A building planting wall structure

Abstract

A building planting wall structure is disclosed and is provided with a plurality of base plates. Longitudinal embedded slots are arranged in the front sides of the base plates and are used for arranging a plurality of planting pot nested groups provided with drainage pipes. A plurality of connecting pipe connecting groups are provided with drainage pipes of upper and lower planting pots so as to fix the distance between upper and lower planting pots. At least one drainage passage is disposed in the base plates. Tops and bottoms of the base plates are provided with water discharging covers and water feeding cork covers respectively. An externally connecting water supply pipe and stream distributing pipes are connected and assemblied with the water feeding cork cover of each base plate, the water discharging covers are connected to the top of the drainage pipe of the top planting pot, and the lower connecting pipe of the bottom planting pot is connected and assemblied with a return pipe. Positions near the top and bottom of the drainage pipe disposed at the inside rear part of each planting pot are provided with a plurality of water holes. Baffle plates are disposed in the drainage pipes to adapt to shape changes of connecting pipes having height increasing inner pipes or not and a water culture mode or half-water-culture mode of the planting pots can be determined. Accordingly, an integral functional structure of the building planting wall is formed.

Description

technical field [0001] The invention relates to a planting wall structure of a building, which is mainly aimed at greening the wall surface of the building. A plurality of upright substrates are combined to form the foundation of the planting wall wall surface, and the planning of the internal drainage channel of the substrate and the top and bottom water guide covers are combined. The drainage pipe and water supply pipe of the planting pot are connected with the water inlet plug cover, and the upper and lower planting pots are selectively connected with different types of connecting pipes, and the connecting pipe at the lower end is connected with the return pipe, so that a circulating water supply and optional Innovative planted wall structures for hydroponic or semi-hydroponic growing modes. Background technique [0002] For densely populated urban areas, it is very difficult to find a piece of green space, especially in the surrounding areas where the lack of green space...

AI Technical Summary

Problems solved by technology

[0006] In view of the existing flower stand or flower wall setting, in addition to facing the problem of watering and water waste, the structure of the building is also prone to many unfavorable problems such as moss or water seepage due to the influence of watering, the purpose of the present invention is to A building planting wall structure is provided to solve the above problems

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