Ecological irrigation device for belt gear driven fertilizer stirring mechanism

Abstract

The invention relates to the technical field of ecological agriculture, in particular to an ecological irrigation device for a belt gear driven fertilizer stirring mechanism. The device comprises a liquid transport pipeline and a fertilizer supplying mechanism, the liquid transport pipeline is embedded between agricultural plant planting columns, the inlet end of the liquid transport pipeline stretches out of the surface of soil and is connected with the a watering main pipeline, an inclined guide pipe stretches out of the side wall, stretching out of the inlet end of the soil, of the liquid transport pipeline, and the inclined guide pipe is connected with the fertilizer supplying mechanism; the fertilizer supplying mechanism comprises a liquid storing tank which is communicated with a fertilizer bucket through a pipeline, a feed inlet and a water inlet are formed in the upper end of the fertilizer bucket, and the fertilizer bucket is internally provided with a stirring tooling. The device is compact in structure and convenient to use, irrigation and fertilization are conducted synchronously, the fertilizer stirring mechanism is arranged, mixed application of fertilizer and liquid is uniform, the labor intensity needed by traditional irrigation is greatly lowered, and plants, fruits and vegetables grow well.

Description

technical field [0001] The invention relates to the technical field of ecological agriculture, in particular to an ecological watering device with a gear-driven fertilizer mixing mechanism. Background technique [0002] With the development of society and the continuous progress of science and technology, in order to increase the yield of crops, people use more and more fertilizers such as chemical fertilizers, and pay attention to fertigation technology, that is, people mix solid fertilizers into irrigation water to make irrigation and fertilization proceed simultaneously. In the past, people sprinkled fertilizers next to the crops and then irrigated them, or used traditional channels for irrigation and fertilization, but this method increased labor intensity, uneven use of materials, low efficiency, and poor results. [0003] The drip irrigation method that appears in the new agricultural technology, the drip head pipe is laid on the surface or buried shallowly on the surf...

AI Technical Summary

Problems solved by technology

In the past, people sprinkled fertilizers next to the crops and then irrigated them, or used traditional channels for irrigation and fertilization, but this method increased labor intensity, uneven use of materials, low efficiency, and poor results

[0003] The drip irrigation method that appears in the new agricultural technology, the drip head pipe is laid on the surface or buried shallowly on the surface, and the drip flow rate is small, and the water can only reach a shallow depth on the surface. For shallow-rooted plants, it is easier to dissipate heat from fertilizers. Plant roots cause damage; and for deep-rooted plants, shallow soil moisture cannot meet the needs of their roots to grow downward. If deep-rooted plants are irrigated with existing drip irrigation equipment and drip irrigation methods, deep-rooted plants will appear. Most of the roots of root plants float on the surface, and the main root system cannot penetrate deeply, and its wind resistance and drought resistance are greatly reduced

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