Intelligent cage culture system and use method

Abstract

The invention discloses an intelligent cage culture system and a use method thereof. An embedded microprocessor MPU is connected with a dissolved oxygen sensor, a temperature sensor and a water flow speed sensor, connected with a diet feeding controller for controlling diet feeding, and connected with a high-pressure water gun controller for controlling spraying of a high-pressure water gun. The MPU is also connected with cameras and search lights. An ultrasonic sensor and / or a high-pressure gas pipe net are / is mounted. According to the use method, diets are fed in right time according to temperature and dissolved oxygen amount; according to a water flow speed difference inside and outside the cage, the high-pressure water gun is started to rotate and pitch to wash the cage; each camera and each search light are started according to a set instruction or an instruction from a shore management system, video recording is carried out on aquatic products in the cage, and the video is transmitted to the shore for monitoring. The diets are fed automatically according to needs on the basis of signals, the cages are washed, and intelligent cage maintenance is realized; due to the automatic shooting device, remote video monitoring and remote management and control are realized; and automatic sound and light alarm improves safety of cage culture.

Description

technical field [0001] The invention relates to cage culture technology, in particular to an intelligent cage culture system and its use method. Background technique [0002] At present, the use of cages for fish farming is being increasingly popularized. The aquatic products cultured in the cages can be managed scientifically and rationally, and because the cages are placed in the ocean or lake, the aquatic products cultivated in them can obtain living conditions similar to those in the wild environment. , to ensure the quality of aquaculture aquatic products. However, with the rapid development of industry and the continuous expansion of human activities, the pollution of offshore seawater is getting higher and higher, resulting in a sharp decline in the quality and output of offshore cage culture aquatic products. In addition, some aquatic products must be cultured effectively in a deep water environment. Therefore, the current development and design of cage culture sys...

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Problems solved by technology

[0003] However, the deep-water cage culture system is far away from the shore, and it is impossible for farmers to be in the vicinity of the cage culture system frequently. Therefore, it is impossible to carry out daily monitoring, maintenance and management of the cage culture system, and it is impossible to add bait to the aquatic products in the cage in a timely manner. It is also impossible to observe the production and health status of aquatic products from time to time, let alone provide protection when the deep-water cages are attacked by other large aquatic organisms

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