摘要:
The invention relates to an antenna system including: an optically transparent back substrate supporting a floorplan consisting of an optically transparent conductive deposit, an optically transparent front substrate, and a plurality of radiating structures aligned between the back substrate and the front substrate; and a metal frame in which the back substrate is to be accommodated together with the front substrate, the metal frame ensuring the mechanical strength and interchangeability of the radiating structure of the antenna system, wherein each radiating structure includes: an optically transparent intermediate substrate supporting an optically transparent conductive deposit, which is printed over the entire surface of the intermediate substrate that is located on the front substrate side, wherein two slots are formed in said conductive deposit by removing material; an optically transparent supporting substrate that supports a first radiating patch consisting of an optically transparent conductive deposit, the supporting substrate being mounted on contacts that are rigidly connected to the intermediate substrate; a second radiating patch consisting of an optically transparent conductive deposit and printed on the inner surface of the front substrate that is located inside the antenna system, the second radiating patch being arranged opposite the first radiating patch; two transmission lines consisting of an optically transparent conductive deposit on the surface of the intermediate substrate opposite the back substrate, the transmission lines being suitable for causing the radiating structure to radiate via the two slots etched on the intermediate substrate.
摘要:
The invention relates to an optically transparent antenna, including: a lower substrate supporting the floorplan of the antenna; an intermediate substrate; and an upper substrate, the intermediate substrate being arranged between the lower substrate and the upper substrate. The substrates are optically transparent and preferably made of glass. The antenna is characterized in that the floorplan includes an optically transparent conductive deposit, the conductive deposit being the floorplan opposite the intermediate substrate, and in that the antenna further includes: a radiating unit arranged between the intermediate substrate and the upper substrate; and two transmission lines which consist of an optically transparent conductive deposit on the surface of the intermediate substrate opposite the floorplan, and which extend from two opposite edges of the intermediate substrate, respectively, to the radiating unit such that, when the transmission lines are supplied with power, said transmission lines cause the radiating unit to radiate.