Fish pond water quality monitoring and unmanned aerial vehicle pesticide application and feeding system based on Internet of Things

Abstract

The invention discloses a fish pond water quality monitoring and unmanned aerial vehicle pesticide application and feeding system based on the Internet of Things, the fish pond monitoring system is used for monitoring the water quality condition of a fish pond in real time and transmitting the water quality condition of the fish pond to an aerator (15) for starting oxygenation or transmitting water quality condition to a user terminal (26) for feeding; and the user terminal (26) selects a feeding cabin (7) of the unmanned aerial vehicle pesticide application and feeding device to be filled with required materials according to the received data, and then the user remotely controls the unmanned aerial vehicle pesticide application and feeding device to fly to over the fish pond for feeding.The system can monitor the water quality condition of the fish pond anytime and anywhere, and the aerator can be automatically started and stopped according to the condition; when feeding is needed, the materials can conveniently charge and fed, the whole feeding cabin reciprocates along the vertical direction, and the automatic cruise function of the unmanned aerial vehicle and the up and down shaking of the feeding cabin are matched, so that the feeding is uniform, the range is wide, and manual material spreading on the fish pond is not needed.

Description

technical field [0001] The present invention relates to the field of agricultural technology, in particular to the technical field of fish pond water quality monitoring and pesticide application equipment, specifically an Internet of Things-based system that can monitor the water quality of fish ponds anytime and anywhere and semi-automatically feeds materials through unmanned aerial vehicles. Fish pond water quality monitoring and UAV spraying and feeding system. Background technique [0002] In fish ponds, water quality is closely related to fish growth and reproduction, especially pH value, dissolved oxygen content, and ammonia nitrogen concentration. my country's total fishery output ranks first in the world for many years in a row. The production of fish is closely related to the environment of the fish pond. Once the water quality is polluted, the environment of the fish pond will be damaged and the production will be reduced. Therefore, it is necessary to monitor the...

AI Technical Summary

Problems solved by technology

In the field of aquaculture, traditional artificial breeding and manual sampling monitoring can no longer realize real-time monitoring of the fish pond environment, nor can it obtain the water quality dynamics of the fish pond at any time, so the intelligent, automated and networked factory farming method has become a fishery. inevitable trend of development

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