CN201069936Y - Flower bowl with hole on bottom - Google Patents

Abstract

The utility model relates to a basion hole type flower pot, which is mainly characterized in that a cone shape burrow type air weeping hole bulged inward is arranged on the bottom surface of the flower body, and air weeping small holes are distributed on the side wall of the hole. The flower pot can effectively constrain the drainage of water, soil and fertilizer, the wetness maintaining effect is good, the time of maintaining the wetness of the soil is long, and the wetness maintaining time is 2.5 times as the flat surface air weeping flower pot. The utility model can provide the functions of energy conservation and environment protection. In addition, the utility model has good air permeability, the wide exchanging between the air and the harmful gas generated in the soil and the fertilizer in the pot can be performed, the occurrence of the root rot disease of the flowers and plants planted in the pot can be effectively prevented, and a good growing environment is provided for the flowers and plants. The utility model is a product with good service performance, and can satisfy the wide range requirement of the market.

Description

Bottom Hole Flower Pot

technical field

The utility model relates to a flower planting pot, in particular to a bottom hole type flower pot. It is suitable for planting various flower plants

Background technique

Usually, when planting flowers, the flower pots that are often used are mostly flat-bottomed, and a plane hole for air permeability and water seepage is arranged on the bottom surface of the pot body. Using this kind of flower pot to plant flowers not only easily causes water, soil and fertilizer to be lost, but also has poor air permeability, which is unfavorable for the growth of flowers. Especially when using flowerpots made of materials such as ceramics, resins, engineering plastics, etc. that are airtight or poor in air permeability, when planting flower plants, due to their poor air permeability, it is easy to cause root rot diseases of planted flowers, causing This flower pot is not suitable for directly planting flower plants. In order to make the flower pot have better air permeability, some flower pot manufacturers once set vent holes on the lower side of the flower pot body. Like this, although the air permeability of the flower pot can be improved, the aesthetic effect of the flower pot appearance is affected. Also once had a kind of convex round bottom type flowerpot, and its basic body is: hemispherical, spherical and conical. Due to the breathable water seepage holes arranged on the bottom surface of the flower pot body, the load-bearing performance of the flower pot is not very good, and quality problems are prone to occur, and the water, soil, and fertilizer in the flower pot can easily move along the pot wall to the bottom surface. The air permeable and seepage holes on the roof slip, resulting in waste of water, soil, and fertilizer resources, and the air permeability is not good. Although this flower pot has a wide range of market demands, a flower pot with both good moisture retention and good air permeability has not been produced so far because of its structural defects, so as to meet the wide demand of the market.

Contents of the invention

The purpose of this utility model is to provide a bottom hole hole type flowerpot, which can overcome the deficiencies of the prior art, can effectively suppress the loss of water, soil and fertilizer in the flowerpot, and has better moisturizing performance and good breathability performance.

The solution is: the bottom surface of the flowerpot body is provided with inwardly protruding cave-type air-permeable and water-seepage holes, and small air-permeable and water-seepage holes are distributed on the side walls of the cave-type air-permeable and water-seepage holes. However, the inwardly protruding cave-type venting and water seepage holes are tapered holes.

The utility model is mainly provided with inwardly protruding conical hole-type air-permeable and water-seepage holes on the bottom surface of the flowerpot body, and small air-permeable and water-seepage holes are distributed on the side walls of the holes. Because the water, soil and fertilizer in the flower pot can slide down evenly on the bottom of the surrounding pot along the side wall of the cone-shaped hole-type air-permeable seepage hole, it can effectively restrain the water, soil and fertilizer in the pot from being lost in the flower pot. In addition, it has good moisturizing performance, which can keep the soil in the flower pot with a certain water content for a long time, and the time for maintaining soil humidity is about 2.5 times that of the plane air-permeable water seepage hole, which can play the role of energy saving and environmental protection . And because the air can effectively reach the center of the soil in the flower pot through the inwardly protruding conical hole-type air-permeable water-seepage hole and the small air-permeable water-seepage hole on the side wall, and can carry out a wide range of harmful gases generated in the soil and fertilizer. Sufficient exchange can effectively prevent root rot diseases of flower plants planted in flowerpots, and provide a good growth environment for flowers. It is an ideal product that not only has good moisturizing performance, can inhibit the loss of water, soil and fertilizer, but also has good air permeability, which can meet the wide needs of the market.

Description of drawings

Fig. 1 is a schematic front view of the structure of a flat-bottom hole-type flower pot.

Fig. 2 is a schematic front view of the structure of a hole-shaped flower pot with a convex round bottom.

Detailed ways

The specific embodiment of the utility model is described in detail below in conjunction with accompanying drawing.

Example 1:

In Fig. 1, the flower pot is a flat bottom type. The bottom surface of the flowerpot body 1 is provided with an inwardly protruding conical cave-type air-permeable water-seepage hole 3, and upper and lower air-permeable water-seep holes 4 are distributed on the side walls of the cave-type air-permeable water-seepage hole 3, and each layer There are 8 air-permeable and seepage holes 4 evenly distributed on the top. The height of the inwardly protruding conical cave-type venting and water seepage hole 3 and the size of the cone top hole 2 and the ventilating and water seepage hole 4 are calculated according to the depth of the basin body and the middle waist diameter of the basin body, and the calculation relation is: The height of the protruding cone-shaped hole-type air-permeable water seepage hole 3=(basin body depth+basin body mid-waist diameter)/2×1/3; the diameter of the cone top hole 2=(basin body depth+basin body mid-waist diameter)/2 ×7%; the diameter of the air-permeable and water-seepage aperture 4=(basin body depth+basin body mid-waist diameter)/2×1.5%. When this flowerpot is in use, it is not necessary to place anti-seepage soil tiles on the inwardly protruding cone-shaped hole-type air-permeable water seepage hole 3, and can be used directly. Also can place one or two layers of plastic anti-seepage soil mesh sheets on the inwardly protruding conical cave formula ventilating water seepage hole 3, the effect of anti-seepage soil can be made like this.

Example 2:

Among Fig. 2, flower pot is convex round bottom type. Flowerpot body 1 is hemispherical, and other are all with embodiment 1.

Claims (2)

1. A hole-type flower pot at the bottom, comprising a pot body, is characterized in that an inwardly protruding hole-type air-permeable water-seepage hole (3) is provided on the bottom surface of the flowerpot body (1), and the hole-type air-permeable water-seep hole The side walls of (3) are distributed with air-permeable and water-permeable small holes (4). 2. The hole-type flowerpot according to claim 1, characterized in that the hole-type air-permeable and water-seepage holes (3) protruding inward are tapered holes.

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