A submersible flower pot with low center of gravity and high drainage

Abstract

The present invention relates to the field of flowerpot cultivation and planting, and specifically to a method of installing a capillary drainage device on the flowerpot to improve the drainage of the flowerpot under the action of capillary water absorption, and different assembly methods of the flowerpot and the cover pot are used to complete watering, draining and placement, and to lower the center of gravity of the flowerpot. The capillary drainage device is composed of materials with capillary water absorption such as cotton thread, cloth strip, paper tape, hemp rope, etc., the cover pot has holes at the bottom, and the tray has no holes, and watering, draining and flowerpot placement are completed through different placement methods. The invention improves the drainage of the flowerpot under the action of capillary water absorption by installing a capillary drainage device on the flowerpot, and during normal flowerpot maintenance, the flowerpot is placed in the cover pot to lower the center of gravity and improve the stability of the flowerpot placement.

Description

Technical field:

[0001] The invention relates to the field of flowerpot cultivation and planting, and specifically to a flowerpot which is equipped with a capillary drainage device to improve the drainage of the flowerpot under the action of capillary water absorption, and uses different installation methods of a flowerpot tray and a flowerpot sleeve to complete watering, draining and placement, and lower the center of gravity of the flowerpot when it is placed, so that the flowerpot can be immersed in water when watering. Technical background:

[0002] After soaking the flowerpot filled with soil and watering it thoroughly, place it on the ground. Water will flow out from the drainage holes of the flowerpot. When the drainage holes stop dripping, pour out the soil in the flowerpot. You will find that there is still a lot of water in the soil when you pinch the soil with your hands. It is because of this accumulated water that the roots of the flowers and plants planted in the flowerpot lack oxygen and cannot grow well or even die. After the flowerpot is watered thoroughly, only part of the water in the flowerpot can be drained, and some water accumulates in the soil at the bottom of the flowerpot and cannot be discharged from the drainage holes of the flowerpot. At this time, the soil is like a sponge full of water. Due to the surface tension of water, there is a lot of water in the gaps in the soil. Removing this part of water as much as possible can improve the quality and survival rate of flowers and plants planted in the flowerpot. In order to improve water permeability and air permeability, some flowerpots are designed to be tall and thin, which increases the center of gravity of the flowerpot. When the flowerpot is placed on the window or table, it is easy to tip over. When the soil in the flowerpot is dry, watering requires soaking the pot to completely water it. Summary of the invention:

[0003] In order to solve the problems existing in the prior art, the present invention discloses a submersible flower pot with a low center of gravity and high drainage, which improves the drainage of the flower pot, increases the stability of the flower pot when placed, and is a submersible flower pot when watering.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A capillary drainage device is installed on the flowerpot. The capillary drainage device is made of materials with capillary water absorption, such as cotton thread, cloth strip, paper tape, and hemp rope. The water absorption end of the capillary drainage device is placed at the bottom of the flowerpot after planting and contacts the soil. The drainage end of the capillary drainage device passes through the drainage hole of the flowerpot. When the flowerpot needs to be watered, the flowerpot is placed in the cover pot, and water is poured into the flowerpot. The excess water will flow into the cover pot until the cover pot is full. After the pot is soaked, when the water in the soil of the flowerpot needs to be drained, the flowerpot is first taken out of the cover pot, the water in the cover pot is poured out, and then the flowerpot is placed on the tray and the tray is placed on the cover pot. The drainage end of the capillary drainage device passes through the tray hole in the tray, and the drainage hole at the bottom of the flowerpot reaches the bottom of the cover pot. The space and distance will increase, and the drainage end of the capillary drainage device can be installed through this space. The length of the drainage end of the capillary drainage device can be extended through the space and height from the soil at the bottom of the flowerpot to the bottom of the sleeve pot to produce a gravity drop. Under the action of capillary absorption and gravity drop, the water in the soil is absorbed from the water absorption end of the capillary drainage device to the drainage end. The water is enriched at the drainage end and then drips into the sleeve pot. After draining, the water in the sleeve pot is poured out, and the flower pots are placed in the sleeve pot in turn, and the sleeve pot is placed on the tray, thus completing the watering and draining of the flower pots. During the whole process, the center of gravity of the flower pot is high only when draining, and it returns to a low center of gravity after draining, so that the flower pot is not easy to tip over when placed for ornamental planting. Description of the drawings:

