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    • 11. 发明申请
    • Collimated optical system
    • 准直光学系统
    • US20070279769A1
    • 2007-12-06
    • US11888590
    • 2007-08-01
    • Michael FloydSteven Brillhart
    • Michael FloydSteven Brillhart
    • G02B7/06G02B7/02
    • G02B23/12G02B23/18G02B27/62
    • An optical system provides a lens cell having a generally cylindrical lens cell body and an optical lens system therein. The lens cell body has a lens cell central longitudinal axis and a lens cell optical axis, eccentrically offset from the lens cell central longitudinal axis. A sleeve has a generally cylindrical sleeve body, an outer surface with a first longitudinal axis, and an inner surface with a second longitudinal axis, eccentrically offset from the first longitudinal axis. The lens cell is inserted into the sleeve. A housing has a generally cylindrical body into which the sleeve is at least partially inserted. The lens cell and the sleeve are rotated relative to each other and to the housing such that the lens cell optical axis is aligned in a desired location. After the lens cell optical axis is aligned in the desired location, the lens cell is fixedly connected to the sleeve and the sleeve is connected to the housing to prevent rotation of the sleeve relative to the housing.
    • 光学系统提供具有大致圆柱形的透镜单元体和其中的光学透镜系统的透镜单元。 透镜单元体具有透镜单元中心纵轴和透镜单元光轴,偏心地偏离透镜单元中心纵轴。 套筒具有大致圆柱形的套筒主体,具有第一纵向轴线的外表面和具有与第一纵向轴线偏心偏移的第二纵向轴线的内表面。 透镜单元插入套筒中。 壳体具有大致圆柱形的主体,套筒至少部分地插入其中。 透镜单元和套筒相对于彼此和壳体旋转,使得透镜单元光轴在期望位置对准。 在透镜单元光轴在所需位置对准之后,透镜单元固定地连接到套筒,并且套筒连接到壳体以防止套筒相对于壳体旋转。
    • 16. 发明申请
    • Method and apparatus for automatic recovery from a failed node concurrent maintenance operation
    • 从失败的节点并发维护操作中自动恢复的方法和装置
    • US20060187818A1
    • 2006-08-24
    • US11054288
    • 2005-02-09
    • James FieldsMichael FloydBenjiman GoodmanPaul LecocqPraveen Reddy
    • James FieldsMichael FloydBenjiman GoodmanPaul LecocqPraveen Reddy
    • H04J1/16
    • G06F11/0793G06F11/0724
    • A method, apparatus, and computer instructions are provided by the present invention to automatically recover from a failed node concurrent maintenance operation. A control logic is provided to send a first test command to processors of a new node. If the first test command is successful, a second test command is sent to all processors or to the remaining nodes if nodes are removed. If the second command is successful, system operation is resumed with the newly configured topology with either nodes added or removed. If the response is incorrect or a timeout has occurred, the control logic restores values to the current mode register and sends a third test command to check for an error. A fatal system attention is sent to a service processor or system software if an error is encountered. If no error, system operation is resumed with previously configured topology.
