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    • 1. 发明授权
    • Optical connector
    • 光连接器
    • US07334944B1
    • 2008-02-26
    • US11491845
    • 2006-07-24
    • Brian L. UhlhornGregory M. DrexlerGregory J. WhaleyRyan L. Nelson
    • Brian L. UhlhornGregory M. DrexlerGregory J. WhaleyRyan L. Nelson
    • G02B6/38
    • G02B6/3882G02B6/32
    • In one example embodiment, an optical connector arrangement includes a coupler with a first part and a second part each having a first end to receive an optical fiber core and a second end that releasably couples the first part and the second part. An insert block having a connector face and an assembly face is included in each of the first part and the second part. The connector face has a lens assembly to optically couple the optical fiber core of the first part and the second part, and the assembly face has an axial passageway that terminates in the assembly face and aligns with the first end to receive an end portion of the optical fiber core.
    • 在一个示例性实施例中,光学连接器装置包括具有第一部分和第二部分的耦合器,每个第一部分具有用于接收光纤芯的第一端和可释放地耦接第一部分和第二部分的第二端。 具有连接器面和组装面的插入块包括在第一部分和第二部分中的每一个中。 连接器面具有用于将第一部分和第二部分的光纤芯光学耦合的透镜组件,并且组装面具有一个轴向通道,该轴向通道终止于组装面并与第一端对准以接收第二部分的端部 光纤芯。
    • 5. 发明授权
    • Fiber optic network adjustment
    • 光纤网络调整
    • US07962036B1
    • 2011-06-14
    • US11978392
    • 2007-10-29
    • Brian L. UhlhornRick C. Stevens
    • Brian L. UhlhornRick C. Stevens
    • H04B10/20H04J14/00
    • H04B10/272H04B10/27H04J14/0221H04J14/0282
    • A number of fiber optic networks, nodes, and methods are disclosed. One fiber optic network embodiment includes a network module including a star coupler for receiving a signal from a number of nodes and outputting a combined signal, including the received signals, to the number of nodes, and the number of nodes optically connected to the network module, the number of nodes including a transmit module including a first adjustable optical amplifier and a number of optical emitters, a receive module including a second adjustable optical amplifier and a number of receivers, and a controller coupled to the transmit and receive modules for adjusting the first and second optical amplifiers in response to the combined signal.
    • 公开了许多光纤网络,节点和方法。 一个光纤网络实施例包括网络模块,该网络模块包括星形耦合器,用于从多个节点接收信号,并将包括所接收的信号的组合信号输出到节点的数量,以及光学地连接到网络模块的节点的数量 包括包括第一可调光放大器和多个光发射器的发射模块的节点的数量,包括第二可调光放大器和多个接收器的接收模块,以及耦合到发射和接收模块的控制器,用于调整 第一和第二光放大器响应于组合信号。
    • 6. 发明授权
    • Optical transport system and device
    • 光传输系统和设备
    • US07653305B1
    • 2010-01-26
    • US11257620
    • 2005-10-25
    • Brian L. Uhlhorn
    • Brian L. Uhlhorn
    • H04B10/24H04J14/00
    • H04J14/0227H04J14/028H04J14/0282H04J14/0283H04J14/0297
    • The present disclosure is directed to an optical transport system and device that conserves power, provides for efficient transport of photonic signals and is capable to accommodate a number of different nodes. The system and device are implemented with the major components at the nodes to provide easy maintenance. In a first aspect, the disclosure is directed to an optical transport system that provides for low power and efficient transport of photonic signals. The optical transport system can be implemented with a plurality of similar or identical network interface units that correspond with each node of the system. Also disclosed is an optical transport system architecture having an example architecture that includes a primary system and a secondary system, which is redundant to the primary system and is adapted to be operational when the primary system is inactive, or an example architecture that includes just a primary system.
    • 本公开涉及一种光传送系统和设备,其保存功率,提供光子信号的有效传输并且能够容纳多个不同的节点。 系统和设备通过节点上的主要组件实现,从而提供易于维护。 在第一方面,本公开涉及提供光功率信号的低功率和有效传输的光传输系统。 光传输系统可以用与系统的每个节点对应的多个相似或相同的网络接口单元来实现。 还公开了具有示例架构的光传输系统架构,其包括主系统和次系统,该主系统和次系统对于主系统是冗余的,并且适于在主系统不活动时可操作,或者包括仅仅一个 主要系统。
    • 8. 发明申请
    • PHYSICAL LAYER PHOTONIC PROTOCOL SWITCH
    • 物理层光电协议开关
    • US20120110184A1
    • 2012-05-03
    • US12915505
    • 2010-10-29
    • Brian L. UhlhornHoward J. Schantz
    • Brian L. UhlhornHoward J. Schantz
    • G06F15/16H04L29/06
    • H04Q11/0005H04L41/0803H04L41/0893H04L41/12H04Q2011/0009H04Q2011/0015H04Q2011/0016H04Q2011/0039
    • A physical layer photonic protocol switch (PLPPS) that is protocol independent and switches at the optical signal level. Computing subsystem resources are linked to the PLPPS and are grouped into one or more logical system topologies. If needed, additional computing subsystem resources can be allocated to the logical system topology, during runtime. The PLPPS provides the ability to dynamically allocate computing subsystem resources to specific computing enclaves. The PLPPS manages the configuration of and controls access to the computing subsystem resources. Computing resources can then be assigned to specific logical system topologies and additional computing subsystem resources are able to be shared, added or removed, from other logical system topologies, as needs fluctuate. This physical layer switch architecture creates a dynamic computing infrastructure allowing for the sharing of a single computing subsystem resource amongst two or more logical system topologies.
    • 一种物理层光子协议交换(PLPPS),它是协议独立的,并在光信号级切换。 计算子系统资源链接到PLPPS,并分为一个或多个逻辑系统拓扑。 如果需要,可以在运行时间内将额外的计算子系统资源分配给逻辑系统拓扑。 PLPPS提供了将计算子系统资源动态分配给特定计算机飞地的能力。 PLPPS管理对计算子系统资源的配置和控制访问。 然后,随着需求波动,计算资源可以被分配给特定的逻辑系统拓扑,并且额外的计算子系统资源能够被从其它逻辑系统拓扑共享,添加或移除。 该物理层交换机架构创建动态计算基础设施,允许在两个或多个逻辑系统拓扑之间共享单个计算子系统资源。