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    • 3. 发明申请
    • Discharge Lamp Operating Device
    • 放电灯操作装置
    • US20070247082A1
    • 2007-10-25
    • US11629811
    • 2006-02-01
    • Toru AshikagaToyomi YamashitaKazushige Hirata
    • Toru AshikagaToyomi YamashitaKazushige Hirata
    • H05B41/26
    • H05B41/2827
    • A discharge lamp lighter capable of affording appropriate lighting characteristics and removing a dispersion in current of respective discharge lamps is provided. The discharge lamp lighter includes an inverter 2 for converting direct voltage into high frequency voltage, N (N: a positive integer) pieces of discharge lamps 11 to 14 and N+1 pieces of transformers T1 to T5. Between output terminals M1 and M2 of the inverter 2, an nth discharge lamp (n=1, 2, . . . , N), a primary winding of an n+1th transformer and a secondary winding of an nth. transformer are connected to each other in series. Further, a primary winding of a first transformer is connected to a secondary winding of an N+1th. transformer in series.
    • 提供一种能够提供适当的照明特性并去除各放电灯的电流色散的放电灯点灯。 放电灯点火器包括用于将直流电压转换为高频电压的逆变器2,N(N:正整数)个放电灯11至14和N + 1个变压器T 1至T 5。 在逆变器2的输出端子M 1和M 2之间,n + 1 放电灯(n = 1,2,...,N) 变压器和第n级的次级绕组。 变压器串联连接。 此外,第一变压器的初级绕组连接到N + 1的次级绕组。 变压器串联。
    • 5. 发明授权
    • Luminescent lamp lighting device
    • 发光灯照明装置
    • US07888887B2
    • 2011-02-15
    • US11997025
    • 2006-03-30
    • Mizuki UtsunoKazushige HirataToru AshikagaToyotomo Morita
    • Mizuki UtsunoKazushige HirataToru AshikagaToyotomo Morita
    • G05F1/00
    • H05B41/2827
    • A luminescent lamp lighting device includes a plurality of switch circuits 3, 4 each connected to each of luminescent lamps 5, 6 in series under one-to-one correspondence, a plurality of optical coupling circuits 9, 10 each connected to each of the switch circuits under one-to-one correspondence to turn on/off the switch circuits and a plurality of current detecting circuits 7, 8 each connected to each of the luminescent lamps in series under one-to-one correspondence to detect currents flowing the luminescent lamps. The device determines whether the luminescent lamps are turned on or not, based on the currents detected by the current detecting circuits and controls the optical coupling circuits based on the determination result so as to allow all of the luminescent lamps but a luminescent lamp requiring a highest lighting voltage to be turned on in order of low lighting voltage, next allow the lighted luminescent lamps to be turned lighted off, and allow all of the remaining luminescent lamps to be turned on again after turning on the luminescent lamp requiring the highest lighting voltage.
    • 发光灯照明装置包括多个开关电路3,4,每个开关电路3,4分别以一一对应的方式串联连接到发光灯5,6中,多个光耦合电路9,10分别连接到每个开关 电路以一一对应的方式打开/关闭开关电路,以及多个电流检测电路7,8,每个电流检测电路7,8以一一对应的方式串联连接到每个发光灯,以检测流过发光灯的电流 。 该装置基于由电流检测电路检测到的电流来确定发光灯是否导通,并且基于确定结果控制光耦合电路,以便允许所有发光灯,但是需要最高的发光灯 照亮电压按照低照明电压的顺序接通,接着允许点亮的发光灯被点亮,并且在打开需要最高点亮电压的发光灯后,允许所有剩余的发光灯再次打开。
    • 7. 发明授权
    • Discharge lamp lighting device
    • 放电灯照明装置
    • US08022642B2
    • 2011-09-20
    • US12514723
    • 2008-08-08
    • Toru AshikagaKazushige Hirata
    • Toru AshikagaKazushige Hirata
    • G05F1/00H05B37/02H05B39/04H05B41/36
    • H05B41/2858
    • A discharge lamp lighting device is provided to comprise tube current detecting circuits 51 to 5n for outputting detection signals VI1 to VIn of tube currents I1 to In flowing through each discharge lamp 11 to 1n from an inverter 3 connected to DC power source 2 via a plurality of transformers 41 to 4n, a maximum detector 6 for detecting a maximum value VIMX of detected signals VI1 to VIn from current detector 51 to 5n, a minimum detector 7 for detecting a minimum value VIMN of detected signals VI1 to VIn from current detector 51 to 5n, a comparison circuit 8 for computing one or plural values of sum, difference, product and quotient between maximum value VIMX from maximum detector 6 and minimum value VIMN from minimum detector 7 to generate a cease signal VCP when the computed value exceeds a given value, and a control circuit 9 for halting operation of inverter 3 when comparison circuit 8 generates cease signal VCP. The device can reliably detect arc discharge resulted from electric connection failure in discharge lamp or lamps by the computed values from comparison circuit 8 to positively protect discharge lamps from overheating by arc discharge at a bad connection location.
