Unmanned above-water warning and defending system

Abstract

The invention discloses an unmanned above-water warning and defending system. The unmanned above-water warning and defending system comprises a buoy connected with a main vessel, a foldable drone anda mission payload mounted on the foldable drone; the inside of the buoy is provided with a controller, a horizontal sensor, an infrared sensor, an optical transceiver, a storage battery power module,a sea wave power generator, a drone take-off and landing platform and an electric winch, wherein the horizontal sensor, the infrared sensor, the optical transceiver, the storage battery power module and the sea wave power generator are connected with the controller, the sea wave power generator is connected with the storage battery power module for supplying power, the optical transceiver and thestorage battery power module achieve signal and power transmission with the foldable drone via photoelectric compound cables wound on the electric winch, and the drone take-off and landing platform and the driving motor of the electric winch are connected with the controller. The unmanned above-water warning and defending system can carry the drone to a designated position via the buoy and launchthe drone after determining sea surface conditions, then achieve sea surface monitoring with the drone, thereby achieving the aims of flexible movement, long-time operation, remote monitoring and unattended working and expanding the monitoring and defending range of submarine vessels.

Description

technical field [0001] The invention relates to the technical field of water early warning and defense, in particular to an unmanned water early warning and defense system. Background technique [0002] At present, the main means for the mother body (submarine, underwater vehicle or aircraft) in the underwater navigation state to observe sea level and air conditions is to use the periscope or photoelectric buoy system, but the periscope and photoelectric buoy system have low periscope height and short distance. The concealment is not high enough, and the traditional sea area early warning and defense system has problems such as inflexible movement, inability to work for a long time, low quality of underwater communication, and inability to remote control. [0003] Therefore, how to realize the remote monitoring and operation of underwater, sea level, coast and air conditions by the mother body in the underwater navigation state, improve the concealment of the underwater moth...

AI Technical Summary

Problems solved by technology

[0002] At present, the main means for the mother body (submarine, underwater vehicle or aircraft) in the underwater navigation state to observe sea level and air conditions is to use the periscope or photoelectric buoy system, but the periscope and photoelectric buoy system have low periscope height and short distance. The concealment is not high enough, and the traditional sea area early warning and defense system has problems such as inflexible movement, inability to work for a long time, low quality of underwater communication, and inability to control remotely

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