Intelligent monitoring system for intelligent beekeeping tray

Abstract

The invention discloses an intelligent monitoring system for an intelligent beekeeping tray. The system comprises a bee barrel and a tray monitoring system, a bee barrel cavity is formed in the bee barrel, a bee barrel tray is arranged in the bee barrel cavity of the bee barrel, a tray monitoring assembly is installed on the bee barrel tray in a matched mode, the tray monitoring assembly comprisesa temperature sensor, a humidity sensor and a pressure sensor, and the pressure sensor is arranged at the bottom of the bee barrel tray; the tray monitoring system comprises a power supply module, amemory, a temperature and humidity monitoring module, a weight monitoring module, a mode switching module and a display screen, and the weight monitoring module is connected with the pressure sensor.According to the invention, temperature and humidity in the bee barrel can be collected and monitored, and honey can be weighed and correspondingly stored in a container in real time; scientific beebreeding and teaching research are facilitated, the labor intensity of bee farmer management and nursing is reduced, the quality and yield of honey are improved, and centralized, intelligent, automatic, datamation and scientific bee breeding management can be achieved.

Description

technical field [0001] The invention relates to the field of monitoring the internal environment of a beehive, in particular to an intelligent monitoring system for an intelligent beekeeping tray. Background technique [0002] Bee breeding is an important agricultural production that affects the national economy. Bees can pollinate plants, maintain the diversity of plant species, and at the same time improve the yield and quality of crops; at the same time, bees can also provide honey, propolis, royal jelly and other products. Provide basic raw materials for industrial and civil products. The existing beekeeping industry generally relies on artificial observation of the bee barrel environment. Since the bees are concentrated in the bee barrel, it is especially necessary to manually measure the temperature and humidity in the bee barrel, because temperature and humidity will affect the growth of bees and also affect the growth of bees. The quality and yield of honey, and bec...

AI Technical Summary

Problems solved by technology

The existing beekeeping industry generally relies on manual observation of the bee barrel environment. Since the bees are concentrated in the bee barrel, it is especially necessary to manually measure the temperature and humidity in the bee barrel, because temperature and humidity will affect the growth of bees and also affect the growth of bees. The quality and yield of honey, and because the environment in the beehive will change from time to time, the traditional method only relies on manual temperature and humidity detection, which is labor-intensive, that is, it takes a lot of time to manage and care whether it is flowering season or not. Beekeepers live in simple rooms next to the beehives

The traditional method is to take the beehive tray out of the beehive, and judge the artificial temperature and humidity and shake the honey time, which will affect the honey bee production.

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