Fertilizer parameter adjusting method and device for fertilizer applicator

Abstract

The invention discloses a fertilizer parameter adjusting method for a fertilizer applicator. The method includes the steps that detection data of plants is obtained; the detection data is input into afertilizer prediction model, and the detection data is predicted through a fertilizer prediction model to obtain a prediction result; a fertilizer parameter adjusting instruction is generated according to the prediction result, and the fertilizing amount of the fertilizer applicator is adjusted through the fertilizer parameter adjusting instruction. Therefore, in the scheme, after the fertilizerapplication is used for fertilizing the plants, parameter values of various fertilizer parameters of the plant growth environment can be obtained in real time by obtaining the detection data of the plants, and if the parameter values do not conform to required fertilization parameters, the adjusting instruction corresponding to the fertilization parameters is generated and sent to the corresponding fertilizer applicator, so that the fertilizer applicator adjusts the fertilization amount corresponding to the fertilization parameters, and then the fertilization amount of the fertilizer applicator is automatically adjusted. The invention further discloses a fertilizer parameter adjusting device and equipment for the fertilizer applicator and a computer readable storage medium. The above technical effects can also be achieved.

Description

technical field [0001] The present invention relates to the technical field of parameter adjustment, and more specifically, relates to a fertilizer parameter adjustment method, device, equipment and computer-readable storage medium for a fertilizer applicator. Background technique [0002] The application of chemical fertilizers is an important operation link in the production process of major crops, which directly affects the yield of crops. At present, the main fertilization method when fertilizing the plants in the greenhouse is: fertilizing the plants through a fertilizer applicator. The existing fertilizer spreader is a semi-automatic fertilizer spreader. After the user sets the amount of fertilizer applied, the fertilizer dispenser will apply fertilizer according to the set amount of fertilizer applied. However, after the crops are fertilized, the fertilization parameters of each plant are not detected, that is to say, because the changes of various fertilization para...

AI Technical Summary

Problems solved by technology

However, after the crops are fertilized, the fertilization parameters of each plant are not detected, that is to say, because the changes of the various fertilization parameters after fertilization are not clear, it will lead to problems such as excessive or too little fertilization

Moreover, if you want to adjust the amount of fertilizer applied by the fertilizer applicator, you need manpower to adjust each fertilizer applicator, which will waste a lot of manpower and material resources, and will also cause production delays and loss of output.

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