A central multi-functional centralized management platform for large-scale breeding ponds

Abstract

The invention relates to a central multifunctional centralized management platform for a large-scale culture pond. The management platform is a cylinder and is vertically installed in the center of the circular culture pond. The management platform itself has a control center. The management platform is provided with a plurality of groups of cameras with visual sensing at different heights under the water. The management platform is provided with a plurality of groups of aeration devices at different heights under the water, each group of the aeration devices has a plurality of aeration headsdistributed uniformly around the circumference, each aeration head has nine aeration channels which are arranged in an array and outwardly expanded, and each row of the aeration heads and each columnof the aeration channels can be independently enabled. Water quality sensors are respectively installed at different heights of the management platform cylinder, and the control center controls the enabling position of the aeration channels according to detection values of the water quality sensors at the different heights. The culture water environment and culture objects are comprehensively monitored, and the water quality of the culture process is ensured to be good and uniform, thereby achieving safe and controllable culture, excellent culture environment and good growth of the culture objects.

Description

technical field [0001] The invention relates to a central multifunctional centralized management platform for a large-scale culture pond, belonging to the technical field of culture ponds. Background technique [0002] In recent years, the industrialized recirculating aquaculture model is in a state of vigorous development in my country, and both the number of cultured species and the cultured area have grown enormously. Although the automation of the water purification system has been basically realized, the special sewage discharge, flow control, dissolved oxygen control, fish catch and other aspects in the fish pond still rely on manual operations, and the degree of mechanization and automation is very low, especially in the fish pond. For more and more large-area, high-water-depth fishponds to be put into use, manual operation is difficult and loss is high, which seriously affects the smooth progress of aquaculture production. In addition, it is difficult to control dis...

AI Technical Summary

Problems solved by technology

Although the automation of the water purification system has been basically realized, the special sewage discharge, flow control, dissolved oxygen control, fish catch and other aspects in the fish pond still rely on manual operations, and the degree of mechanization and automation is very low. For more and more large-area and high-water-depth fish ponds to be put into use, manual operation is difficult and loss is high, which seriously affects the smooth progress of aquaculture production

In addition, it is difficult to control dissolved oxygen in large fish ponds

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