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    • 1. 发明授权
    • System and method for automatic determination of azimuthal and elevation direction of directional antennas and calibration thereof
    • 自动确定定向天线方位角和仰角方向的系统及方法及其校准
    • US06690917B2
    • 2004-02-10
    • US10071928
    • 2002-02-05
    • Samir S. SolimanErnest T. OzakiPeter Gaal
    • Samir S. SolimanErnest T. OzakiPeter Gaal
    • H04B7185
    • G01S3/14G01S3/42H01Q1/1257H01Q1/246H01Q3/08
    • A system and method for automatically directing a communication antenna to point to a desired wireless communication transceiver, is presented herein. The system includes a position location receiver, which receives signals indicating the position location information of the antenna and a position location transmitter and a processing mechanism, which determines calibration information of the antenna. The calibration information is achieved by first establishing a reference vector between the location of the antenna and position location transmitter and establishing a vector reference space and then calculate the necessary elevation and azimuthal components, within the vector reference space, to identify the proper calibration of the antenna. Once the calibration information has been determined, an alignment mechanism automatically orients the antenna. The alignment mechanism then automatically directs the oriented antenna to point to the wireless transceiver, based on the directional location information of the wireless transceiver.
    • 本文给出了一种用于自动指示通信天线以指向所需无线通信收发器的系统和方法。 该系统包括位置定位接收器,其接收指示天线的位置位置信息的信号以及确定天线的校准信息的位置发送器和处理机构。 校准信息通过首先在天线的位置和位置位置发射机之间建立参考矢量并建立矢量参考空间,然后在矢量参考空间内计算必要的仰角和方位角分量来确定正确的校准 天线。 一旦确定了校准信息,对准机构就会自动定位天线。 基于无线收发器的定向位置信息,对准机构然后自动地引导定向天线指向无线收发器。
    • 2. 发明授权
    • Apparatus for wireless device charging using radio frequency (RF) energy and device to be wirelessly charged
    • 用于使用射频(RF)能量和装置进行无线充电的无线设备充电的装置
    • US09236756B2
    • 2016-01-12
    • US13481826
    • 2012-05-26
    • Jatupum JenwatanavetErnest T. OzakiZhen Ning Low
    • Jatupum JenwatanavetErnest T. OzakiZhen Ning Low
    • H02J7/00H02J7/02H02J5/00H02J17/00
    • H02J50/10H02J5/005H02J7/025H02J17/00H02J50/40
    • An apparatus for wireless charging using radio frequency (RF) energy includes a first charger portion having first and second charging areas. The first and second charging areas are located in a common plane, each having at least one coil for wirelessly charging a charge-receiving device placed in proximity thereto. The coils include respective windings, which are wound in opposing directions, each coil being connected in series, each coil configured to charge at least one charge-receiving device. A second charger portion has a third charging area having at least one coil including a winding for wirelessly charging a charge-receiving device placed in proximity to the third charging area, the coil in the third charging area being connected in series with the coils in the first and second charging areas, the third charging area located in a plane that is orthogonal to the plane of the first and second charging areas.
    • 一种使用射频(RF)能量的无线充电装置包括具有第一和第二充电区域的第一充电器部分。 第一和第二充电区域位于公共平面中,每个平面具有至少一个线圈,用于对放置在其附近的充电接收装置进行无线充电。 线圈包括以相反方向缠绕的各个绕组,每个线圈串联连接,每个线圈构造成对至少一个电荷接收装置充电。 第二充电器部分具有第三充电区域,其具有至少一个线圈,该线圈包括用于无线充电放置在第三充电区域附近的电荷接收装置的绕组,第三充电区域中的线圈与线圈中的线圈串联连接 第一和第二充电区域,第三充电区域位于与第一和第二充电区域的平面正交的平面中。
    • 7. 发明申请
    • ANTENNA ARRAY PATTERN DISTORTION MITIGATION
    • 天线阵列失真减缓
    • US20100008453A1
    • 2010-01-14
    • US12567181
    • 2009-09-25
    • Ivan Jesus Fernandez-CorbatonAhmad JalaliErnest T. OzakiHarris Smith SimonSherman A. Gregory
    • Ivan Jesus Fernandez-CorbatonAhmad JalaliErnest T. OzakiHarris Smith SimonSherman A. Gregory
    • H04L27/00H04B7/08
    • H01Q25/00
    • At least one feature provides a way to perform point-to-multipoint transmissions using adaptive or directional antennas while reducing antenna pattern distortion. Generally, rather than transmitting the same waveform to two or more receivers, an information-bearing signal is transformed into different decorrelated waveforms and each decorrelated waveform is transmitted to a different receiver. In one implementation, an information-bearing signal is transformed into two decorrelated signals such that their crosscorrelation, or autocorrelation of the information-bearing signal, is zero or very small. Such decorrelation may be achieved by sending a first signal to a first receiver while sending a second signal, having a radio frequency spectrum that is the spectrally inverted version of the first signal, to a second receiver. In another implementation, a first signal is transmitted to a first receiver and is also transmitted to a second receiver with a time delay.
    • 至少一个特征提供了使用自适应或定向天线执行点对多点传输的方式,同时减少天线模式失真。 通常,不是将相同的波形发送到两个或更多个接收机,而是将信息承载信号变换成不同的去相关波形,并将每个去相关的波形发送到不同的接收机。 在一个实现中,信息承载信号被变换成两个去相关信号,使得其信息载运信号的互相关或自相关为零或非常小。 这种去相关可以通过向第一接收机发送第一信号来实现,同时向第二接收机发送具有作为第一信号的频谱反转版本的射频频谱的第二信号。 在另一实现中,第一信号被发送到第一接收机,并且还以时间延迟被发送到第二接收机。