Seafood pool monitoring system

Abstract

The invention provides a seafood pool monitoring system in the technical field of intelligent seafood pools. The seafood pool monitoring system comprises a data acquisition module, a data display archiving module, a data monitoring module, a big data analysis module and a control instruction execution module, wherein the data acquisition module is used for automatically uploading monitoring data collected by a sensor group and an equipment operation state to a server in real time after each seafood pool is powered on; the data display archiving module is used for displaying the received monitoring data and the equipment operation state in real time by the server, storing the monitoring data and setting a monitoring index group; the data monitoring module is used for the server to monitor the monitoring data based on the monitoring index group; the big data analysis module is used for performing big data analysis on the monitoring data by the server and dynamically updating the monitoring index group; and the control instruction execution module is used for issuing an input control instruction to the corresponding seafood pool by the server, dynamically adjusting environmental parameters of the seafood pool, and verifying an adjustment result through the monitoring data and the equipment operation state. The seafood pool monitoring system has the advantages that comprehensive monitoring of the seafood pools is achieved, and then the seafood breeding quality is greatly improved.

Description

technical field [0001] The invention relates to the technical field of intelligent seafood ponds, in particular to a seafood pond monitoring system. Background technique [0002] The seafood pond is a container for cultivating seafood. It is widely used in various supermarkets and seafood markets. It is equipped with circulating water system, oxygenation system, refrigeration system and other systems to ensure the survival of seafood. With the advancement of technology and the rise of the Internet of Things, smart seafood ponds have also appeared on the market. [0003] However, the traditional smart seafood pool is limited to establishing a connection between the mobile phone and the smart seafood pool through Bluetooth or wifi, and simply operating the startup and shutdown of the smart seafood pool through the mobile phone, without monitoring the various index data of the seafood pool. According to data analysis, there is no corresponding fault handling mechanism to deal ...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional smart seafood pool is limited to establishing a connection between the mobile phone and the smart seafood pool through Bluetooth or wifi, and simply operating the startup and shutdown of the smart seafood pool through the mobile phone, without monitoring the various index data of the seafood pool. Data analysis, there is no corresponding fault handling mechanism to deal with emergencies, and there are many types of seafood cultured in seafood ponds, and different seafoods are suitable for different environments. A slight change in the environment can easily lead to the death of seafood

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