KR20110092591A

KR20110092591A - A flower pot

Info

Publication number: KR20110092591A
Application number: KR1020100012089A
Authority: KR
Inventors: 임승권
Original assignee: 임승권
Priority date: 2010-02-09
Filing date: 2010-02-09
Publication date: 2011-08-18

Abstract

The present invention relates to a plastic flowerpot, and in particular, the structure of the bottom surface is to be able to maintain a good reinforcement while allowing a uniform and efficient ventilation.
Normally, the bottom surface of the plastic flower pot is provided with a water hole for drainage and a ventilation hole for ventilation, but in the case of the air vent is formed on the edge wall of the bottom surface to allow ventilation through the inflow of air into the flower pot through the water hole. Is formed between the through-holes so that the air flowing through the through-holes are not passed to all of the through-holes are often passed to the outside there is a problem that the efficient ventilation is not made.
Therefore, in the present invention, the air splitting ribs are formed to be distributed to both sides while the air flowing through the venting holes is prevented from passing outwardly, and the air distributed through the air splitting ribs is inserted between the pitting holes and the edge walls. The purpose of the present invention is to provide a pollen capable of maximizing ventilation by forming an air attractant to attract water to both sides.

Description

Plastic pots for uniform and efficient ventilation {a flower pot}

The present invention relates to a plastic flowerpot, and in particular, the structure of the bottom surface is to be able to maintain a good reinforcement while allowing a uniform and efficient ventilation.

Plastic pots can be supplied at a light and cheap price, but due to the nature of the plastic material, they cannot be ventilated into the pots, resulting in a lack of air supply for root breathing and growth of planted plants. There is a problem that the growth is not made smoothly.

Therefore, in order to solve this problem, in the case of a plastic flower pot, as shown in Figure 5, a plurality of water holes 100 are formed on the bottom surface, and through the spaced intervals with the ground at the edge of the bottom surface A border wall 200 is formed to allow a smooth drainage through the water hole, and the outside of the edge wall 200 allows access of external air to be vented into the flower pot through the water hole. The vent 300 is to be formed.

Therefore, in the case of such a plastic flowerpot, the more the water hole (100) and the ventilation hole (300) is formed, the better drainage and ventilation is achieved, but only the bottom surface is struck by the weight of the soil contained in the flowerpot when planting the plant. Rather, even in the case of the rim wall 200, the support force is weak and can be easily damaged, so the eight water holes 100 are formed to maintain a constant spacing so as to radially outward from the bottom surface, and the rim wall 200 Four vents 300 are formed to allow the air to flow in and out between the through holes 100 so as to maintain the reinforcement on the bottom surface and the edge wall while having the water flow and ventilation power.

However, in this case, since the position of the vent 300 is formed between the vent holes 100, air flowing into the bottom surface from the outside through the vent 300 passes between the vent holes 100 and passes through the vent holes 100. It is difficult for air to enter the inside of the pot through the air, even through the vent located on the opposite side of the air flowing into the bottom of the pot is often leaked outside the pot is not properly ventilated.

Therefore, in the present invention, evenly distributed to both sides while blocking the phenomenon that the air flowing through the vent through the bottom is passed to the outside to achieve a smooth flow through the hand while excellent reinforcement can be given at the same time The present invention seeks to provide a plastic flowerpot that can solve the above-mentioned problems.

To this end, in the pollen of the present invention, forming the air-distribution flesh to allow the air flowing through the vent is distributed to both sides in the separation plane between the water hole and the air in the separation surface between the water flow hole and the rim wall formed with the air vent It is configured to form an air mandrel to connect the air dispensed through the distribution slits to the water holes on both sides.

Therefore, the plastic flowerpot of the present invention is most of the air introduced through the vent can be attracted to the water supply hole by the air distribution and the air maneuver flesh can maximize the ventilation can almost completely block the harmful factors of plant growth, of course. Since the air splitting and the air mantle itself can maintain a good reinforcement on the floor, it is possible to solve the problem of plastic pots that could not be solved until now.

Therefore, the plants planted in these plastic pots will be able to grow as good as pots made of pottery.

1 is a bottom perspective view of the present invention potted plant.
2 is a cross-sectional view of the present invention pollen.
3 is a reference diagram showing a ventilation path through the present invention pollen.
4 is a reference use state diagram of the present invention.
5 is a bottom perspective view of a conventional pot.

