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    • 1. 发明申请
    • WIRELESS DEVICE AND SYSTEM FOR DISCRIMINATING DIFFERENT OPERATING ENVIRONMENTS
    • 用于区分不同操作环境的无线设备和系统
    • WO2007005121A3
    • 2007-07-05
    • PCT/US2006018707
    • 2006-05-16
    • MOTOROLA INCDE GROOT ROBERT JBURIS NICHOLAS E
    • DE GROOT ROBERT JBURIS NICHOLAS E
    • H04B1/38H04Q7/34
    • H04B1/38H04B1/0458
    • Wireless communication systems (100, 800) comprise mobile units (118, 802) provided with a directional coupler (206) and circuit (220) for measuring the complex reflectance (phase and magnitude) of antenna (202) of the mobile units (118, 802). The system (100, 800) has, either in the mobile unit (118, 802) or elsewhere, a processor (238, 808) programmed to perform pattern recognition of the near field environments of the mobile units (118, 802) by using the complex reflectance measurements as feature vectors. Information as to the near field environment at the time of wireless connection drops is suitably accumulated and is used in network upgrade planning and/or mobile unit design evaluation. The complex reflectance is alternatively used to discriminate antenna faults. Alternatively, near field environments that tend to degrade wireless communication performance are detected by the mobile unit using the complex reflectance and the mobile unit then alerts the user.
    • 无线通信系统(100,800)包括设有定向耦合器(206)和电路(220)的移动单元(118,802),用于测量移动单元(118)的天线(202)的复合反射率(相位和幅度) ,802)。 系统(100,800)或者在移动单元(118,802)中或者在别处具有被编程为通过使用移动单元(118,802)来执行移动单元(118,802)的近场环境的模式识别的处理器 复杂的反射率测量作为特征向量。 有关无线连接丢失时的近场环境的信息被适当累积并用于网络升级计划和/或移动单元设计评估。 复合反射率也可用于区分天线故障。 或者,使用复合反射率由移动单元检测倾向于降低无线通信性能的近场环境,然后移动单元提醒用户。
    • 3. 发明申请
    • ANTENNA RECIPROCITY CALIBRATION
    • 天线互惠标定
    • WO2010053684A3
    • 2010-07-29
    • PCT/US2009061230
    • 2009-10-20
    • MOTOROLA INCVOOK FREDERICK WBURIS NICHOLAS EMUELLER BRUCE D
    • VOOK FREDERICK WBURIS NICHOLAS EMUELLER BRUCE D
    • H04B17/00H04B7/04
    • H04B17/21
    • A method and a system for calibrating at least one antenna (1,1-1,3. 1,j). At least a first antenna (1,4) within a first antenna array (102) can be selected as a primary reference antenna. At least one antenna (4,3) that is not within the first antenna array can be selected as a secondary reference antenna. At least a first signal propagation characteristic (122) can be measured based on at least one signal wirelessly communicated between the primary reference antenna and the secondary reference antenna. At least a second signal propagation characteristic (118) can be measured based on at least one signal wirelessly communicated between the secondary reference antenna and at least a second antenna (1,2) within the first antenna array. At least a first calibration coefficient can be determined for the second antenna.
    • 一种用于校准至少一个天线(1,1-1,3.1,j)的方法和系统。 可以选择第一天线阵列(102)内的至少第一天线(1,4)作为主参考天线。 可以选择不在第一天线阵列内的至少一个天线(4,3)作为辅助参考天线。 至少第一信号传播特性(122)可以基于在主参考天线和次参考天线之间无线传送的至少一个信号来测量。 至少第二信号传播特性(118)可以基于在第二天线阵列内的辅助参考天线与至少第二天线(1,2)之间无线传送的至少一个信号来测量。 可以为第二天线确定至少第一校准系数。
    • 5. 发明申请
    • ANTENNA RECIPROCITY CALIBRATION
    • 天线校准校准
    • WO2010053684A2
    • 2010-05-14
    • PCT/US2009/061230
    • 2009-10-20
    • MOTOROLA, INC.VOOK, Frederick W.,BURIS, Nicholas E.,MUELLER, Bruce D.,
    • VOOK, Frederick W.,BURIS, Nicholas E.,MUELLER, Bruce D.,
    • H04B17/00H04B7/04
    • H04B17/21
    • A method and a system for calibrating at least one antenna (1,1-1,3. 1,j). At least a first antenna (1,4) within a first antenna array (102) can be selected as a primary reference antenna. At least one antenna (4,3) that is not within the first antenna array can be selected as a secondary reference antenna. At least a first signal propagation characteristic (122) can be measured based on at least one signal wirelessly communicated between the primary reference antenna and the secondary reference antenna. At least a second signal propagation characteristic (118) can be measured based on at least one signal wirelessly communicated between the secondary reference antenna and at least a second antenna (1,2) within the first antenna array. At least a first calibration coefficient can be determined for the second antenna.
