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    • 31. 发明申请
    • COTDR ARRANGEMENT FOR AN UNDERSEA OPTICAL TRANSMISSION SYSTEM COMPRISING MULTIPLE CABLE STATIONS AND MULTIPLE TRANSMISSION SEGMENTS
    • WO2006127206A3
    • 2006-11-30
    • PCT/US2006/016124
    • 2006-04-27
    • RED SKY SYSTEMS, INC.NEUBELT, Michael, J.
    • NEUBELT, Michael, J.
    • H04B10/00H04B10/08H04B13/02H04B17/00
    • A land-based cable station is provided for interfacing with first and second undersea transmission segments of an undersea optical transmission system. The cable station includes optical transmission terminal equipment for receiving and transmitting optical signals that undergo opto-electric conversion therein. A first interface device is operably coupled to the terminal equipment for bidirectionally communicating optical signals between the terminal equipment and the first undersea transmission segment and for providing signal conditioning to the optical signals received from the terminal equipment so that the optical signals are suitable for transmission through the first undersea transmission segment. A second interface device is operably coupled to the terminal equipment for bidirectionally communicating optical signals between the terminal equipment and the second undersea transmission segment and for providing signal conditioning to the optical signals received from the terminal equipment so that the optical signals are suitable for transmission through the second undersea transmission segment. At least one first bypass optical transmission path is provided for selectively coupling refiectometry probe signals and backscattered and reflected signals located at a prescribed wavelength from the first interface device to the second interface device. At least one second bypass optical transmission path is provided for selectively coupling reflectometry probe signals and backscattered and reflected signals located at a prescribed wavelength from the second interface device to the first interface. The first interface device includes a first loopback path for selectively coupling the backscattered and reflected optical signals from a first optical transmission path located therein that receives the reflectometry probe signals from the second bypass path to a second optical transmission path located therein that couples the reflectometry probe signals to the first bypass path. The second interface device includes a second loopback path for selectively coupling the backscattered and reflected optical signals from a second optical transmission path located therein that receives the reflectometry probe signals from the first bypass path and a first optical transmission path located therein that receives the reflectometry probe signals from the second bypass path.
    • 36. 发明申请
    • UNDERSEA BRANCHING UNIT FOR AN UNDERSEA OPTICAL TRANSMISSION SYSTEM
    • 下属光学传输系统的分支机构
    • WO2005037642A3
    • 2005-07-07
    • PCT/US2004034222
    • 2004-10-15
    • RED SKY SYSTEMS INCNAGEL JONATHAN ATAYLOR NIGEL HUNTEVANGELIDES STEPHEN G JR
    • NAGEL JONATHAN ATAYLOR NIGEL HUNTEVANGELIDES STEPHEN G JR
    • B63G20060101G02B6/28G02B6/34H04J14/02
    • H04J14/0201G02B6/29383H04J14/0206H04J14/0217
    • A branching unit is provided for interconnecting at least three undersea optical transmission cables. The branching unit includes first, second and third ports for receiving first, second and third undersea optical transmission cables, respectively. The first and second cables each include an electrical power conductor and a plurality of first optical fibers. The third cable is electrically unpowered and includes at least one drop optical fiber and at least one add optical fiber. An electrical power conductor segment for electrically coupling the conductor in the first cable received in the first port to the conductor in the second cable received in the second port. A first optical fiber segment optically couples a first of the plurality of first optical fibers in one of the first or second cables to the drop optical fiber of the third cable. A second optical fiber segment optically couples a second of the plurality of first optical fibers in one of the first and second cables to the add optical fiber of the third cable. First and second optical amplifiers are located along the first and second optical fiber segments, respectively so that the first optical amplifier provides optical gain to traffic being dropped on the drop optical fiber of the third cable and the second optical amplifier provides optical gain to traffic being added on the add optical fiber of the third cable. At least one electrically conductive path is provided for supplying electrical energy from at least one of the electrical power conductors to each of the optical amplifiers.
