Portable SDARS-receiving device with integrated audio wire and antenna
View Patent ↗An antenna having a plurality of elongated conductors is disclosed. The elongated conductors have a substantially straight portion and a substantially helical portion.
1. A portable SDARS-receiving device, comprising:
a primary housing unit;
at least one ear phone electrically coupled to said primary housing using by an audio wire; and
an antenna, said antenna comprising:
a plurality of elongated conductors together forming a substantially cylindrical shape;
said elongated conductors having a substantially straight portion and a substantially helical portion; and
a substantially circular conductor electrically coupled to said elongated conductors;
wherein said antenna is positioned between said primary housing unit and said ear phone such that said audio wire passes through said substantially cylindrical shape defined by said elongated conductors.
2. The SDARS-receiving device of claim 1 , further comprising:
a solid core within said substantially cylindrical shape defined by said elongated conductors, said solid core having a longitudinal bore therethrough; and
wherein said audio wire passes through said longitudinal bore.
3. A portable SDARS-receiving device, comprising:
a primary housing unit; and
at least one ear phone electrically coupled to said primary housing by an integrated audio wire and antenna, the antenna comprising a plurality of elongated conductors, said elongated conductors having a substantially straight portion and a substantially helical portion.
4. The portable SDARS-receiving device of claim 3 , wherein said elongated conductors are coupled to and extend from a base.
5. The portable SDARS-receiving device of claim 4 , further comprising a substantially circular conductor that electrically couples said elongated conductors together at a distal end from said base.
6. The portable SDARS-receiving device of claim 4 , wherein said substantially straight portion is positioned between said base and said substantially helical portion.
7. The portable SDARS-receiving device of claim 3 , wherein said substantially straight portion is shorter than said substantially helical portion.
8. The portable SDARS-receiving device of claim 3 , wherein said plurality of elongated conductors together form a substantially cylindrical shape.
9. The portable SDARS-receiving device of claim 8 , wherein said elongated conductors are wrapped around a solid core.
10. The portable SDARS-receiving device of claim 9 , wherein said solid core includes a longitudinal bore therethrough.
11. The portable SDARS-receiving device of claim 9 , wherein said solid core comprises a dielectric material.
12. The portable SDARS-receiving device of claim 3 , wherein said elongated conductors are capacitively loaded.
13. The portable SDARS-receiving device of claim 3 , further comprising tuning stubs coupled to said elongated conductors.
14. The portable SDARS-receiving device of claim 3 , further comprising a phasing network that is electrically coupled to said elongated conductors.
15. A portable SDARS-receiving device, comprising:
a primary housing unit; and
at least one ear phone electrically coupled to said primary housing by an integrated audio wire and antenna, the antenna comprising a plurality of elongated conductors, said elongated conductors being substantially helical and a substantially circular conductor that electrically couples said elongated conductors.
16. The portable SDARS-receiving device of claim 15 , wherein said elongated conductors are coupled to and extend from a base, and wherein said substantially circular conductor electrically couples aid elongated conductors together at a distal end from said base.
17. A portable SDARS-receiving device, comprising:
a primary housing unit; and
at least one ear phone electrically coupled to said primary housing by an integrated audio wire and antenna, the antenna comprising a plurality of elongated conductors wrapped around a dielectric core;
said elongated conductors having a substantially straight portion and a substantially helical portion; and
a substantially circular conductor electrically coupled to said elongated conductors.
18. The portable SDARS-receiving device of claim 17 , said antenna further comprising a base to which said elongated conductors are coupled, and wherein said substantially circular conductor couples said elongated conductors at a distal end from said base.
19. The portable SDARS-receiving device of claim 17 , said antenna further comprising a base to which said elongated conductors are coupled, and wherein said substantially straight portion is positioned between said base and said substantially helical portion.