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    • 93. 发明申请
    • High-speed data compared latch with auto-adjustment of offset
    • 高速数据比较锁存器与自动调整偏移量
    • US20100315149A1
    • 2010-12-16
    • US12797608
    • 2010-06-10
    • Guosheng WuBin Li
    • Guosheng WuBin Li
    • H03L5/00
    • H03K3/356139
    • A high-speed data compared latch with auto-adjustment of offset, includes input pair transistors P, input pair transistors N, a compared latch module, an input control module, an output control module and a offset logic control module, the offset logic control module creates two control signals that regulate the number of input pair transistors P and input pair transistors N respectively according to reset signal RESET and the latched output of the compared latch module, and achieve self correcting of offset through regulating the number of the input pair transistors P and the input pair transistors N. The present invention is a feedback mechanism, automatically trimming the number of differential input pair to achieve the trimming differential pair operating point and the threshold voltage, eliminate the process variation, and latch on more precise control match the differential input pair transistors of the high-speed data compared latch in receiver accurately.
    • 具有自动调整偏移量的高速数据比较锁存器,包括输入对晶体管P,输入对晶体管N,比较锁存模块,输入控制模块,输出控制模块和偏移逻辑控制模块,偏移逻辑控制 模块根据复位信号RESET和被锁存的比较锁存模块的输出产生分别调节输入对晶体管P和输入对晶体管N的数量的两个控制信号,并通过调节输入对晶体管的数量来实现偏移的自校正 P和输入对晶体管N.本发明是一种反馈机制,自动修整差分输入对的数量,以实现微调差分对工作点和阈值电压,消除过程变化,并锁定更精确的控制匹配 差分输入对晶体管的高速数据比较锁存在接收机中的准确。
    • 94. 发明申请
    • AC Plasma Ejection Gun, the Method for Supplying Power to it and Pulverized Coal Burner
    • 交流等离子体喷枪,为其提供动力的方法和粉煤燃烧器
    • US20100300335A1
    • 2010-12-02
    • US12824953
    • 2010-06-28
    • Hujun ZHAOBin LIDi JIANGGuangrong CHENZhaojun ZHANGDezhe NAN
    • Hujun ZHAOBin LIDi JIANGGuangrong CHENZhaojun ZHANGDezhe NAN
    • F23D1/00H01J17/26
    • H05H1/42F23C99/001F23C2900/99005F23D1/00H05H1/36H05H2001/3431
    • An AC plasma ejection gun, the method for supplying power to the gun and a pulverized coal burner are provided. The ejection gun comprising: a power supply device, having a live wear and a null wear; an electric front electrode, inside of which a front chamber is set, a nozzle connected with said front chamber is set at the outlet of the front electrode, an air inlet pipe connected with said front chamber is set at the inlet of the front electrode, and the front electrode is connected with said null wire; an electric rear electrode, connected with the inlet of said front electrode by an insulated ring, there is a gap between the electric rear electrode and said front electrode, said rear electrode is connected with the live wire, a spinning air inlet ring is set at the outside of the gap between said front electrode and said rear electrode, compressed air from the air inlet pipe passes the spinning air inlet ring and enters into the front chamber; wherein, the arc between said front electrode and said rear electrode discharges, ionizing the compressed air into plasma in the gap between said front electrode and said rear electrode, and the plasma is ejected out of the nozzle from the front chamber. The ejection gun in present invention can work with small current and large power, so that the life of the plasma ejection gun is prolonged.
