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    • 35. 发明申请
    • Current-Seen Cable
    • 当前电缆
    • US20080277135A1
    • 2008-11-13
    • US12092296
    • 2005-11-10
    • Yongjiang Yin
    • Yongjiang Yin
    • H01B7/00
    • H01B7/366
    • A current-seen cable, includes a main cord as a power cord or a signal cord and a plurality of electroluminescence cords, said a plurality of electroluminescence cords are arrayed abreast and are intertwisted helically in sequence to be a electroluminescence cable which is insulated from the main cord and emit light section by section, in which every electroluminescence cord is controlled by a driver working in synchronization with the main cord to emit light in sequence. Said current-seen cable is driven to emit light by a plurality of output drivers controlled by the program-operated chip. When the main cord is live, the drivers work synchronously, then each electroluminescence cord emits and dies light periodically under the control of program-operated chip of the driver, and as each electroluminescent cord is intertwisted helically and people can only see one side of the cable visually, said whole cable is shown as a kind of lighting phenomenon in which a lighting section (or a lighting dot) of said cable goes after another section (or another dot) next to it. The visual direction for going after light is same as the direction of the current flowing in the main cord, so it can indicate the direction of power input and output.
    • 目前看到的电缆包括作为电源线的主线或信号线和多个电致发光线,所述多个电致发光线并排排列,并且顺序地并入螺旋线,以成为与 主线和逐段发光,其中每个电致发光线由与主电缆同步工作的驱动器依次发光控制。 驱动所述电流的电缆通过由编程芯片控制的多个输出驱动器发光。 当主线处于使用状态时,驱动器同步工作,每个电致发光线在驾驶员的程序操作芯片的控制下周期性地发射和死模,并且当每个电致发光线被螺旋缠绕时,人们只能看到 所述整个电缆被视为一种照明现象,其中所述电缆的照明部分(或照明点)在其旁边的另一部分(或另一个点)之后。 后续光线的视觉方向与主电流中流过的电流方向相同,因此可以指示电源输入和输出的方向。
    • 36. 发明申请
    • Fiber optic cable with integral radio frequency identification system
    • 具有集成射频识别系统的光纤电缆
    • US20080204235A1
    • 2008-08-28
    • US11709384
    • 2007-02-22
    • Thomas C. Cook
    • Thomas C. Cook
    • H04B1/59
    • H01Q1/38H01B7/366H01Q1/2225
    • A communication cable, such as an optical fiber cable, can comprise radio frequency identification (“RFID”) elements that facilitate locating and identifying the cable. The RFID elements can provide information about the cable from a remote location, for example when the cable is spooled in a warehouse, buried underground, suspended overhead, or installed in a cable tray. The RFID elements can be attached at defined locations along a plastic tape within the cable. Each RFID element can comprise an antenna that extends lengthwise along the tape and/or circuit traces or other components that are imprinted on the tape. Each RFID element can have a unique code or address, thereby providing a record of manufacturing parameters that are specific to that cable. Also, the unique code can be specific to an incremental length of cable. Accordingly, the RFID elements can yield information about each fiber segment of the cable.
    • 诸如光纤电缆的通信电缆可以包括便于定位和识别电缆的射频识别(“RFID”)元件。 RFID元件可以从远程位置提供关于电缆的信息,例如当电缆被卷绕在仓库中,埋在地下,悬挂在顶部或者安装在电缆桥架中时。 RFID元件可以沿着电缆内的塑料带的限定位置附接。 每个RFID元件可以包括沿着带和/或电路迹线或打印在带上的其它部件纵向延伸的天线。 每个RFID元件可以具有唯一的代码或地址,从而提供特定于该电缆的制造参数的记录。 此外,唯一的代码可以是特定于电缆的增量长度。 因此,RFID元件可以产生关于电缆的每个光纤段的信息。