Remote control antenna positioning system
View Patent ↗An antenna positioning system comprises a first antenna system, a second antenna system, and a computer system. The computer system determines azimuths and elevations for the antenna systems to point at one another. The computer system retrieves license data for the antenna systems and determines if the antenna systems are licensed for the azimuths and elevations. If the antenna systems are licensed for the azimuths and elevations, then the computer system transfers control signals to the antenna systems indicating the azimuths and elevations. In response to the control signals, the antenna systems position themselves to the azimuths and elevations.
1. A method of operating an antenna positioning system, the method comprising:
in a computer system, receiving a selection of a first antenna system and a second antenna system, and in response, determining a first directional azimuth for the first antenna system and a second directional azimuth for the second antenna system to point the first antenna system and the second antenna system at one another;
in the computer system, retrieving license data for the first antenna system and the second antenna system and determining if the first antenna system is licensed for the first directional azimuth and if the second antenna system is licensed for the second directional azimuth;
in the computer system, if the first antenna system is not licensed for the first directional azimuth, then indicating that the first antenna system is not licensed for the first directional azimuth, and if the second antenna system is not licensed for the second directional azimuth, then indicating that the second antenna system is not licensed for the second directional azimuth;
in the computer system, if the first antenna system is licensed for the first directional azimuth and if the second antenna system is licensed for the second directional azimuth, then transferring a first control signal indicating the first directional azimuth and transferring a second control signal indicating the second directional azimuth;
in the first antenna system, receiving the first control signal, and in response, positioning the first antenna system to the first directional azimuth; and
in the second antenna system, receiving the second control signal, and in response, positioning the second antenna system to the second directional azimuth.
2. The method of claim 1 further comprising:
transferring a test signal from the first antenna system;
receiving the test signal in the second antenna system, determining signal strength for the received test signal, and transferring test data indicating the signal strength; and
receiving the test data in the computer system.
3. The method of claim 2 further comprising:
in the computer system, determining additional directional azimuths for the first antenna system and transferring additional control signals to the first antenna system indicating the additional directional azimuths;
in the first antenna system, receiving the additional control signals, and in response, positioning the first antenna system to the additional directional azimuths; and
in the computer system, determining one of the first directional azimuth and the additional directional azimuths that maximizes the signal strength of the received test signal; and
in the first antenna system, positioning the first antenna system to the one of the directional azimuths that maximizes the signal strength of the received test signal.
4. The method of claim 3 further comprising, in the computer system, determining that the first antenna system is licensed for the additional directional azimuths.
5. The method of claim 2 further comprising:
in the computer system, determining additional directional azimuths for the second antenna system and transferring additional control signals to the second antenna system indicating the additional directional azimuths;
in the second antenna system, receiving the additional control signals, and in response, positioning the second antenna system to the additional directional azimuths; and
in the computer system, determining one of the first directional azimuth and the additional directional azimuths that maximizes the signal strength of the received test signal; and
in the second antenna system, positioning the second antenna system to the one of the directional azimuths that maximizes the signal strength of the received test signal.
6. The method of claim 5 further comprising, in the computer system, determining that the second antenna system is licensed for the additional directional azimuths.
7. The method of claim 2 further comprising:
in the computer system, in response to the selection, determining a first elevation angle for the first antenna system and a second elevation angle for the second antenna system to point the first antenna system and the second antenna system at one another;
in the computer system, determining if the first antenna system is licensed for the first elevation angle and if the second antenna system is licensed for the second elevation angle;
in the computer system, if the first antenna system is not licensed for the first elevation angle, then indicating that the first antenna system is not licensed for the first elevation angle, and if the second antenna system is not licensed for the second elevation angle, then indicating that the second antenna system is not licensed for the second elevation angle;
in the computer system, if the first antenna system is licensed for the first elevation angle and if the second antenna system is licensed for the second elevation angle, indicating the first elevation angle in the first control signal and indicating the second elevation angle in the second control signal;
in the first antenna system, positioning the first antenna system to the first elevation angle in response to the first control signal; and
in the second antenna system, positioning the second antenna system to the second elevation angle in response to the second control signal.
8. The method of claim 7 further comprising:
in the computer system, determining additional elevation angles for the first antenna system and transferring additional control signals to the first antenna system indicating the additional elevation angles;
in the first antenna system, receiving the additional control signals, and in response, positioning the first antenna system to the additional elevation angles; and
in the computer system, determining one of the first elevation angle and the additional elevation angles that maximizes the signal strength of the received test signal; and
in the first antenna system, positioning the first antenna system to the one of the elevation angles that maximizes the signal strength of the received test signal.
9. The method of claim 8 further comprising, in the computer system, determining that the first antenna system is licensed for the additional elevation angles.
10. The method of claim 7 further comprising:
in the computer system, determining additional elevation angles for the second antenna system and transferring additional control signals to the second antenna system indicating the additional elevation angles;
in the second antenna system, receiving the additional control signals, and in response, positioning the second antenna system to the additional elevation angles; and
in the computer system, determining one of the first elevation angle and the additional elevation angles that maximizes the signal strength of the received test signal; and
in the second antenna system, positioning the second antenna system to the one of the elevation angles that maximizes the signal strength of the received test signal.
11. The method of claim 10 further comprising, in the computer system, determining that the second antenna system is licensed for the additional elevation angles.
12. The method of claim 7 wherein the first antenna system is mounted on a mounting structure, and further comprising in the computer system, verifying that the first elevation angle does not point the first antenna system back into the mounting structure.
13. The method of claim 7 wherein the second antenna system is mounted on a mounting structure, and further comprising in the computer system, verifying that the second elevation angle does not point the second antenna system back into the mounting structure.
14. The method of claim 1 wherein the first antenna system is mounted on a mounting structure, and further comprising in the computer system, verifying that the first directional azimuth does not point the first antenna system back into the mounting structure.
15. The method of claim 1 wherein the second antenna system is mounted on a mounting structure, and further comprising in the computer system, verifying that the second directional azimuth does not point the second antenna system back into the mounting structure.
16. The method of claim 1 wherein the first antenna system comprises a first microwave antenna and the second antenna system comprises a second microwave antenna.
17. The method of claim 1 wherein the first microwave antenna shares a radome with a Code Division Multiple Access (CDMA) antenna.
18. The method of claim 17 further comprising exchanging user communications in wireless CDMA signals between user devices and the CDMA antenna and exchanging the user communications in wireless microwave signals between the first microwave antenna and the second microwave antenna.
19. The method of claim 1 wherein the first antenna system shares a radome with a Worldwide Interoperability Microwave Access (WIMAX) antenna.
20. The method of claim 19 further comprising exchanging user communications in wireless GSM signals between user devices and the WIMAX antenna and exchanging the user communications in wireless microwave signals between the first microwave antenna and the second microwave antenna.
21. The method of claim 1 wherein the second antenna system comprises Customer Premise Equipment (CPE).
22. The method of claim 1 wherein the first antenna comprises a microwave patch antenna.