CN206776189U - A kind of flowerpot suitable for fleshy root plantings such as tree peony, Chinese herbaceous peonies - Google Patents

Abstract

The utility model belongs to field of flower culture, and in particular to a kind of flowerpot suitable for fleshy root plantings such as tree peony, Chinese herbaceous peonies.The basin body of the flowerpot is connected and composed by upper grown area and bottom water reserve two parts, the bottom of bottom water reserve and side wall closing, hole is provided with the tub wall of vitellarium and bottom water reserve junction；A watering pipeline is embedded in flowerpot upper grown area, the watering pipeline is extended to from outside basin body in the middle part of basin body.The utility model has the advantages of simple in construction, practical and convenient, has both saved water resource, is advantageous to root system surrounding soil again and directly effectively absorbs moisture, suitable for commercially large-scale promotion.

Description

A flower pot suitable for planting succulent root plants such as peonies and peonies

technical field

The utility model belongs to the field of flower cultivation, in particular to a flowerpot suitable for planting fleshy root plants such as peonies and peonies.

Background technique

Peony and peony are traditional famous flowers in our country. They are known as the "King of Flowers" and "Flower Appearance". They symbolize wealth and prosperity, and have been loved by people since ancient times. The roots of peonies and peonies are fleshy roots, which are afraid of drought and waterlogging, and require good soil ventilation. Peonies and peonies are usually cultivated in the open field for viewing. This is because peonies and peonies are difficult to show their excellent ornamental characteristics when they are potted in traditional flowerpots, which is mainly related to improper water control. When potted plants need water, we usually use top watering. If you water too much, the roots will rot easily, and if you water too little, the water will not easily seep into the roots. It is difficult for ordinary people to control the amount of watering. It also makes the plants either suffer from waterlogging or suffer from drought, making it difficult to grow normally, thus greatly limiting the production and development of fleshy root flowers such as peonies and peonies. Therefore, invent a kind of flowerpot that is suitable for planting of fleshy root plants such as peony, peony, this flowerpot can not only allow common people to control watering quantity easily, but also can make the soil around the root system ventilate and help plant growth seem very necessary .

Utility model content

The purpose of this utility model is to solve the problem that when the fleshy root plants such as peonies and peonies are planted in traditional flowerpots, soil compaction is easy to occur when watering from the top is used, water is not easy to infiltrate, and excessive watering and untimely drainage are easy to cause root rot, etc. question.

The purpose of this utility model is achieved in this way: a flower pot suitable for the growth of fleshy root plants, the pot body is composed of two parts connected by the upper growth area and the lower water storage area, and the bottom and side walls of the lower water storage area are closed. Holes are arranged on the pot wall at the junction of the growing area and the lower water storage area; a watering pipe is embedded in the upper growing area of the flower pot, and the watering pipe extends from the outside of the pot body to the middle of the pot body.

Further, the connection between the upper growth area and the lower water storage area is designed as a ring structure, called a connection ring, the upper growth area is connected to the outer diameter of the connection ring, and the lower water storage area is connected to the inner diameter of the connection ring; the connection The ring is provided with holes. The holes are evenly or unevenly distributed on the connecting ring. In the utility model, the water storage area at the lower part of the pot body is closed, thereby increasing the overall height of the flower pot. A watering pipe is embedded in the upper growth area of the flower pot, extending from the top of the flower pot to the middle of the flower pot; a circle of holes is surrounded at the junction of the bottom of the upper growth area of the flower pot and the lower water storage area. When the plants need to be watered, the watering pipe embedded in the upper growth area of the flower pot is used to transport the water to the middle of the flower pot. After the pot soil absorbs enough water, part of the water is stored in the water storage area of the lower part of the flower pot. Exclude flower pots through holes.

The beneficial effects of the utility model are reflected in:

(1) The utility model is simple in structure, practical and convenient, and low in cost;

(2) The utility model uses a built-in watering pipe for watering, which not only saves water resources, but also helps the soil around the root system to directly and effectively absorb water;

(3) The utility model provides the lower water storage area, which can make the fleshy roots of the plants in the flowerpot absorb the bottom water in time when the water is insufficient, reducing the number of times of watering;

(4) The utility model provides drainage holes, which can not only determine the amount of watering according to the overflow of the lower holes (when most of the drainage holes start to seep water, the watering can be stopped), but also can make the soil around the root system ventilate Ventilation is good for plant growth.

Description of drawings

Figure 1 is the overall top view of the utility model.

Fig. 2 is a schematic diagram of the appearance of the utility model.

Fig. 3 is a schematic diagram of the side appearance of the utility model.

In the figure: 1, the upper growing area; 2, the lower water storage area; 3, the watering pipe; 4, the connecting ring; 5, the hole.

detailed description

As shown in Figure 1-3, a flower pot suitable for planting fleshy root plants consists of an upper growth area 1, a lower water storage area 2, a watering pipe 3, and a junction between the bottom of the upper growth area 1 and the lower water storage area 2. The connection ring 4 and the hole 5 in the connection ring are combined. Wherein, the lower water storage area 2 is a closed type, and the watering pipe 3 is embedded in the upper growth area 1 of the flower pot, extending from the top of the flower pot to the middle of the flower pot. When the plants need to be watered, water is poured from the watering pipe 3 embedded in the upper growth area 1, and the water will flow to the middle of the pot along with the watering pipe 3, that is, the root-intensive area. Water is stored in the lower water storage area 2 of the flower pot, and excess water seeps out through a circle of holes 5 at the junction of the bottom of the upper growth area 1 of the flower pot and the lower water storage area 2 .

Claims (3)

1. A flower pot suitable for the growth of fleshy root plants is characterized in that the pot body is formed by connecting two parts, the upper growth area and the lower water storage area, the bottom and side walls of the lower water storage area are closed, and the growth area and the lower water storage area are closed. Holes are arranged on the pot wall at the junction of the water storage area; a watering pipe is embedded in the upper growth area of the flower pot, and the watering pipe extends from the outside of the pot body to the middle part of the pot body. 2. The flower pot according to claim 1, wherein the connection between the upper growth zone and the lower water storage zone is a ring structure, called a connection ring, and the upper growth zone is connected to the outer diameter of the connection ring , the lower water storage area is connected to the inner diameter of the connecting ring; holes are arranged on the connecting ring. 3. The flower pot according to claim 2, wherein the holes are evenly distributed on the connecting ring.