Infiltrating irrigation device

Abstract

The invention discloses an infiltrating irrigation device which comprises a water source power and water supply pipe fitting, a breathing pipe fitting, a pressure reducing device and underground humidors and is characterized in that one end of a pressure reducing fertilizer is connected with a water supply main pipe, and the other end of the pressure reducing fertilizer is connected with a capillary pipe; a capillary water supply pipe and the breathing pipe are arranged under the ground in parallel and are simultaneously connected with the underground humidor; one end of the water supply pipe is connected with the pressure reducing fertilizer and is connected with water supply holes of a plurality of humidors; two ends of the breathing pipe extend out of the ground and are connected with breathing holes of the humidors; and the humidors are provided with flotage valves, inner chambers, outer chambers and adsorption sponge. The infiltrating irrigation device can be widely applied to treatment of deserts, greening of environments and all dry farming plants such as shed crops, grapes, fruit trees and flower.

Description

technical field [0001] The present invention relates to an agricultural water and fertilizer supply device, especially a device that installs all pipes and components below the ground level, automatically supplies water and fertilizer to ground plants, and enables plants to obtain water or nutrient absorption in a timely and quantitative manner. Seepage irrigation device. Background technique [0002] At present, the water supply and fertilizer measures adopted in the world do not have a device that can supply water and fertilizer to plants under the ground level; thus it cannot meet the special needs of agricultural development, such as desert control; although there are many traditional irrigation systems, But their advantages and disadvantages are different. For example, the most water-saving irrigation system in the world is the drip irrigation system, because the capillary or terminal dripper cannot be placed underground, and then the water supply system is easy to age,...

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Problems solved by technology

[0002] At present, the water supply and fertilizer measures adopted in the world do not have a device that can supply water and fertilizer to plants under the ground level; thus it cannot meet the special needs of agricultural development, such as desert control; although there are many traditional irrigation systems, But their advantages and disadvantages are different. For example, the most water-saving irrigation system in the world is the drip irrigation system, because the capillary or terminal dripper cannot be placed underground, and then the water supply system is easy to age, and the service life is short, which is not conducive to artificial or artificial irrigation. Mechanical operation, the freezing period is not conducive to irrigation, therefore, it is difficult for this technology to be widely applied in the world's agriculture, forestry, and fruit industries

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