CN201393427Y - automatic water supply flowerpot - Google Patents

Abstract

The utility model discloses an automatic water supply flower pot, which belongs to a flower cultivation tool. The flower pot is mainly composed of a cultivation bin and a liquid storage bin. The bottom of the inner cavity of the cultivation bin is provided with a vent pipe with upper and lower openings. The liquid storage bin is an annular closed water jacket with a liquid filling port. The height of the water jacket is greater than the height of the vent pipe. There is a liquid supply hole on the inner wall of the water jacket, and the position of the liquid supply hole is lower than the upper end of the vent pipe. The flower pot is used for flower cultivation. After the liquid storage bin is filled with water at one time, the water level in the cavity between the water jacket and the vent pipe can be kept slightly higher than the position of the liquid supply hole, thereby realizing automatic water supply to the cultivation bin, maintaining the effective dryness and humidity of the pot soil and air circulation for a long time, which is beneficial to the growth of flowers, and reducing the trouble of frequent watering, avoiding environmental pollution and nutrient loss. It is suitable for the needs of flower cultivation in modern families, hotels, gardens, etc.

Description

automatic water supply flowerpot

technical field

The utility model relates to a flowerpot for flower cultivation, in particular to a flowerpot capable of automatic water supply.

Background technique

The traditional flower pot is a barrel-shaped structure with ventilation holes at the bottom of the pot. In order to meet the growth requirements of flowers, it is necessary to manually add water (or nutrient solution) to the pot every day or several days, which is not only troublesome, but also has a large difference in dry humidity and is difficult to control, which is not conducive to the growth of flowers. When adding water, the pot is filled with air bubbles, and there is water but no air in the pot soil. Especially in high temperature environments, the lack of oxygen in the pot will cause rotten roots and dead seedlings. This is also the main reason why conventional potted flowers are sad in summer. When water is added in addition, water will flow out from the air vent, causing nutrient loss and polluting the environment. Therefore, traditional flowerpot has weak point, can not adapt to the needs of raising flowers such as modern family, hotel, garden.

Utility model content

The purpose of the utility model is to overcome the disadvantages of the traditional flower pots and provide an automatic water supply flower pot which is easy to use, is beneficial to the growth of flowers and does not pollute the environment.

The technical scheme of the utility model is: the automatic water supply flower pot is mainly composed of a cultivation bin and a liquid storage bin located around the cultivation bin, the bottom of the inner cavity of the cultivation bin is provided with a ventilation pipe with upper and lower openings, and the liquid storage bin is a top belt. There is a ring-shaped airtight water jacket with a liquid filling port. The height of the water jacket is greater than the height of the ventilation pipe. There is a liquid supply hole on the inner wall of the water jacket, and the position of the liquid supply hole is lower than the upper port of the ventilation pipe.

The liquid filling port of the above-mentioned liquid storage bin is provided with a sealing cover; the lower port of the ventilation pipe is provided with a detachable sealing plug; the outer wall of the ring-shaped airtight water jacket is provided with a transparent window with scales.

The automatic water supply flower pot of the utility model has enough gap between the ring-shaped airtight water jacket and the ventilation pipe to form a ring-shaped liquid supply chamber with an open upper end, and the water (nutrient solution) stored in the water jacket (storage bin) Inject the liquid into the liquid supply chamber through the liquid supply hole. When the water level in the liquid supply chamber is higher than the liquid supply hole, the liquid supply hole is sealed, and the gas cannot enter the liquid storage chamber. Due to the decrease in air pressure, the water in the liquid storage chamber no longer flows into the supply chamber. Liquid chamber, once the water in the liquid supply chamber is absorbed by the flowers and the water level is lower than the liquid supply hole, the gas will be filled into the liquid storage chamber, and the water in the liquid storage chamber will be injected into the liquid supply chamber, so that the supply can be maintained automatically. The height of the water surface in the liquid chamber meets the needs of flower growth and realizes automatic water supply. As long as enough water is added to the liquid storage bin at one time, it can save time and effort, reduce trouble, and effectively control the dry humidity in the pot. , to solve the contradiction between water and air, which is conducive to the growth of flowers. In normal use, the upper and lower openings of the ventilation pipe in the cultivation chamber are open to allow air circulation to ensure sufficient oxygen, and the water level in the liquid supply chamber is always lower than the upper port of the ventilation pipe, and will not flow out from the bottom of the basin to avoid polluting the environment and Nutrient loss. When it is necessary to add water to the liquid storage bin, open the sealing cover. At this time, the sealing plug at the lower port of the vent pipe can be blocked to prevent water from leaking out. The window and scale on the outer wall of the water jacket are used to observe the amount of water stored in the liquid storage bin.

Description of drawings

Accompanying drawing is the structural representation of the utility model.

Detailed ways

Referring to the accompanying drawings, the automatic water supply flower pot mainly consists of a cultivation bin 7 and a liquid storage bin 5 around it. The bottom of the inner cavity of the cultivation bin is provided with a ventilation pipe 3 with upper and lower openings, and a detachable sealing plug 2 is provided at the lower port of the ventilation pipe. The liquid storage tank is a ring-shaped airtight water jacket with a liquid filling port on the top. The liquid filling port is provided with a sealing cover 9. The height of the water jacket is greater than the height of the ventilation pipe. There is a liquid supply hole 6 on the inner wall of the water jacket. The liquid supply hole is located The position is lower than the upper port of the vent pipe, and the outer wall of the water jacket is provided with a transparent window 10 with scales. There is a sufficient gap between the water jacket and the ventilation pipe to form a ring-shaped liquid supply chamber 4 with an open upper end, and the water jacket is filled with water (nutrient solution) 8 once to keep the water level in the liquid supply chamber 4 slightly higher than the liquid supply hole 6 position to realize automatic water supply, and the sealing plug 2 is removed during normal use. There are legs 1 at the bottom of the flowerpot.

Claims (4)

1, a kind of auto-water-supply flowerpot, it is characterized in that: mainly constitute by cultivating the storehouse and being positioned at cultivation storehouse liquid storing bin on every side, described cultivation storehouse intracavity bottom is provided with the breather pipe of upper and lower opening, described liquid storing bin is the airtight water jacket of ring-type that the top has filling opening, the water jacket height is greater than the breather pipe height, the feed flow hole is arranged on the madial wall of water jacket, and this position, feed flow hole is lower than the upper port of breather pipe.

2, by the described auto-water-supply flowerpot of claim 1, it is characterized in that: the filling opening of described liquid storing bin is provided with seal cover.

3, by the described auto-water-supply flowerpot of claim 1, it is characterized in that: the lower port of described breather pipe is provided with removably sealing-plug.

4, by the described auto-water-supply flowerpot of claim 1, it is characterized in that: the lateral wall of the airtight water jacket of described ring-type is provided with the transparent window of band scale.

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