Vertical greening system and modularized vertical greening basal disc thereof

Abstract

The application discloses a vertical greening system and a modularized vertical greening basal disc thereof. A water storage tank is arranged in a main body of the basal disc, and the water storage tank and the main body of the basal disc are respectively provided with a first water storage cavity and a second water storage cavity, so that a water storage function of the main body of the basal disc is realized, and water demand of plant growth is ensured; a water diversion system is arranged in the main body of the basal disc, so that water can be guided to sequentially flow in the main body of the basal disc, water resources are reasonably managed, and uneven water supply and basal disc main body soaking damage caused by disordered permeation of water in the main body of the basal disc can be effectively avoided; the main body of the basal disc is formed by assembling multiple plate-shaped pieces, so that the occupied space is small, the assembly is simple and rapid, and the manufacturing, transportation, installation and later-stage maintenance costs are effectively lowered; an independent planting unit is arranged on the main body of the basal disc, so that cultivation is convenient, and later-stage conservation is facilitated.

Description

technical field [0001] The application relates to the technical field of urban greening, in particular to a vertical greening system and a modular vertical greening base plate thereof. Background technique [0002] With the rapid development of cities, the construction of urban environment and ecological system has become the top priority of the sustainable development of cities. Due to the limited urban land area, traditional ground greening can no longer meet the needs of urban greening, and vertical greening is gradually being applied as a new greening method. The existing vertical greening system is composed of a plurality of base modules for planting green plants, drip irrigation pipes and installation frames. Among them, the base plate module is set in an integrated frame structure, with an accommodation cavity for installing the cultivation substrate, and a planting hole for direct cultivation of plants is opened on one side of the cavity wall; the drip irrigation pi...

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Problems solved by technology

The vertical greening system with this structure has insufficient internal water guide and storage functions, and must rely on external irrigation, causing serious waste of water resources; at the same time, the water is in a free-flowing state after entering the base module, and the flow direction is irregular, which easily leads to water supply problems. Uneven, excessive water supply to plants in some areas and insufficient water supply to plants in some areas, causing plants to fail to grow normally and in a balanced manner, and free-flowing water is likely to cause excessive soaking in some areas of the base module, resulting in damage to the base module; in addition, The one-piece box takes up a lot of space, the production, transportation and storage costs are relatively high, and the strength is poor. After damage, the whole box must be replaced, which is likely to cause a large waste of resources; Plants are not only inconvenient for the initial planting of plants, but also inconvenient for the removal and maintenance of a single plant in the later stage when it is sick or dead

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