会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Quasi synchronous transmission in cellular networks
    • 蜂窝网络中的准同步传输
    • US08081597B2
    • 2011-12-20
    • US12770312
    • 2010-04-29
    • Alan Edward JonesWilliam John Jones
    • Alan Edward JonesWilliam John Jones
    • H04W4/00
    • H04B7/269H04H20/18H04H20/67
    • Aspects of the invention include a root node of a wireless communication infrastructure that buffers data packets for transmission by base stations over an air interface. The root node determines a time delay for transmission of a data packet from the root node to each base station, a maximum time delay of those time delays, and a timing latency based upon the maximum time delay. The root node transmits the timing latency to the base stations. In response, each base station initiates transmission of data packets received by the root node after expiration of the timing latency. Alternatively, the root node, instead of the base stations, may buffer the data packets, and transmit them so that they arrive at the base stations at substantially the same time.
    • 本发明的方面包括缓冲用于基站通过空中接口传输的数据分组的无线通信基础设施的根节点。 根节点确定用于从根节点向每个基站传输数据分组的时间延迟,那些时间延迟的最大时间延迟以及基于最大时延的定时等待时间。 根节点向基站发送定时等待时间。 作为响应,每个基站在定时等待时间到期之后发起由根节点接收的数据分组的传输。 或者,根节点(而不是基站)可以缓冲数据分组,并且发送它们使得它们在基本相同的时间到达基站。
    • 3. 发明申请
    • Quasi Synchronous Transmission in Cellular Networks
    • 蜂窝网络中的准同步传输
    • US20100215014A1
    • 2010-08-26
    • US12770312
    • 2010-04-29
    • Alan Edward JonesWilliam John Jones
    • Alan Edward JonesWilliam John Jones
    • H04W72/04
    • H04B7/269H04H20/18H04H20/67
    • Aspects of the invention include a root node of a wireless communication infrastructure that buffers data packets for transmission by base stations over an air interface. The root node determines a time delay for transmission of a data packet from the root node to each base station, a maximum time delay of those time delays, and a timing latency based upon the maximum time delay. The root node transmits the timing latency to the base stations. In response, each base station initiates transmission of data packets received by the root node after expiration of the timing latency. Alternatively, the root node, instead of the base stations, may buffer the data packets, and transmit them so that they arrive at the base stations at substantially the same time.
    • 本发明的方面包括缓冲用于基站通过空中接口传输的数据分组的无线通信基础设施的根节点。 根节点确定用于从根节点向每个基站传输数据分组的时间延迟,那些时间延迟的最大时间延迟以及基于最大时延的定时等待时间。 根节点向基站发送定时等待时间。 作为响应,每个基站在定时等待时间到期之后发起由根节点接收的数据分组的传输。 或者,根节点(而不是基站)可以缓冲数据分组,并且发送它们使得它们在基本相同的时间到达基站。
    • 4. 发明授权
    • Quasi synchronous transmission in cellular networks
    • 蜂窝网络中的准同步传输
    • US07711008B2
    • 2010-05-04
    • US11338062
    • 2006-01-23
    • Alan Edward JonesWilliam John Jones
    • Alan Edward JonesWilliam John Jones
    • H04J3/06
    • H04B7/269H04H20/18H04H20/67
    • Aspects of the invention include a root node of a wireless communication infrastructure that buffers data packets for transmission by base stations over an air interface. The root node determines a time delay for transmission of a data packet from the root node to each base station, a maximum time delay of those time delays, and a timing latency based upon the maximum time delay. The root node transmits the timing latency to the base stations. In response, each base station initiates transmission of data packets received by the root node after expiration of the timing latency. Alternatively, the root node, instead of the base stations, may buffer the data packets, and transmit them so that they arrive at the base stations at substantially the same time.
