Soilless planting method based on non-woven fabric

Abstract

The invention discloses a soilless planting method based on a non-woven fabric with the advantages that the construction is convenient and rapid, the plant planting slope has high inclination, dust is prevented from flying and later plant maintenance is facilitated. The method comprises the following steps: 1) measuring the size of a target position; 2) cutting a non-woven fabric of the corresponding shape according to the size of the target position, wherein the non-woven fabric is prepared by uniformly mixing polyester, carbon fibers, viscose and low-melting-point fibers and weaving through a non-woven fabric weaving process, and the non-woven fabric sequentially comprises a fluffy layer, a dense layer and a fusing layer from top to bottom; 3) tiling the cut non-woven fabric on the upper surface of the target position, wherein the fluffy layer of the non-woven fabric is upward; 4) fixing the non-woven fabric on the target position by utilizing a plurality of pressing plates; 5) planting plant seedlings in the fluffy layer of the non-woven fabric; 6) uniformly spreading nutrient soil into the fluffy layer of the non-woven fabric, and watering, wherein the nutrient soil is powdered, and the diameter of the nutrient soil is between the port diameters of the fluffy layer and the dense layer.

Description

technical field [0001] The present invention relates to plant planting technology, specifically, to a soilless plant planting method based on non-woven fabrics, which is convenient and fast in construction, has a larger slope for plant planting, does not cause dust to fly randomly, and is convenient for plant maintenance in the later stage . Background technique [0002] In some developed cities or factory areas, many simple houses, built-up houses, large industrial plants, stadiums, airports, high-speed rail stations, bus stations, etc. all use sloping roofs such as iron roofs and glass roofs. Although houses with sloping roofs are convenient , but in summer, the heat insulation effect is very poor, resulting in a high temperature inside the house, such as installing an air conditioner, which consumes a lot of electricity. In addition, when it rains, the raindrops falling on the iron sheet will make a lot of noise, greatly affecting its comfort, and at the same time greatl...

AI Technical Summary

Problems solved by technology

[0002] In some developed cities or factory areas, many simple houses, built-up houses, large industrial plants, stadiums, airports, high-speed rail stations, bus stations, etc. all use sloping roofs such as iron roofs and glass roofs. Although houses with sloping roofs are convenient , but in summer, the heat insulation effect is very poor, resulting in high temperature in the house, such as installing air conditioners, the power consumption is huge

In addition, when it rains, the raindrops falling on the iron sheet will make a lot of noise, greatly affecting its comfort, and at the same time greatly increasing the city's heat island effect, becoming a dead corner where the city cannot be greened.

[0003] At present, in order to beautify the environment and heat insulation, some green plants will be planted in the form of bonsai on the above-mentioned sloping roof, that is, some tile pots are placed on the sloping roof, and then green plants are planted in the tile pots. Although this method can beautify the environment and Insulation effect, but requires regular maintenance, construction and maintenance are more troublesome; moreover, its requirements for the load-bearing capacity of sloped roofs (especially iron roofs) are relatively high, which may cause roof collapse; in addition, because planting is inseparable Nutrient soil, if the slope of the sloping roof is too large, it will cause the accumulation of nutrient soil, especially in the weather of strong wind and heavy rain. smog

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