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    • 1. 发明申请
    • COMMUNICATION SOLUTION FOR ANTENNAS
    • 天线通信解决方案
    • US20100164803A1
    • 2010-07-01
    • US12441375
    • 2007-09-12
    • Mikael AhlbergMichael Wiklund
    • Mikael AhlbergMichael Wiklund
    • H01Q3/00
    • H01Q1/246H01Q3/30
    • An improved control system for controlling radiation direction of an antenna beam of an antenna is disclosed. The radiation direction is adjustable by an actuating device influencing phase shifting means based on an actuating signal. The system includes filtering means, arranged for filtering out a control signal and being connected, in use, to a feeder cable arranged for carrying RF signals and control signals. The system further includes an external control unit including detecting means, arranged for detecting the filtered out control signal, and control means, arranged for producing the actuating signal based on the detected control signal. The filtering means is directly connected to the external control unit so as to provide the filtered out control signal directly to the external control unit.
    • 公开了一种用于控制天线的天线波束的辐射方向的改进的控制系统。 通过基于致动信号影响相移装置的致动装置来调节辐射方向。 该系统包括滤波装置,其被布置为滤除控制信号并在使用中被连接到布置成承载RF信号和控制信号的馈电电缆。 该系统还包括外部控制单元,其包括检测装置,用于检测滤出的控制信号;以及控制装置,被布置成基于检测到的控制信号产生启动信号。 滤波装置直接连接到外部控制单元,以便将滤出的控制信号直接提供给外部控制单元。
    • 2. 发明授权
    • Communication solution for antennas
    • 天线通信解决方案
    • US08279127B2
    • 2012-10-02
    • US12441375
    • 2007-09-12
    • Mikael AhlbergMichael Wiklund
    • Mikael AhlbergMichael Wiklund
    • H01Q3/30H04B1/18
    • H01Q1/246H01Q3/30
    • An improved control system for controlling radiation direction of an antenna beam of an antenna is disclosed. The radiation direction is adjustable by an actuating device influencing phase shifting means based on an actuating signal. The system includes filtering means, arranged for filtering out a control signal and being connected, in use, to a feeder cable arranged for carrying RF signals and control signals. The system further includes an external control unit including detecting means, arranged for detecting the filtered out control signal, and control means, arranged for producing the actuating signal based on the detected control signal. The filtering means is directly connected to the external control unit so as to provide the filtered out control signal directly to the external control unit.
    • 公开了一种用于控制天线的天线波束的辐射方向的改进的控制系统。 通过基于致动信号影响相移装置的致动装置来调节辐射方向。 该系统包括滤波装置,其被布置为滤除控制信号并在使用中被连接到布置成承载RF信号和控制信号的馈电电缆。 该系统还包括外部控制单元,其包括检测装置,用于检测滤出的控制信号;以及控制装置,被布置成基于检测到的控制信号产生启动信号。 滤波装置直接连接到外部控制单元,以便将滤出的控制信号直接提供给外部控制单元。
    • 3. 发明授权
    • Control system for controlling the electrical tilt of an antenna
    • 用于控制天线电倾斜的控制系统
    • US08354959B2
    • 2013-01-15
    • US12302788
    • 2007-05-25
    • Mikael Ahlberg
    • Mikael Ahlberg
    • H01Q3/00
    • H01Q1/246H01Q3/005H01Q3/32H01Q21/08
    • An improved control system for controlling the electrical tilt, i.e. the electrically controlled inclination of a radiated beam, of a base station antenna (70) with a vertical row of antenna elements is disclosed. The antenna includes a phase shifting device (73) including a tilt adjusting mechanism with a displaceable mechanical element for adjusting an electrical tilt setting of the antenna lobe being radiated from the antenna. The control system is divided into two parts, namely a first part, including the entire tilt adjusting mechanism (73), an electrical motor (75) and a position sensor (74), these elements constituting internal components being arranged inside the antenna casing (70), and a second part, including the remaining components of the control system, including an electrical motor control circuit (51; 61), and a logic circuit (56; 66) determining the electrical tilt setting. The external components are disposed in a separate, external control unit (50; 60) located outside but in the vicinity of the antenna casing (70), and are adapted for operative coupling, by way of a direct electric wire connection or a capacitive coupling, to the internal components (73,74,75) located inside the antenna casing.
    • 公开了一种改进的控制系统,用于控制具有垂直行天线元件的基站天线(70)的电倾斜,即辐射波束的电控斜度。 该天线包括一个相移装置(73),它包括具有可移位的机械元件的倾斜调节机构,用于调节从天线辐射的天线波瓣的电倾斜设置。 控制系统分为两部分,即包括整个倾斜调节机构(73),电动机(75)和位置传感器(74)的第一部分,构成内部组件的这些元件布置在天线壳体内 70),以及第二部分,包括控制系统的其余部件,包括电动机控制电路(51; 61)和确定电倾斜设置的逻辑电路(56; 66)。 外部部件设置在位于天线壳体(70)外部但是在天线壳体(70)附近的单独的外部控制单元(50; 60)中,并且适于通过直接电线连接或电容耦合 到位于天线壳体内部的内部部件(73,74,75)。
    • 4. 发明申请
    • CONTROL SYSTEM FOR CONTROLLING THE ELECTRICAL TILT OF AN ANTENNA
    • 用于控制天线电气倾斜的控制系统
    • US20100289698A1
    • 2010-11-18
    • US12302788
    • 2007-05-25
    • Mikael Ahlberg
    • Mikael Ahlberg
    • H01Q3/00
    • H01Q1/246H01Q3/005H01Q3/32H01Q21/08
    • An improved control system for controlling the electrical tilt, i.e. the electrically controlled inclination of a radiated beam, of a base station antenna (70) with a vertical row of antenna elements is disclosed. The antenna includes a phase shifting device (73) including a tilt adjusting mechanism with a displaceable mechanical element for adjusting an electrical tilt setting of the antenna lobe being radiated from the antenna. The control system is divided into two parts, namely a first part, including the entire tilt adjusting mechanism (73), an electrical motor (75) and a position sensor (74), these elements constituting internal components being arranged inside the antenna casing (70), and a second part, including the remaining components of the control system, including an electrical motor control circuit (51; 61), and a logic circuit (56; 66) determining the electrical tilt setting. The external components are disposed in a separate, external control unit (50; 60) located outside but in the vicinity of the antenna casing (70), and are adapted for operative coupling, by way of a direct electric wire connection or a capacitive coupling, to the internal components (73,74,75) located inside the antenna casing.
    • 公开了一种改进的控制系统,用于控制具有垂直行天线元件的基站天线(70)的电倾斜,即辐射波束的电控倾斜度。 该天线包括一个相移装置(73),它包括具有可移位的机械元件的倾斜调节机构,用于调节从天线辐射的天线波瓣的电倾斜设置。 控制系统分为两部分,即包括整个倾斜调节机构(73),电动机(75)和位置传感器(74)的第一部分,构成内部组件的这些元件布置在天线壳体内 70),以及第二部分,包括控制系统的其余部件,包括电动机控制电路(51; 61)和确定电倾斜设置的逻辑电路(56; 66)。 外部部件设置在位于天线壳体(70)外部但是在天线壳体(70)附近的单独的外部控制单元(50; 60)中,并且适于通过直接电线连接或电容耦合 到位于天线壳体内部的内部部件(73,74,75)。