CN2508548Y - Water manure controllable cultivating flowerpot - Google Patents

Abstract

A water and fertilizer controllable planting flower pot that can make potted plants grow in an environment suitable for water and fertilizer for a long time without frequent watering and fertilization, and can avoid water and fertilizer loss, has a pot body 3 with a closed bottom and no through holes, pot body 3 There is a water-soil stratification tray 4 in the horizontal direction separated from the bottom of the basin body 3 by a certain distance, and a liquid-guiding hole is opened on the water-soil stratification tray 4, and a catheter 5 is fixed at the liquid-guiding hole, and a liquid suction pipe 5 is arranged inside. Release body 6, a water and fertilizer conduit 2 extending upwards with a funnel body at the upper end is fixed at a through hole provided by the water and soil stratification tray 4, and a water quantity indicating buoy 1 is inserted therein. The utility model is suitable for planting flowers and plants.

Description

Controlled water and fertilizer planting flower pots

Technical field

The utility model belongs to planting flower pots.

Background technique

In the flower pots for planting flowers and plants in the known technology, a through hole is provided at the bottom, and the main function is to drain excess water to avoid root rot of the planted plants. This kind of flower pot has a simple structure, but its disadvantages are: potted plants need to be watered and fertilized frequently, otherwise they will wither; secondly, the application of water and fertilizer is difficult to control, so that the potted plants grow in an environment where the water content is not suitable for a long time , which is unfavorable for growth; moreover, water and fertilizer are easy to lose, and the lost water and fertilizer are not good for environmental sanitation.

Contents of the invention

The technical problem to be solved by the utility model is to provide a water and fertilizer controllable planting flowerpot that can make potted plants grow in an environment suitable for water and fertilizer for a long time without frequent watering and fertilization, and can avoid water and fertilizer loss.

The special feature of the technical scheme adopted by the utility model is that it is provided with a basin body with a closed bottom, and a water-soil layer tray in the horizontal direction is placed in the basin body at a distance from the bottom of the basin body, and a liquid guide hole is opened on the water-soil layer tray A liquid absorbing and releasing body is arranged inside, and an upwardly extending water and fertilizer conduit is fixed at a through hole provided on the water and soil stratification tray.

The water and soil stratification tray divides the pot body into an upper layer and a lower layer. The upper layer holds the cultivation substrate which is generally soil, and the lower layer holds the fertilizer and water liquid. A water quantity indicator buoy can be inserted in the water and fertilizer conduit to observe the amount of water in the lower layer; the lower end of the water quantity indicator buoy has a floating ball.

The liquid absorbing and releasing body arranged in the guide hole of the water and soil layering tray is used to absorb the fertilizer and water liquid in the lower layer of the pot body and release it to the cultivation substrate on the upper layer, so that the cultivation substrate can keep the suitable nutrients required for planting for a long time. The amount of fertilizer and water. The liquid absorbing and releasing body can adopt cotton yarn material or spongy polymer material etc. The lower end of the liquid absorbing and releasing body reaches the bottom surface of the pot body, and the upper end is embedded in the cultivation substrate. The liquid absorbing and releasing bodies are distributed on the water and soil stratification tray together with the liquid guiding holes. A catheter can be fixed at the fluid guide hole opened on the water-soil stratification tray, and the liquid absorbing and releasing body is placed in the catheter. The catheter extends down but does not reach the bottom of the basin.

Because the utility model is provided with a pot body with a closed bottom, a water-soil layer tray is placed in it, and the water-soil layer tray is provided with a liquid guide hole, and a liquid absorbing and releasing body is arranged in the water-soil layer tray. The water and fertilizer conduit extending upwards can conveniently add water and fertilizer liquid to the lower layer of the basin body of the present invention through the water and fertilizer conduit, and then automatically transfer the fertilizer and water liquid in the lower layer of the basin body to the upper cultivation substrate through the liquid absorbing and releasing body, and automatically Reach a balance, so that the cultivation medium can keep the water and fertilizer suitable for planting plants for a long time, which is conducive to the good growth of potted plants; in this case, you only need to add water and fertilizer to the lower layer of the pot at one time, and you can avoid watering for a long time , Fertilization, saving a lot of labor time and workload. Since the bottom of the pot body is closed and no holes are opened, water and fertilizer will not be lost, which can save water and fertilizer and is beneficial to environmental sanitation. The utility model in which the water quantity indicating buoy is arranged in the water and fertilizer conduit can observe how much water is stored in the lower layer of the basin body, which is convenient for adding water and fertilizing.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Detailed ways

A water and fertilizer controllable planting flower pot in practice has a pot body 3 with a closed bottom and no through holes, and a horizontal water and soil stratification tray 4 is placed in the pot body 3 at a distance from the bottom of the pot body 3. The layer tray 4 divides the pot body 3 into upper and lower layers. The upper layer can hold the cultivation substrate, and the lower layer can hold the fertilizer and water liquid. The water and soil stratification tray 4 is provided with a drain hole, and a drain tube 5 is fixed at the drain hole. It is provided with a liquid absorbing and releasing body 6, which can absorb the lower layer liquid of the basin body and release it on the upper layer of cultivation substrate, and a water and fertilizer conduit 2 extending upwards with a funnel body at the upper end is fixed at a through hole provided by the water and soil stratification tray 4. There is a water quantity indicating buoy 1.

Claims (3)

1, the controlled flowerpot of planting of liquid manure, it is characterized in that being provided with the basin body (3) of a bottom lock, the water and soil layering pallet (4) that is shelved with a horizontal direction in the basin body (3) and basin body (3) bottom are from a distance, offer delivery hole on the water and soil layering pallet (4) and be provided with liquid in it and inhale and release body (6), the set through hole of water and soil layering pallet (4) is fixed with a upwardly extending liquid manure conduit (2).

2, flowerpot as claimed in claim 1 is characterized in that being inserted with in the described liquid manure conduit (2) water yield mark buoy (1).

3, flowerpot as claimed in claim 1 or 2 is characterized in that the delivery hole place that offers on the described water and soil layering pallet (4) is fixed with catheter (5), and described liquid suction is released body (6) and placed in the catheter (5).

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