Grassing grid with water storage function

Abstract

The invention relates to a grassing grid with a water storage function. The grassing grid comprises main grassing grid bodies and water storage pipes, water diversion structures are arranged in the water storage pipes, water storage materials are arranged in the water diversion structures, and the water storage pipes are laid below the main grassing grid bodies. In the prior art, the grassing gridcomprises the main grassing grid bodies and the water storage pipes, the water storage pipes distributed in a net shape are connected with connection belts through connection rings and then laid, anda layer of the main grassing grid body is laid on each water storage pipe distributed in the net shape; water division cylinders and water diversion bands are arranged in the water storage pipes, andthe water storage materials are arranged in the water storage pipes and can achieve an effect of storing liquid water; during drying, water stored in the water storage materials can be conveyed through the water division cylinders and the water diversion bands to enter matrix layers or enter the matrix layers in an evaporation mode, and accordingly the matrix layers are wetted; water is providedfor normal growth of a lawn, the frequency of watering the grassing grid can be reduced, the efficiency of utilizing water resources is improved, and the management cost of the grassing grid lawn is lowered.

Description

technical field [0001] The invention belongs to the technical field of greening, and in particular relates to a grass-planting trellis with water storage function. Background technique [0002] When building grasslands in parks, roads, residential areas and other places, due to the large flow of people, long-term trampling will lead to soil compaction, which will lead to deterioration of the living environment of the lawn and poor development of the lawn, resulting in a decline in the aesthetics of the lawn. Although some occasions set signs to prohibit stepping on, its effect is limited, and in some occasions such as parking lots, playgrounds, etc., the situation of stepping on cannot be avoided. [0003] In order to protect the lawn, grass is planted in the polygonal through-holes of the grass-planting grid by laying grass-planting grids in the prior art, and the edge positions of the polygonal through-holes are for stepping on. It will directly contact the soil and will ...

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Problems solved by technology

[0002] When building grasslands in parks, roads, residential areas and other places, due to the large flow of people, long-term trampling will lead to soil compaction, which will lead to deterioration of the living environment of the lawn and poor development of the lawn, resulting in a decline in the aesthetics of the lawn. Although some occasions set signs to prohibit stepping on them, their effect is limited, and in some occasions such as parking lots, playgrounds, etc., stampede cannot be avoided

[0003] In order to protect the lawn, grass is planted in the polygonal through-holes of the grass-planting grid by laying grass-planting grids in the prior art, and the edge positions of the polygonal through-holes are for stepping on. It will directly contact the soil and will not affect the quality of the soil at the corresponding position. However, in the prior art, since the grass-planting grid is mainly made of water-proof high-density polyethylene, and the grass-planting grid has a certain depth, the grass-planting grid has a certain depth. After the grid is laid, there is no water flow in the horizontal direction between the polygonal through holes of two adjacent grass grids, which makes it difficult for liquid water to transfer horizontally in the grass grid laid in pieces, which leads to shallow root systems in some grass grids. Grass tends to dry out when it has not been watered or rained for a long time, and it is also prone to uneven lawn growth when watering is uneven. Influence, the water storage capacity of the grass planting grid is poor, and frequent watering is required. In the case of no watering or raining for a long time, the growth of the grass in the grass planting grid will be significantly affected. In order to solve this problem , to provide a grass-planting grid with excellent water storage capacity, the present invention provides the following technical solutions

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