    • 一种用于校准至少一个天线(1,1-1,3,1,j)的方法和系统。 至少第一天线阵列(102)内的第一天线(1,4)可以被选择为主参考天线。 可以选择不在第一天线阵列内的至少一个天线(4,3)作为次参考天线。 可以基于在主参考天线和次参考天线之间无线通信的至少一个信号来测量至少第一信号传播特性(122)。 可以基于第二参考天线和第一天线阵列内的至少第二天线(1,2)之间无线通信的至少一个信号来测量至少第二信号传播特性(118)。 至少可以确定第二天线的第一校准系数。
    • 7. 发明申请
    • SLOTTED MULTIPLE BAND ANTENNA
    • 多功能多功能天线
    • WO2005076933A3
    • 2006-08-03
    • PCT/US2005003645
    • 2005-02-07
    • MOTOROLA INCNAVSARIWALA UMESH DBURIS NICHOLAS E
    • NAVSARIWALA UMESH DBURIS NICHOLAS E
    • H04Q7/20H01Q1/24H01Q1/38H01Q5/00H01Q9/26H01Q9/28
    • H01Q9/285H01Q1/243H01Q1/38H01Q5/328H01Q5/357H01Q9/26
    • A multiple band antenna has an RF coupling structure (110) and a resonant RF structure (102). The RF coupling structure (110) has an RF connection (116, 118) and an RF coupling end (112, 114). The resonant RF structure (102) is reactively coupled to the RF coupling end (112, 114). The resonant RF structure (102) has a first end (106) and a second end (108) and has a conductive perimeter (102) enclosing at least one slot area (104) configured to induce an additional resonant RF band for the resonant RF structure (102). The first end (106) and the second end (108) are reactively coupled to a ground plane (124, 120) to facilitate longer wavelength operation. Cellular phones (800) and wireless communications sections incorporating such antennas are also provided.
    • 多频带天线具有RF耦合结构(110)和谐振RF结构(102)。 RF耦合结构(110)具有RF连接(116,118)和RF耦合端(112,114)。 谐振RF结构(102)被反应地耦合到RF耦合端(112,114)。 谐振RF结构(102)具有第一端(106)和第二端(108),并且具有封闭至少一个槽区(104)的导电周边(102),所述至少一个槽区被配置为为谐振RF 结构(102)。 第一端(106)和第二端(108)被反应地耦合到接地平面(124,120),以便于更长的波长操作。 还提供了蜂窝电话(800)和包含这种天线的无线通信部分。
    • 10. 发明申请
    • WIRELESS DEVICE AND SYSTEM FOR DISCRIMINATING DIFFERENT OPERATING ENVIRONMENTS
    • 用于分辨不同操作环境的无线设备和系统
    • WO2007005121A2
    • 2007-01-11
    • PCT/US2006/018707
    • 2006-05-16
    • MOTOROLA, INC.DE GROOT, Robert, J.BURIS, Nicholas, E.
    • DE GROOT, Robert, J.BURIS, Nicholas, E.
    • H04B1/38H04Q7/34
    • H04B1/38H04B1/0458
    • Wireless communication systems (100, 800) comprise mobile units (118, 802) provided with a directional coupler (206) and circuit (220) for measuring the complex reflectance (phase and magnitude) of antenna (202) of the mobile units (118, 802). The system (100, 800) has, either in the mobile unit (118, 802) or elsewhere, a processor (238, 808) programmed to perform pattern recognition of the near field environments of the mobile units (118, 802) by using the complex reflectance measurements as feature vectors. Information as to the near field environment at the time of wireless connection drops is suitably accumulated and is used in network upgrade planning and/or mobile unit design evaluation. The complex reflectance is alternatively used to discriminate antenna faults. Alternatively, near field environments that tend to degrade wireless communication performance are detected by the mobile unit using the complex reflectance and the mobile unit then alerts the user.
    • 无线通信系统(100,800)包括设置有定向耦合器(206)的移动单元(118,802)和用于测量移动单元(118)的天线(202)的复反射率(相位和幅度)的电路(220) ,802)。 在移动单元(118,802)或其它地方,系统(100,800)具有被编程为通过使用移动单元(118,802)执行对移动单元(118,802)的近场环境的模式识别的处理器(238,808a) 复反射测量作为特征向量。 关于无线连接丢失时的近场环境的信息被适当地累积并且用于网络升级规划和/或移动单元设计评估。 复杂的反射率可以用来区分天线故障。 或者,趋向于降低无线通信性能的近场环境由移动单元使用复数反射率检测,并且移动单元然后警告用户。