    • 本发明的方面包括缓冲用于基站通过空中接口传输的数据分组的无线通信基础设施的根节点。 根节点确定用于从根节点向每个基站传输数据分组的时间延迟,那些时间延迟的最大时间延迟以及基于最大时延的定时等待时间。 根节点向基站发送定时等待时间。 作为响应,每个基站在定时等待时间到期之后发起由根节点接收的数据分组的传输。 或者,根节点(而不是基站)可以缓冲数据分组,并且发送它们使得它们在基本相同的时间到达基站。
    • 6. 发明授权
    • Cellular wireless internet access system using spread spectrum and internet protocol
    • 蜂窝无线互联网接入系统使用扩频和互联网协议
    • US06865169B1
    • 2005-03-08
    • US09432824
    • 1999-11-02
    • Roger Phillip QuayleWilliam John JonesAlan Edward Jones
    • Roger Phillip QuayleWilliam John JonesAlan Edward Jones
    • H04L29/06H04W84/04H04B7/216H04L12/28H04M1/00H04Q7/20H04Q7/24
    • H04L63/083H04L63/0853H04L67/14H04L69/329H04W8/265H04W12/06H04W84/042Y10S370/908Y10S370/913
    • A cellular wireless internet access system which operates in the 2.5 to 2.68 GHz band and which must comply with complex government regulations on power levels, subscriber equipment and interference levels yet which provides high data rates to users and cell sizes of 1½ miles radius or more from base stations with subscriber equipment and antennas mounted indoors. Such base stations are mounted low and use spread-spectrum transmission to comply with interference rules with respect to adjacent license areas. An unidirectional tear-drop coverage pattern is used at multiple cells to further reduce interference when required. Time division duplex is used to allow the system to operate on any single channel of varying bandwidth within the 2.5 to 2.68 GHz band. Backhaul transmission from base stations to the Internet is provided using base station radio equipment, operating either on a different frequency in the band or on the same frequency using a time-division peer-to-peer technique. Different effective data-rates are provided by a prioritization tiering technique.
    • 一种在2.5至2.68 GHz频段内工作的蜂窝无线互联网接入系统,必须符合政府有关功率级别,用户设备和干扰级别的复杂政策规定,为用户提供高数据速率,并提供半径为半英里或更大的单元格尺寸 基站具有用户设备和天线安装在室内。 这样的基站被安装得很低,并且使用扩频传输来遵守相邻许可区域的干扰规则。 在多个单元处使用单向泪滴覆盖图案以在需要时进一步减少干扰。 时分双工用于允许系统在2.5至2.68 GHz频带内的变化带宽的任何单个信道上工作。 使用基站无线电设备提供从基站到因特网的回程传输,其使用时分对等技术在频带中或在相同频率上以不同的频率进行操作。 通过优先级分层技术提供不同的有效数据速率。
    • 8. 发明授权
    • Mechanical and gate for interlocking electric power switches and distribution system incorporating same
    • 用于互锁电力开关的机械和门和并入其的配电系统
    • US06388214B1
    • 2002-05-14
    • US09705548
    • 2000-11-03
    • William John JonesRaymond Clyde Doran
    • William John JonesRaymond Clyde Doran
    • H01H920
    • H01H9/262H01H2009/267Y10T307/615
    • A mechanical AND gate has a pivot plate with an elongated slot engaged by an output coupling formed by a pair of pins radially offset from the end of an output shaft. A pair of input couplings secured to the pivot plate at points laterally offset on opposite sides of the elongated slot couple first and second elongated actuators to the pivot plate. Movement of only one of the elongated actuators to an ON position causes the pivot plate to translate relative to the output coupling, but not to rotate. However, when the second actuator is moved to an ON position in a direction parallel but opposite to the movement of the first actuator, the pivot plate rotates to rotate the output coupling, and therefore, the output shaft. This mechanical AND gate has particular application to interlocking three electric power switches such as circuit breakers so that any two, but not all three, circuit breakers may be on at one time.
    • 机械与门具有枢转板,该枢轴板具有与由输出轴的端部径向偏移的一对销形成的输出联接器啮合的细长槽。 一对输入联轴器在细长槽的相对侧上横向偏移的点处固定到枢转板,将第一和第二细长致动器联接到枢转板。 只有一个细长致动器的运动到ON位置导致枢转板相对于输出联轴器平移但不旋转。 然而,当第二致动器在与第一致动器的运动平行但相反的方向上移动到ON位置时,枢转板旋转以旋转输出联轴器,因此旋转输出轴。 这种机械AND门特别适用于联锁三个电力开关,例如断路器,以便任何两个但不是全部三个断路器可能同时接通。