Breathable water-retaining potting structure

Abstract

The invention discloses a breathable water-retaining potting structure which comprises a potting container and a soil layer structure. A plurality of breathable through holes are formed in the wall of the potting container, a layer of waterproof breathable gauze is arranged on the inner wall of the potting container and positioned between the inner wall of the potting container and the soil layer structure, thickness of the waterproof breathable gauze is 0.5-1.5mm, size of the breathable through holes in the wall of the potting container is greater than that of micropores in the waterproof breathable gauze, and the size of the micropores in the waterproof breathable gauze is less than grain size of mixed garden soil; the soil layer structure comprises a mixed garden soil layer, a compound nutrient layer, a fine sand layer, a medium sand layer and a gravel layer, a horizontal screen plate is arranged between the compound nutrient layer and the fine sand layer, and transverse breathable pipes in up-down layers are arranged in the compound nutrient layer. The breathable water-retaining potting structure has breathable water-retaining performance, can be applied in bonsai planting, can maintain sufficient water during plant growing and has high breathability.

Description

technical field [0001] The invention relates to the technical field of potted planting, in particular to a potted structure with ventilation and water retention effects. Background technique [0002] At present, potted plants have been widely used in various fields of life due to their greening, decoration, beauty and other effects, especially all kinds of bonsai with extremely high ornamental value are generally welcomed by people, placed in homes, offices and other places. corner. [0003] The growth of natural plants requires sufficient moisture and good ventilation. Existing potted plants usually form ventilation holes at the bottom of the flowerpot to maintain ventilation. However, because the cultivation soil itself is highly permeable, the water poured into the pot will soon seep out, from the ventilation holes at the bottom of the flower pot, or even the bottom of the flower pot itself, and the planting soil will also breathe from the bottom of the flower pot. Pore...

AI Technical Summary

Problems solved by technology

However, because the cultivation soil itself is very permeable, the water poured into the potted plants will seep out quickly, from the air holes at the bottom of the flowerpot, and even the bottom of the flowerpot itself, and the planting soil will also breathe from the bottom of the flowerpot Pores seep out, causing pollution

In addition, the outflow of water also causes potted cultivators to need to constantly replenish watering, which brings inconvenience to life and wastes water resources.

[0004] However, in view of the poor anti-seepage effect of potted plants at present, people usually place some anti-seepage materials at the bottom of potted plants, such as: polyethylene anti-seepage film

Although the polyethylene anti-seepage film can play an anti-seepage effect, the air permeability is not good, causing potted plants, especially the root system, to not be well ventilated, causing the roots of the plants to rot and the plants to wither

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