Vertical greening device

Abstract

The invention discloses a vertical greening device, which comprises a plurality of mesh pipe units arranged in parallel and a fixing unit arranged among the mesh pipe units. Each mesh pipe unit comprises an outer mesh pipe and a water supply pipe inserted into the outer mesh pipe, wherein the outer mesh pipe is provided with a hollow tubular mesh pipe part and an outer protrusion part spirally and circularly protruding from an outer circumference of the mesh pipe part outwards; the water supply pipe is provided with a plurality of water seepage holes which penetrate an inner circumference andthe outer circumference and are distributed vertically; and the fixing unit is used for fixing the outer mesh pipe units which are arranged in parallel together. Through parallel structural design ofthe mesh pipe units, because the whole vertical greening device consists of single mesh pipe units only and the stacking from the top down is not needed, the constructed vertical greening device has high structural strength and stability and is convenient to assemble and construct.

Description

technical field [0001] The invention relates to a device for planting plants, in particular to a vertical greening device for planting plants at different heights. Background technique [0002] In order to beautify the environment, in many outdoor places and indoor spaces, such as park squares, restaurants or house entrances, hotel halls, etc., potted plants or planted plants are placed, and the color combination of plant branches and leaves or flowers is used to create a specific atmosphere. visual beauty. However, traditional planting methods are limited to one plane, such as placing multiple potted plants side by side on the ground. Plant plants directly on an entire vertical or sloping wall. [0003] Such as figure 1 As shown, in view of this, at present, there is a vertical greening device 1 developed by the industry, mainly by arranging a plurality of porous boxes 10 respectively equipped with cultivation soil side by side and stacking up and down to build a vertica...

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Problems solved by technology

[0004] But this kind of vertical greening device 1 has many disadvantages when in use: (1) in order to securely install together the box bodies 10 stacked side by side and up and down, a large number of fixing elements 11 need to be installed between the box bodies 10 to connect The box body 10 is stable, so it is quite troublesome, time-consuming and costly to install; (2) For the convenience of carrying the box body 10 that has been filled with cultivation soil, the general width and height of the box body 10 are designed to be about 60 cm respectively , when the width and height of the wall 1000 of the desired building are over ten meters in size, the wall 1000 structure composed of dozens of boxes 10 stacked up and down will have stability problems, so it is usually only applicable to Construct a small-sized wall 1000; (3) When this vertical greening device 1 supplies water to the plants, it usually pours down from the top of the wall 1000 into the cultivation soil of the box body 10 and the water gradually goes down due to gravity. Seep into the cultivation soil of each box body 10 of the lower floor, but this method is easy to cause the water to be completely absorbed when it flows down through the box bodies 10 of the upper layers, causing the planting of the lower layers to get no moisture at all. supply and wither, or in order to make the lower layers of boxes 10 obtain moisture, excessive supply of water causes overflow, making the ground environment dangerous due to wetness

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