A slow soaking root irrigation device

Abstract

The invention relates to a slow seepage type root irrigation device. The slow seepage type root irrigation device comprises an anti-corrosion tank which is horizontally arranged, wherein the bottom of the anti-corrosion tank is clamped with the top of a supporting base which is vertically arranged on the ground; a plurality of liquid adding devices communicated with the anti-corrosion tank are arranged on the top of the anti-corrosion tank at intervals along a length direction of the anti-corrosion tank; a motor is vertically arranged on the top of the anti-corrosion tank between two adjacent liquid charging devices; water outlets are respectively formed in the two sides of the bottom of the side wall of the anti-corrosion tank; and a plurality of water supply pipes are uniformly arranged on diversion pipes along length directions of the diversion pipes and are respectively connected to diversion pipes. The slow seepage type root irrigation device has the beneficial effects that structural design is reasonable; as water seeps upwards from underground, water sources are saved while water is effectively absorbed by soil; the water consumption of the slow seepage type root irrigation device is only one tenth of the traditional irrigation water consumption; natural rainwater can be effectively collected; the root irrigation device adopts a gravity pressurization manner; power sources are not needed in the whole process; and once locust plague occurs, timely response can be realized, thereby preventing harm to vegetation.

Description

[0001] Technical field: [0002] The invention relates to a slow soaking type root irrigation device. [0003] Background technique: [0004] Grassland degradation in my country is becoming more and more serious, especially the grasslands of Inner Mongolia. Due to the long-term drought and locust plagues, grass roots are covered with dew and soil loss, which has exacerbated the desertification of large areas of grasslands. , It is nothing more than effective irrigation and timely measures to kill locusts. The existing irrigation and locust control measures all use ground spraying. Because Inner Mongolia has been affected by the drought climate for many years, the evaporation of water is relatively large. Most of the irrigation water will be evaporated before being absorbed by the soil. The water absorbed by itself is very little; the spraying of pesticides used in the locust control measures, firstly, is a waste of human resources, and secondly, it is impossible to do a good jo...

AI Technical Summary

Problems solved by technology

The existing irrigation and locust control measures all use ground spraying. Because Inner Mongolia has been affected by the drought climate for many years, the evaporation of water is relatively large. Most of the irrigation water will be evaporated before being absorbed by the soil. The water absorbed by itself is very little; the spraying of pesticides used in the locust control measures, first, is a waste of human resources, and second, it is impossible to do a good job of prevention in time when the locust disaster is approaching, so as to timely kill the locusts

As a result, vegetation that does not have adequate access to water and protection from locust infestation cannot grow properly

In addition, the large amount of water used for irrigation is undoubtedly a severe burden for areas that lack water resources.

In addition, irrigation, spraying pesticides and other processes will inevitably affect the management and protection of pastures, weeding and grazing, and the two cannot be compatible

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