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    • 4. 发明授权
    • Polarization and angular diversity among antenna beams
    • 天线波束之间的极化和角度分集
    • US06351237B1
    • 2002-02-26
    • US09450318
    • 1999-11-29
    • Gary A. MartekSheldon K. MeredithDouglas O. ReudinkMark ReudinkMartin J. Feuerstein
    • Gary A. MartekSheldon K. MeredithDouglas O. ReudinkMark ReudinkMartin J. Feuerstein
    • H01Q2106
    • H01Q3/22H01Q3/2682H01Q3/40H01Q21/28H04B7/10
    • A receiving system 100 is disclosed which includes at least one antenna 101 providing a plurality of antenna beams providing signal diversity between communicated signals. A first processing branch 103 is included for processing a first plurality of signals appearing within a first plurality of the antenna beams. The first processing branch 103 includes a plurality of signal paths, some of which include delays 105, each receiving a one of the first plurality of signals from a corresponding one of the first plurality of antenna beams. Delays 105 apply a predetermined amount of delay proportionate to the corresponding one of the beams. First processing branch 103 further includes a combiner 106 for combining the first plurality of signals after output from the plurality of signal paths. A second processing branch 104 is provided for processing a second plurality of signals appearing within a second plurality of the antenna beams. Second processing branch 104 includes a plurality of signal paths, some of which include delays 105, each receiving one of the second plurality of signals from a corresponding one of the second plurality of antenna beams. Delays 105 applying a pre-selected amount of delay to the corresponding one of the beams. Second processing branch 104 further includes a combiner 106 for combining the second plurality of signals after output from the plurality of signal paths. Finally, a radio 102 is provided having a first port coupled to an output of first processing branch 103 and a second port coupled to a second processing branch 104.
    • 公开了一种接收系统100,其包括提供多个天线波束的至少一个天线101,所述天线波束在通信信号之间提供信号分集。 包括第一处理分支103用于处理出现在第一多个天线波束内的第一多个信号。 第一处理分支103包括多个信号路径,其中一些信号路径包括延迟器105,每个接收来自第一多个天线波束中对应的天线波束的第一多个信号中的一个。 延迟105应用相应的一个光束成比例的预定量的延迟。 第一处理分支103还包括组合器106,用于在从多个信号路径输出之后组合第一多个信号。 提供第二处理分支104用于处理出现在第二多个天线波束内的第二多个信号。 第二处理分支104包括多个信号路径,其中一些信号路径包括延迟器105,每个接收来自第二多个天线波束中对应的一个的第二多个信号中的一个信号。 延迟105将预选量的延迟应用于对应的一个波束。 第二处理分支104还包括组合器106,用于在从多个信号路径输出之后组合第二多个信号。 最后,提供无线电设备102,其具有耦合到第一处理分支103的输出的第一端口和耦合到第二处理分支104的第二端口。
    • 5. 发明授权
    • Dual mode switched beam antenna
    • 双模切换波束天线
    • US06198434B1
    • 2001-03-06
    • US09213640
    • 1998-12-17
    • Gary A. MartekJ. Todd ElsonLeibing Huang
    • Gary A. MartekJ. Todd ElsonLeibing Huang
    • H01Q322
    • H01Q3/40H01Q21/061H01Q21/22H01Q25/00
    • Systems and methods for providing antenna beams having reduced grating and side lobes when steered off of the antenna broadside are disclosed. According to the present invention an arrangement of antenna elements suitable for use in generating antenna beams steered at greater angles off of the antenna broadside is utilized with a beam feed network consistent with the antenna beams being steered at the greater angles and reduced antenna element spacing to provide the reduced grating and side lobes. A preferred embodiment utilizes a 2n+1 Butler matrix coupled to 2n+1 antenna columns spaced according to the present invention to provide 2n antenna beams.
