Submarine communication buoy bait

Abstract

The invention discloses a submarine communication buoy bait. The buoy bait comprises buoys and electronic communication devices which are carried by the buoys and used for sending disinformation data, and are characterized in that the buoys are made by imitating real submarine communication buoys; each electronic communication device comprises a radio frequency system, a logic system and a power system; each radio frequency system is provided with a transceiver, an antenna exchanger and an antenna; each logic system is provided with a logic control circuit, a storage unit circuit and a clock circuit, takes a microprocessor chip as a center and is used for storing the disinformation data and clock data and receiving an input command, namely the time for sending the disinformation data at specific time (scheduled time or time which is appointed in real time); and the power system are batteries and supply power to the radio systems and the logic systems. The bait is thrown by a submarine, a surface ship or an airplane and sends the disinformation data at the specific time, so that electronic reconnaissance and monitoring attentions of enemies are diverted, and the safety of our submarines is enhanced when our submarines bidirectionally communicate with the surface ships, the airplanes and the like in real-time through the bait at underwater safe depth.

Description

Technical field: [0001] The invention relates to communication buoy technology. Background technique: [0002] Due to the difficulty of high-frequency electromagnetic waves penetrating seawater, the submarine needs to rise to the depth of seawater where the antenna installed on the periscope can extend out of the sea surface when performing wireless communication, which makes the submarine risk being attacked by enemy surface ships, aircraft, shore-based and space-based radars and electronic devices. The great risk discovered by reconnaissance facilities has not been solved for more than ten years after the end of the Cold War. However, since 2008, the US media revealed that the R&D team led by Lockheed Martin has launched three buoy communication systems, which can solve the submarine wireless communication problem that has plagued the navies of various countries for a century. The US military revealed in the media In 2010, the three communication buoy systems passed the k...

AI Technical Summary

Problems solved by technology

[0002] Due to the difficulty of high-frequency electromagnetic waves penetrating seawater, the submarine needs to rise to the depth of seawater where the antenna installed on the periscope can extend out of the sea surface when performing wireless communication, which makes the submarine risk being attacked by enemy surface ships, aircraft, shore-based and space-based radars and electronic devices. the great risk detected by reconnaissance facilities, a problem that remains unresolved more than a decade after the end of the Cold War

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