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    • 1. 发明授权
    • Light emitting module device, light emitting module used in the device, and lighting apparatus provided with the device
    • 发光模块装置,装置中使用的发光模块以及设置有该装置的照明装置
    • US08564215B2
    • 2013-10-22
    • US13379128
    • 2010-09-09
    • Masanao OkawaHirofumi KonishiShohei YamamotoKentaro Yamauchi
    • Masanao OkawaHirofumi KonishiShohei YamamotoKentaro Yamauchi
    • H05B37/02
    • H05B37/0263H05B33/0803H05B33/0824H05B33/0845H05B33/086
    • A light emitting module device includes: a power line through which power is supplied to light emitting modules; and a signal generation circuit which generates a control signal. The power line is shared by a plurality of the light emitting modules, and has switches and switches which turn on or off current conduction to the light emitting modules, through open/close operations. The signal generation circuit individually controls the switches and the switches. The open/close operations include a light-emission period in which the light emitting module emits light; and an extinction period in which the light emitting module is extinguished, and if there is a control signal to be transmitted to the light emitting module, the control signal is superimposed onto supply power. Since a control signal is superimposed onto supply power to each light emitting module, the light emitting modules can be individually controlled. In addition, since the power line can be used also as a communication line, and the power line can be shared by a plurality of the light emitting modules, the number of lines can be decreased.
    • 发光模块装置包括:向发光模块供电的电力线; 以及产生控制信号的信号发生电路。 电力线由多个发光模块共享,并且具有通过打开/关闭操作来接通或断开通向发光模块的电流的开关和开关。 信号发生电路分别控制开关和开关。 开/关操作包括发光模块发光的发光周期; 以及消光期间,其中发光模块熄灭,并且如果存在要发送到发光模块的控制信号,则将控制信号叠加到电源上。 由于控制信号叠加到每个发光模块的电源上,所以可以单独地控制发光模块。 此外,由于电力线也可以用作通信线路,并且电力线可以由多个发光模块共享,所以线路数量可以减少。
    • 2. 发明申请
    • LIGHT EMITTING MODULE DEVICE, LIGHT EMITTING MODULE USED IN THE DEVICE, AND LIGHTING APPARATUS PROVIDED WITH THE DEVICE
    • 发光模块装置,装置中使用的发光模块和设备提供的照明装置
    • US20120098451A1
    • 2012-04-26
    • US13379128
    • 2010-09-09
    • Masanao OkawaHirofumi KonishiShohei YamamotoKentaro Yamauchi
    • Masanao OkawaHirofumi KonishiShohei YamamotoKentaro Yamauchi
    • H05B37/02
    • H05B37/0263H05B33/0803H05B33/0824H05B33/0845H05B33/086
    • A light emitting module device includes: a power line through which power is supplied to light emitting modules; and a signal generation circuit which generates a control signal. The power line is shared by a plurality of the light emitting modules, and has switches and switches which turn on or off current conduction to the light emitting modules, through open/close operations. The signal generation circuit individually controls the switches and the switches. The open/close operations include a light-emission period in which the light emitting module emits light; and an extinction period in which the light emitting module is extinguished, and if there is a control signal to be transmitted to the light emitting module, the control signal is superimposed onto supply power. Since a control signal is superimposed onto supply power to each light emitting module, the light emitting modules can be individually controlled. In addition, since the power line can be used also as a communication line, and the power line can be shared by a plurality of the light emitting modules, the number of lines can be decreased.
