Underwater floating type ecological environment monitoring system and underwater floating type ecological environment intelligent breeding monitoring method

Abstract

The invention discloses an underwater floating type ecological environment monitoring system and an underwater floating type ecological environment intelligent breeding monitoring method. The system comprises a fishpond, a water inlet pump, a water outlet pump, an oxygen pump, soft bionic fish, a pond main control module, a WiFi communication module, a water inlet pipe, a water outlet pipe, an oxygen inlet pipeline and a monitoring platform, the temperature sensor, the pressure sensor and a photosensitive sensor are installed on the soft bionic fish and connected with a bionic fish main control module arranged on the soft bionic fish body, and the bionic fish main control module is in wireless connection with the pool main control module through the WiFi communication module; and the poolmain control module is connected with the monitoring platform through an upper computer to upload data. Suspension or submerging of the bionic fish is realized by adjusting opening and closing of theX-shaped connecting rod structure in the bionic fish; the bionic fish can bend forwards and backwards by adjusting the counterweight iron block to slide on a mass center adjusting beam; through bionicfish path planning design, the same kind of bionic fish adapts to water bodies with different densities to achieve fishpond intelligent breeding on-line monitoring, and fishpond water inlet and outlet and an oxygenation pump system are automatically regulated and controlled according to fishpond environment indexes and on-line monitoring data of different breeding types and different stages.

Description

technical field [0001] The patent of the present invention relates to interdisciplinary fields such as aquaculture, water quality detection, embedded control, bionics, Internet+, etc., and specifically relates to an underwater mobile fish pond environment automatic monitoring system for analyzing indicators that affect the growth environment of different types of fish and shrimp and Smart farming methods. Background technique [0002] There are complex physical, chemical, biological, and meteorological processes in aquaculture water, and the quality of aquaculture water directly determines the output and quality of aquatic products. On the whole, the aquaculture industry in developed western countries has basically realized the automation of aquaculture, the improvement of aquaculture varieties, and the informatization of aquaculture management. The popularization of aquaculture automation in my country is not ideal, and the basic conditions of aquaculture are backward. Mos...

AI Technical Summary

Problems solved by technology

The popularization of aquaculture automation in my country is not ideal, and the basic conditions of aquaculture are backward. Most of the country uses simple aerators, bait feeding machines and other equipment. There are few applications such as water quality monitoring and circulation breeding, and the degree of automation is low.

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