Underwater glider deployment system and method based on missile platform

Abstract

The invention discloses an underwater glider deployment system and method based on a missile platform, the system comprises a missile and an underwater glider carried on the missile, the missile comprises a missile head and a missile body, the missile head is additionally provided with a foldable grid rudder and a reverse spraying engine, and the missile body is provided with a power engine; a warhead shell covers the warhead, the underwater glider and the relay communication module are arranged in the warhead shell, the underwater glider and the relay communication module are connected with the warhead through a separating and releasing platform, and the underwater glider is in communication connection with the relay communication module through an underwater acoustic communication system. The relay communication module is in communication connection with the command center through a satellite. According to the underwater glider deployment system and method based on the missile platform, the missile serves as a carrying platform, the deployment speed of the underwater glider is increased, real-time transmission of detection data is achieved, and the response efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of underwater glider, in particular to a missile platform-based underwater glider deployment system and method. Background technique [0002] Underwater glider is a new type of underwater vehicle, and its development in our country is gradually mature. The underwater glider has low energy consumption and long working hours. Different measurement modules are installed on the underwater glider, which can realize the detection of marine parameters in a wide range of sea areas and serve the research and development of the ocean. In addition, the underwater glider has low noise level and good concealment, and it also has broad development prospects in military reconnaissance and surveillance. [0003] At present, underwater gliders are mainly released and launched by ships, and the speed of ships is relatively slow. If they are used in disaster relief and military fields, they cannot respond quickly in the face ...

AI Technical Summary

Problems solved by technology

[0003] At present, underwater gliders are mainly released and launched by ships, and the speed of ships is relatively slow. If they are used in disaster relief and military fields, they cannot respond quickly in the face of emergencies.

At the same time, ships have obvious targets and are vulnerable to attack, and have poor defense penetration capabilities, making it impossible to deploy underwater gliders to sensitive areas of the enemy

In addition, radio communication is greatly attenuated in water, and underwater communication is mainly through sound waves, but sound waves cannot communicate with satellites and command centers. Or command center for communication and data transmission

In this way, the data obtained underwater needs to be transmitted back after a long time delay, and it is impossible to form real-time monitoring of the marine environment and reconnaissance targets.

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