Intelligent self-driven remote-control and remote-measuring solar buoy

Abstract

The invention relates to an intelligent self-driven remote-control and remote-measuring solar buoy. The solar buoy is mainly composed of a self-driven system, a Fresnel lens, light-emitting diode (LED) flash lamps and an integrated control system. The solar buoy is characterized in that a solar photovoltaic component, a polymer lithium battery, LED light sources, a flash control module, a global positioning system (GPS) and a 3G wireless communication module and a system safety detection module are connected through a bus and integrated and sealed in a cavity formed by the lamp lens and the base; and the self-driven system is mounted at the bottom of the buoy. The intelligent self-driven remote-control and remote-measuring solar buoy has the advantages that the normal monitoring range is large, the fault alarm is timely, the locating accuracy is high, and the remote control function is strong, and when an anchor chain below the buoy is fractured, the buoy can correct the position automatically to return to an initial position.

Description

[0001] Field [0002] The invention relates to an intelligent self-driving solar buoy, in particular to an intelligent self-driving remote-control telemetering solar buoy. Background technique [0003] At present, the solar buoys used or reported in China all adopt a decentralized structure, which is composed of navigation lights, buoys, solar cells, batteries, and controllers. Using this structure will reduce the overall reliability of the buoy. Another is that traditional solar buoys do not have a remote control system. When the buoy is stolen, the buoy drifts out of the set range, or enters water, it is often difficult to be found. Cause great inconvenience, but also can bring great potential safety hazard for the operation of waterway. The third is the traditional solar buoy. When the anchor chain breaks, it can only be retrieved by tugboats. When the buoy is often found, it has drifted away to tens of nautical miles, which will cause a great waste of manpower and mat...

AI Technical Summary

Problems solved by technology

Another is that traditional solar buoys do not have a remote control system. When the buoy is stolen, the buoy drifts out of the set range, or enters water, it is often difficult to be found. It will cause great inconvenience, and it will also bring great safety hazards to the operation of the waterway.

The third is the traditional solar buoy. When the anchor chain breaks, it can only be retrieved by a tugboat. Often the buoy has drifted away to tens of nautical miles when the buoy is found, which will cause a great waste of manpower and material resources.

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