Integral trickle irrigation system

Abstract

The invention discloses an integral trickle irrigation system, which is provided with an environment detection system and an irrigation pipe network system, wherein the irrigation pipe network systemis provided with a water supply main pipe; the water supply main pipe is communicated with a fertilizer applicator; the main water pipe of the fertilizer applicator is communicated with a plurality ofwater and fertilizer configuration tanks through a fertilizer injection pipe; each water and fertilizer configuration tank is provided with a material storage tank, a processing tank and a mixing tank, wherein a smasher and a dryer are arranged in the processing tank; fertilizer is processed by the smasher and the dryer in sequence to be injected into the mixing tank along the discharge hole of the processing tank to be mixed with water, and is injected into the water supply main pipe through the main water pipe; fertilizer solutions of various concentrations can be prepared, in addition, fertilizer supply and water supply switching can be carried out, and different requirements of crops are met; and in addition, hardened solid fertilizer is smashed so as to bring convenience for solvingfertilizer, the fertilizer can be dried, the use amounts of the fertilizer and water are accurately metered, fertilizer concentration is more accurate in control, required fertilizer categories are selected for preparation according to the nutrient requirement of crops, and crop nutrient accuracy is higher in control.

Description

technical field [0001] The invention relates to the field of watering devices installed on the ground using porous pipes or pipes with nozzles, in particular to an integrated drip irrigation system. Background technique [0002] The existing drip irrigation system configures solid fertilizer or liquid fertilizer into a fertilizer solution through a fertilizer applicator, and then injects it into the main water pipe of the drip irrigation system to deliver water and fertilizer to the roots of the crops. Most of the existing technologies use liquid fertilizers to prepare fertilizer solutions, because liquid fertilizers are easy to prepare and can be stored for a long time, and are not easily affected by external factors. However, solid fertilizers are stored outdoors for a long time and are prone to moisture compaction. The compacted fertilizers are difficult to dissolve in water and contain moisture. It is difficult to accurately control the concentration of the fertilizer so...

AI Technical Summary

Problems solved by technology

However, solid fertilizers are stored outdoors for a long time, and are prone to moisture compaction. The compacted fertilizer is not easy to dissolve in water, and contains moisture. It is difficult to accurately control the concentration of the fertilizer solution, and the precise delivery of nutrients cannot be achieved.

However, liquid fertilizers can only be used to configure fertilizer solutions with a concentration lower than that of the liquid fertilizers stored in the fertilization tank. If you want to configure a higher concentration fertilizer solution, you need to replace the liquid fertilizer in the fertilization tank, while solid fertilizers will not This problem occurs

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