Planting container capable of allowing plant to be planted at any angle and plant planting system

Abstract

The invention discloses a planting container capable of allowing a plant to be planted at any angle and a plant planting system. At least one concave structure is arranged at the top of a container body, then a hole is formed in the concave structure, and one-way valve blocks allowing a plant root system to be inserted therein and clamping the plant are arranged in the hole. When the container body is put down forwards, a water storage space is formed between the bottom of the container body and the side wall of the container body; when the container body is put down obliquely or reversely, a water storage space can still be formed by the top of the container body, the side wall of the concave structure and the side wall of the container body. Due to the fact that the plant root system has hydrotropism and the root system can move in the direction of water to absorb the water as long as the water is contained in the container body, the planting container can keep a certain water storage amount when the plant is planted at any angle, and the growth need of the plant is met. When the container body is put down obliquely or reversely, the one-way valve blocks can stop the plant from being pulled out of the planting container under the action of gravity to fall off, and when the plant is planted at any angle, the plant can be firmly clamped.

Description

technical field [0001] The invention relates to the technical field of three-dimensional greening, in particular to a planting container and a plant planting system capable of planting plants at any angle. Background technique [0002] In recent years, due to the shortage of urban land and the limited area of ​​urban greening, in the construction of ecological cities in my country, a new form of greening—three-dimensional greening has become a trend, and it has attracted more and more attention and love. However, as a new type of planting technology, three-dimensional greening is still relatively extensive at present, and the type of three-dimensional greening is relatively single. It can only achieve vertical wall greening, which cannot meet the rapid development of urban construction needs. If the surface to be greened is a vertical wall with ups and downs or a three-dimensional outer surface suspended in the air, traditional three-dimensional greening technologies, such a...

AI Technical Summary

Problems solved by technology

However, as a new type of planting technology, three-dimensional greening is still relatively extensive at present, and the type of three-dimensional greening is relatively single. It can only achieve vertical wall greening, which cannot meet the rapid development of urban construction needs.

If the surface to be greened is a vertical wall with ups and downs or a three-dimensional outer surface suspended in the air, traditional three-dimensional greening technologies, such as felt, modular, bag-type, etc., cannot be realized, because the current three-dimensional Greening water supply mostly adopts drip irrigation system, and the water flow will drip downward under the action of gravity, and will not flow along the surface that needs greening, making it impossible to realize water supply for plants planted at some angles, resulting in plants in some areas of three-dimensional greening difficult to survive

Moreover, the traditional method of burying water supply pipes and drippers is generally used to supply water. The service life of the dripper is limited. The entire vertical greening system is removed and a new vertical greening system is reinstalled, so the cost of maintenance and replacement is very high

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