Structure with water collecting and storing functions in water-deficient or pluvial area

Abstract

The invention discloses a structure with water collecting and storing functions in a water-deficient or pluvial area. The whole structure is in a Y shape and comprises a framework system with the top penetrating to the bottom and a water collecting system with the top penetrating to the middle, wherein the framework system comprises a plurality of cross beams, a plurality of stand columns and an adjusting ground beam, the adjusting ground beam is annular, one part of the stand columns are fixed to the adjusting ground beam at the bottom, upper portions of the multiple stand columns are in a horn scattering shape, and the middle portions of the multiple stand columns are in a waist shrinking shape; the water collecting system comprises a water collecting net and a flow guide layer, the water collecting net is fixed to the upper cross beam, and an upper portion of the flow guide layer is connected with the water collecting net and fixed to the lower cross beam. According to the structure, the whole shape is Y-shaped, and water in rain, fog, dew, snow, frost and the like can be adhered to a water collecting system by utilizing an upper opening of the Y shape, so the water can flow to the lower part by utilizing the arc shape of the water collecting system.

Description

technical field [0001] The invention belongs to the technical fields of water conservancy engineering, ecological engineering and garden landscape, and in particular relates to a structure with the function of collecting and storing water in water-deficient or rainy areas. Background technique [0002] Existing water conservancy engineering facilities such as reservoirs and collection pools are susceptible to many influences such as topography, geographical climate, and soil deposition, resulting in short service life, large construction funds, and long construction periods, which cannot maximize the impact of rain, floods, and droughts. Regulatory function, when the rainstorm hits, the waste of water resources is caused by the in vain loss, and it cannot play a timely dispatching role when there is a drought and water shortage. At present, the storage tanks and collection tanks mainly have the following problems: the function is single and lacking, and there is basically no...

AI Technical Summary

Problems solved by technology

[0002] Existing water conservancy engineering facilities such as reservoirs and collection pools are susceptible to many influences such as topography, geographical climate, and soil deposition, resulting in short service life, large construction funds, and long construction periods, which cannot maximize the impact of rain, floods, and droughts. Regulatory function, when the rainstorm hits, the waste of water resources will be lost in vain, and it will not be able to play a timely scheduling role in the drought and water shortage

At present, the storage tanks and collection tanks mainly have the following problems: the function is single and lacking, and there is basically no other place except for simple storage and drainage functions, which leads to low utilization rate; due to the limitation of concrete materials, some structures cannot be made Lightweight and uniquely shaped structures, and the beam-slab-column structure part is poured in a large volume and occupies a large space; construction requires excavation and a construction work surface is required. If the site conditions are limited, there is no construction work surface and construction cannot be performed; it cannot be recycled and utilized , the extensive application of concrete has brought a great burden to the environment. When these reservoirs and sumps are abandoned, a large amount of land resources have to be used to dispose of these materials, and the energy consumption of concrete recycling is extremely serious; each sump, There is no fixed size for the reservoirs, and there is no batch and modular combination method, which increases the project cost; limited by the objective factors of materials and labor, the construction cost is often too high and the production period is long; this kind of engineering shape often gives people formal The image of heavy and rigid reinforced concrete; traditional building materials consume a lot of energy and have a large environmental load, which is not conducive to sustainable development

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