[0006] Figure 1 This is the structural diagram of the patent for this invention

[0007] Figure 2 This is the structure diagram of the patented invention after watering and draining

[0008] In the figure: 1. flower pot; 2. pot cover; 3. capillary drainage device; 4. tray; 5. tray hole; 6. flower pot drainage hole; 7. water absorption end of capillary drainage device; 8. drainage end of capillary drainage device. Specific implementation method:

[0009] See also Figure 1 Figure 2 The present invention discloses a submersible flower pot with a low center of gravity and high drainage performance, comprising a flower pot (1), a cover pot (2), a capillary drainage device (3), a tray (4), a tray hole (5), a flower pot drainage hole (6), a capillary drainage device water absorption end (7), and a capillary drainage device drainage end (8); the capillary drainage device (3) is installed on the flower pot (1), the capillary drainage device is made of materials with capillary water absorption such as cotton thread, cloth strip, paper tape, hemp rope, etc., the capillary drainage device is divided into a water absorption end (7) and a drainage end (8), the water absorption end of the capillary drainage device is placed at the bottom of the flower pot and contacts the soil during planting, the drainage end of the capillary drainage device passes through the flower pot drainage hole (6), and when the flower pot is maintained normally, Figure 1The flower pot is placed in the cover pot, and the cover pot is placed on the tray. When the flower pot needs to be immersed and watered, the bottom tray (4) is first removed and water is poured into the flower pot. The excess water will flow into the cover pot (2) until the cover pot is filled with water. After the immersion is completed, when the flower pot needs to be drained, Figure 2 First, the flower pot is taken out from the cover pot, the water in the cover pot is poured out, and then the tray is placed on the cover pot, and the drainage end of the capillary drainage device is passed through the tray hole (5), and finally the flower pot is placed on the tray, so that the space and distance between the drainage hole at the bottom of the flower pot and the bottom of the cover pot are increased, and the capillary drainage device is installed through this space. The length of the drainage end of the capillary drainage device is extended by the space and distance between the drainage hole at the bottom of the flower pot and the bottom of the cover pot to generate a gravity drop. Under the action of capillary water absorption and gravity drop, the water absorption end and the drainage end of the capillary drainage device absorb the accumulated water in the soil from the water absorption end of the capillary drainage device to the drainage end. The water is enriched at the drainage end and then drips into the cover pot, so that the accumulated water in the soil of the flower pot is discharged, thereby reducing the phenomenon of root suffocation and root rot when the flower pot is planted, and improving the quality and survival rate of the flower pot planted. After draining, the water in the cover pot is poured out and the flower pot is restored to its original state. Figure 1 As shown in the installation, lowering the center of gravity of the flower pot increases the stability of the flower pot when placed.

Claims

1. A submersible flower pot with low center of gravity and high drainage, characterized by: The submersible flower pot with low center of gravity and high drainage comprises a flower pot, a capillary drainage device, a pot sleeve and a tray.

2. A submersible flower pot with low center of gravity and high drainage according to claim 1, characterized in that: The capillary drainage device is made of materials with capillary water absorption such as cotton thread, cloth strip, paper tape, hemp rope, etc.

3. The submersible flower pot with low center of gravity and high drainage according to claim 1, characterized in that: There are no holes in the bottom of the basin.

4. The submersible flower pot with low center of gravity and high drainage according to claim 1, characterized in that: The complained tray has holes in the bottom.

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