Automatic sprinkling irrigation device for green belt

Abstract

The invention relates to a sprinkling irrigation device, in particular to an automatic sprinkling irrigation device for a green belt. The automatic sprinkling irrigation device comprises a filtering module, a collecting module, an adjusting module, a sprinkling irrigation module and a controller. The filtering module is installed under the ground and used for rainwater filtration. The collecting module is connected with the filtering module and used for collecting rainwater having been filtered by the filtering module, the adjusting module is used for adjusting the rainwater in a main pool of the collecting module, the sprinkling irrigation module is used for performing sprinkling irrigation of the rainwater in the main pool on the green belt, and the controller is used for adjusting mutual matching work of the modules. The automatic sprinkling irrigation device for the green belt can adjust acid rainwater, the rainwater filtering speed is ensured, waste caused by the failure to timely filter the rainwater is avoided, clarified rainwater is utilized to flush a spray head and a sewer, so that running durability of the device is ensured, and applicability of the device is improved.

Description

technical field [0001] The invention relates to a sprinkler irrigation device, in particular to an automatic sprinkler irrigation device for green belts. Background technique [0002] With the rapid development of my country's urban road green belt planting, its irrigation water consumption is also increasing rapidly. The irrigation methods for road green belts are mainly sprinkler trucks and artificial flood irrigation. The disadvantages of this method are: 1. High labor intensity, time-consuming and water-consuming, resulting in a great waste of water, energy and manpower; 2. Sprinkler trucks occupy The speed of irrigation on the roadway is slow, which affects the passage of other vehicles. It often causes congestion on urban expressways, and traffic accidents also occur from time to time; Can cause road surface water to be damaged; 4, sprinkler generally has two purposes for sprinkling water, and the one, carries out irrigation, and the 2nd, cleans green belt, but in the...

AI Technical Summary

Problems solved by technology

The irrigation methods for road green belts are mainly sprinkler trucks and artificial flood irrigation. The disadvantages of this method are: 1. High labor intensity, time-consuming and water-consuming, resulting in a great waste of water, energy and manpower; 2. Sprinkler trucks occupy The speed of irrigation on the roadway is slow, which affects the passage of other vehicles. It often causes congestion on urban expressways, and traffic accidents also occur from time to time; Can cause road surface water to be damaged; 4, sprinkler generally has two purposes for sprinkling water, and the one, carries out irrigation, and the 2nd, cleans green belt, but in the prior art this sprinkling mode can't satisfy its function that green belt is cleaned , and because there are many species with deep root systems such as trees and shrubs in the green belt, the water demand is large and the irrigation time is too long

In view of the above existing structure, when the rainwater passes through the water collection filter tank, a large amount of silt will enter the water collection filter tank, which will seriously affect the filtering effect of the water collection filter tank, and when the rainfall is heavy, it cannot be filtered in time, causing the rainwater to overflow , so that enough rainwater cannot be collected, resulting in a waste of resources. Further, if the rainwater is acidic, direct irrigation to the green belt will cause negative effects

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