Shipborne satellite communication system and method for shipborne antenna to track satellite

Abstract

The present invention relates to a shipborne satellite communication system and a method for a shipborne antenna to track a satellite. The shipborne satellite communication system comprises an antenna base, a satellite communication antenna, an MEMS inertial measurement unit and a servo driving unit; the satellite communication antenna is arranged at the antenna base and is used for receiving and transmitting the Ku or L-band communication signals of a geostationary orbit communication satellite or a small-angle geostationary orbit communication satellite; and the MEMS inertial measurement unit is arranged on the antenna base and is used for acquiring the attitude parameters of a hull; and the servo driving unit is arranged on the antenna base and is used for driving the satellite communication antenna to rotate so as to adjust the azimuth angle, pitch angle and polarization angle of the satellite communication antenna. With the shipborne satellite communication system and the method for the shipborne antenna to track the satellite of adopted, the satellite communication antenna can accurately track the satellites in a surge state, the installation complexity of the MEMS inertial measurement unit is decreased. The overall structure of the shipborne satellite communication system is compact, and the size of the shipborne satellite communication system is small.

Description

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AI Technical Summary

Benefits of technology

This patented technology uses an MIC (Microelectromechanics Integrated Circuit) sensor system, a device called a navigation subsystem or servomotor controller, along with other components like sensors and actuators used on board the vessel's surface itself. These systems help keep the vehicle stable while navigating through space. They are designed to provide precise positioning over long periods without any delays due to their small size but still have quick response times.

Problems solved by technology

The technical problem addressed during this patented process relates to improving the performance or lifespan of mobile phone mounted on board (MBO) platforms when they are moving around over rough seas caused by changing their orientation relative to other objects like rocks.

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