Seaquake wave-detection aircraft capable of being autonomously placed and recycled

Abstract

The invention relates to a seaquake wave-detection aircraft capable of being autonomously placed and recycled. The seaquake wave-detection aircraft comprises an earthquake wave detection and inductionmodule, a multi-degree-of-freedom propelling module, a communication module, a control management module and an energy supply module, wherein the earthquake wave detection and induction module comprises a three-component accelerated speed wave detector, a hydrophone, an attitude sensor, an atomic clock, a depth detection and positioning module. According to the seaquake wave-detection aircraft, benthonic earthquake waves and sound waves can be simultaneously detected, and relatively complete benthonic geographic information can be acquired; and meanwhile, the seaquake wave-detection aircraftcan be in real-time communication with a mother ship on the water surface, so that the behaviors of the seaquake wave-detection aircraft can be flexibly controlled; and by utilizing the multi-degree-of-freedom propelling module, the seaquake wave-detection aircraft can be accurately placed and recycled.

Description

technical field [0001] The invention relates to a submarine seismic detection aircraft capable of autonomous deployment and recovery. Background technique [0002] Submarine seismic activity is very frequent. Modern technology uses the seismic situation of the seabed to obtain the source of the earthquake through the seismic detection device, and then analyzes the law of seismic activity on the seabed to provide data for the analysis of the geological structure of the seabed. The current submarine seismic monitoring devices generally adopt distributed multi-point continuous observation, and the detection depth can reach 6000 meters. However, ordinary submarine seismic detection devices need to calculate the reasonable location of the seismic detector. Once the submarine seismic detector fails to reach the ideal seabed position, it is generally difficult to change the position, so that it cannot be independently arranged and accurately recovered. The existing submarine seism...

AI Technical Summary

Problems solved by technology

However, ordinary submarine seismic detection devices need to calculate the reasonable location of the seismic detector. Once the submarine seismic detector fails to reach the ideal seabed position, it is generally difficult to change the position, so that it cannot be independently arranged and accurately recovered.

The existing submarine seismic detectors cannot perform complex movements according to the instructions of the surface mother ship, which greatly reduces the efficiency of seismic wave detection and wastes resources

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