Integrated bracket container seedling root irrigation plant wall

Abstract

The present invention provides an integrated bracket container seedling root irrigation plant wall, which is composed of at least one unit plant wall. The unit plant wall includes a bracket, a container seedling and a negative pressure root irrigation system. There are several layers of support pockets inside, and the stand is composed of two plates with the same structure connected by fixed rods. The plate frame is composed of several horizontal bars and vertical bars arranged in parallel. The entire flexible shawl or net with the width equal to the distance between two adjacent uprights detours around the crossbar between two adjacent uprights, and the upper and lower edges are respectively fixed on the top and bottom crossbars of the stand Composition, a multi-layer pocket is formed in the space between the two shelves; the container seedlings are placed in rows in each layer of pockets and form a plant wall facing the same side of the stand; each layer of pockets is equipped with a set of Negative pressure root irrigation system. The plant wall is especially suitable for ecological protection and vertical greening of steep rocky slopes or vertical retaining walls.

Description

technical field [0001] The invention belongs to the field of ecological protection and greening, and in particular relates to a plant wall. Background technique [0002] At present, the commonly used plant wall technology is to build plant modules on the wall, including plastic module type, cloth bag nail system, blanket paving type, climbing hanging type, flower rack placement type, hanging plate groove type, etc. These technologies have different types. The problems of high production cost, labor and time-consuming installation, limited height of plant wall, complex drip irrigation maintenance system, short life and poor durability between projects are not conducive to changing the current design and construction management of plant walls, which are heavy on construction, light on maintenance and difficult to maintain. Promotion An unsustainable situation. Contents of the invention [0003] The purpose of the present invention is to address the deficiencies of the prior...

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Problems solved by technology

[0002] At present, the commonly used plant wall technology is to build plant modules on the wall, including plastic module type, cloth bag nail system, blanket paving type, climbing hanging type, flower rack placement type, hanging plate groove type, etc. These technologies have different types. The problems of high production cost, labor and time-consuming installation, limited height of plant wall, complex drip irrigation maintenance system, short life and poor durability between projects are not conducive to changing the current design and construction management of plant walls, which are heavy on construction, light on maintenance and difficult to maintain. Promotion unsustainable situation

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