    • 本发明提供了一种方法,装置和计算机指令,以便从故障节点并发维护操作中自动恢复。 提供控制逻辑以将第一测试命令发送到新节点的处理器。 如果第一个测试命令成功,则将第二个测试命令发送到所有处理器或其他节点,如果节点被删除。 如果第二个命令成功,则使用添加或删除节点的新配置的拓扑恢复系统操作。 如果响应不正确或发生超时,控制逻辑将恢复到当前模式寄存器的值,并发送第三个测试命令来检查错误。 如果遇到错误,致命的系统注意事项将发送到服务处理器或系统软件。 如果没有错误,则使用先前配置的拓扑恢复系统操作。
    • 17. 发明申请
    • Method, apparatus, and computer program product for synchronizing triggering of multiple hardware trace facilities using an existing system bus
    • 用于使用现有系统总线同步触发多个硬件跟踪设施的方法,装置和计算机程序产品
    • US20060184835A1
    • 2006-08-17
    • US11055870
    • 2005-02-11
    • Ra'ed Al-OmariMichael FloydPaul Lecocq
    • Ra'ed Al-OmariMichael FloydPaul Lecocq
    • G06F11/00
    • G06F11/2268G06F11/348
    • A method, apparatus, and computer program product are disclosed in a data processing system for synchronizing the triggering of multiple hardware trace facilities using an existing bus. The multiple hardware trace facilities include a first hardware trace facility and a second hardware trace facility. The data processing system includes a first processor that includes the first hardware trace facility and first processing units that are coupled together utilizing the system bus, and a second processor that includes the second hardware trace facility and second processing units that are coupled together utilizing the system bus. Information is transmitted among the first and second processing units utilizing the system bus when the processors are in a normal, non-tracing mode, where the information is formatted according to a standard system bus protocol. Trigger events are transmitted to the hardware trace facilities utilizing the same standard system bus, where the trigger events are also formatted according to the standard system bus protocol.
    • 在用于使用现有总线触发多个硬件跟踪设备的数据处理系统中公开了一种方法,装置和计算机程序产品。 多个硬件跟踪设备包括第一个硬件跟踪设备和第二个硬件跟踪设备。 数据处理系统包括第一处理器,其包括第一硬件跟踪设备和利用系统总线耦合在一起的第一处理单元,以及包括第二硬件跟踪设备的第二处理器和利用系统耦合在一起的第二处理单元 总线。 当处理器处于正常的非跟踪模式时,利用系统总线在第一和第二处理单元之间传送信息,其中信息根据标准系统总线协议被格式化。 触发事件使用相同的标准系统总线传输到硬件跟踪设备,触发事件也根据标准系统总线协议进行格式化。
    • 20. 发明申请
    • Hierarchical routing in ad-hoc networks
    • 自组织网络中的分层路由
    • US20060176863A1
    • 2006-08-10
    • US10568496
    • 2004-08-13
    • David RobinsonJane TatesonMichael Floyd
    • David RobinsonJane TatesonMichael Floyd
    • H04Q7/24
    • H04W88/04H04L45/04H04L45/124H04L45/44H04W40/02H04W40/10H04W84/18Y02D70/22Y02D70/30Y02D70/326
    • A number of data collection devices (10, 20, 30, 40, 50, 60, 70, 80) are free to move relative to each other through their environment, collecting data from their environment. They form an ad hoc wireless network (19, 29, 39, 49, etc) in which data collected by a device (20) (either by its own sensors (23), or relayed from another device (10)) is transmitted to a destination (90) either directly or by means of one or more other devices (30). The destination (90) collects data collected by the mobile terminals (10, 20, 30 etc) for subsequent processing. The wireless links (19, 29, 39 etc) between them have to re-arranged in order to provide the optimum network. Each device (20, 30) defines a scalar status value determined by factors including remaining battery life and amount of data in the buffer. The devices exchange information about their status values. Each device will only forward payload data to other devices having lower status values than its own.
    • 许多数据收集装置(10,20,30,40,50,60,70,80)可通过其环境自由地相对移动,从其环境收集数据。 它们形成一个自组织无线网络(19,29,39,49等),其中由设备(20)收集的数据(通过其自己的传感器(23)或从另一个设备(10)中继))传输到 直接地或通过一个或多个其他设备(30)的目的地(90)。 目的地(90)收集由移动终端(10,20,30等)收集的数据用于后续处理。 它们之间的无线链路(19,29,39等)必须重新排列以提供最佳网络。 每个设备(20,30)定义由包括剩余电池寿命和缓冲器中的数据量的因素确定的标量状态值。 设备交换有关其状态值的信息。 每个设备将仅将有效载荷数据转发到具有比其自身的状态值低的其他设备。