Plant symbiont stereoscopic planting device and method

Abstract

The invention relates to a plant symbiont stereoscopic planting device and method. The method includes planting bags, supporting frames, supporting rods and bottom bases. Each planting bag comprises a thin film on the outer layer, a nylon net in the middle layer and a supporting net on the inner layer or comprises a thin film on the outer layer and a nylon net in the inner layer, wherein the thin film is provided with multiple scratch planting openings which are obliquely or longitudinally formed; the supporting frame is arranged on the top of the planting bag and connected with the curled edge of the nylon net, the supporting frame comprises a fixing ring, a connection rod and a supporting pipe, the supporting pipe is used for being connected with the outside fixing ring through the connection rod, the planting bag is fixed to the fixing ring in an adhesive or bayonet or edge sealing mode, the supporting pipe is arranged in the middle of the supporting frame and connected with the supporting rod, the whole planting bag is supported by the supporting rod, and the supporting rod is fixed to the bottom base. The plant symbiont stereoscopic planting device is easy to install and erect and wider in applicability, and water is greatly saved after the thin film on the outer layer is used.

Description

technical field [0001] The invention belongs to the technical field of planting devices, and in particular relates to a plant symbiosis three-dimensional planting device and a planting method. Background technique [0002] With the advancement of industrialization and urbanization, the earth we live on is still so big, and the population continues to grow, while the area of ​​arable land continues to decrease due to various reasons; human survival is inseparable from food, vegetables, and fruits Wait for the supply of food, so we need to constantly explore new planting techniques and methods to meet our growing living needs. As we all know, our existing planting method is to generally use the flat land for planting, and most of them only plant a single type of crop in a single field, which not only limits how much land can be planted, but also is affected by the local soil or Climate affects crops and can only be selectively planted. In the ecological chain system we are fa...

AI Technical Summary

Problems solved by technology

As we all know, our existing planting method is to generally use the flat land for planting, and most of them only plant a single type of crop in a single field, which not only limits how much land can be planted, but also is affected by the local soil or Climate affects crops that can only be selectively planted. In the ecological chain system we are familiar with, the law that requires plant diversity cannot be realized, which eventually leads to an increase in the incidence of crop diseases and insect pests year by year, and the use of pesticides and fertilizers continues to increase.

Therefore, the traditional planting method is greatly restricted in today's large loss of land area.

With the rise of modern agriculture, although there is the application of soilless cultivation technology, it has not changed the way of plane planting at all, and the cost of input in the planting process will be higher than that of traditional planting methods.

Moreover, the existing planting technology is still based on a single planting method, which cannot achieve the co-growth of crops in a single area

To solve the existing problems, we must introduce the ecological chain, that is, the law of plant diversity. We know that a single crop will produce corrupt tissue cells in the metabolic process, which will lead to the occurrence of repeated cropping. need to be addressed and addressed

Although many scientific research institutes have begun research on three-dimensional planting, and mainly use interplanting methods, the tubular three-dimensional method is still used in the planting device, without combining the growth mode of the crop itself, not only the cost is too high, but also the cultivation site selection There are more stringent requirements and cannot be widely promoted

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