    • 发光模块装置包括:向发光模块供电的电力线; 以及产生控制信号的信号发生电路。 电力线由多个发光模块共享,并且具有通过打开/关闭操作来接通或断开通向发光模块的电流的开关和开关。 信号发生电路分别控制开关和开关。 开/关操作包括发光模块发光的发光周期; 以及消光期间,其中发光模块熄灭,并且如果存在要发送到发光模块的控制信号,则将控制信号叠加到电源上。 由于控制信号叠加到每个发光模块的电源上,所以可以单独地控制发光模块。 此外,由于电力线也可以用作通信线路,并且电力线可以由多个发光模块共享,所以线路数量可以减少。
    • 6. 发明申请
    • MULTI-LAYERED DEVICE
    • 多层设备
    • US20100079232A1
    • 2010-04-01
    • US12524451
    • 2008-01-28
    • Masanao OkawaHirofumi Konishi
    • Masanao OkawaHirofumi Konishi
    • H01F5/00
    • H01F17/0006H01F27/2804H01F2027/2819H01F2027/2861
    • A multilayered device comprises an insulation sheet 1 having at least two foldable areas 11, 12 which are multilayered by being folded; and a first conductor 21A, 22A which is formed on a first face 11A, 12A and constitutes a first coil 51A, 52A having one turn or more, and a second conductor 21B, 22B which is formed on a second face 11B, 12B and constitutes a second coil 51B, 52B having one turn or more in the same winding direction as that of the first coil in each of the foldable areas, at least four conductors are disposed in parallel with each other by folding the insulation sheet so as to constitute an inductor, and thus, it enables to thin the thickness of the multilayer, to downsize and to lightweight even when it constitutes a coil device having a larger winding number.
    • 多层装置包括绝缘片1,其具有通过折叠多层的至少两个可折叠区域11,12; 以及第一导体21A,22A,其形成在第一面11A,12A上并构成具有一匝以上的第一线圈51A,52A和形成在第二面11B,12B上的第二导体21B,22B,构成 在每个可折叠区域中具有与第一线圈相同卷绕方向一圈或更多圈的第二线圈51B,52B,至少四个导体通过折叠绝缘片而彼此平行地设置,以构成 电感器,因此,即使构成具有较大绕组数量的线圈装置,也能够使多层膜的厚度变薄,从而小型化和轻量化。
    • 10. 发明授权
    • Organic electroluminescent light emitting device for restoring normal operation after low-voltage errors
    • 有机电致发光器件,用于在低电压误差之后恢复正常工作
    • US08138679B2
    • 2012-03-20
    • US12412344
    • 2009-03-26
    • Hirofumi KonishiShin UkegawaMinoru MaeharaMasanao OkawaHirofumi Takaki
    • Hirofumi KonishiShin UkegawaMinoru MaeharaMasanao OkawaHirofumi Takaki
    • H05B37/02G09G3/32
    • H05B33/0896H01L2251/568
    • Provision of a light emitting device having functionality for restoring to normal even if a low-voltage error occurs, by temporarily applying a reverse current to a low-voltage error light emitting element using a direction inverting circuit, and repairing portions in which impedance has fallen by applying the current.An illuminating device of a light emitting device using a lamp (light emitting element) is provided with a control power source circuit for generating a control voltage, a step-down chopper circuit for converting a direct-current voltage into power needed for the lamps comprising organic electroluminescent elements as light emitting elements, a lamp current detecting circuit for detecting a current flowing to the lamps, a direction inverting circuit including a plurality of lamps and capable of inverting the direction of the connection of the plurality of lamps, a control circuit for generating a control signal for supplying desired power to the lamps, and the lamp current command circuit for controlling the current flowing to the lamps.
    • 通过使用方向反转电路将反向电流临时施加到低电压误差发光元件,并且修复阻抗已经下降的部分,提供具有恢复正常的功能的发光器件,即使发生低电压误差 通过应用电流。 使用灯(发光元件)的发光装置的照明装置设置有用于产生控制电压的控制电源电路,用于将直流电压转换成灯所需的功率的降压斩波电路,包括 作为发光元件的有机电致发光元件,用于检测流向灯的电流的灯电流检测电路,包括多个灯并能够反转多个灯的连接方向的方向反转电路,用于 产生用于向灯提供期望功率的控制信号,以及用于控制流向灯的电流的灯电流指令电路。