Capillary nutrient bowl

Abstract

A capillary nutrient bowl absorbs water of a water storage room to a high-level nutrient bowl using capillarity and buoyancy laws and cotton and hemp products in high water-absorbing capacity. Air holes are on the bottom of the nutrient bowl. A filter element is arranged on the bottom of the nutrient bowl. Through arranging a water outlet, water evaporation can be reduced, to prevent fertilizer loss and meanwhile stimulate roots to grow downward. A buoyancy rule is used to ensure relative constant of distance of the bottom of the nutrient bowl and a water surface, to ensure water supply and prevent overhydration. The capillary nutrient bowl can effectively use various water bodies, and through covering effect of the nutrient bowl, some small ponds are prevented to be dried up under burningsun. For some pot flowers, watering every day is not needed. The nutrient bowl prevents defects that floor is polluted since air holes on the bottom leak mud when watering a common flowerpot.

Description

technical field [0001] The invention belongs to agricultural production tools, in particular to a flower and crop cultivation tool. Background technique [0002] The applicants searched with the keyword "drip irrigation flowerpot" and obtained 15 records, including slow-release drip irrigation, semiconductor drip irrigation and automatic drip irrigation, etc., and searched with the keyword "siphon flowerpot", and one applicant was Chen Jingsheng The 2013201696088 patent, the patent is to set a water storage seat at the bottom of the flower pot, set a water-absorbing core in the flower pot and the water storage seat, and absorb the water in the water storage seat to the flower pot through the water-absorbing core, so as to nourish the flowers. , using capillary flower pots as keywords to search, but no relevant records were retrieved. From the perspective of technical principles, drip irrigation is a technology that continuously acts on flower pots with a small amount of wate...

AI Technical Summary

Problems solved by technology

[0002] The applicants searched with the keyword "drip irrigation flowerpot" and obtained 15 records, including slow-release drip irrigation, semiconductor drip irrigation and automatic drip irrigation, etc., and searched with the keyword "siphon flowerpot", and one applicant was Chen Jingsheng The 2013201696088 patent, the patent is to set a water storage seat at the bottom of the flower pot, set a water-absorbing core in the flower pot and the water storage seat, and absorb the water in the water storage seat to the flower pot through the water-absorbing core, so as to nourish the flowers. , using capillary flower pots as keywords to search, but no relevant records were retrieved. From the perspective of technical principles, drip irrigation is a technology that continuously acts on flower pots with a small amount of water droplets, and "siphon" is a water storage seat that flows downward through a water-absorbing core. Obtain irrigation water, but from the perspective of physical principles, the so-called "siphon" of the 2013201696088 applicant is not a "siphon", but a capillary phenomenon. From the perspective of technical principles, the capillary phenomenon is more reasonable than drip irrigation. However, the 2013201696088 patent also has several problems. 1. The problem of waterlogging. Some flowers are relatively delicate and require loose soil and no waterlogging. However, 2013201696088 did no

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