Intelligent soil detection and analysis treatment device

Abstract

The invention discloses an intelligent soil detection and analysis treatment device. A fertilizer applicator and a soil detection machine body are arranged on a driving machine body in a clamped manner, the fertilizer applicator comprises a storage groove, a fertilizer application rotating wheel, fertilizer application heads, a first supporting sliding shaft and a fixing module, the storage grooveis formed at the top of the fertilizer applicator, the first supporting sliding shaft slides in a machine body bottom groove, the fertilizer application rotating wheel is arranged on the first supporting sliding shaft, a first motor for driving the fertilizer application rotating wheel to rotate is arranged on the first supporting sliding shaft, a rotating wheel inner barrel is arranged on the fertilizer application rotating wheel, and a circle of fertilizer application heads arranged side by side are arranged on the fertilizer application rotating wheel. Fertilizer grooves corresponding to the fertilizer application heads are formed in the rotating wheel inner barrel, the fertilizer application heads can be driven to apply fertilizer in soil through the fertilizer application rotating wheel, the fertilizer application efficiency is greatly improved, meanwhile, the soil can be detected through the soil detection machine body, and the detection efficiency is greatly improved.

Description

Technical field[0001]The invention relates to a soil detection and fertilization device, in particular to an intelligent soil detection and analysis device, in particular to a soil detection and analysis processor capable of detecting soil and simultaneously fertilizing the soil in different proportions.Background technique[0002]With the continuous development of agricultural technology, the quality of agricultural products has been further improved. In the current process of continuous development of agricultural technology, soil is the basis for crop growth, and it is necessary to spread the soil in the process of planting crops. A certain amount of fertilizer can allow crops to grow. In the process of fertilizing the soil, most of the fertilizers are spread directly. In the process of sowing, although the soil can be tested and various organic elements in the soil can be tested, then The proportion of fertilizers achieves the maximum effect of fertilizers and makes crops grow bet...

AI Technical Summary

Problems solved by technology

[0003] Although the purpose of detecting precise fertilization can be achieved, the detection results of multiple plots of land cannot represent the detection effect of one square meter of land, so the quality of detection is low;

[0004] At the same time, in the process of proportioning the fertilizer, it can only be concentrated on the positive land after the proportioning is completed. Although the sowing can be completed, the fertilizer cannot be accurately sown according to each piece of land, so the quality of sowing low

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