    • 一种放电灯点亮装置,包括管电流检测电路51至5n,用于输出从通过多个连接到直流电源2的反相器3流过每个放电灯11至1n的管电流I1至In的检测信号VI1至VIn 变压器41至4n的最大检测器6,用于从电流检测器51至5n检测检测信号VI1至VIn的最大值VIMX的最大检测器6,用于从电流检测器51检测检测信号VI1至VIn的最小值VIMN的最小检测器7, 5n是用于计算来自最大检测器6的最大值VIMX与最小检测器7的最小值VIMN之间的和,差,积和商的一个或多个值的比较电路8,当计算值超过给定值时产生停止信号VCP 以及控制电路9,用于当比较电路8产生停止信号VCP时停止反相器3的动作。 该装置可以通过来自比较电路8的计算值可靠地检测放电灯或灯的电连接故障导致的电弧放电,以通过在不良连接位置处的电弧放电来积极地保护放电灯不会过热。
    • 8. 发明申请
    • LUMINESCENT LAMP LIGHTING DEVICE
    • 发光灯照明装置
    • US20100171433A1
    • 2010-07-08
    • US11997025
    • 2006-03-30
    • Mizuki UtsunoKazushige HirataToru AshikagaToyotomo Morita
    • Mizuki UtsunoKazushige HirataToru AshikagaToyotomo Morita
    • H05B41/36
    • H05B41/2827
    • A luminescent lamp lighting device includes a plurality of switch circuits 3, 4 each connected to each of luminescent lamps 5, 6 in series under one-to-one correspondence, a plurality of optical coupling circuits 9, 10 each connected to each of the switch circuits under one-to-one correspondence to turn on/off the switch circuits and a plurality of current detecting circuits 7, 8 each connected to each of the luminescent lamps in series under one-to-one correspondence to detect currents flowing the luminescent lamps. The device determines whether the luminescent lamps are turned on or not, based on the currents detected by the current detecting circuits and controls the optical coupling circuits based on the determination result so as to allow all of the luminescent lamps but a luminescent lamp requiring a highest lighting voltage to be turned on in order of low lighting voltage, next allow the lighted luminescent lamps to be turned lighted off, and allow all of the remaining luminescent lamps to be turned on again after turning on the luminescent lamp requiring the highest lighting voltage.
