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    Street light testing kit
    2.
    发明授权
    Street light testing kit 失效
    路灯测试套件

    公开(公告)号：US5557207A

    公开(公告)日：1996-09-17

    申请号：US376864

    申请日：1995-01-23

    Applicant: George Duve

    Inventor： George Duve

    IPC: G01R31/24 ,  G01R31/44

    CPC classification number: G01R31/24 ,  G01R31/44

    Abstract: A testing kit for luminaire lamps includes a shorting cap that is to be substituted for a photoelectric sensing device to test its operability, and a luminaire lamp testing instrument that is to be used while the shorting cap is in place for testing the operation of the starter and the ballast associated with the luminaire. The shorting cap includes a plurality of equidistantly distributed indicating lights to enable the user to see one of them from any angle, a built-in circuit breaker that trips when there is a short circuit downstream from the photoelectric sensing device, and a pair of jacks for connecting a voltmeter thereto. The luminaire lamp testing instrument has an evaluation circuitry that determines whether or not the starter or the ballast function properly and causes either one of two lights, depending on the design wattage of the luminaire lamp, to issue visually distinguishable signals indicative of proper operation of the starter and the ballast, respectively.

    Abstract translation: 用于照明灯的测试套件包括用于替代光电感测装置以测试其可操作性的短路盖，以及在短路盖到位以用于测试起动器的操作的情况下使用的照明灯测试仪器 以及与灯具相关的镇流器。 短路盖包括多个等距分布的指示灯，以使用户能够从任何角度看到它们中的一个，当在光电感测装置的下游存在短路时跳闸的内置断路器，以及一对插座 用于连接电压表。 灯具灯测试仪器具有评估电路，其确定启动器或镇流器是否正常工作，并且根据照明灯的设计功率导致两个灯中的任一个发出指示正确操作的视觉上可区分的信号 起动器和镇流器。

    LIGHTING TESTER
    6.
    发明申请
    LIGHTING TESTER 有权
    照明测试仪

    公开(公告)号：US20120007602A1

    公开(公告)日：2012-01-12

    申请号：US13179276

    申请日：2011-07-08

    Applicant: Jonathan P. Morrow ,  Evans H. Nguyen ,  Hu Zenghong ,  Lin Jianqin

    Inventor： Jonathan P. Morrow ,  Evans H. Nguyen ,  Hu Zenghong ,  Lin Jianqin

    IPC: G01R31/44

    CPC classification number: G01R31/24 ,  G01R31/44 ,  H05B37/03 ,  H05B41/2851

    Abstract: A combination lighting tester tool. The combination lighting tester tool includes at least three independent testing tools for identifying and diagnosing a problem in a lighting system. For example, the tester includes a lamp testing function in which a high voltage test signal is generated and transmitted using an antenna. When the test signal is in proximity to a gas filled lamp, the voltage is of sufficient magnitude to ionize the gas inside the lamp, causing the lamp to illuminate. The tester also includes a ballast testing function in which the power lines or wires connecting a ballast to a lamp or lighting fixture are tested, and a filament tester for testing the filaments in a lamp for continuity or resistance. The tester also includes a worklight for illuminating an area under test and one or more display devices (e.g., LEDs, an LCD display, or the like) which provide an indication of, for example, a test being performed or a result of a test.

    Abstract translation: 组合照明测试仪工具。 组合照明测试仪工具包括至少三个用于识别和诊断照明系统中的问题的独立测试工具。 例如，测试器包括灯测试功能，其中使用天线产生和发送高电压测试信号。 当测试信号接近充满气体的灯时，电压足够大以使灯内的气体电离，导致灯点亮。 测试仪还包括镇流器测试功能，其中测试将镇流器连接到灯或照明器材的电源线或电线，以及用于测试灯中的灯丝以进行连续性或电阻的灯丝测试器。 测试器还包括用于照亮被测区域的工作灯和提供例如正在执行的测试或测试结果的指示的一个或多个显示设备（例如，LED，LCD显示器等） 。

    Discharge Lamp Lighting Device, and Lighting Equipment and Lighting System Using the Device
    7.
    发明申请
    Discharge Lamp Lighting Device, and Lighting Equipment and Lighting System Using the Device 有权
    放电灯照明装置，照明设备及照明系统

