Zebra fish breeding system based on Internet of things technology

Abstract

The invention relates to a zebra fish breeding system based on an Internet of things technology. The system comprises a breeding sink, a water quality monitoring device, a controller, a displayer, a water quality regulating system, a data transmission device and a server, wherein the water quality monitoring device is placed inside the water body of the breeding sink, the data output end of the water quality monitoring device is linked with the controller, and the controller acquires the current water quality condition and a water quality regulating command containing the target direction and target degree of water quality regulation after calculation and comparison; the control signal output end and display signal output end of the controller are linked with the water quality regulating system and the displayer respectively, the signal output end of a self-checking device of the water quality regulating system is linked with the controller, and the controller is in bidirectional communication with the server through the data transmission device; the controller sends obtained information to the server, and the server stores the information in local. The zebra fish breeding system based on the Internet of things technology achieves interconnection of things during the process of breeding zebra fishes, and is high in automation degree and less in manpower occupation, and the process data is great in traceability.

Description

Technical field [0001] The invention relates to a zebrafish breeding system, in particular to a zebrafish breeding system based on the Internet of Things technology. Background technique [0002] The current zebrafish farming mainly relies on manual labor. The water quality is understood from time to time through artificial observation and measurement, and then corresponding response plans are formulated according to the actual situation, and then artificially processed. This method is not timely enough to discover and deal with problems, and it is difficult to keep the breeding process in the best condition. This method also consumes manpower and energy. It is usually necessary to arrange personnel rotation to achieve 24-hour duty, and the handover of the previous breeding situation and the problems in the breeding process and the handling of the problem is not effective when the personnel is rotated. The method brings inconvenience to the subsequent breeding process. Summary ...

AI Technical Summary

Problems solved by technology

This method is not timely enough for the discovery and treatment of problems, and it is difficult to keep the breeding process in the best state

This method also consumes manpower and energy. It is usually necessary to arrange personnel rotation to achieve 24-hour on-duty, and there is no effective handover of the previous breeding situation, problems that occurred during the breeding process, and the handling of the problems during personnel rotation. Means, bring inconvenience to the subsequent breeding process

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