Micro mist control system

Abstract

The present invention includes at least one raw solution tank and at least one blending tank, the blending tank includes at least two liquid inlets, one of which is connected to a tap water pipeline, and the other liquid inlet is connected to the liquid outlet of the raw solution tank through a dosing pump. The liquid outlet of the preparation tank is connected to the liquid inlet of a high-pressure pump, and the liquid outlet of the high-pressure pump is connected to the atomizer through a liquid outlet valve. Since the raw material liquid supply pipeline from the raw liquid tank to the blending tank is separated from the pipeline for transporting tap water, the supply of the raw material liquid is not affected by the pressure of the tap water. At the same time, the electronic pulse metering pump used as the dosing pump can The raw material liquid is output in a pulsed manner, the metering is more accurate, the ratio of the prepared liquid is more accurate, and the composition is more stable; the combination of multiple blending tanks and raw liquid tanks also realizes the selection of a single or multiple groups of raw material liquids at the same time Supply, realizing the function of distributing multiple raw materials at the same time.

Description

technical field [0001] The invention relates to a micro-mist control system used for irrigation and drug application. technical background [0002] The micro-mist control system is composed of a micro-mist control device and an atomizer. The preparation and delivery of the liquid medicine is realized through the micro-mist control device, and then sprayed out through the atomizer. Therefore, it is a widely used in agriculture, An intelligent control system for irrigation, fertilization, and pest killing in forestry, and can be further promoted and applied to intelligent purification control for humidification, dust reduction, disinfection, and deodorization in manufacturing, mining, marine fisheries, and public places system. [0003] In the existing micro-mist control system, a large water tank is arranged on the water inlet pipe, and medicine is added manually in the large water tank, or a proportioning pump is arranged on the tap water inlet pipe, through which the prop...

AI Technical Summary

Problems solved by technology

[0003] In the existing micro-mist control system, a large water tank is arranged on the water inlet pipe, and medicine is added manually in the large water tank, or a proportioning pump is arranged on the tap water inlet pipe, through which the proportioning pump The drug is extracted from the stock solution tank containing the stock solution of the drug, mixed with tap water and injected into the liquid distribution tank, and then the prepared drug solution is delivered to the atomizer through a high-pressure pump. Since the proportioning pump is set at On the tap water pipeline, the extraction of the medicine is affected by the water pressure or the impact of the water hammer, which may easily lead to inaccurate proportioning of the medicine solution or damage to the proportioning pump, which will eventually affect the efficacy of the medicine solution.

In addition, in the single-stage pressure output application of the high-pressure pump, it is often difficult to start due to the high pressure in the pipeline, resulting in excessive damage to the high-pressure pump and poor spraying effect

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