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    • 4. 发明授权
    • Multi-service adaptable optical network unit
    • 多业务适应光网络​​单元
    • US06362908B1
    • 2002-03-26
    • US09203409
    • 1998-12-02
    • Mahlon Danny KimbroughJohn MatthesBarry Joe Ethridge
    • Mahlon Danny KimbroughJohn MatthesBarry Joe Ethridge
    • H04B1000
    • H04B10/272
    • A multi-service, adaptable optical network unit (ONU) is disclosed for use in a fiber-to-the-curb (FTTC) digital loop carrier system, including a multi-service common card and a plurality of multi-media service cards that are connected to the common card using a card-link interface. The card-link interface is preferably a high-speed LVDS serial-bus connection that is organized in a star configuration such that each service card is connected to the multi-service common card using a separate point-to-point card-link. By eliminating the traditional backplane structure found in present ONU designs, the present invention provides a scalable, adaptable, future-proof FTTC system that can transport present-day multi-media services as well as yet-to-be-defined future high-bandwidth applications.
    • 公开了一种用于光纤到路边(FTTC)数字环路载波系统中的多业务适应性光网络单元(ONU),包括多业务公用卡和多个多媒体业务卡, 使用卡连接接口连接到公共卡。 卡链路接口优选地是以星形配置组织的高速LVDS串行总线连接,使得每个服务卡使用单独的点对点卡链路连接到多业务公用卡。 通过消除现有ONU设计中发现的传统背板结构,本发明提供了一种可扩展的,适应性强,面向未来的FTTC系统,可以传输当今的多媒体业务以及尚未定义的未来高带宽 应用程序。
    • 5. 发明授权
    • Splice tray for use in splicing fiber optic cables and housing therefor
    • 用于拼接光纤电缆和外壳的接头托盘
    • US06427045B1
    • 2002-07-30
    • US09520587
    • 2000-03-08
    • John MatthesGeorgeanne M. RadloffMark HendrixRam RamachandranGeorge Bu-Abbud
    • John MatthesGeorgeanne M. RadloffMark HendrixRam RamachandranGeorge Bu-Abbud
    • G02B600
    • G02B6/4454G02B6/445
    • A splice tray for use in splicing fiber optic cables has an outer periphery and a cable splicing area inwardly of the outer periphery. A main cable guideway for receiving a pair of side-by-side cables to be spliced extends along a portion of the outer periphery adjacent thereto. The main cable guideway splits into first and second continuation guideways, the first of which curves inwardly from the outer periphery to intersection with the splicing area from one direction. The second continuation guideway continues along another portion of the outer periphery to intersection with the splicing area from another direction. The two fiber optic cables that extend along the main guideway are separated to extend through the first and second continuation guideways to the splicing area for being joined together in a splice. A cable looping device is provided in the splicing area for receiving cable loops to take up slack, and a splice receiving recess is provided in the splice area for holding a splice. A housing for the splice tray includes a vertical case having a door hinged to the bottom portion thereof for swinging movement about a horizontal hinge axis between a vertical closed position and a horizontal open position. The splice tray is attached to the inside of the door for receiving a pair of cables that extend from the case and across the hinge to the splice tray. An integral inclined guideway extension on the splice tray extends toward the hinge axis along an inclined door bottom wall for receiving the cables.
    • 用于拼接光纤电缆的接合托盘具有外周边和外周边内部的电缆拼接区域。 用于接收待拼接的一对并排电缆的主电缆导轨沿着与其相邻的外周的一部分延伸。 主电缆导轨分为第一和第二连续导轨,第一个连续导轨从外周向内弯曲,从一个方向与拼接区交叉。 第二延续导轨沿着外周的另一部分继续沿着与另一方向的拼接区的交叉。 沿着主导轨延伸的两条光纤电缆被分离以延伸通过第一和第二连续导轨到拼接区域,以便在拼接中连接在一起。 在拼接区域设有电缆环路装置,用于接收电缆环以卷起松弛,并且在拼接区域中提供接头接收凹槽以保持接头。 用于接合托盘的壳体包括垂直壳体,其具有铰接到其底部的门,用于围绕水平铰链轴线在垂直关闭位置和水平打开位置之间摆动。 接合托盘附接到门的内部,用于接收从壳体延伸并且横过铰链延伸到接合托盘的一对电缆。 接合托盘上的一体式倾斜导轨延伸部沿倾斜的门底壁朝铰链轴线延伸以接收电缆。