Inserting-type micro water retention accumulation regulating module

Abstract

The invention provides an inserting-type micro water retention accumulation regulating module which comprises a box. One side of the interior of the box is longitudinally provided with a control box which separates the side wall of the side of the box, and the control box is provided with a spray irrigation device; in a cavity formed by the outer side wall of the control box and the three side walls, not separated by the control box, of the box, a protection layer, a retention relieving layer, a drainage layer, a filter layer, a matrix layer, a fixing layer and a plant stem and leaf layer are sequentially stacked from bottom to top; the three side walls, not separated by the control box, of the box are each provided with a water outlet hole, and a monitor device is arranged in the control box in the retention relieving layer. The inserting-type micro water retention accumulation regulating module can perform water absorption, water seepage, water accumulation and water purification when it rains, release and utilize accumulated water in case of need, regulate the rainfall runoff volume and peak value and the like, solve the urban drainage and flood control problems, purify the water, capture heat, isolate noise, beautify the environment and the like. The module can be produced in a batched mode and is easy to operate, common and easy to use and high in regulating performance and adaptability.

Description

technical field [0001] The invention relates to a water retention regulation and storage system, in particular to a plug-in miniature moisture retention regulation and storage module, which is used in roofs, squares, hardened roads and other impermeable sites. Background technique [0002] With the acceleration of urban progress and the expansion of urban scale, the problems of environmental pollution, urban waterlogging, and water shortage have become increasingly acute. In order to solve the above problems from the source, improve the urban ecological environment, and reduce urban environmental risks, the state has proposed the construction of "sponge city" A new concept, advocating the construction of a low-impact development stormwater system. At present, the construction methods of related products in our country have the following deficiencies: ① There is a lack of mass production, simple construction, universal and easy, and widely used module construction methods. A...

AI Technical Summary

Problems solved by technology

At present, the construction methods of related products in our country have the following deficiencies: ①Lack of mass production, simple construction, universal and easy to implement, and widely used module construction methods

At present, such products used in impermeable sites are mainly green roofs. Generally, the substrate and plants are placed directly on the roof of the building. In the process of design, construction, maintenance, and restoration, a lot of manpower and material resources are required, and there are even potential safety hazards. ; When it is used in squares and hardened grounds according to key demand periods such as rainy seasons and flood seasons, it cannot be placed, transported and cleaned simply and quickly according to needs

② Lack of a large amount of water storage and purification functions

Currently used green roofs, rain gardens and other facilities do not have special water storage space and purification functions

③ It is difficult to replace the filler, and the adjustment and adaptability are not strong enough

[0004] The above technologies cannot be applied to non-permeable sites, and how to make the retention and storage module absorb, infiltrate, store and purify water during rainfall, release and utilize the stored water when necessary, and have strong adjustability and adaptability , did not give specific guidelines

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