Intelligent orchard humidity and temperature perception and light control system

Abstract

The invention discloses an intelligent orchard humidity and temperature perception and light control system comprising a humidity and temperature perception control unit, a light control unit and a water pumping control unit. The humidity and temperature perception control unit, the light control unit and the water pumping control unit are connected with the wireless output end of a central control unit in a signaling way. The humidity and temperature perception control unit comprises a humidity and temperature sensor and a microprocessor which is connected with the humidity and temperature sensor. The microprocessor is connected with a silica gel heating sheet through a USB jack. Light control, watering control and temperature control of the plant can be set and adjusted by the user according to the actual situation, the system also uses the light, the humidity and the temperature of plant growth as the three basic measure values to be classified through the neural network classification algorithm to provide certain culturing schemes for the user to select to use, and the system works according to the selected scheme so as to omnibearingly protect plant growth.

Description

technical field [0001] The invention relates to orchard planting, in particular to an intelligent orchard wet temperature sensing and light control system. Background technique [0002] At present, almost all other similar products do not have an automatic control system, and are more of a reminder function, while operations such as watering and fill light need to be done manually, and some fill light operations even require an external light source. Many of them cannot achieve complete automatic control, and cannot automatically create an environment suitable for the growth of the plant according to the growth characteristics of the plant, nor can it return to the normal range through the regulation function of the automatic control system when a certain index exceeds or falls below the normal value. . [0003] Smart flowerpots: too small in size, each potted plant can only grow a single plant, and basically only smaller plants can be planted, slightly larger plants cannot...

AI Technical Summary

Problems solved by technology

Many of them cannot achieve complete automatic control, and cannot automatically create an environment suitable for the growth of the plant according to the growth characteristics of the plant, nor can it return to the normal range through the regulation function of the automatic control system when a certain index exceeds or falls below the normal value.

[0003] Smart flowerpots: too small in size, each potted plant can only grow a single plant, and basically only smaller plants can be planted, slightly larger plants cannot be planted, the practicability is not high, and at the same time it is ornamental also very limited

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