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    • 1. 发明公开
    • High integrable flat antenna for satellite video receiving
    • Hoch integrierbare Flachantennefürden Empfang von Satellitenfernsehen
    • EP1956677A1
    • 2008-08-13
    • EP07002756.0
    • 2007-02-08
    • IEIIT - CNRFondazione Torino Wireless
    • Tascone, RiccardoOlivieri, AugustoPeverini, Oscar AntonioVirone, Giuseppe
    • H01Q1/12H01Q1/44H01Q15/14H01Q19/13
    • H01Q19/132H01Q1/125H01Q1/44H01Q15/142
    • A new receiving antenna for satellite video broadcasting is proposed according to the present invention, wherein the reflector and the receiving apparatus are not connected to each other and the reflector can lie in a vertical plane whose azimuth can be different from that of the satellite direction. These characteristics make the receiving antenna more integrable in the surrounding building structure, reducing in this way the environmental impact of the antenna. Furthermore, the separation of the reflector from the receiving apparatus simplifies the architectural integration with the external wall of the building. The reflector is an off-set section of a parabolic surface with a large focal distance and thus a low curvature, so that the reflector is almost flat. This is possible due to the separation between reflector and the receiving apparatus. Moreover, a vertical sundial can be printed on the reflector in order to render the receiving antenna not visible for the observer.
    • 根据本发明提出了一种用于卫星视频广播的新型接收天线,其中反射器和接收装置彼此不连接,并且反射器可以位于其方位角可以不同于卫星方向的方位的垂直平面中。 这些特性使得接收天线更加可以在周围的建筑结构中整合,从而减少了天线对环境的影响。 此外,反射器与接收装置的分离简化了与建筑物的外壁的结构集成。 反射器是具有大焦距和因此具有低曲率的抛物面的偏移部分,使得反射器几乎平坦。 由于反射器和接收装置之间的分离,这是可能的。 此外,垂直日ial可以打印在反射器上,以便使观察者看不到接收天线。