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    • 1. 发明授权
    • Intentional sidelobe creation
    • 故意旁瓣创建
    • US06542519B1
    • 2003-04-01
    • US09300127
    • 1999-04-27
    • Dag AlmqvistSven Oscar Petersson
    • Dag AlmqvistSven Oscar Petersson
    • H04J100
    • H04B7/0408H01Q1/246H01Q25/002
    • A beam having the best performance for the present downlink transmits the signal carrying information. In another beam transmitted, in a corresponding manner having the best performance in regard to the next mobile station to be communicated in a next time slot, a signal is created which has a low cross correlation relative to the present signal carrying information. The average power in the direction to the next mobile station to be communicated in the next TDMA time slot will be given by the sum of the average power of the two signals after amplification by the respective antenna pattern. This takes place because the cross correlation between the signals is low due to which fact the summed signal will show a power addition but not a coherent addition. This is feasible as the summed signal is not be decoded by the next mobile station, but used entirely as a measurement of power. To further improve operation, the interleaving beams produced by two offset Butler Matrixes and then applied to a combiner may be used.
    • 对于当前下行链路具有最佳性能的波束发送信号携带信息。 在另一个发射的波束中,以相对于在下一个时隙中传送的下一个移动台具有最佳性能的对应方式,产生相对于当前信号携带信息具有低互相关的信号。 在下一个TDMA时隙中要传送的下一个移动台的方向上的平均功率将由放大后的两个信号的平均功率之和由相应的天线方向图给出。 发生这种情况是因为信号之间的互相关较低,因为相加信号将显示功率相加但不显示相干相加。 这是可行的,因为相加的信号不被下一个移动台解码,而是完全用作功率的测量。 为了进一步改善操作,可以使用由两个偏移Butler矩阵产生的然后应用于组合器的交织光束。
    • 2. 发明申请
    • System For Wireless Communication and a Method For Providing Wireless Communication
    • 无线通信系统和提供无线通信的方法
    • US20110249588A1
    • 2011-10-13
    • US13139817
    • 2008-12-18
    • Sven Oscar PeterssonBo Hagerman
    • Sven Oscar PeterssonBo Hagerman
    • H04W24/00
    • H04B1/56H04B7/0417H04B7/0617H04B7/0619H04B7/086H04B7/10H04B17/101
    • The present invention relates to a system for wireless communication comprising a first transceiver circuitry (BS) connected to a plurality of virtual antenna ports of an antenna arrangement; each virtual antenna port is a combination of one or more physical antenna ports. The first transceiver circuitry (BS) is configured to: communicate with a second transceiver circuitry (UE) via the antenna ports of the antenna arrangement; receive primary beamshaping information related to a first link (Downlink) between the first transceiver circuitry (BS) and the second transceiver circuitry (UE); determine secondary beamshaping information related to a second link (Uplink) between the second transceiver circuitry (UE) and the first transceiver circuitry (BS); and apply at least one weight vector based on the primary and secondary beamshaping information for subsequent transmission of signals from the first transceiver circuitry (BS) via the plurality of virtual antenna ports of the antenna arrangement.
    • 本发明涉及一种用于无线通信的系统,包括连接到天线装置的多个虚拟天线端口的第一收发器电路(BS) 每个虚拟天线端口是一个或多个物理天线端口的组合。 第一收发器电路(BS)被配置为:经由天线装置的天线端口与第二收发器电路(UE)通信; 接收与第一收发器电路(BS)和第二收发器电路(UE)之间的第一链路(下行链路)有关的主波束成形信息; 确定与所述第二收发器电路(UE)和所述第一收发器电路(BS)之间的第二链路(Uplink)有关的次级束成形信息; 并且基于所述主和次级束整形信息应用至少一个权重向量,用于经由所述天线装置的所述多个虚拟天线端口从所述第一收发器电路(BS)随后发送信号。
    • 3. 发明申请
    • Method for Compensating a Radiation Beam by Beam Steering
    • 通过光束转向补偿辐射束的方法
    • US20100311457A1
    • 2010-12-09
    • US12665627
    • 2007-06-21
    • Martin JohanssonSven Oscar Petersson
    • Martin JohanssonSven Oscar Petersson
    • H04B7/00H01Q3/00
    • H01Q1/005H01Q1/246H01Q3/30
    • The present invention relates to methods for adjusting a radiation beam pattern of an antenna arrangement providing coverage in an area. The antenna arrangement comprises an antenna having at least one array of antenna elements connected to a distribution network configured to generate the radiation beam pattern. The method comprises: arranging the antenna elements of said array in at least one column in an antenna plane in relation to a reference plane, each column comprising multiple antenna elements arranged in at least two sub-panels; arranging a motion sensor to the antenna arrangement, said motion sensor is configured to detect deviation of the antenna elements relative the reference plane; and adjusting a beam shape of the radiation beam pattern based on the detected deviation of the antenna to maintain coverage in the area by controlling the distribution network. The invention also relates to an antenna arrangement and base station.