Hereinafter, the most preferred embodiment of the present invention will be described with reference to the accompanying drawings.

1 and 2, the flowerpot of the present invention is composed of a side surface 10 and the bottom surface 20, the bottom surface 20 has a plurality of water holes 21 formed on the outer side and the bottom The edge portion of the surface is formed with an edge wall 30 for maintaining a spaced interval from the ground, the edge wall 30 is vented to the side opening to allow ventilation through the air in the bottom surface 20 ( 31 is formed so as to be located outside the center line between the through-hole 21, the bottom surface 20 is formed to be spaced apart from the rim wall 30 on the same line of the vent (31) An air distribution strip 22 configured to uniformly distribute the air introduced through the air vent 31 to both sides, and is formed to be connected between the rim wall 30 and the water hole 21 so that the air distribution strip ( 22) barrels located on both sides with air distributed to both sides through It is characterized in that the air attractant 23 is formed to be attracted to the mechanism 31.

In this case, eight water passages 21 are formed at equal intervals so as to be radial to the outside of the bottom surface 20, and the air vents 31 are positioned outside the centerline of the separation surface between the water passages 21. By forming four at the same spaced intervals to be the border wall 30 is to be made to allow the air in and out of the pots everywhere, it is possible to achieve a uniform ventilation of the entire pot.

On the other hand, the number of water holes 21 and the air vent 31 shown in the present invention is not limited to one embodiment, but can be variously formed according to the size of the bottom surface of the pot.

In addition, the air distribution strip 32 formed on the bottom surface 20 has a "V" shape gradually narrowing inward so that the air introduced through the air vent 31 by the air distribution strip 32. Efficient distribution to both sides can be achieved without blocking.

At this time, the air distribution spacing 22 is formed in the center so that the straight reinforcement bar 22a is formed in the "Y" shape by the air distribution function and at the same time through the water hole 21 between the water hole 21 Reinforcement is provided to weakened separation surface.

In addition, in the center of the bottom surface 20 to the inclined reinforcement portion 40 having a plurality of inclined surface in the opposite direction from the center toward the outer surface to be formed to give more excellent reinforcement to the bottom surface 20 It is.

In addition, the reinforcement step 11 is formed on the side 10 so that the reinforcement force is also given to the side 10 while the reinforcement step 11 is designed to implement the design of the present invention in various ways. .

Therefore, the potted plant of the present invention having a bottom surface having the structure as described above, as shown in FIG. 3, the external air introduced through the vent 31 is air-distributed flesh 22 by the air-distributed flesh 22. After being passed into the state distributed to both sides through the separation space (1) between the both ends and the rim wall (30) of the air distribution strip (22), the air distribution strip (22) Being attracted to both sides of the water hole 21 is located between is to maximize the ventilation effect through the water hole (21).

10: side 20: bottom
21: Airman 22: Air Distribution Kill
23: air seal 30; Border wall
31: vent 40: slope reinforcement

Claims

Comprising a side surface 10 and the bottom surface 20, the bottom surface 20 has a plurality of through-holes 21 are formed in the outer portion and the side vent opening 31 is opened in the edge wall 30 of the bottom surface Is formed so as to be located outside the center line between the through-hole 21, the bottom surface 20 is formed in the air distribution spacing 22 to be spaced apart from the rim wall 30 on the same line of the vent (31) And, between the rim wall 30 and the water hole 21 is formed to be connected to the air grease (23) plastic planter to achieve a uniform and efficient ventilation.

The plastic flower pot according to claim 1, wherein the air distribution strips (32) formed on the bottom surface (20) have a "V" shape gradually narrowing inwardly.

The method of claim 2, wherein the air distribution ribs 22 formed on the bottom surface 20 is a straight reinforcement bar 22a is formed in the center is characterized in that the "Y" shaped structure is made to achieve uniform and efficient ventilation Plastic flower pots.

According to any one of claims 1 to 3, the center of the bottom surface is uniform and efficient ventilation is formed so that the inclined reinforcement portion 40 having a plurality of inclined surface in the opposite direction from the center toward the outer surface is formed Plastic pots to be built.

The plastic flower pot according to claim 1, wherein the side surface (10) has uniform and efficient ventilation formed with a reinforcing step (11).