    • 发光灯照明装置包括多个开关电路3,4,每个开关电路3,4分别以一一对应的方式串联连接到发光灯5,6中,多个光耦合电路9,10分别连接到每个开关 电路以一一对应的方式打开/关闭开关电路,以及多个电流检测电路7,8,每个电流检测电路7,8以一一对应的方式串联连接到每个发光灯,以检测流过发光灯的电流 。 该装置基于由电流检测电路检测到的电流来确定发光灯是否导通,并且基于确定结果控制光耦合电路,以便允许所有发光灯,但是需要最高的发光灯 照亮电压按照低照明电压的顺序接通,接着允许点亮的发光灯被点亮,并且在打开需要最高点亮电压的发光灯后,允许所有剩余的发光灯再次打开。
    • 9. 发明申请
    • DISCHARGE LAMP LIGHTING DEVICE
    • 放电灯照明装置
    • US20100164385A1
    • 2010-07-01
    • US12514723
    • 2008-08-08
    • Toru AshikagaKazushige Hirata
    • Toru AshikagaKazushige Hirata
    • H05B41/26
    • H05B41/2858
    • A discharge lamp lighting device is provided to comprise tube current detecting circuits 51 to 5n for outputting detection signals VI1 to VIn of tube currents I1 to In flowing through each discharge lamp 11 to 1n from an inverter 3 connected to DC power source 2 via a plurality of transformers 41 to 4n, a maximum detector 6 for detecting a maximum value VIMX of detected signals VI1 to VIn from current detector 51 to 5n, a minimum detector 7 for detecting a minimum value VIMN of detected signals VI1 to VIn from current detector 51 to 5n, a comparison circuit 8 for computing one or plural values of sum, difference, product and quotient between maximum value VIMX from maximum detector 6 and minimum value VIMN from minimum detector 7 to generate a cease signal VCP when the computed value exceeds a given value, and a control circuit 9 for halting operation of inverter 3 when comparison circuit 8 generates cease signal VCP. The device can reliably detect arc discharge resulted from electric connection failure in discharge lamp or lamps by the computed values from comparison circuit 8 to positively protect discharge lamps from overheating by arc discharge at a bad connection location.
    • 一种放电灯点亮装置,包括管电流检测电路51至5n,用于输出从通过多个连接到直流电源2的反相器3流过每个放电灯11至1n的管电流I1至In的检测信号VI1至VIn 变压器41至4n的最大检测器6,用于从电流检测器51至5n检测检测信号VI1至VIn的最大值VIMX的最大检测器6,用于从电流检测器51检测检测信号VI1至VIn的最小值VIMN的最小检测器7, 5n是用于计算来自最大检测器6的最大值VIMX与最小检测器7的最小值VIMN之间的和,差,积和商的一个或多个值的比较电路8,当计算值超过给定值时产生停止信号VCP 以及控制电路9,用于当比较电路8产生停止信号VCP时停止反相器3的动作。 该装置可以通过来自比较电路8的计算值可靠地检测放电灯或灯的电连接故障导致的电弧放电,以通过在不良连接位置处的电弧放电来积极地保护放电灯不会过热。
    • 10. 发明申请
    • DISCHARGE LAMP LIGHTER
    • 放电灯照明
    • US20090045757A1
    • 2009-02-19
    • US12192440
    • 2008-08-15
    • Kengo KimuraKazushige HirataJaehee ChoToshihiro Nakano
    • Kengo KimuraKazushige HirataJaehee ChoToshihiro Nakano
    • H05B41/36
    • H05B41/2858H05B41/2828
    • A discharge lamp lighter has an abnormality detecting circuit 7 for detecting an abnormality in an electrical load. The abnormality detecting circuit 7 includes a reference voltage part Ra1, Rb1, Ra2, Rb2 for generating a first reference voltage Vb1 and a second reference voltage Vb2, a detection voltage part Rc1, Rd1, Rc2, Rd2 for generating a first detection voltage Vc1 and a second detection voltage Vc2, a first determining part CP1 for determining the presence of abnormality in the electrical load when the second detection voltage Vc2 is outside a predetermined range with the first reference voltage Vb1 and a second determining part CP2 for determining the presence of abnormality in the electrical load when the first detection voltage Vc1 is outside the predetermined range with the second reference voltage Vb2.
    • 放电灯点火器具有用于检测电负载异常的异常检测电路7。 异常检测电路7包括用于产生第一参考电压Vb1和第二参考电压Vb2的参考电压部分Ra1,Rb1,Ra2,Rb2,用于产生第一检测电压Vc1的检测电压部分Rc1,Rd1,Rc2,Rd2和 第二检测电压Vc2,当第二检测电压Vc2超过第一参考电压Vb1的预定范围时,用于确定电负载中异常的存在的第一确定部分CP1和用于确定异常存在的第二确定部分CP2 当第一检测电压Vc1在第二参考电压Vb2之外的预定范围内时,在电负载中。