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    • 1. 发明授权
    • Tubular LED light source
    • 管状LED光源
    • US08405314B2
    • 2013-03-26
    • US12304422
    • 2007-06-01
    • Allan Krogh Jensen
    • Allan Krogh Jensen
    • H01J7/44H01J1/02
    • F21V23/0442F21K9/278F21V23/002F21V29/507F21V29/77F21Y2103/10F21Y2105/00F21Y2115/10F21Y2115/15Y02B20/36
    • A tubular LED light source, based on a tube manufactured in a heat conducting material (1). The LED's (2) are mounted on a part of the outer surface of the tube. Thereby they conduct their heat to the tube, which transfers the heat to the surroundings by cooling fins (6) located on the other part of the outer surface of the tube. Inside the tube the control electronic (7) is placed. It is electrically connected with the LED's on the outer surface of the tube, and with connectors (10) in each end of the tube. The connectors makes it possible to install the light source in existing fluorescent tube fittings, as a direct replacement for fluorescent tubes. There is vacuum (20) inside the tube, so that no damaging condensed water is generated in cold environments. The control electronics can turn on/off and adjust the light level from LED's, and adjust the color components (RGB) of the light. Hereby different color temperatures can be generated. The light source has sensors for detection of movements in the surroundings, and for measuring the spectrum of the light, in the surroundings. The control electronics can communicate with other light sources or a central control unit, by the existing power cable. Further it can be log informations about the operation of the light source too, for further analysis. Instead of ordinary LED's, organic LED's (OLED) can be used.
    • 管状LED光源,其基于在导热材料(1)中制造的管。 LED(2)安装在管的外表面的一部分上。 因此,它们将热量传导到管,该管通过位于管的外表面的另一部分上的散热片(6)将热传递到周围。 在管内部放置控制电子(7)。 它与管的外表面上的LED电连接,并且在管的每一端具有连接器(10)。 连接器可以将光源安装在现有的荧光管配件中,作为荧光管的直接替代品。 管内有真空(20),使得在寒冷的环境中不会产生有害的冷凝水。 控制电子设备可以打开/关闭并调整LED的亮度,并调整光线的颜色分量(RGB)。 由此可以产生不同的色温。 光源具有用于检测周围运动的传感器,并用于测量周围光线的光谱。 控制电子设备可以通过现有的电源线与其他光源或中央控制单元进行通信。 此外,还可以记录关于光源的操作的信息,以进一步分析。 可以使用有机LED(OLED)代替普通的LED。
    • 2. 发明申请
    • TUBULAR LED LIGHT SOURCE
    • 管状LED光源
    • US20090200950A1
    • 2009-08-13
    • US12304422
    • 2007-06-01
    • Allan Krogh Jensen
    • Allan Krogh Jensen
    • H01J7/24F21V21/00
    • F21V23/0442F21K9/278F21V23/002F21V29/507F21V29/77F21Y2103/10F21Y2105/00F21Y2115/10F21Y2115/15Y02B20/36
    • A tubular LED light source, based on a tube manufactured in a heat conducting material (1). The LED's (2) are mounted on a part of the outer surface of the tube. Thereby they conduct their heat to the tube, which transfers the heat to the surroundings by cooling fins (6) located on the other part of the outer surface of the tube. Inside the tube the control electronic (7) is placed. It is electrically connected with the LED's on the outer surface of the tube, and with connectors (10) in each end of the tube. The connectors makes it possible to install the light source in existing fluorescent tube fittings, as a direct replacement for fluorescent tubes. There is vacuum (20) inside the tube, so that no damaging condensed water is generated in cold environments. The control electronics can turn on/off and adjust the light level from LED's, and adjust the color components (RGB) of the light. Hereby different color temperatures can be generated. The light source has sensors for detection of movements in the surroundings, and for measuring the spectrum of the light, in the surroundings. The control electronics can communicate with other light sources or a central control unit, by the existing power cable. Further it can be log informations about the operation of the light source too, for further analysis. Instead of ordinary LED's, organic LED's (OLED) can be used.
    • 管状LED光源,其基于在导热材料(1)中制造的管。 LED(2)安装在管的外表面的一部分上。 因此,它们将热量传导到管,该管通过位于管的外表面的另一部分上的散热片(6)将热传递到周围。 在管内部放置控制电子(7)。 它与管的外表面上的LED电连接,并且在管的每一端具有连接器(10)。 连接器可以将光源安装在现有的荧光管配件中,作为荧光管的直接替代品。 管内有真空(20),使得在寒冷的环境中不会产生有害的冷凝水。 控制电子设备可以打开/关闭并调整LED的亮度,并调整光线的颜色分量(RGB)。 由此可以产生不同的色温。 光源具有用于检测周围运动的传感器,并用于测量周围光线的光谱。 控制电子设备可以通过现有的电源线与其他光源或中央控制单元进行通信。 此外,还可以记录关于光源的操作的信息,以进一步分析。 可以使用有机LED(OLED)代替普通的LED。