    • 提供分支单元用于互连至少三个海底光传输电缆。 分支单元包括用于分别接收第一,第二和第三海底光传输电缆的第一,第二和第三端口。 第一和第二电缆各自包括电力导体和多个第一光纤。 第三缆线是电无动力的并且包括至少一个分支光纤和至少一个添加光纤。 电源导体段,用于将在第一端口中接收的第一电缆中的导体电耦合到在第二端口中接收的第二电缆中的导体。 第一光纤段将第一或第二电缆之一中的多个第一光纤中的第一光纤光学耦合到第三缆线的分支光纤。 第二光纤段将第一和第二电缆中的一个中的多个第一光纤中的第二光纤光耦合到第三电缆的添加光纤。 第一和第二光放大器分别沿着第一和第二光纤段分别设置,使得第一光学放大器为在第三缆线的分支光纤上落下的业务提供光学增益,而第二光放大器为业务提供光增益 添加在第三根电缆的添加光纤上。 提供至少一个导电路径用于将电能从至少一个电力导体提供给每个光放大器。
    • 38. 发明申请
    • HERMETICALLY SEALED OPTICAL FIBER FERRULE ASSEMBLY SUPPORTING MULTIPLE OPTICAL FIBERS
    • 密封光纤光纤组件支持多个光纤
    • WO2005043206A1
    • 2005-05-12
    • PCT/US2004/037996
    • 2004-10-29
    • RED SKY SYSTEMS, INC.CAMPOREALE, Savino, S.DEVINCENTIS, David, S.
    • CAMPOREALE, Savino, S.DEVINCENTIS, David, S.
    • G02B6/36
    • G02B6/3861G02B6/3885
    • An hermetically sealed, optical fiber assembly is provided. The assembly includes a plurality of optical fibers and a ferrule. The ferrule has a first aperture extending through a first end of the ferrule and a plurality of second apertures extending through a second end of ferrule opposing the first end of the ferrule such that a continuous passage is formed between the first aperture and each of the second apertures. The first aperture, which has a diameter greater than a diameter of the second apertures, is sufficiently large in size to receive the plurality of optical fibers therein. Each of the optical fibers traverses the first aperture and a respective one of the second apertures. An adhesive material secures each of the optical fibers to the first aperture and to the respective one of the second apertures. A solder material bonds each of the optical fibers to an entrance to the respective one of the second apertures.
    • 提供密封的光纤组件。 组件包括多个光纤和套圈。 套圈具有延伸穿过套圈的第一端的第一孔和多个第二孔,其延伸穿过与套圈的第一端相对的套圈的第二端,使得在第一孔和第二孔之间形成连续通道 孔。 具有大于第二孔的直径的第一孔具有足够大的尺寸以在其中容纳多根光纤。 每个光纤穿过第一孔和相应的一个第二孔。 粘合剂材料将每个光纤固定到第一孔和相应的一个第二孔。 焊料将每个光纤连接到相应的一个第二孔的入口。
    • 40. 发明申请
    • INTERCONNECT INCLUDING A REPEATER FOR AN OPTICAL TRANSMISSION CABLE
    • 互连,包括用于光传输电缆的中继器
    • WO2004055553A2
    • 2004-07-01
    • PCT/US2003/039862
    • 2003-12-15
    • RED SKY SYSTEMS, INC.
    • DEVINCENTIS, David, S.YOUNG, Mark, K.
    • G02B
    • G02B6/4448G02B6/4428
    • An optical amplifier module contains at least one optical amplifier. The module includes an internal housing having an outer dimension substantially equal to an outer dimension of an internal fiber splice housing of an undersea optical fiber cable joint. The internal housing includes a pair of opposing end faces each having a retaining element for retaining the internal housing within an outer housing of the undersea optical fiber cable joint. The internal housing also includes a sidewall interconnecting the opposing end faces, which extends between the opposing end faces in a longitudinal direction. The sidewall includes a receptacle portion having a plurality of thru-holes each being sized to receive a passive optical component employed in an optical amplifier.
    • 光放大器模块包含至少一个光放大器。 模块包括具有基本上等于海底光纤电缆接头的内部光纤接头外壳的外部尺寸的外部尺寸的内部壳体。 内部壳体包括一对相对的端面,每个端面具有用于将内部壳体保持在海底光纤电缆接头的外部壳体内的保持元件。 内部壳体还包括将相对端面互相连接的侧壁,其在纵向方向上在相对的端面之间延伸。 侧壁包括具有多个通孔的插座部分,每个通孔的尺寸被设计成接收在光学放大器中使用的无源光学部件。