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    • 3. 发明授权
    • Discharge lamp lighting device and lighting apparatus
    • 放电灯照明装置和照明装置
    • US06949885B2
    • 2005-09-27
    • US10791907
    • 2004-03-04
    • Katsunobu HamamotoKatsumi SatoToshiya Kanja
    • Katsunobu HamamotoKatsumi SatoToshiya Kanja
    • H05B41/24H05B41/282H05B41/298H05B41/392H05B41/14
    • H05B41/2985
    • A discharge lamp lighting device includes a discharge lamp that is lighted through an L-C resonance induced by an oscillation output of an inverter circuit. An on-off operation of switching elements of the inverter circuit is controlled by a control IC which includes a timer circuit for determining a timing of conversion between operation status signals, an inverter control circuit for outputting a driving signal to the switching elements, an output control circuit for controlling generation of the driving signal and an operation status output circuit for outputting a status signal corresponding at least to a lighting status. Further, the discharge lamp lighting device includes an operation setting circuit for inputting a status signal from the operation status output circuit and outputting a control signal to the output control circuit.
    • 放电灯点亮装置包括通过由逆变器电路的振荡输出引起的L-C共振点亮的放电灯。 逆变器电路的开关元件的开 - 关操作由控制IC控制,该控制IC包括用于确定操作状态信号之间的转换时序的定时器电路,用于向开关元件输出驱动信号的反相器控制电路, 用于控制驱动信号的产生的控制电路和用于输出至少对应于照明状态的状态信号的操作状态输出电路。 此外,放电灯点亮装置包括用于输入来自操作状态输出电路的状态信号并将输出控制信号输出到输出控制电路的操作设定电路。
    • 4. 发明授权
    • Discharge lamp ballast device and lighting appliance
    • 放电灯镇流器和照明器具
    • US07436123B2
    • 2008-10-14
    • US11792073
    • 2005-11-29
    • Katsunobu HamamotoKazuhiro NishimotoMasahiro YamanakaToshiya Kanja
    • Katsunobu HamamotoKazuhiro NishimotoMasahiro YamanakaToshiya Kanja
    • H05B37/02
    • H05B41/295H05B41/2981H05B41/2985
    • An inverter controller dives an inverter to operate at a switching frequency selectively from one of a preheating frequency (f1), a starting frequency (f2), and a lighting frequency (f3) which are different from each other, thereby giving a preheating mode, a starting mode, and a lighting mode. A reset means is provided to make the starting mode upon lowering of a voltage supplied to the inverter below a first threshold, while an inverter stop means is provided to stop the inverter upon detection of abnormality of a discharge lamp. A timer generates a signal determining the start of the preheating, starting, and/or lighting modes, and generates a reset signal disable signal for disabling the reset means, an inverter stop disable signal for disabling the inverter stop means. The inverter controller includes a frequency sweep means for varying the switching frequency gradually from the starting frequency to the lighting frequency. The timer disables the reset means only during a period starting from the selection of the preheating frequency and ending when the switching frequency varies to the lighting frequency, and disable the inverter stop means only during a period starting from the selection of the preheating frequency and ending when the switching frequency begins to vary from the starting frequency to the lighting frequency.
    • 逆变器控制器使逆变器以选择性地从彼此不同的预热频率(f 1),起始频率(f 2)和照明频率(f 3)之一选择性地以开关频率工作,从而给出 预热模式,启动模式和照明模式。 在提供给逆变器的电压降低到低于第一阈值的同时,提供复位装置,同时提供逆变器停止装置以在检测到放电灯的异常时停止逆变器。 定时器产生确定预热,启动和/或点亮模式开始的信号,并产生用于禁止复位装置的复位信号禁止信号,用于禁用逆变器停止装置的反相器停止禁止信号。 逆变器控制器包括用于从开始频率逐渐改变到照明频率的开关频率的频率扫描装置。 定时器仅在从选择预热频率开始的期间内禁用复位装置,并且当开关频率变化到点亮频率时结束,并且仅在从选择预热频率开始的期间内禁用逆变器停止装置,并且结束 当开关频率开始从起始频率变化到照明频率时。
    • 6. 发明申请
    • Discharge Lamp Ballast Device and Lighting Appliance
    • 放电灯镇流器和照明器具
    • US20070296355A1
    • 2007-12-27
    • US11792073
    • 2005-11-29
    • Katsunobu HamamotoKazuhiro NishimotoMasahiro YamanakaToshiya Kanja
    • Katsunobu HamamotoKazuhiro NishimotoMasahiro YamanakaToshiya Kanja
    • H05B41/36H05B37/04H05B41/04H05B41/06
    • H05B41/295H05B41/2981H05B41/2985
    • An inverter controller dives an inverter to operate at a switching frequency selectively from one of a preheating frequency (f1), a starting frequency (f2), and a lighting frequency (f3) which are different from each other, thereby giving a preheating mode, a starting mode, and a lighting mode. A reset means is provided to make the starting mode upon lowering of a voltage supplied to the inverter below a first threshold, while an inverter stop means is provided to stop the inverter upon detection of abnormality of a discharge lamp. A timer generates a signal determining the start of the preheating, starting, and/or lighting modes, and generates a reset signal disable signal for disabling the reset means, an inverter stop disable signal for disabling the inverter stop means. The inverter controller includes a frequency sweep means for varying the switching frequency gradually from the starting frequency to the lighting frequency. The timer disables the reset means only during a period starting from the selection of the preheating frequency and ending when the switching frequency varies to the lighting frequency, and disable the inverter stop means only during a period starting from the selection of the preheating frequency and ending when the switching frequency begins to vary from the starting frequency to the lighting frequency.