    • 本发明涉及用于调整在一个区域中提供覆盖的天线装置的辐射束图案的方法。 天线装置包括天线,天线具有连接到被配置为产生辐射束图案的分配网络的天线元件的至少一个阵列。 该方法包括:将所述阵列的天线元件相对于参考平面布置在天线平面中的至少一列中,每列包括布置在至少两个子面板中的多个天线元件; 将运动传感器布置到天线装置,所述运动传感器被配置为检测天线元件相对于参考平面的偏差; 以及基于检测到的天线的偏差来调整辐射束图案的波束形状,以通过控制分布网络来保持该区域中的覆盖。 本发明还涉及一种天线装置和基站。
    • 4. 发明申请
    • COORDINATED MULTIPOINT WIRELESS COMMUNICATION
    • 协调多点无线通信
    • US20100167717A1
    • 2010-07-01
    • US12346358
    • 2008-12-30
    • Abdulfauf HafeezJiann-Ching GueySven Oscar PeterssonKambiz Zangi
    • Abdulfauf HafeezJiann-Ching GueySven Oscar PeterssonKambiz Zangi
    • H04B15/00H04W4/00
    • H04W16/02H04W16/28
    • Multipoint wireless communications are coordinated in cells with radiation that is emanated from antennas in an inward direction. In an example embodiment, an apparatus includes a first antenna, a second antenna, a third antenna and a controller. The first antenna emanates radiation from a first location in an inwardly direction for a cell. The second antenna emanates radiation from a second location in an inwardly direction for the cell. The third antenna emanates radiation from a third location in an inwardly direction for the cell. The controller coordinates the emanation of the radiation via the first, second, and third antennas so as to reduce intra-cell interference for remote terminals located within the cell. The coordination may be effected in accordance with one or more coordinated multi-point (transmission/reception) (CoMP) techniques. Different numbers of sub-cells and antennas per cell and different CoMP cell organizations may be implemented.
    • 多点无线通信在具有向内方向上从天线发出的辐射的小区中协调。 在示例实施例中,一种装置包括第一天线,第二天线,第三天线和控制器。 第一天线从单元的向内方向的第一位置发出辐射。 第二天线从小区的向内方向的第二位置发射辐射。 第三天线从单元的内向的第三位置发出辐射。 控制器通过第一,第二和第三天线来协调辐射的发射,以便减少位于小区内的远程终端的小区内干扰。 协调可以根据一个或多个协调的多点(发送/接收)(CoMP)技术来实现。 可以实现每个细胞和不同CoMP细胞组织的不同数量的子细胞和天线。
    • 6. 发明授权
    • Radio antenna system
    • 无线电天线系统
    • US06218987B1
    • 2001-04-17
    • US09073267
    • 1998-05-06
    • Sven Anders Gösta DernerydSven Oscar Petersson
    • Sven Anders Gösta DernerydSven Oscar Petersson
    • H01Q326
    • H01Q3/40H01Q1/246H01Q25/002H01Q25/04
    • The invention relates to an apparatus and a method for simultaneously generating, with the same radio antenna apparatus (10), a number of narrow beams and a wide beam, covering substantially the same area covered by the individual pointed beams together. The radio antenna apparatus (10) comprises an antenna array (3) a Butler matrix (2) connected to the antenna array and a set of amplifying modules (1a, . . . 1h). The activation of each of the inputs (L1, . . . , L8) of the radio antenna apparatus corresponds to a radiation pattern characterized by a narrow beam with a high antenna gain from the antenna array (3). By simultaneously activating the beam ports with the same signal with suitable phase relationships a superimposition of the radiation patterns to which the activated beam port corresponds is achieved in such a way that a wide beam is generated. Since all amplifying modules (1a, . . . , 1h) are used simultaneously, the lower antenna gain of the wide beam will be compensated by a corresponding higher amplification. The wide beam will therefore have substantially the same range as the narrow beams.
