Soil salinization improvement system

Abstract

Provided is a soil salinization improvement system. The system comprises a land deep turning fertilization device, a groundwater level monitoring device and a control system, the land deep turning fertilization device is used for deeply turning the soil and injecting agglomerate structures and water into the soil, and the land deep turning fertilization device is composed of a conveying pipe, a deep turning pipe, a rotating motor and a boosting pump; a flow monitoring chip is arranged between the boosting pump and the conveying pipe; the groundwater level monitoring device is used for detecting groundwater level height real-time changes and transmitting data of the groundwater level height to a server in real time, and includes a height sensor and a water float; the control system is usedfor controlling the start and stop of the land deep turning fertilization device according to a plan, and includes the server, a controller and a terminal. According to the system, the land deep turning fertilization device deeply turns the soil and injects the required water or agglomerate structures, and the groundwater level monitoring device can prevent the soil from salinization in advance.

Description

technical field [0001] The invention relates to the field of land improvement, in particular to a soil salinization improvement system. Background technique [0002] When soil salinization occurs, although vegetables grow in mild cases, they will show various abnormalities, and in severe cases, vegetables cannot survive at all. However, in actual production, there are few cases of heavily salinized soil that cannot be planted at all, and most of them are lightly salinized soil. Then, under the condition of not affecting the growth and management of vegetables, it is necessary to use functional products with salt solution to eliminate the problem of soil salinization. [0003] However, in the prior art, soil salinization is often manually laid auxiliary materials, which is time-consuming and labor-intensive, and cannot be prevented in advance according to soil conditions. [0004] Therefore, there are defects in the prior art and need to be further improved and developed. ...

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Problems solved by technology

[0003] However, in the prior art, soil salinization is often manually laid with auxiliary materials, which is time-consuming and labor-intensive, and cannot be prevented in advance according to the soil condition.

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