures the switch circuit into the second state.
    • 一种用于高强度放电灯的辅助照明系统。 在一个实施例中,辅助照明系统具有辅助光源,HID灯状态电路具有用于连接到表示高强度放电灯的操作状态的状态信号的输入,其中HID灯状态电路确定状态 信号满足预定的信号标准,具有影响对辅助光源施加电压源的第一状态的开关电路和将电压源与辅助光源隔离的第二状态以及响应于HID灯的控制电路 用于控制开关电路的状态电路。 当HID灯状态电路确定状态信号满足预定信号标准时,控制电路具有第一状态,当HID灯状态电路确定状态信号不满足预定信号标准时,控制电路具有第一状态。 当控制电路处于第一状态时,控制电路输出用于输入到将开关电路配置为第一状态的开关电路的控制信号。 当控制电路处于第二状态时,控制电路输出用于输入到将开关电路配置成第二状态的开关电路的控制信号。
    • 6. 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)。
    • 9. 发明授权
    • Ignitor for high intensity discharge lamps
    • 高强度放电灯点火器
    • US6144171A
    • 2000-11-07
    • US306911
    • 1999-05-07
    • Neal ClementsOscar Deurloo
    • Neal ClementsOscar Deurloo
    • H05B41/18H05B41/04H05B37/00
    • H05B41/042
    • An improved high intensity discharge ("HID") ignition circuit for a ballast uses a gapped transformer with a capacitor placed across the secondary thereof. The ballast includes a DC source, a down converter, a commutator, and the ignition circuit. The output of the commutator is supplied to the secondary winding of the gapped transformer and the lamp, which are connected in series. The lamp is an HID lamp such as, for example, a metal halide lamp, high pressure sodium lamp, high pressure mercury lamp, or a metal vapor lamp. Power is furnished to the lamp over a cable. Ignition of the lamp is handled by the ignition circuit, which in addition to the secondary winding and the capacitor includes an inductor, the primary winding of the gapped transformer, two SIDACs, and the parallel combination of a resistor and a capacitor, all connected in series between the output of the down converter. The design parameters of the gapped transformer are selected so that the gapped transformer does not saturate at full load current. The capacitor across the secondary of the gapped transformer adjusts the resonance frequency of the secondary circuit for shaping the ignition pulse so that the ignition pulse specification of the HID lamp is met throughout the full range of load conditions for which the ballast is intended, including varying load capacitance as affected by length of the cable.
    • 用于镇流器的改进的高强度放电(“HID”)点火电路使用具有放置在其次级侧上的电容器的带隙变压器。 镇流器包括直流电源,降压转换器,换向器和点火电路。 换向器的输出被提供给有间隙的变压器的次级绕组和串联连接的灯。 该灯是HID灯,例如金属卤化物灯,高压钠灯,高压汞灯或金属蒸气灯。 电源通过电缆装到灯上。 灯的点火由点火电路处理,除了次级绕组和电容器包括电感器,间隙变压器的初级绕组,两个SIDAC以及电阻器和电容器的并联组合之外,所有点火电路都连接在 串联在下变频器的输出之间。 选择有间隙变压器的设计参数,使得空隙变压器在满载电流下不饱和。 间隙变压器二次侧的电容器调节用于成形点火脉冲的二次电路的谐振频率,使得HID灯的点火脉冲规格在整个镇流器的整个负载条件范围内得到满足,包括变化 负载电容受电缆长度的影响。