Method and device for implementing light supplementing system of plant light recipe based on artificial intelligence

Abstract

The invention discloses a method and device for implementing a light supplementing system of a plant light recipe based on artificial intelligence. The method comprises the steps of collecting a plant image; identifying and acquiring plant type information and growth stage information according to the plant image; calling corresponding light recipe data according to the plant type information and the growth stage information; and adjusting the light output ratio of plant lamps according to the light recipe data. The device comprises a high-definition image acquisition module; a plant light recipe database, a plant identification module, a plant lamp module and a control module. According to the invention, the growth conditions of different plants in different stages are identified, the plant lamps are accurately controlled to provide optimal light supplementing strategies for the plants, different requirements of different plant growth on spectrums are met, and the growth benefits of the plants are maximized.

Description

Technical field[0001]The present invention relates to the field of plant growth monitoring and control, and more particularly to a method and apparatus for realization based on artificial intelligence plant light formulation filling systems.Background technique[0002]Light is an important physical factor in any plant from germination to mature growth, and the lush growth of various plants in nature must rely on the energy supplied from sunlight. According to the biological theory, the illumination helps accelerate the chlorophyll absorption of the plants, such as water and carbon dioxide, etc., synthesizing more carbohydrates and promotes plant growth. By simulating the botanic lamp technology born in sunshine, the core is the core of which can achieve illumination. By adjusting the light state of the plant lamp, we control the growth rate of plants by identifying the growth of plants, or The formation of control of the plants is an important technique in the field of modern plant cu...

AI Technical Summary

Problems solved by technology

[0004] The patent document with the application number 201911000302.8 discloses an agricultural environment supervision system based on big data, including a crop database, an area planning module in the shed, an artificial light supplement device, and a planting device placed on the artificial light supplement device. There are crops planted in the center; the lighting conditions of the whole day are collected through the planting device, and the artificial light supplement device is used to determine the duration of the supplementary light according to the light conditions during the day when the light is insufficient at night, and cooperate with the area planning module in the shed to control the planting device. The identification and management and the crop database provide support for the wavelength of light required for plant growth, suitable illuminance and other data, and then control the operating parameters of the lighting module to provide a suitable supplementary light environment for different crops to ensure the growth of crops; but in practical applications Among them, the defect is that the light detection module that collects light information is not suitable and cannot cover all the places where the plants receive light, so the light information cannot accurately represent the light conditions of the entire plant of the crop; only relying on the light information collected can target a certain crop. The effect of controlling growth will not be ideal if it ignores the actual growth status of plants.

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