    • 公开了当从天线宽边引导时提供具有减小的光栅和旁瓣的天线波束的系统和方法。 根据本发明,适合用于产生以更大角度转向天线宽边的天线束的天线元件的布置被利用于与更大角度转向的天线波束一致的波束馈送网络并且将天线元件间隔减小到 提供减小的光栅和旁瓣。 优选实施例利用与根据本发明间隔开的2n + 1个天线列耦合的2n + 1 Butler矩阵来提供2n个天线波束。
    • 8. 发明申请
    • LOW PROFILE, BROAD BAND MONOPOLE ANTENNA WITH HEAT DISSIPATING FERRITE/POWDER IRON NETWORK AND METHOD FOR CONSTRUCTING THE SAME
    • 低配置型,带散热片/粉末铁网的宽带单孔天线及其构造方法
    • US20120112974A1
    • 2012-05-10
    • US13383271
    • 2010-07-21
    • Gary A. MartekHenry R. Jarman
    • Gary A. MartekHenry R. Jarman
    • H01Q9/00H01Q13/00
    • H01Q1/3275H01Q5/321H01Q5/335H01Q9/30H01Q9/36Y10T29/49016
    • An antenna operable over a predetermined range of frequency includes a transmission line, a transformer network connected to one end of the transmission line, and at least one ferrite/powder iron network connected to an opposite end of the transformer network. The ferrite/powder iron network changes the effective electrical length of the antenna such that as the frequency of operation changes, the current distribution above and below the network changes in corresponding manner. A second ferrite/powder iron network may be serially positioned with respect to the other network, wherein both function to reduce the current thereabove. Accordingly, as the frequency of operation increases, the electrical height of the antenna decreases. The network also encompasses a way to safely dissipate otherwise destructive heat created by the operation of the antenna system at high radio-frequency power.
    • 在预定频率范围内可操作的天线包括传输线,连接到传输线的一端的变压器网络以及连接到变压器网络的相对端的至少一个铁氧体/粉末铁网络。 铁氧体/粉末铁网络改变天线的有效电气长度,使得随着操作频率的变化,网络上下电流分布以相应的方式变化。 第二铁氧体/粉末铁网络可以相对于另一个网络串联定位,其中两者都起到减少上述电流的作用。 因此,随着操作频率的增加,天线的电气高度减小。 该网络还包括以高射频功率安全地消散由天线系统的操作产生的破坏性热量的方法。
    • 10. 发明授权
    • Shapable antenna beams for cellular networks
    • 用于蜂窝网络的可更换天线波束
    • US07650166B2
    • 2010-01-19
    • US11351302
    • 2006-02-09
    • Shimon B. ScherzerScot D. GordonGary A. MartekDeepa Ramakrishna
    • Shimon B. ScherzerScot D. GordonGary A. MartekDeepa Ramakrishna
    • H04B1/38H04Q7/20
    • H04W16/00H04W16/24
    • Systems and methods are disclosed which provide aggressively sculpted or shaped antenna beams, such as sector antenna beams, for use in communication networks. Preferred embodiments use passive antenna feed networks, preferably configured as personality modules, which are adapted for corresponding topological and morphological features. Preferred embodiment feed networks may be coupled to linear or curvilinear antenna arrays to provide antenna beams having a desired contour. Using the disclosed systems and methods path loss variance is minimized for improved system capacity and/or signal quality. Moreover, the disclosed systems and methods provide for reduced average transmission power levels further allowing increased capacity and/or signal quality.
    • 公开了提供用于通信网络的积极雕刻或成形天线波束(例如扇形天线波束)的系统和方法。 优选实施例使用无源天线馈送网络,优选地被配置为个性模块,其适于相应的拓扑和形态特征。 馈送网络的优选实施例可以耦合到线性或曲线天线阵列,以提供具有期望轮廓的天线波束。 使用所公开的系统和方法,路径损耗方差最小化以改善系统容量和/或信号质量。 此外,所公开的系统和方法提供进一步允许增加的容量和/或信号质量的降低的平均传输功率水平。