Integrated dual function circuitry and antenna system
View Patent ↗A trim panel for a vehicle containing a vehicular antenna system comprising a substrate, an outer skin and a foam disposed between the substrate and the outer skin. An antenna/circuitry system ( 2 ) is located on the upper surface of the substrate ( 1 ) and is in contact with the urethane foam ( 7 ), the antenna/circuitry system ( 2 ) comprising an insulating base layer ( 12 ) including upper and lower surfaces and an electro-conductive antenna layer on the upper surface of the base layer ( 12 ) and an electro-conductive circuit layer on the lower surface of the base layer ( 12 ).
1. A trim panel for a vehicle containing a vehicular antenna system comprising:
a substrate;
an outer skin;
a foam disposed between said substrate and said outer skin;
an antenna/circuitry system located on the upper surface of said substrate in contact with said foam, said antenna/circuitry system comprising an insulating base layer with an upper and lower surface, an electro-conductive antenna layer on the upper surface base layer, an electro-conductive circuit layer on the lower surface of said base layer, said electro-conductive circuit layer conducting electrical current from a source in said vehicle to supply power to the area of the trim panel; and
a first insulating cover layer on the upper surface of said antenna electro-conductive layer and a second insulating cover layer on the lower surface of said electro-conductive circuit layer.
2. The trim panel of claim 1 wherein said antenna layer comprises copper.
3. The trim panel of claim 1 wherein said electro-conductive circuit layer comprises copper.
4. The trim panel of claim 1 wherein said insulating base layer comprises a polyimide.
5. The trim panel of claim 1 wherein said first and second insulating cover layers comprise a polyimide.
6. The trim panel of claim 1 wherein said electro-conductive antenna layer and said electro-conductive circuit layer are connected to a radio in said vehicle.
7. The trim panel of claim 6 , wherein said electro-conductive antenna layer has an impedence, and said radio has an impedence, and said electro-conductive antenna layer is configured to match said radio impedence.
8. The trim panel of claim 1 wherein said electro-conductive antenna layer is configured to receive one or more of a radio transmission, a cellular phone frequency, a global positioning transmission, a locking/unlocking signal for said vehicle, a keyless ignition frequency and/or a wireless internet access transmission.
9. A trim panel for a vehicle containing a vehicular antenna system comprising:
a substrate;
an outer skin;
a foam disposed between said substrate and said outer skin;
an antenna/circuitry system located on the upper surface of said substrate in contact with said foam, said antenna/circuitry system comprising an insulating base layer including upper and lower surfaces and an electro-conductive antenna layer on the upper surface of said base layer and an electro-conductive circuit layer on said lower surface of said base layer, said electro-conductive circuit layer conducting electrical current from a source in said vehicle to supply power to the area of the trim panel, wherein said insulating base layer comprises a polyimide.
10. The trim panel of claim 9 wherein said antenna layer comprises copper.
11. The trim panel of claim 9 wherein said circuit layer comprises copper.
12. The trim panel of claim 9 including a first insulating cover layer on said antenna electro-conductive layer and a second insulating cover layer on said electro-conductive circuit layer.
13. A trim panel for a vehicle containing a vehicular antenna system comprising:
a substrate;
an outer skin;
a foam disposed between said substrate and said outer skin;
an antenna/circuitry system located on the upper surface of said substrate in contact with said foam, said antenna/circuitry system comprising an insulating base layer including upper and lower surfaces and an electro-conductive antenna layer on the upper surface of said base layer and an electro-conductive circuit layer on said lower surface of said base layer, said system further including a first insulating cover layer on said antenna electro-conductive layer and a second insulating cover layer on said electro-conductive circuit layer, said electro-conductive circuit layer conducting electrical current from a source in said vehicle to supply power to the area of the trim panel.
14. The trim panel of claim 13 wherein said antenna layer comprises copper.
15. The trim panel of claim 13 wherein said circuit layer comprises copper.
16. The trim panel of claim 13 wherein said insulating base layer comprises a polyimide.