Duck breeding house remote information collection system and method based on internet of things

Abstract

The invention discloses a duck breeding house remote information collection system and method based on internet of things. The system comprises an environment monitoring collection unit, a wireless sensor network terminal node, a sensor network aggregation node, gateway equipment, a cloud server, and a user terminal; a user can check change of environment information in a breeding house through amobile phone or a webpage, thereby realizing an operation of remotely checking the temperature and humidity, the negative pressure, the CO2, the image and like data in the breeding house in real time;the data collected by the wireless sensor network terminal node is transmitted to the gateway equipment through ZigBee wireless communication technology, and then is transmitted to the cloud server;the data is published to a webpage side and a mobile phone APP side so as to realize remote data automatic collection; a user can check the environment change in the breeding house anytime and anywhere, master the house condition in real time, and can set environment alarm settings; when a certain variable exceeds the set threshold, the mobile phone APP can perform the alarm, so that the manpowerrequired for breeding house management is saved.

Description

technical field [0001] The invention relates to the technical field of intelligent breeding of the Internet of Things, in particular to a remote information collection system and method for duck breeding sheds based on the Internet of Things. Background technique [0002] With the development and maturity of cage duck technology, commercial ducks such as meat ducks can be bred in sheds. However, ducks are more susceptible to environmental factors than chickens. During the breeding period, it is necessary to detect and control the environment in the duck shed to achieve the optimum breeding environment and avoid duck deaths caused by the environment. However, the conventional environmental control cabinets for breeding sheds use wired sensor probes for environmental monitoring. The wiring of the probes is complicated, and it can only monitor local information of the sheds, and it cannot realize functions such as remote monitoring, historical data query, and environmental chan...

AI Technical Summary

Problems solved by technology

However, the conventional environmental control cabinets for breeding sheds use wired sensor probes for environmental monitoring. The wiring of the probes is complicated, and it can only monitor local information of the sheds, and it cannot realize functions such as remote monitoring, historical data query, and environmental change trends for users.

For farmers who use environmental control cabinets, remote monitoring cannot be achieved. It is still necessary to arrange personnel to check and record environmental data in the breeding shed at all times, and it is impossible to achieve unattended and food traceability.

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