Water storage and waterlogging prevention flowerpot

Abstract

The invention discloses a flowerpot enabling soil to uniformly absorb moisture. The flowerpot comprises a flowerpot side wall and a bottom, wherein a flow dividing sheet extending towards the center is arranged on the inner surface of the side wall; the bottom of the flowerpot adopts a cone structure; a water storage layer formed by the cone structure and the flowerpot side wall achieves the effects that water uniformly flows when flowers are watered, excessive water is prevented from rapidly flowing to the bottom through a gap of the flowerpot side wall, and water resources are saved and are not leaked out. The invention also discloses a flowerpot with water storage and waterlogging prevention functions. A water storage and waterlogging prevention device is arranged at the bottom of the flowerpot with the water storage and waterlogging prevention functions. The flowerpot with the water storage and waterlogging prevention functions not only can have a water storage effect, but also can isolate roots of plants, enables the plant root system to be difficult to reach the water storage layer, and can have a waterlogging prevention effect and prolong the flower watering period.

Description

technical field [0001] The invention relates to a container for planting plants such as flowers and vegetables, in particular to a water-storage and anti-flooding flowerpot for indoor placement and planting of flowers and plants. Background technique [0002] People usually place plants such as potted flowers in places such as families, meeting rooms, and offices, and these potted plants need to be frequently watered to replenish moisture. When watering, water infiltrates downwards at different speeds along the soil surface in the radial direction of the flowerpot, especially at the contact part between the soil and the inner periphery of the flowerpot. If you want to achieve sufficient water absorption in the soil everywhere in the flower pot, there will inevitably be a lot of water flowing into the bottom of the flower pot from the inner periphery of the flower pot. Excessive water will easily cause the roots of the plants to rot. Common flower pots are equipped with wate...

AI Technical Summary

Problems solved by technology

When watering, water infiltrates downwards at different speeds along the soil surface in the radial direction of the flowerpot, especially at the contact part between the soil and the inner periphery of the flowerpot. If you want the soil in the pot to fully absorb water, there will inevitably be a lot of water flowing into the bottom of the pot from the inner periphery of the pot. Excessive water will easily cause the roots of the plants to rot

Common flower pots are equipped with water outlet holes at the bottom and matched with the chassis, so that when watering the flowers, the excess water flows out into the chassis through the water outlet holes at the bottom of the flowerpot, but sometimes it still overflows from the chassis to the ground. Wastes water resources and easily pollutes the environment

In order to solve the above problems, Chinese patent document CN95115224.6 discloses a watering device for flower pots, which requires multiple water storage tanks, pipelines, and valve components, and has a complex structure and high cost, and is not suitable for home use.

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