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    • 11. 发明申请
    • SIGNAL DETECTION IN FADING ENVIRONMENTS
    • 衰落环境中的信号检测
    • US20110070857A1
    • 2011-03-24
    • US12884360
    • 2010-09-17
    • John NielsenGerard LachapelleAli Broumandan
    • John NielsenGerard LachapelleAli Broumandan
    • H04B1/10
    • H04L25/0204H04B7/084H04L25/03012
    • Systems and methods related to the detection of incoming wireless signals. An antenna array is synthesized by having a single antenna, coupled to a receiver, spatially translated along an arbitrary trajectory. As the antenna is being spatially translated, a data processing means samples the incoming signal based on a clock signal provided by a system clock. By sampling the incoming signal at different times at different spatial locations on the arbitrary trajectory, the system acts as a synthetic antenna array. The different samplings of the incoming signal at different times and positions provide signal diversity gain as well as different readings which can be used to detect an incoming signal. The invention is applicable to detecting a wireless communications signal or a GNSS signal under various conditions. The system may include at least one sensor which can provide data for use in calculating data related to the arbitrary trajectory.
    • 与传入无线信号的检测相关的系统和方法。 通过具有耦合到接收器的单个天线,沿着任意轨迹在空间上转换来合成天线阵列。 当天线被空间转换时,数据处理装置根据由系统时钟提供的时钟信号对输入信号进行采样。 通过在任意轨迹上的不同空间位置的不同时间采样输入信号,该系统充当合成天线阵列。 在不同时间和位置的输入信号的不同采样提供信号分集增益以及可用于检测输入信号的不同读数。 本发明适用于在各种条件下检测无线通信信号或GNSS信号。 该系统可以包括至少一个传感器,其可以提供用于计算与任意轨迹有关的数据的数据。
    • 14. 发明授权
    • Methods for manufacturing endodontic instruments
    • 制造牙髓器械的方法
    • US07665212B2
    • 2010-02-23
    • US11063354
    • 2005-02-23
    • Paul LewisJohn Nielsen
    • Paul LewisJohn Nielsen
    • A61C5/10
    • C23F1/04A61C5/42B21C3/04B21F7/00B21H3/02B21H3/06B21J9/06B23H9/00Y10T29/49567Y10T29/49568Y10T409/300504Y10T409/307168
    • Endodontic instruments having a desired cutting edge are formed, at least in part, using a cold forming process. The method of forming the endodontic instrument includes providing a blank metal thread or wire and at least one die that has a negative impression of a cutting edge. The die is pressed against the blank with sufficient force in order for the die to form an at least partially formed cutting edge in the blank. Any desired shape can be formed into the blank by selecting a die with the proper corresponding negative impression. Cold forming techniques suitable for forming endodontic instruments include roll forming, flat rolling, radial forming, cold drawing, and similar techniques. The files can be sharpened or otherwise modified before or after cold-forming using techniques such as cutting, grinding, and chemical milling.
    • 至少部分地使用冷成型工艺形成具有所需切削刃的牙髓器具。 形成牙根管器械的方法包括提供空白金属线或线以及至少一个模具,其具有切削刃的消极印象。 模具以足够的力压在坯件上,以便模具在坯件中形成至少部分形成的切割边缘。 可以通过选择具有适当的相应负面印象的模具,将任何期望的形状形成为坯料。 适合于形成牙髓治疗仪器的冷成形技术包括辊压成型,平轧,径向成形,冷拔和类似技术。 使用诸如切割,研磨和化学研磨之类的技术,在冷成形之前或之后,可以对这些文件进行锐化或修改。
    • 20. 发明授权
    • Signal detection in fading environments
    • 衰落环境中的信号检测
    • US08494569B2
    • 2013-07-23
    • US12884360
    • 2010-09-17
    • John NielsenGerard LachapelleAli Broumandan
    • John NielsenGerard LachapelleAli Broumandan
    • H04B15/00
    • H04L25/0204H04B7/084H04L25/03012
    • Systems and methods related to the detection of incoming wireless signals. An antenna array is synthesized by having a single antenna, coupled to a receiver, spatially translated along an arbitrary trajectory. As the antenna is being spatially translated, a data processing means samples the incoming signal based on a clock signal provided by a system clock. By sampling the incoming signal at different times at different spatial locations on the arbitrary trajectory, the system acts as a synthetic antenna array. The different samplings of the incoming signal at different times and positions provide signal diversity gain as well as different readings which can be used to detect an incoming signal. The invention is applicable to detecting a wireless communications signal or a GNSS signal under various conditions. The system may include at least one sensor which can provide data for use in calculating data related to the arbitrary trajectory.
    • 与传入无线信号的检测相关的系统和方法。 通过具有耦合到接收器的单个天线,沿着任意轨迹在空间上转换来合成天线阵列。 当天线被空间转换时,数据处理装置根据由系统时钟提供的时钟信号对输入信号进行采样。 通过在任意轨迹上的不同空间位置的不同时间采样输入信号,该系统充当合成天线阵列。 在不同时间和位置的输入信号的不同采样提供信号分集增益以及可用于检测输入信号的不同读数。 本发明适用于在各种条件下检测无线通信信号或GNSS信号。 该系统可以包括至少一个传感器,其可以提供用于计算与任意轨迹有关的数据的数据。