vertical self-irrigating garden

Abstract

The invention discloses an upright automatic irrigation garden, which comprises a water storage tank, a tank cover, a flow guide mechanism, a water flow direction converter, trays and flowerpots, wherein the trays are provided with drainage mechanisms; the flow guide mechanism is formed by vertical stacking of a plurality of flow guide columns and the drainage mechanisms; the flow guide columns, the drainage mechanisms and the water flow direction converter are provided with flow guide holes; the flow guide holes in the flow guide columns are staggered from the flow guide holes in the drainage mechanisms; the tank cover is provided with a clamp groove for fixing the drainage mechanisms, a flow guide groove, and a drain hole. The upright automatic irrigation garden has the following advantages that the flow guide holes in the flow guide columns are staggered from the flow guide holes in the drainage mechanisms, so that redundant water can flow to the lower layer only when the flowerpot of each layer absorbs enough moisture, finally redundant water converges to the water storage tank by passing through the drain hole in the tank cover by virtue of a filter, and the aims of irrigation layer by layer and cyclic utilization of water are fulfilled.

Description

technical field [0001] The invention belongs to the field of plant cultivation, in particular to a vertical automatic irrigation garden. Background technique [0002] With the continuous improvement of people's living standards, the requirements for the beautification and purification of the home environment are getting higher and higher, and the planting of flowers and plants is becoming more and more popular. Using flowerpots to cultivate flowers, vegetables, fruits and other plants has become a hobby of many families. . At present, there are various flowerpots sold in the market, but they are basically single flowerpots. One flowerpot can only grow one plant, and one more flowerpot needs to be used to cultivate one more plant. The grounds are large and not beautiful. Therefore, there has been a flower pot that utilizes vertical space to effectively improve the planting area and efficiency in greenhouse planting, urban greening, and family greening. Prevent water from o...

AI Technical Summary

Problems solved by technology

At present, there are various flowerpots sold in the market, but they are basically single flowerpots. One flowerpot can only grow one plant, and one more flowerpot needs to be used to cultivate one more plant. The area is very large and not beautiful

Therefore, there has been a flower pot that utilizes vertical space to effectively improve the planting area and efficiency in greenhouse planting, urban greening, and family greening. Prevent water from overflowing and pollute the environment. However, due to the different water-loving and water-hating habits of the plants planted, it is difficult to control the amount of water when watering, and the water retention in the flowerpot depends on the amount of soil in the flowerpot. When the flowerpot is small and the amount of soil in it is small, it must be watered frequently. Once the water in the soil is reduced due to travel and other reasons, the water in the soil will be reduced, which will cause the plants to dry up and even die; However, when the amount of watering is too large, the pot soil will remain moist for a long time, and the plants will have difficulty breathing, which will easily lead to rotten roots; and ordinary flower pots cannot be filled with too much water, and a considerable part of the water will still overflow from the tray. , which not only pollutes the environment, wastes water resources, but also affects the normal growth of plants

Images