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    • 7. 发明申请
    • UPCONVERTER
    • 上变频器
    • WO2011030120A1
    • 2011-03-17
    • PCT/GB2010/051393
    • 2010-08-24
    • SIEMENS AKTIENGESELLSCHAFTCORK, Peter
    • CORK, Peter
    • H03F7/04A61B5/055G01R33/3415G01R33/36H03D7/14
    • H03F7/04G01R33/3415G01R33/3692
    • A hybrid upconverter comprises a low noise amplifier (LNA) (32) and a two port parametric amplifier (35). The parametric amplifier (35) comprises a first port (21) to receive an input signal (13) to be amplified and upconverted and a second port (34) to receive a local oscillator signal (7) and to output the amplified, upconverted signal at upper and lower sideband frequencies. The parametric amplifier (35) further comprises an antenna coupled to the second port (34) to receive the local oscillator signal (7) and transmit the amplified, upconverted signal at upper and lower sideband frequencies. The low noise amplifier (32) drives the first port of the parametric amplifier (21). The two port parametric amplifier (35) comprises a pair of varactor diodes (24, 25) connected between the first port (21) and the second port (34). The diodes (24, 25) are connected in parallel from the first port (21) and in series from the second port (34). The low noise amplifier (32) is connected directly to the pair of varactor diodes (24, 25).
    • 混合上变频器包括低噪声放大器(LNA)(32)和双端口参数放大器(35)。 参数放大器(35)包括用于接收要放大和上变频的输入信号(13)的第一端口(21)和用于接收本地振荡器信号(7)的第二端口(34)并输出放大的上变频信号 在上边和下边带频率。 参数放大器(35)还包括耦合到第二端口(34)以接收本地振荡器信号(7)的天线,并且在上边和下边带频率处发送放大的上变频信号。 低噪声放大器(32)驱动参量放大器(21)的第一端口。 两端口参数放大器(35)包括连接在第一端口(21)和第二端口(34)之间的一对变容二极管(24,25)。 二极管(24,25)与第一端口(21)并联并且与第二端口(34)串联连接。 低噪声放大器(32)直接连接到一对变容二极管(24,25)。
    • 8. 发明申请
    • REMOTE CONTROL SYSTEM AND METHOD
    • 遥控系统及方法
    • WO2010067091A1
    • 2010-06-17
    • PCT/GB2009/051578
    • 2009-11-20
    • ROKE MANOR RESEARCH LIMITEDSPICER, John Joseph
    • SPICER, John Joseph
    • G08G5/00
    • G08G5/0069G05D1/0033G08G5/025
    • An object remote control system comprises a remote imaging system comprising a plurality of sensors (2); a central processor (9); a user display (11); an object locator and communication links between the sensors, the object locator and the central processor. The sensors (2) are deployed in a predetermined volume (1) and the central processor (9) derives a three dimensional representation of the volume from data received from the sensors. The object locator determines the location of an object (7) within the volume (1) and a view as seen from the determined location of the object is derived in the central processor from the three dimensional representation and displayed on the display. The system further comprises a user input (12) to the central processor; and a communication link (16) between the central processor and the object and commands are input to the user input and communicated to the object, to move the object within the volume. A corresponding method of operation is also provided.
    • 物体遥控系统包括包括多个传感器(2)的远程成像系统; 中央处理器(9); 用户显示器(11); 对象定位器和传感器,对象定位器和中央处理器之间的通信链路。 传感器(2)部署在预定的卷(1)中,并且中央处理器(9)从传感器接收的数据中导出卷的三维表示。 对象定位器确定卷(1)内的对象(7)的位置,并且从所确定的对象的位置看,从三维表示在中央处理器中导出并在显示器上显示的视图。 该系统还包括到中央处理器的用户输入(12) 并且中央处理器和对象之间的通信链路(16)和命令被输入到用户输入并传送给对象,以便在该卷内移动对象。 还提供了相应的操作方法。