KR200313507Y1 - a flowerpot - Google Patents

Abstract

The present invention forms a water reservoir in the inner bottom of the pot, and then the water in the water reservoir is supplied to the soil through the absorbing member to eliminate the drain hole formed in the bottom of the pot so that it is not necessary to provide a separate water support Of course, during the drainage, the nutrients in the soil are discharged together to prevent the soil of the flowerpot from being emptied, while the water stored in the bottom of the flowerpot is gradually supplied to the soil to extend the water supply cycle as much as possible and to save water. As water is not drained even when water is supplied to the plant, it is related to a flower pot without a drain hole that can be installed even in a place with shaking,

In particular, the present invention in forming a flower pot,

A suction tube 20 having an absorbent member 30, such as a sponge, is installed in the lower portion of the inner side of the pot body 10 of a predetermined shape in which the lower portion is closed, and soil may be deposited on the suction tube 20. While the water storage chamber 50 is provided by installing the absorbing disk 40 in which the micro holes 41 are formed innumerably, the absorbing member 30 is in close contact with the absorbing disk 40, and the absorbing disk 40 is provided. It is characterized in that through the water supply pipe 60 connected to the bottom of the water storage chamber 50 from the top of the planter body 10 on one side of the.

Description

Pot without drain {a flowerpot}

The present invention relates to a potted plant, and more particularly, by eliminating the drainage hole formed at the bottom of the potted plant, it is not necessary to separately provide a water support, as well as nutrients in the soil are drained together when draining the soil of the potted plant While preventing water from falling down, the water stored under the pot is gradually supplied to the soil to extend the water supply cycle as much as possible, while saving water. It also relates to a pot without drains that can be installed in.

In general, pots are made of porcelain or plastic, but the drain and air holes are usually drilled, and the pots should be prepared together to keep the pots indoor and to be hygienic and convenient to manage them. . In addition, when cultivating plants sensitive to the environment due to moisture or temperature, it is difficult to cultivate the plants due to the lack of watering time or excessively giving them, and by planting them in unsuitable soil. There are various problems, such as having a condition, even careful consideration of injecting a plant nutrient or growth promoter into the pot.

Therefore, in recent years, in the Public Utility Model Publication (2000-0015868), color sands are attached to ornamental potted plants so that the amount of water can be seen from the outside, so that the supply time of water can be known. In this, the Utility Model Registration (20-0254403) puts a member such as a stone on the outside of the pollen body to help plant growth, but has a drain, so it is troublesome to put it in a house or office. There were various problems, such as accompanied by rottenness.

Therefore, the present invention has been devised in view of the above problems, and after forming a water reservoir in the inner lower part of the pot, the water in the water reservoir to be supplied to the soil through the absorbing member to be formed in the bottom of the pot By eliminating the holes, it is not necessary to provide a water stand separately, and the nutrients in the soil are discharged together when draining to prevent the soil of the pots from being emptied, while the water stored under the pots is gradually supplied to the soil. The purpose of the present invention is to provide a pot without drain holes that can be installed even in a shaking place such as a vehicle since water is not drained even when water is supplied to the pot, and water is supplied to the pot.

1 is an exploded perspective view of a pot according to the present invention,

2 is a cross-sectional view of the pot according to the present invention,

3 is another embodiment of a pot according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: pollen body 11: stand

20: Suction tube 21: Microhole

22: hook frame 30: absorbing member

40: absorption disc 41: micro holes

42: suction groove 43: locking jaw

50: water storage chamber 60: water supply pipe

61: breather

The present invention for achieving the above object in the formation of a pot, the lower part of the inner pot of the predetermined shape of the pollen body is closed, the suction bucket is installed with a built-in absorbent member, such as sponge, the soil on top of the suction bucket The water storage chamber is provided by installing an absorption disk having a myriad of fine holes formed therein so that the water storage chamber can be provided. It is characterized in that through the water supply pipe.

In addition, the present invention is characterized in that a myriad of fine ventilation holes in the suction tube and the water supply pipe.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in detail as follows.

