Assembled 3D-printed planting system

Abstract

The invention discloses an assembled 3D-printed planting system. The assembled 3D-printed planting system comprises a plurality of 3D-printed planting bases for plant planting, 3D-printed planting grooves and a sprinkling irrigation system, wherein each 3D-printed planting base comprises a 3D-printed base bottom plate, 3D-printed base side guard plates and 3D-printed base water tank walls which are integrally molded through 3D printing, each 3D-printed planting groove comprises 3D-printed planting groove sidewalls, sidewall internal projections and an overflow filter mesh, the sprinkling irrigation system comprises water supply pipes, water pumps and sprinkler heads, the lower ends of the water supply pipes extend into water storage tanks, the upper ends of the water supply pipes extend toupper parts of upper planting spaces, the sprinkler heads are mounted at the tops of the water supply pipes, the water pumps are mounted on the water supply pipes and can pump out water from the water storage tanks, and the water is sprinkled through the sprinkler heads and sprinkles plants planted in the upper planting spaces. The assembled 3D-printed planting system has the advantages that theassembling is convenient, the transportation is flexible, the waterproof performance is good, building materials can be effectively saved, and operation and maintenance costs are reduced. The assembled 3D-printed planting system is beneficial to realization of sustainable development of environment-friendly buildings.

Description

technical field [0001] The invention belongs to the technical field of prefabricated buildings, sponge cities and green buildings, and specifically relates to a prefabricated 3D printing planting system. Background technique [0002] With the rapid development of the economy, the scale of the city has expanded rapidly, the density of building groups has increased sharply, and the area of ​​urban green space has decreased sharply, making the city gradually lose its ability to purify itself, exacerbating the heat island effect in the city center, and seriously affecting the quality of urban life. Facing the severe urban environment, more and more new buildings begin to explore the spatial value and ecological value of building roofs, and apply planting roof technology to make them a public activity space that decorates the city, improves people's livelihood, and is ecologically energy-saving. The planting transformation of existing building roofs is also widely carried out. ...

AI Technical Summary

Problems solved by technology

[0003] The traditional planting roof usually covers a large area on the roof, the planting frame is huge, the installation is inconvenient, the layout is inflexible, the load is heavy, the water resistance is not ideal, the operation and maintenance costs are high, and it is not suitable for the planting transformation of the roof of the existing building

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