Ultra-cheap self-made gardening irrigation facility

Abstract

The invention discloses an ultra-cheap self-made gardening irrigation facility, and belongs to the field of irrigation facilities. According to the invention, a filter screen is arranged at a positionof longitudinally 2/3 of a plastic container with a diameter of larger than 1.5 m; a water outlet pipe is arranged at the bottom part of a partition chamber provided with the filter screen and connected with a booster pump; the booster pump is connected with a water supply pipeline; a plurality of straight tee joints are connected with the water supply pipeline; the water outlet of each tee jointis connected with a porous pipeline; a piece of old cloth is bound outside each small hole in each porous pipeline; water in the plastic container is pumped into the water supply pipeline and the porous pipelines through the booster pump after being sucked out by the booster pump; the water flows out of the small holes of the porous pipelines, and the flow speed of the water is reduced under theresistance of the old cloth, so the water can only slowly flow to the root systems of seedlings from a lower position through the old cloth; and thus, the purpose of irrigation is achieved.

Description

technical field [0001] The invention relates to an ultra-cheap self-made horticultural irrigation facility, which belongs to the field of irrigation facilities, and particularly relates to fertilization and irrigation of horticultural seedlings. Background technique [0002] Most of the existing large-scale farm horticultural irrigation facilities adopt the supporting irrigation facilities of the manufacturer, intelligent operation, high irrigation efficiency, fast speed, and vigorous growth of seedlings. However, highly intelligent supporting irrigation facilities require high investment and high maintenance costs. Only Only large farms with strong strength will choose it. [0003] With the gradual expansion of the market for flowers and green seedlings in recent years, a large number of small gardening farms have emerged. Due to small scale and low capital, the development of gardening farms is limited. Few manufacturers have supporting irrigation facilities, and most of t...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing large-scale farm horticultural irrigation facilities adopt the supporting irrigation facilities of the manufacturer, intelligent operation, high irrigation efficiency, fast speed, and vigorous growth of seedlings. However, highly intelligent supporting irrigation facilities require high investment and high maintenance costs. Only Strong and large farms will choose

[0003] With the gradual expansion of the market for flowers and green seedlings in recent years, a large number of small gardening farms have emerged. Due to small scale and low capital, the development of gardening farms is limited. Few manufacturers have supporting irrigation facilities, and most of them are artificial. Watering and irrigation is labor-intensive and labor-intensive. Therefore, a kind of ultra-cheap irrigation facilities self-made by farmers that can be spliced ​​at will is needed to solve the problem of labor-intensive irrigation.

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