Intelligent cage system for detecting jellyfish habits

Abstract

The invention discloses an intelligent cage system for detecting jellyfish habits, which comprises: at least one anchoring block made of a flexible material, wherein the outer side of each anchoring block is wrapped with a net cover; a plurality of probes arranged on the anchoring blocks at intervals, wherein at least one nozzle is arranged between every two adjacent probes; at least one sonar unit, wherein the sonar units carry out jellyfish research through sound waves; and at least one floating-sinking block capable of adjusting the depth of water in a cage. The change in water pressure ofthe cage is regulated through the floating-sinking blocks, so that the shape of the jellyfish in different environments is studied; meanwhile, the habits, physiological change, fluid flow velocity andother indexes of the jellyfish in different laminar flow regions are monitored through a camera device, so that the flexibility of the cage system is improved.

Description

technical field [0001] The invention relates to an intelligent enclosure system, in particular to an intelligent enclosure system for detecting jellyfish habits. Background technique [0002] The main component of the jellyfish body is water, and the water content in the body can generally reach more than 98%. It is composed of inner and outer germ layers, and there is a thick middle rubber layer between the two layers. It is not only transparent, but also has a floating effect. The middle of the jellyfish tentacles There is a small ball on the thin handle of the jellyfish, which is the ear of the jellyfish. The infrasonic wave produced by the friction between the sea waves and the air impacts the hearing stone, stimulating the surrounding nerve receptors, so that the jellyfish can hear the sound before the storm comes. Information can be obtained within a dozen hours, and jellyfish can be studied through intelligent coverage, so as to realize the monitoring of jellyfish phy...

AI Technical Summary

Problems solved by technology

[0003] The traditional cage system does not use the snorkeling block to adjust the water pressure of the cage, nor does it use the air pump to inflate the air bag inside the snorkeling block, so it is difficult to flexibly control the depth of the cage sinking into the water. It is troublesome to study jellyfish, and there are settings inside the cage The camera device cannot monitor the habits and physiological changes of jellyfish at different water depths, fluid flow rate and other indicators through the camera device, it is difficult to observe the life form of jellyfish in water, and the practicability is not strong

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