1 is an exploded perspective view of a pot according to the present invention, Figure 2 is a cross-sectional view of the pot according to the present invention.

First, the pollen body 10 is formed of a transparent resin material without a drainage hole at the bottom thereof, and the support jaw 11 is formed at a 1/3 height point upward from the bottom of the pollen body 10.

In addition, the suction tube 20 is formed and installed in the center of the bottom of the pollen body 10, and the height of the suction tube 20 is also formed to be the same height as the base jaw 11 of the pollen body 10, The suction cylinder 20 is formed with a myriad of fine holes 21 for the distribution of water and air. At this time, even if the lower end of the suction cylinder 20 is opened or closed, the effect of the suction cylinder 20 does not change at all.

The absorbing member 30 installed inside the suction tube 20 is made of a material such as a sponge, so that its height is somewhat longer than that of the suction tube 20 so as to be inserted into the suction tube 20 in a slightly compressed state.

At the upper end of the suction tube 20, the water storage chamber 50 is provided by installing an absorption disk 40 in which the micro holes 41 are formed innumerably so that the soil can be deposited. The absorption member 30 is the absorption disk 30. It is to be in close contact with the (40) to facilitate the absorption of water to the upper portion of the absorbent disk 40 so that the water well penetrates the soil on the absorbent disk (40).

Then, the through-hole 44 is formed on one side of the absorption disc 40, the water supply pipe 60 is connected to the bottom of the water storage chamber 50 from the top of the planter body 10 in the through-hole 44 It is installed through this to supply water to the water storage chamber 50 through this, the water supply pipe (60) is formed a myriad of vent holes 61 to supply sufficient air to the soil on the absorption disc 40.

On the other hand, to form the absorption disk 40, as shown in Figure 3 to the upper portion of the central portion of the absorption disk 40 corresponding to the suction cylinder 20, for example, so as to project the suction groove 42 about 20mm It is formed so that the upper portion of the absorbing member 30 is inserted into the suction groove 42 to facilitate the absorption of water into the soil, while the locking jaw around the suction groove 42 of the absorption disc 40 ( In addition to the formation of 43, the upper end of the suction cylinder 20 is formed with a hook frame 22 corresponding thereto to allow the suction cylinder 20 to be attached to and detached from the absorption disc 40.

Hereinafter, the operation and effects of the pollen of the present invention will be described in detail.

First, if you want to plant flowers in the pot, as shown in Fig. 1 and 2 install the suction tube 20, the absorbing member 30 is built in the center of the bottom of the plant body 10, the absorbing member 30 is It is important to slightly protrude from the suction pail 20.

Then, the absorption disk 40 is installed on the upper side of the suction cylinder 20 to form a predetermined water storage chamber 50 at the bottom thereof. At this time, the absorption inside the suction cylinder 20 at the bottom of the absorption disk 40. The member 30 is in close contact.

At this time, as shown in Figure 3 of another embodiment, the engaging frame 22 of the upper end of the suction cylinder 20 is bound to the locking jaw 43 of the absorption disk 40 to the suction groove 42 of the absorption disk 40. By absorbing the absorbing member 30 protruding to the upper end of the suction tube 20 to facilitate the absorption of water into the soil deposited on the upper surface of the absorbent disc 40.

When the absorption disc 40 is installed as described above, the water supply pipe 60 is connected to the bottom of the water storage chamber 50 from the top of the plant body 10 to the through hole 44 on one side of the absorption disc 40. Through this, a certain amount of water is supplied to the water storage chamber 50. At this time, the water level does not come into contact with the absorption disk 40, so that air is smoothly supplied to the soil through the fine holes 41 of the absorption disk 40. To be.

Then, an appropriate amount of soil is deposited on the absorption disc 40. At this time, when the particles of the soil are thick, the absorbed water does not reach the upper part, so that the soil is not thick. In addition, since the particles of the soil are a little fine, oxygen supply is inconvenient, but the absorption disc 40 has a myriad of fine holes 41 formed therein, and oxygen is supplied to the soil because oxygen is supplied to the water storage chamber 50. The supply is no problem at all, which has been verified by several experiments.