    • 提供AC等离子体喷射枪,向枪供电的方法和粉煤燃烧器。 该喷射枪包括:电源装置,具有活磨和无磨损; 在前电极的出口处设置电气前电极,其内部设置有前室,与前室连接的喷嘴设置在前电极的出口处,与前室连接的进气管设置在前电极的入口处, 并且前电极与所述零线连接; 电气后电极,通过绝缘环与所述前电极的入口连接,所述电后电极与所述前电极之间存在间隙,所述后电极与所述电线连接,旋转空气入口环设置在 所述前电极和所述后电极之间的间隙的外侧,来自所述进气管的压缩空气通过所述纺丝空气入口环并进入所述前室; 其中,所述前电极和所述后电极之间的电弧放电,在所述前电极和所述后电极之间的间隙中将所述压缩空气电离成等离子体,并且所述等离子体从所述前室喷出所述喷嘴。 本发明的喷射枪能够以小电流和大功率工作,从而延长了等离子体喷枪的使用寿命。
    • 96. 发明申请
    • INSTANT MESSENGER AND METHOD FOR DISPATCHING TASK WITH INSTANT MESSENGER
    • 即时通讯员和具有即时通讯员分配任务的方法
    • US20100269114A1
    • 2010-10-21
    • US12827857
    • 2010-06-30
    • Xungeng LIXiaocong LiuBin Li
    • Xungeng LIXiaocong LiuBin Li
    • G06F9/46
    • G06Q10/107G06F9/4843H04L41/00
    • Embodiments of the present invention provide an Instant Messenger (IM) and a method for dispatching tasks by the IM. The method includes: presetting task information in a start-up program configuration table, and dispatching, by the IM, tasks in batches according to the task information in the start-up program configuration table. Preferably, the task information includes the execution delay information and priority information of the tasks. The IM includes a logging-on flow management module and a task dispatching management module. The logging-on flow management module is adapted to store the start-up program configuration table, which is configured with the task information. The task dispatching management module is adapted to dispatch the tasks in batches according to the task information in the start-up program configuration table. With embodiments of the invention, the start-up delay of the IM may be reduced.
    • 本发明的实施例提供了即时消息(IM)和通过IM调度任务的方法。 该方法包括:在启动程序配置表中预置任务信息,并根据启动程序配置表中的任务信息批量分派IM分配任务。 优选地,任务信息包括执行延迟信息和任务的优先级信息。 IM包括登录流管理模块和任务调度管理模块。 登录流管理模块适于存储配置有任务信息的启动程序配置表。 任务调度管理模块适于根据启动程序配置表中的任务信息批量分派任务。 利用本发明的实施例,可以减少IM的启动延迟。
    • 97. 发明申请
    • METHOD AND APPARATUS FOR DETECTING SIGNALS OF MULTI-INPUT MULTI-OUTPUT SYSTEM
    • 用于检测多输入多输出系统信号的方法和装置
    • US20100239043A1
    • 2010-09-23
    • US12793890
    • 2010-06-04
    • Bin LIYi LUOJinho CHOINguyen HUAN
    • Bin LIYi LUOJinho CHOINguyen HUAN
    • H04B7/02
    • H04B7/0413H04L25/03242
    • The embodiments of the present invention disclose a method and an apparatus for detecting signals of a MIMO system, and relate to a MIMO technology. The method includes: performing triangular decomposition on a channel matrix of the MIMO system, and decomposing the MIMO system into multiple MIMO subsystems; detecting the receiving signal vector of the first MIMO subsystem, and obtaining the candidate detection vector list of the first MIMO subsystem; detecting remaining MIMO subsystems consecutively in a SIC mode, and generating candidate detection vector lists of the remaining MIMO subsystems; and combining all the lists, and marking decision or performing calculation to obtain the transmitting signal vector of the MIMO system.
    • 本发明的实施例公开了一种用于检测MIMO系统的信号的方法和装置,并涉及MIMO技术。 该方法包括:对MIMO系统的信道矩阵执行三角分解,并将MIMO系统分解为多个MIMO子系统; 检测第一MIMO子系统的接收信号矢量,获得第一MIMO子系统的候选检测向量表; 以SIC模式连续检测剩余的MIMO子系统,以及生成剩余MIMO子系统的候选检测向量列表; 并组合所有列表,并进行标记决策或执行计算,以获得MIMO系统的发射信号向量。