    • 本发明涉及一种利用相同的无线电天线装置(10)同时产生多个窄波束和宽波束的装置和方法,该窄波束和宽波束覆盖由各个尖波束覆盖的基本相同的区域。 无线电天线装置(10)包括天线阵列(3)连接到天线阵列的巴特勒矩阵(2)和一组放大模块(1a,...,1h)。 无线电天线设备的每个输入(L1,...,L8)的激活对应于由天线阵列(3)具有高天线增益的窄波束表征的辐射图。 通过以适当的相位关系同时激活具有相同信号的波束端口,实现激活的波束端口对应的辐射图案的叠加,使得产生宽波束。 由于同时使用所有放大模块(1a,...,1h),所以宽波束的较低天线增益将通过相应较高的放大来补偿。 因此,宽光束将具有与窄光束基本相同的范围。
    • 8. 发明授权
    • Wireless communication node connections
    • 无线通信节点连接
    • US08526553B2
    • 2013-09-03
    • US13376420
    • 2009-06-08
    • Mikael ColdreyFredrik AthleySven Oscar Petersson
    • Mikael ColdreyFredrik AthleySven Oscar Petersson
    • H03D1/04
    • H04B7/04H01Q21/06H04B17/10H04B17/20
    • The present invention relates to a wireless communication node (20A) adapted to via feeder ports be connected to antenna ports. It comprises signal handling and estimating means (21A) adapted to collect signals from a mobile station and to generate a plurality of channel estimates, connection combination information holding means (22A) adapted to hold information about all possible feeder port-antenna port connections, processing means (24A) comprising channel modelling means (23A) adapted to provide a channel model for the received signals. If further comprises channel model fitting means (25A) adapted to compare the channel model with the channel estimates for a plurality of permutations obtained by the connection combination information and order identifying means (26A) adapted to identify the feeder port connection order corresponding to the permutation order giving the best fit between channel model and channel estimates, hence allowing identification of the order in which the feeder ports actually are connected to the antenna ports.
    • 本发明涉及适于通过馈线端口连接到天线端口的无线通信节点(20A)。 它包括适于收集来自移动台的信号并产生多个信道估计的信号处理和估计装置(21A),连接组合信息保持装置(22A)适于保存关于所有可能的馈线端口 - 天线端口连接的信息,处理 包括适于为接收到的信号提供信道模型的信道建模装置(23A)的装置(24A)。 如果还包括信道模型拟合装置(25A),其适于将信道模型与由连接组合信息获得的多个排列的信道估计进行比较,并且顺序识别装置(26A)适于识别与排列相对应的馈送端口连接顺序 给出了信道模型和信道估计之间的最佳匹配顺序,从而允许识别馈线端口实际上连接到天线端口的顺序。
    • 10. 发明授权
    • Antenna array calibration
    • 天线阵列校准
    • US6157343A
    • 2000-12-05
    • US844638
    • 1997-04-21
    • Soren AnderssonUlf ForssenFredrik Bengt OvesjoSven Oscar Petersson
    • Soren AnderssonUlf ForssenFredrik Bengt OvesjoSven Oscar Petersson
    • H01Q3/26G01S7/40H01Q3/22
    • H01Q3/267
    • A method and a system for calibrating the reception and transmission of an antenna array for use in a cellular communication system is disclosed. The calibration of the reception of the antenna array is performed by injecting a single calibration signal into each of a number of receiving antenna sections, in parallel. The signals are collected after having passed receiving components that might have distorted the phase and amplitude. Correction factors are generated and applied to received signals. The calibration of the transmission of the antenna array is performed in a similar way. A single calibration signal is generated and injected into each of a number of transmitting antenna sections, one at a time. The signals are collected, one at a time, after having passed transmitting components that might have distorted the phase and amplitude. Correction factors are generated and applied to signals that are to be transmitted.
    • 公开了一种用于校准在蜂窝通信系统中使用的天线阵列的接收和发送的方法和系统。 天线阵列的接收的校准是通过将单个校准信号并入多个接收天线部分中的每一个而进行的。 在经过接收可能使相位和幅度失真的分量之后,信号被收集。 校正因子产生并应用于接收信号。 以类似的方式执行天线阵列的传输的校准。 单个校准信号被产生并注入到多个发射天线部分中的每一个中,一次一个。 在通过可能使相位和幅度失真的发射部件之后,一个接一个地收集信号。 产生校正因子并应用于要发送的信号。