A Soil Mixing Equipment Based on Big Data Analysis

Abstract

The invention discloses soil grading equipment based on big data analysis. The equipment has the advantages that potted plant nutrient graded soil ratio data which is updated in real time according toseason and climate is prestored in a cloud server, and blanking equipment is further provided to realize automatic blending according to prestored data in the cloud server, so that compared with manual blending, the automatic blending is more accurate, the blending cannot be excessive or tool less, phenomena of spindling of branches and leaves, seedling burning, thin and weak branches, yellowingof leave color and being vulnerable to damage by disease and insect are avoided, meanwhile an APP communication module is communicated with an mobile phone APP, a screen for performing man-machine interaction is not required to be mounted on the equipment, the cost is reduced, the maintenance cost is further reduced, and soil and fertilizer can be sufficiently and uniformly mixed automatically through stirring equipment, so that compared with the existing equipment for directly spraying fertilizer on the surface of soil, the problems that the utilization of fertilizer is poor, the absorptivityis low and even the fertilizer is crystallized on the surface of the soil to affect plant growth are avoided.

Description

technical field [0001] The invention relates to the field of agriculture, in particular to a soil mixing equipment based on big data analysis. Background technique [0002] Now more and more office desktops or various household desktops will put a pot of small plants, which can be used for viewing and adding a green color to life, making the mood more comfortable, but most of the customers are not Know the soil requirements for potted plants, do not know the ratio of fertilizers in the soil, and even some merchants do not know how to prepare the ratio of nutrient soil, do not know how to mix the soil, the ratio is out of balance, when too much fertilizer is applied, the branches and leaves will grow leggy, burnt Seedlings, when there is a lack of fertilizer, the branches will be thin and weak, the leaves will turn yellow, and they will be vulnerable to diseases and insect pests. However, most of the current fertilization is only to sprinkle the fertilizer on the soil surface...

AI Technical Summary

Problems solved by technology

[0002] Now more and more office desktops or various household desktops will put a pot of small plants, which can be used for viewing and adding a green color to life, making the mood more comfortable, but most of the customers are not Know the soil requirements for potted plants, do not know the ratio of fertilizers in the soil, and even some merchants do not know how to prepare the ratio of nutrient soil, do not know how to mix the soil, the ratio is out of balance, when too much fertilizer is applied, the branches and leaves will grow leggy, burnt Seedlings, when there is a lack of fertilizer, the branches will be thin and weak, the leaves will turn yellow, and they will be susceptible to diseases and insect pests. However, most of the current fertilization is just to sprinkle the fertilizer on the soil surface, so that the utilization rate of the fertilizer is poor, the absorption is less, and even crystallization on the soil surface affects plant growth

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