Drip irrigation water fertilizer oxygen integrated activation synergistic irritating device

Abstract

The invention provides a drip irrigation water fertilizer oxygen integrated activation synergistic irritating device. The drip irrigation water fertilizer oxygen integrated activation synergistic irritating device comprises a water vapor blasting synergistic system, an oxygenating pump, a fertilizing tank and a drip irritation mechanism, wherein the fertilizing tank and the drip irritation mechanism are separately connected with a water inlet pipe; the fertilizing tank is connected with the oxygenating pump through a self-priming type water outlet pipe; an oxygenator is arranged outside the oxygenating pump; an outlet of the oxygenating pump is connected with the water vapor blasting synergistic system; an outlet of the water vapor blasting synergistic system is connected with an injectionsynergistic mechanism; the injection synergistic mechanism is connected with the drip irritation mechanism. According to the device disclosed by the invention, the water vapor blasting synergistic system realizes preliminary hybrid turbocharging of water, fertilizer and vapor by sucking a water and fertilizer mixed solution and oxygen with a certain concentration through the oxygenating pump; then secondary high mixing of the water, the fertilizer and the vapor is realized by micro-nano aeration pipes in the water vapor blasting synergistic system, further water, fertilizer and vapor turbidity liquid is formed, and a synergistic effect of the water, the fertilizer and the vapor is achieved; the water, the fertilizer and the vapor are further activated by a magnetization mechanism, enter the drip irrigation pipe and are dripped into farmland; the drip irrigation water fertilizer oxygen integrated activation synergistic irritating device has wide application in the field of agriculturalirrigation.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular, the invention specifically relates to the technical field of a water, fertilizer and oxygen irrigation device. Background technique [0002] Soil fertility includes four main factors: water, fertilizer, air and heat. At present, under the condition of under-mulch drip irrigation technology, a series of major achievements have been made in the application of collaborative regulation and control of water, fertilizer and heat, especially under the cotton film. The popularization and application of drip irrigation technology comprehensively coordinates the application of the three main factors of soil fertility "water", "fertilizer" and "heat", which makes a qualitative leap in the yield of cotton planting; the comprehensive production potential of soil fertility lies in "water" Coordinated management of "fertilizer", "gas" and "heat"; soil air and soil moisture are impo...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the technical situation that the irrigation device in the prior art cannot meet the requirements of water-air mixing in the field, the effect of oxygenation is not ideal, the cavitation effect is low, the air bubbles formed by the water-air mixing technology cannot be effectively absorbed by the soil, and are easy to overflow, the present invention provides A drip irrigation water, fertilizer and oxygen integrated activation synergistic irrigation device adopts a water-air blasting synergistic system to inhale a water-fertilizer mixture and a certain concentration of oxygen through an oxygenation pump to achieve preliminary mixing and boosting of water, fertilizer, and gas, and then increase efficiency through water-air blasting The micro-nano aeration tube in the system performs secondary high-level mixing of water, fertilizer and gas to form a turbid liquid of water, fertilizer and gas to achieve the purpose of synergizing water, fertilizer and gas. Using magnetization, the water, fertilizer and gas are further activated, enter the drip irrigation pipe, and drip into the farmland. In the field of agricultural irrigation has wide applicability

Images