Novel ecological multifunctional earthwork standard room

Abstract

The invention provides a novel ecological multifunctional earthwork standard room. The novel ecological multifunctional earthwork standard room is formed by connecting two or more sheet strips. Each sheet strip is composed of an inner portion layer, an outer protection layer and a bag sandwiched between the corresponding inner protection layer and the corresponding outer protection layer, wherein each bag is formed by sewing an inner screen layer and an outer screen layer. An inner leakage-proof layer and an outer leakage-proof layer are arranged in each bag. A nutritious layer is attached to each inner leakage-proof layer and seeds are laid on each nutritious layer. Planting holes are formed in each inner protection layer and each outer protection layer. The two ends of each outer protection layer are provided with screws and nuts, wherein each screw and the corresponding nut are used for being connected with the corresponding adjacent sheet strips. A small hole is formed in the center of each outer protection layer, enables a connection key to penetrate through and is connected with the corresponding adjacent sheet strips. The earthwork standard room formed by connecting the sheet strips is of a cellular shape. According to the novel ecological multifunctional earthwork standard room, a growth carrier is provided for plants through a layered internal structure, all-dimensional 360-degree plant growth can be achieved, a green area is indirectly increased, and three-dimensional afforesting can be actually achieved after repair.

Description

technical field [0001] The invention relates to a novel ecological multifunctional geocell, which belongs to the technical field of building materials. Background technique [0002] Traditional geocells are generally made of high-strength copolymers to make rigid cells. When the prepared geocells are applied to repair three-dimensional greening of retaining walls, hillsides, mines, etc., only the geocells that fill the soil layer Plants grow on the chamber, but the geocell cannot be directly used as a carrier for plant growth, so the three-dimensional green area is reduced, and the soil itself is directly used to provide nutrients for the plants in the soil-covered geocell, and the plant growth period on the surface is long. Contents of the invention [0003] In order to solve the deficiencies of the prior art, the present invention provides a new type of ecological multifunctional geocell, which provides a growth carrier for plants through the layering of its internal str...

AI Technical Summary

Problems solved by technology

[0002] Traditional geocells are generally made of high-strength copolymers to make rigid cells. When the prepared geocells are applied to repair three-dimensional greening of retaining walls, hillsides, mines, etc., only the geocells that fill the soil layer Plants grow on the chamber, and the geocell cannot be directly used as a carrier for plant growth, so the three-dimensional green area is reduced, and the soil itself is directly used to provide nutrients for the plants in the soil-covered geocell, and the plant growth period on the surface is long.

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