Root flower pot integrating water storage and gravity watering into one body

Abstract

The invention provides a root flower pot integrating water storage and gravity watering into one body. The root flower pot comprises a flower pot body and a cultivation basin. The cultivation basin isplaced in the flower pot body. The side surface of the cultivation basin is in a net shape. The two sides of the flower pot body are fixedly connected to water storage cylinders. The bottom walls ofthe internal portions of the water storage cylinders are fixedly connected to welt slide rods. The top ends of the welt slide rods are fixedly connected to the top walls of the internal portions of the water storage cylinders. A power plats slidably sleeves the surfaces of the welt slide rods. By using the root flower pot integrating water storage and gravity watering into one body, a rope component is lifted up, and a vertical stay rope pulls a magnet component so that the magnet component moves upwardly along a non-insulation separation plate; a small iron block drives the power plate to move upwardly so that the power plate slides on the welt slide rods; through the power plate, the internal pressure of the water storage cylinders is gradually decreased and water in the water storage cylinders is sprayed through a top sprinkler head, and the water is finally sprinkled in soil in the cultivation basin; and the structure is novel and the root flower pot is suitable for the sprinklingof root flower.

Description

technical field [0001] The invention relates to the technical field of flower pots, in particular to a root flower pot integrating water storage and gravity watering. Background technique [0002] The flowerpot is a kind of vessel shape used for planting flowers. The flowerpots for planting flowers are in various forms and sizes. Flower producers or flower growers can choose flowerpots according to the characteristics and needs of flowers and the characteristics of flowerpots. In particular, flowers with more roots and faster growth also require more water. [0003] However, traditional flowerpots also have the following disadvantages: [0004] 1) The watering cycle of these flowers is relatively frequent, and the traditional surface soil watering cannot meet the needs of the plants. [0005] 2), when the flowers are relatively luxuriant, the wetness of the soil cannot be accurately observed, so that the growth of the flowers cannot be kept optimal, and the ornamental qua...

AI Technical Summary

Problems solved by technology

[0004] 1) The watering cycle of these flowers is relatively frequent, and the traditional surface soil watering cannot meet the needs of the plants

[0005] 2) When the flowers are relatively luxuriant, the moisture of the soil cannot be accurately observed, so that the growth of the flowers cannot be maintained optimally, and the ornamental value of the flowers is reduced

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