    • 逆变器控制器使逆变器以选择性地从彼此不同的预热频率(f 1),起始频率(f 2)和照明频率(f 3)之一选择性地以开关频率工作,从而给出 预热模式,启动模式和照明模式。 在提供给逆变器的电压降低到低于第一阈值的同时,提供复位装置,同时提供逆变器停止装置以在检测到放电灯的异常时停止逆变器。 定时器产生确定预热,启动和/或点亮模式开始的信号,并产生用于禁止复位装置的复位信号禁止信号,用于禁用逆变器停止装置的反相器停止禁止信号。 逆变器控制器包括用于从开始频率逐渐改变到照明频率的开关频率的频率扫描装置。 定时器仅在从选择预热频率开始的期间内禁用复位装置,并且当开关频率变化到点亮频率时结束,并且仅在从选择预热频率开始的期间内禁用逆变器停止装置,并且结束 当开关频率开始从起始频率变化到照明频率时。
    • 7. 发明授权
    • Inverter AC power supply
    • 变频器交流电源
    • US5563777A
    • 1996-10-08
    • US288090
    • 1994-08-10
    • Nobukazu MikiToshiya KanjaKoji NishiuraAkinori Hiramatsu
    • Nobukazu MikiToshiya KanjaKoji NishiuraAkinori Hiramatsu
    • H02M7/06H02M7/48H05B41/24H05B41/28H05B41/282H02M5/45
    • H02M1/425H02M7/53832H05B41/28H05B41/2825Y02B20/185Y02B70/126Y02B70/1441
    • A inverter AC power supply comprises a chopper connected to receive an AC voltage from a low frequency AC voltage source to provide a smoothed DC voltage, and an inverter providing a high frequency AC voltage from the smoothed DC voltage for driving a load. The chopper includes an inductor and a series connected pair of first and second switching elements which alternately turn on and off for periodically interrupting an input AC voltage to store a resulting energy to the inductor which is subsequently released to charge a smoothing capacitor to give a smoothed DC voltage there across. The inverter shares the first and second switching elements with the chopper and comprises a L-C resonant circuit which is connected across one of the first and second switching elements together with the load to provide an oscillating voltage as the high frequency AC voltage to the load. A self-excitation control circuit is included in the inverter to acknowledge a change in the oscillating voltage. The self-excitation control circuit is connected to control terminals of the first and second switching elements in order to alternately turn on and off the first and second switching elements in response to the change in the oscillating voltage.
    • 逆变器交流电源包括连接成从低频交流电压源接收交流电压以提供平滑的直流电压的斩波器,以及用于驱动负载的平滑的直流电压提供高频交流电压的逆变器。 斩波器包括电感器和串联的第一和第二开关元件对,其交替地导通和截止以周期性地中断输入AC电压以将所产生的能量存储到电感器,该电感器随后被释放以对平滑电容器充电以给出平滑的 直流电压在那里。 逆变器与斩波器共享第一和第二开关元件,并且包括L-C谐振电路,其连接到第一和第二开关元件中的一个与负载一起,以向负载提供作为高频AC电压的振荡电压。 逆变器中包含一个自励控制电路,以确认振荡电压的变化。 自励控制电路连接到第一和第二开关元件的控制端子,以便响应于振荡电压的变化交替地接通和断开第一和第二开关元件。