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US 2010/0183050 A1Published application
Method and Apparatus for Providing Satellite Television and Other Data to Mobile Antennas
AssigneeRaySat, Inc.
InventorsYoel Gat, Raz Shani, Danny Spirtus, Robert Yip, Mario Gachev
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Abstract
A low profile low cost mobile in-motion antenna system for satellite TV reception.
Claims12
1-16. (canceled)
A method for communication, comprising:
- applying a single spreading code to first and second input data, so as to produce respective first and second spread-spectrum signals;
- transmitting the first and second spread-spectrum signals via respective first and second satellite transponders;
- at a mobile terminal, receiving the first spread-spectrum signal from the first satellite transponder, and reconstructing the first input data by synchronizing to the single spreading code;
- and
- switching the mobile terminal from receiving the first spread-spectrum signal from the first satellite transponder to receiving the second spread-spectrum signal from the second satellite transponder, and reconstructing the second input data while remaining synchronized to the single spreading code.
2 more elements
A communication apparatus, comprising:
- a transmitter, which is arranged to apply a single spreading code to first and second input data so as to produce respective first and second spread-spectrum signals, and to transmit the first and second spread-spectrum signals via respective first and second satellite transponders;
- and
- a mobile terminal, which is arranged to receive the first spread-spectrum signal from the first satellite transponder, to reconstruct the first input data by synchronizing to the single spreading code, to switch from receiving the first spread-spectrum signal from the first satellite transponder to receiving the second spread-spectrum signal from the second satellite transponder, and to reconstruct the second input data while remaining synchronized to the single spreading code.
A communication apparatus, comprising:
- an antenna, which is operative to receive via first and second satellite transponders respective first and second spread-spectrum signals, which are produced by applying a single spreading code to respective first and second input data;
- and
- a receiver, which is arranged to reconstruct the first input data by synchronizing to the single spreading code, to switch from receiving the first spread-spectrum signal from the first satellite transponder to receiving the second spread-spectrum signal from the second satellite transponder, and to reconstruct the second input data while remaining synchronized to the single spreading code.
Dependencies are inferred from the claim text.