Indoor assembled vertical greening module components

Abstract

The invention discloses an indoor assembling type vertical greening module component which comprises at least one module, at least one water storage tank and at least one flowerpot.According to each module, a plurality of threaded grooves in multiple rows and multiple columns are formed in the front side face, a water-stop plate is arranged on the rear side face, and first water pouring openings and second water pouring openings corresponding to the first water pouring openings one to one are formed in the top and the bottom.Each water storage tank is connected with the outer bottom of the corresponding module in a sliding mode.Each flowerpot comprises an oblique first part and a horizontal second part which are integrally formed, wherein an outer thread capable of being screwed into the corresponding threaded groove is arranged on the periphery of the second part, and a water seepage layer with the gap rate ranging from 40% to 60% is laid in the second part of the flowerpot.By means of the indoor assembling type vertical greening module component, the flowerpots can be rapidly and conveniently fixed with flower heads facing upwards, the components can be combined and connected in an insertion mode according to an indoor wall condition to form a greened wall, and the indoor assembling type vertical greening module component has the advantages of being good in micro-irrigation effect, water retention performance and water filtering effect, attractive and sanitary.

Description

technical field [0001] The present invention relates to the field of horticulture. More specifically, the present invention relates to an indoor assembled vertical greening module assembly. Background technique [0002] With the rapid development of industrialization and urbanization, the environmental pollution is becoming more and more serious, the urban heat island effect is becoming more and more obvious, and the urban ecology is deteriorating day by day. In the past 20 years, the common proposition of improving the urban ecological environment at home and abroad is to vigorously plant green plants in the city to bring green back to the city. Therefore, how to fully and reasonably green in a high-density indoor environment, improve the greening structure, and increase the total green volume and total leaf area are practical problems that all gardeners must face. In view of the above problems, vertical greening of walls is one of the important ways to improve the covera...

AI Technical Summary

Problems solved by technology

However, the existing greening modules have not solved the problems of preventing substrate subsidence, excess water control and modules that cannot be decomposed.

The subsidence of the substrate affects the growth of plants, and the overall greening effect is poor; excess water overflows from the flower pots to the ground and affects the cleanliness, beauty and sanitation of the ground; the module cannot be flexibly decomposed, and it cannot meet the vertical greening of walls of different sizes, affecting overall greening effect

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