    公开(公告)号：US20080030143A1

    公开(公告)日：2008-02-07

    申请号：US11577891

    申请日：2005-09-16

    Applicant: Takeshi Goriki ,  Koji Noro ,  Noriyuki Fukumori ,  Kenichi Fukuda

    Inventor： Takeshi Goriki ,  Koji Noro ,  Noriyuki Fukumori ,  Kenichi Fukuda

    IPC: H05B37/02 ,  G01R31/00

    CPC classification number: H05B41/2923 ,  G01R31/028 ,  G01R31/24 ,  H02M7/48 ,  H05B41/2886 ,  H05B41/2926 ,  Y02B20/202 ,  Y02B20/208

    Abstract: A level shift IC (3b) of a power supply/shutoff section (3) is operable, when a shutoff signal (Sa) is input from a timer circuit (8) for a time T during an ON state of a discharge lamp (7), to turn off a MOSFET (3a) so as to shut off power supply to a smoothing capacitor (4). When a detection signal (Sb) of a capacitor voltage is lowered to a value less than a reference voltage Vr1 during input of the shutoff signal (Sa), an output of a comparator (10) is changed from an H level to an L level in an inverted manner. In conjunction with this change, respective outputs of an auxiliary control circuit (12) and a NOT element (12a, 12b) are changed from an L level to an H level in an inverted manner. As a result, a current flows from the NOT element (12a) to an LED (13b) through a resistor (13a) to turn on the LED (13b). Thus, a life end of the smoothing capacitor 4 is annunciated, and a main control circuit (6) is operable to suppress an output of an inverter main circuit (5).

    Abstract translation: 当在放电灯的导通状态期间从定时器电路（8）输入一截止信号（Sa）一段时间T时，可操作电源/截止部分（3）的电平移位IC（3b） 7），关断MOSFET（3a），以便切断对平滑电容器（4）的电源。 当在关断信号（Sa）的输入期间电容器电压的检测信号（Sb）降低到小于参考电压Vr 1的值时，比较器（10）的输出从H电平变为L 水平反转。 结合该变化，辅助控制电路（12）和NOT元件（12a，12b）的各个输出以反相方式从L电平变为H电平。 结果，电流通过电阻器（13a）从NOT元件（12a）流向LED（13b），以接通LED（13b）。 因此，平滑电容器4的寿命结束，并且主控制电路（6）可操作以抑制逆变器主电路（5）的输出。

    Simulated load circuit for simulating the arc impedance of an electrodless discharge lamp
    8.
    发明授权
    Simulated load circuit for simulating the arc impedance of an electrodless discharge lamp 失效
    模拟负载电路，用于模拟无电极放电灯的电弧阻抗

    公开(公告)号：US5479102A

    公开(公告)日：1995-12-26

    申请号：US229990

    申请日：1994-04-19

    Applicant: Sayed-Amr A. El-Hamamsy ,  Michael M. Secen ,  Mark E. Duffy ,  Gerald E. Duffy

    Inventor： Sayed-Amr A. El-Hamamsy ,  Michael M. Secen ,  Mark E. Duffy ,  Gerald E. Duffy

    IPC: H05B41/24 ,  G01R31/24

    CPC classification number: G01R31/24

    Abstract: A simulated load circuit for measuring the impedance of the arc discharge of an electrodeless discharge lamp of the type having an arc tube and an excitation coil for exciting the arc discharge in an ionizable fill contained therein includes: a secondary coil spaced apart from the excitation coil by a distance which is varied in order to vary the coupling coefficient between the secondary coil and the excitation coil; a fixed load resistance coupled to the secondary coil; and a variable matching network coupled in series or parallel with the load resistance, the impedance of the matching network being varied in order to vary the ratio of reactance to resistance of the load circuit. The distance between the secondary coil and the excitation coil is varied, and the impedance of the matching network is varied, until the input impedance of the load circuit is substantially equivalent to the operating impedance of the lamp. The simulated load circuit is useful for designing and testing ballast circuits for electrodeless discharge lamps and for providing measurements of arc discharge power and excitation coil efficiency.

    Abstract translation: 一种用于测量具有用于激发其中包含的可电离填充物中的电弧放电的电弧管和激励线圈的类型的无电极放电灯的电弧放电阻抗的模拟负载电路包括：与励磁线圈间隔开的次级线圈 通过改变以改变次级线圈和励磁线圈之间的耦合系数的距离; 耦合到次级线圈的固定负载电阻; 以及与负载电阻串联或并联耦合的可变匹配网络，匹配网络的阻抗是变化的，以便改变负载电路的电抗与电阻的比率。 次级线圈和励磁线圈之间的距离是变化的，并且匹配网络的阻抗是变化的，直到负载电路的输入阻抗基本上等于灯的工作阻抗。 模拟负载电路可用于设计和测试无电极放电灯的镇流器电路，并提供电弧放电功率和励磁线圈效率的测量。

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