After the appropriate amount of soil is deposited on the absorbent disc 40, the roots of the plants to be planted are dispersed and placed at appropriate positions, and the soil is deposited so that the roots are not visible. By making it visible through the planter body 10, it is possible to produce another visual effect in addition to the flower, and to put the earthworms in the soil to prevent the soil from hardening, while at the same time the excreta excreted from the earthworm to be an important nutrient to the flower It is preferable to.

On the other hand, when the soil is deposited on the planter body 10, the absorption disk 40 is installed on the base jaw 11 of the planter body 10 can prevent the sagging of the absorber disk 40.

As described above, when the flowers are planted in the pot, when water is introduced into the water supply pipe 60 protruding to the upper one side of the planter body 10, the water along the water supply pipe 60 in the water storage room 50 In this case, the water level is not in contact with the absorption disc 40 so that air is smoothly supplied to the soil through the micro-holes 41 of the absorption disc 40. Even if the water is filled up to the bottom of the absorption disk 40, sufficient air is supplied to the soil through the ventilation holes 61 formed in the water supply pipe 60 to prevent the soil accumulated due to lack of oxygen to rot. have.

When water is stored in the water storage chamber 50, the absorbing member 30 inside the suction tube 20 absorbs water and pulls it up to the upper side, wherein the upper end of the absorbing member 30 is the absorbing disk 40. Since it is in close contact with the bottom surface of the absorbent disc 40 is absorbed into the soil through the myriad micropores 41, the soil always contains a constant moisture.

In addition, since sufficient air is supplied into the soil through the microholes 41 of the absorption disc 40 and the air vents 61 of the water supply pipe 60, there is a great effect on the root growth of the flower.

On the other hand, when the suction groove 42 is formed in the central portion of the absorption disc 40 as shown in Figure 3, the absorption member 30 is in close contact with the suction groove 42, so that the absorption of water into the soil It becomes easy.

Therefore, the present invention is formed in the bottom of the planter body 10 by forming a water storage chamber 50 in the inner lower portion of the pot, then the water in the water storage chamber 50 is supplied to the soil through the absorbing member 30. By eliminating the drain hole, it is not necessary to provide a water stand separately, and during the drainage, the nutrients in the soil are discharged together to prevent the soil from being polluted, and the water stored in the bottom of the pot is gradually supplied to the soil. It extends the water supply cycle as much as possible and at the same time saves water, and even if water is supplied to the pot, the water is not drained, so there is a very useful effect that can be installed even in a shaking place such as a vehicle.

Claims (3)

In forming pollen, A suction tube 20 having an absorbent member 30, such as a sponge, is installed in the lower portion of the inner side of the pot body 10 of a predetermined shape in which the lower portion is closed, and soil may be deposited on the suction tube 20. While the water storage chamber 50 is provided by installing the absorbing disk 40 in which the micro holes 41 are formed innumerably, the absorbing member 30 is in close contact with the absorbing disk 40, and the absorbing disk 40 is provided. Potted plant without drainage, characterized in that installed through the water supply pipe 60 connected to the bottom of the water storage chamber 50 from the top of the planter body 10 on one side. The method of claim 1, Pollen without a drain, characterized in that formed in the suction cylinder 20 and the water supply pipe (60) fine vent holes (21) (61) innumerable. The method of claim 1, The absorption disk 40 is formed, but the suction groove 42 is formed to protrude upward from a central portion of the absorption disk 40 corresponding to the suction cylinder 20. The absorption member 30 is formed in the suction groove 42. While the upper portion of the) is in close contact with, while forming the engaging jaw 43 around the suction groove 42 of the absorbent disc 40, the upper end of the suction tube 20 corresponding to the engaging frame 22 Forming the potted plant without a drain characterized in that the suction tube 20 to be detachable to the absorption disc 40.