Novel greening and three-dimensional agricultural planting structure

Abstract

The invention provides a novel greening and three-dimensional agricultural planting structure. The novel greening and three-dimensional agricultural planting structure comprises a planting structure and a mounting structure, wherein the planting structure comprises transverse planting parts, vertical planting parts and connecting pieces, the mounting structure comprises a fixing frame and camping rings, the transverse planting parts, the vertical planting parts and the connecting pieces communicate to form a water way, the planting structure is fixed to the fixing frame through the clamping rings, the connecting pieces are arranged on each layer of transverse planting parts, water passing cavities are formed in the connecting pieces, upper dripping holes and lower dripping holes are formed in the upper portions and the lower portions of the water passing cavities in a communicating mode, first drainage overflow structures are arranged in the connecting pieces, and second drainage overflow structures are arranged in the vertical planting parts. According to the novel greening and three-dimensional agricultural planting structure, planting structures of different shapes can be assembled, and adaptability is high; by means of the first drainage overflow structures and the second drainage overflow structures, the requirement for plant cultivation with different water demands can be met, the layer-by-layer drip irrigation effect is achieved, and the drip irrigation effect is good; and through the clamping rings and the fixing frame, bare-handed installation can be achieved, tools are not needed, and time and cost are saved.

Description

technical field [0001] The invention relates to the field of greening, in particular to a novel greening and three-dimensional agricultural planting structure. Background technique [0002] The plant wall is composed of plants and planting systems. It concentrates on vertical automatic planting of plants, saves land and beautifies the environment while increasing the green area. [0003] Traditional plant walls generally use pipeline S-shaped water flow or building block modules. When using traditional pipeline planting, the water flow can only enter left and right or right and left, and cannot be combined into various types according to the environment. different shapes, many variable-diameter joints, complex pipelines and high cost. In addition, the water level control cannot be set independently according to the water consumption of the plants, and the selection range of plant types is small; the traditional building block modular type is used, which is costly and complic...

AI Technical Summary

Problems solved by technology

[0003] Traditional plant walls generally use pipeline S-shaped water flow or building block modules. When using traditional pipeline planting, the water flow can only enter left and right or right and left, and cannot be combined into various types according to the environment. different shapes, many variable-diameter joints, complex pipelines and high cost. In addition, the water level control cannot be set independently according to the water consumption of the plants, and the selection range of plant types is small; the traditional building block modular type is used, which is costly and complicated to install. And it is inconvenient to disassemble; therefore, it is extremely necessary to design a new type of green planting system

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