Self-suction water tank irrigation three-dimensional planting method and device for freshwater plant

Abstract

The invention relates to a self-suction water tank irrigation three-dimensional planting method and a self-suction water tank irrigation three-dimensional planting device for a freshwater plant, which are applicable to the technical field of irrigation planting of freshwater plants. Water in an inner tank 14 is totally supplied to the plant, and the device comprises a solid fertilizer applicator 25 and a liquid fertilizer applicator 26. The device is simple in structure, convenient to process and manufacture, and low in cost; large-batch standard production is facilitated; adopted materials are diversified, an outer tank 10 can be made of metal, plastic, rubber, glass fiber reinforced plastic, cement or the like, and the inner tank 14 can be made of a watertight material or a non-watertight material; the device can be applied to cities, railways, roadways, streets, squares, enterprise greening, sea island planting, gardens, plant decoration, flowerpots and bonsais, and the yield, the planting quantity and the planting species of the plants in unit area can be multiplied.

Description

technical field [0001] The invention relates to a three-dimensional planting method and device for self-suction water tank irrigation of freshwater plants used in the technical field of freshwater plant irrigation and planting. Background technique [0002] my country is a country with per capita freshwater resources and its scarcity, which is only a quarter of the world's per capita share. my country's water-saving irrigation planting technology has made rapid progress. Drip irrigation planting technology saves water more than flood irrigation planting technology. Irrigation planting technology saves water more than drip irrigation planting technology, trace irrigation planting technology saves water than micro-irrigation planting technology, freshwater plant self-priming water tank irrigation planting technology saves water than trace irrigation planting technology, but freshwater plant self-priming water tank irrigation planting technology The space utilization is low, the ...

AI Technical Summary

Problems solved by technology

[0002] my country is a country with per capita freshwater resources and its scarcity, which is only a quarter of the world's per capita share. my country's water-saving irrigation planting technology has made rapid progress. Drip irrigation planting technology saves water more than flood irrigation planting technology. Irrigation planting technology saves water more than drip irrigation planting technology, trace irrigation planting technology saves water than micro-irrigation planting technology, freshwater plant self-priming water tank irrigation planting technology saves water than trace irrigation planting technology, but freshwater plant self-priming water tank irrigation planting technology Low space utilization, limited output per unit area, no separate fertilization device, unable to meet the needs of various plants for different types of fertilizers, and unable to increase output per unit area

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