Remote automatic monitoring system for aquaculture and monitoring method thereof

Abstract

The invention provides a remote automatic monitoring system for aquaculture and a monitoring method thereof. The system is implemented by combining the conventional electronic products such as a water quality parameter sensor, an environmental parameter sensor, an aquaculture execution device and the like and a communication network; centralized setting and monitoring management are performed by adopting a monitoring device; a controller independently analyzes the monitoring data of the sensors according to the setting and controls the operating process of an executor according to the analysis result so as to improve the production management efficiency of the aquaculture and adapt the requirement of modern integrated management; the working personnel can monitor the actual condition of an aquaculture unit without going to the aquaculture site, and the system automatically gives an alarm in emergency, so the system is favorable for improving the management efficiency, saving the management cost and reducing the risk of the aquaculture; and the management of the aquaculture unit can be quantitatively set through the monitoring device so that the management is more digitalized and standardized, the system is favorable for unifying the management standards, and technical guarantee is provided for large-scale development of the aquaculture.

Description

technical field [0001] The invention belongs to the technical fields of electronic information, remote monitoring and agricultural modernization, and in particular relates to a networked remote automatic monitoring system for aquaculture and a monitoring method for the system. [0002] Background technique [0003] With the development of agricultural modernization, networked remote monitoring technology has the advantages of saving labor and efficient management, so it will be more and more valued by agricultural production. In terms of aquaculture, the current level of automation in aquaculture management is low, mainly through manual management. However, manual management must often visit the site for inspections, or even wait for the site 24 hours a day to prevent emergencies, so the work efficiency of personnel is low. At the same time, the workload of manual management is heavy, and details are easily overlooked, resulting in inadequate management and unnecessary maj...

AI Technical Summary

Problems solved by technology

In terms of aquaculture, the current level of automation in aquaculture management is low, mainly through manual management

However, manual management must often visit the site in person, and even wait for the site 24 hours a day to prevent emergencies, so the work efficiency of personnel is low.

At the same time, the workload of manual management is heavy, and it is easy to ignore the details, resulting in inadequate management, resulting in unnecessary major losses

The labor cost of manual management accounts for a large proportion of the breeding cost, and the management technology is mainly determined by the experience of the breeding personnel, so the level is uneven, it is difficult to form a standardized breeding management method, and the production efficiency is low

At present, although with the development of electronic information technology, water quality parameter sensors (such as dissolved oxygen sensors, PH value sensors, salinity sensors, etc.), environmental parameter sensors (water temperature sensors, water level sensors, air temperature sensors, etc.), aquaculture execution equipment ( Electronic products such as water circulation devices, aerators, feeding machines) are increasingly advanced, but they have not been well utilized in the automated management of aquaculture

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