CN2627817Y - Flower-pot - Google Patents

Abstract

A flowerpot capable of automatic water supply and fertilization, which adds a lower flowerpot cavity (2) for holding water under the existing upper cavity (1) of the flowerpot, and the sponge column (6) is covered by the The outer plastic joint (5) is installed in the round hole (4) on the bottom surface of the upper chamber, and the upper end of the sponge column extends out of the plastic joint (5) to contact with the soil and the roots of flowers and plants, and the lower end extends to the bottom of the lower chamber of the flowerpot (2) . After water and flower fertilizer enter from the opening (3) of the lower cavity wall, the water dissolved in flower fertilizer can be transported to the soil and roots of flowers and plants through the sponge column, thereby realizing the purpose of automatic and uniform water supply and fertilization.

Description

flowerpot

The utility model relates to a flowerpot capable of automatic water supply and fertilization.

At present, after the known flower pots are planted with flowers, they must be watered frequently, which adds a lot of trouble to people's busy daily life, and because the watering methods are all poured from top to bottom, not only does a lot of water Evaporation, leakage, so that the purpose of watering cannot be well achieved, and the soil in the flowerpot is suddenly dry and wet, which is not conducive to the growth of flowers and plants. In addition, it is extremely inconvenient to plant flowers and fertilize with this flowerpot.

The purpose of this utility model is to provide a flower pot, which can not only automatically supply water and fertilize, but also adjust the humidity of the soil according to the different requirements of different flowers and plants on water, so as to facilitate the better growth of flowers and plants.

The purpose of this utility model is achieved in that on the basis of known flower pots (referred to as the flower pot upper chamber in the utility model), a container that can hold a certain amount of water and flower fertilizers (hereinafter referred to as flower pots) is added below it. Pot lower cavity), there is a lower cavity wall opening that can be opened and closed freely on the lower cavity wall of the flower pot, and water and flower fertilizer can be added to the inside regularly through this mouth. There are 7 round holes on the bottom surface of the inner cavity of the flowerpot, and the sponge pillars covered by plastic joints are installed in the holes. The upper end of the sponge pillars extends out of the plastic joints and enters the bottom of the upper chamber of the flowerpot, and the lower end of the sponge pillars extends to the lower chamber of the flowerpot. bottom. When water and flower fertilizer enter the lower cavity of the flowerpot from the opening of the lower cavity wall, through the water absorption and infiltration of the sponge column, the water dissolved in the flower fertilizer can reach the soil and the roots of the flowers and plants in the upper cavity of the flowerpot through the sponge column, thereby achieving The purpose of automatic watering and fertilization. When the soil humidity reaches a certain level, the "water transfer" speed of the sponge column will gradually weaken, and finally the soil humidity will be in a stable dynamic balance. Because the disassembly and installation of the sponge columns are convenient, the number of the sponge columns can be adjusted according to the different requirements of flowers and plants for water, so as to adjust the humidity of the soil to achieve a dynamic balance, so as to be more conducive to the growth of flowers and plants. Since the opening of the lower cavity wall is usually in a closed state, the evaporation of water in the flower pot is greatly reduced, thereby prolonging the time interval for adding water.

Due to the adoption of the above scheme, as long as water and flower fertilizer are regularly added to the flowerpot, the purpose of automatic water supply and fertilization can be realized. Moreover, by adjusting the number of sponge columns, the humidity of the soil in the flower pot can be adjusted to provide an optimal growth environment for flowers and plants.

Below in conjunction with accompanying drawing, the utility model is further described.

Fig. 1 is the exterior view of the utility model.

Fig. 2 is a sectional view taken along line A-A of Fig. 1 .

Fig. 3 is a bottom view of the bottom of the upper cavity of the flowerpot.

Fig. 4 is an appearance diagram of the sponge column and the plastic joint.

Fig. 5 is a schematic diagram of the principle of the utility model.

In the figure, 1. The upper chamber of the flower pot 2. The lower chamber of the flower pot 3. The opening of the lower chamber wall 4. The round hole on the bottom of the upper chamber 5. The plastic joint 6. The sponge column.

In Fig. 1, the flowerpot upper chamber (1) is connected with the flowerpot lower chamber (2), and the lower chamber wall opening (3) is the inlet of water and flower fertilizer.

In Fig. 4, a plastic joint (5) is covered with a sponge column (6).

In the principle schematic diagram of the utility model shown in Fig. 5, the flower pot upper cavity (1) is used for adorning soil to cultivate flowers and plants, and the flower pot lower cavity (2) is used for adorning water and flower fertilizer, and the sponge column (6) passes through The outer plastic joint (5) is installed in the round hole (4) on the bottom surface of the upper cavity, and the upper end of the sponge column stretches out the plastic joint (5) to contact with the soil and the roots of flowers and plants, and the lower end extends to the bottom of the flowerpot lower cavity (2). bottom. After water and flower fertilizer enter from the opening (3) of the lower chamber wall, the water dissolved in flower fertilizer can be transported to the soil and roots of flowers and plants through the sponge column, thereby realizing the purpose of automatic and uniform water supply and fertilization.

Claims (3)

1. flowerpot, on the basis of general flowerpot, increased the device of an energy automatic water-supply, fertilising in its lower section, it is characterized in that: the flowerpot cavity of resorption that below the flowerpot epicoele, has increased a capable of storing water and fertilizers for potted flowers, the flowerpot epicoele directly links to each other with the flowerpot cavity of resorption, the sponge column that is with adapter of plastic is installed in the circular hole of flowerpot epicoele bottom surface, and the sponge column upper end is stretched out adapter of plastic and directly contacted with the flowers and plants root with soil, and the lower end reaches the bottom of flowerpot cavity of resorption.

2. flowerpot according to claim 1 is characterized in that: the cavity of resorption wall opening can freely be opened, close.

3. flowerpot according to claim 1 is characterized in that: flowerpot cavity of resorption and flowerpot epicoele bottom surface are with stored water and fertilizers for potted flowers sealing.

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