KR20130119091A - A movable pot for using event - Google Patents

Abstract

PURPOSE: A movable flowerpot is provided to rapidly locate the flowerpot in a venue, and to maintain the clean state of the flowerpot during an event. CONSTITUTION: A protrusion (18) is projected from an inner wall of a flowerpot. A cylindrical hole (15) is formed to install a pillar (14) on the bottom of the flowerpot. A supporting plate (16) includes plural holes (32a) for draining water. A first nonwoven fabric (17a) is located on the upper side of the supporting plate. A second nonwoven fabric (17b) prevents soil from being discharged to the outside by water. A roll (27) is fixed to the bottom of the flowerpot. A lighting (24) is installed on the upper inside of the flowerpot. A pump (21) and a control box (22) are installed on the lower side of the supporting plate.

Description

A movable pot for using event}

The present invention relates to a flower pot, and in detail, the bottom of the flower pots of various shapes is formed to protrude in the upward direction, the hole for standing the pillars can be mounted on the base plate by forming a chin at a predetermined interval height from the bottom A water tank is formed to receive water under the support plate, and a pump and a sensor are formed at the bottom of the support plate to pump water from the water tank to the soil, and to periodically pump water and to plant in potted plants. It is configured to enable lighting to create a natural atmosphere at night by an artificial action, the wall of the reservoir is formed in the reservoir is a drain to discharge the excess water, the bottom of the planter The roll is formed to facilitate the movement of the roll is formed to facilitate the movement even with a small force, After laying the supporting plate inside and disposing the non-woven fabric on the supporting plate, erect the pillars in the pots of the pots, fill the soil, plant various plants and vine plants, and provide up to the limit of water drainage when supplying water. It is formed to be accommodated in the reservoir formed under the ash without being drained out, the water accommodated in the reservoir is formed to be pumped over the pot by pumping is formed so that the water is supplied to the plant to prevent the death of the plant, The lighting is formed so that you can appreciate the sculptures by the flower pot at night, and the potted vine plant is supported by the pillars and grows so that a large amount of pots can be placed in the same place as the event hall, It is about a pot that can create an environmentally friendly and natural atmosphere.

In general, there are cases where flower pots are placed in various places in order to raise the atmosphere of the event.

In the case of pots used as described above, planters and pots with tall trees are used in the event.

As described above, the conventional pot is to use a potted plant with a large weight to prevent it from falling easily, and after filling the pot with soil, there may be a case of planting flowers or trees.

After planting the plants as described above, the water is replenished so that the roots of the plants are rooted so that they are green throughout the event.However, when water is added to the pots, the water drained from the soil is collected at the bottom of the pots. Since it is not discharged out of the pot, the manager who manages the pot does not know the amount of water accumulated at the bottom of the pot, so if a large amount of water is supplied, the root may be damaged. There is a problem.

In some cases, small lights are installed in the trees of the event hall to perform at night to inspire the atmosphere of the event hall.However, when the little lights are turned on, only the shape of the lights appears regardless of the trees. There is a problem of being an unrelated venue.

The present invention is to provide a flower pot necessary for constructing a molding with a flower pot required in a large and small event venue, or to construct a special distance using the flower pot molding as described above, and to provide a flower pot molding as described above. The purpose of the present invention is to provide a potted plant of the same kind as a large amount of potted plants, and to provide a potted plant configured to easily move a large-weight potted plant according to a place.

The present invention is configured to be able to automatically manage the water management of the potted plant to be configured to appreciate the sculptures by potted plants at night.

Plant pot according to the present invention can be composed of iron, concrete, plastics.

The pot according to the present invention is equipped with a roll at the bottom thereof and is configured to be easily moved with only a few manpower.

The appearance of the pot according to the present invention can be configured in various shapes such as round, square, rectangular.

The pot according to the present invention is configured to be assembled and separated while constituting the same molding.

The pollen according to the present invention comprises a reservoir and a cultivation tank over the top and bottom of the pot to configure the pumping water of the reservoir.

The pot according to the present invention is configured to stand a pillar at the bottom of the pot.

The pot according to the present invention is configured to be illuminated at night.

The pumping and lighting of the pot according to the present invention can be implemented by using the power, by using a sensor to regularly pump the water, and to implement a variety of lighting.

The pillar of the pot according to the present invention may use natural wood, artificially constructed sculptures can be used, and the pillar may be used by selecting the shape of the pillar according to the overall molding using the pot.

The present invention can realize a natural mood by forming a variety of moldings in combination with the arrangement of the pots of the event venue artificially formed using planted plants, and can quickly move the pot used in the present invention, the work efficiency Because some management can be managed automatically without special management of pots throughout the event period, management of pots does not undermine the cleanliness of the venue. It is effective to construct a variety that can express the molding of the pot well by using.

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
2 is a cross-sectional view of an embodiment of the present invention
3 a is a structural diagram of a nonwoven fabric on a support plate
3b is a layout diagram of the drain hose on the soil of the pot
4 is an application of the present invention

The present invention is to provide a pot for constituting the molding of the event venue.

The pot 11 constituting the present invention is composed of a rectangle, a cylinder, a dish, a bowl, and the like.

The pot 11 according to the present invention has a structure that is integrally configured as shown in FIG. 1 and a water tank 13 is formed at a lower portion thereof and water 29 is accommodated therein, and an upper portion of the pot 11 accommodates soil 28. It consists of 12.

The jaw 18 is formed between the cultivation tank 12 and the reservoir 13 so as to distinguish the cultivation tank 12 and the reservoir 13 by passing through the support plate 16.

In the center of the reservoir 13, the pillar support hole 15 is formed to protrude so that the pillar 14 can be inserted therein.

The roll 27 is attached to the bottom of the pot 11 so as to facilitate the movement of the pot 11.

1 is for illustrating the whole of the present invention.

2 illustrates the internal structure of the present invention.

Figure 3a shows in detail the structure of the nonwoven fabric disposed on the base plate.

3b shows the arrangement of the hose for providing water to the pot.

Figure 4 illustrates in detail the structure of the plant cultivation and the water pump and lighting using the pillar of the pot.

As shown in FIG. 2, a jaw 18 is formed below the inner wall of the flower pot 11 over the inner wall.

Under the jaw 18, a reservoir 13 is formed.

The cultivation tank 12 is formed on the jaw 18.

The drain wall 19 is formed in the upper wall of the reservoir 13 so that the water 29 can be discharged when the water 29 is received.

The roll 27 for moving the pot 11 is attached to the bottom of the pot 11.

A support plate 16 is mounted on the inner jaw 18 of the flower pot 11.

In the center of the bottom of the reservoir 13, a support hole 15 into which the pillar 14 is inserted and fixed is formed.

The support plate 16 is formed so that small holes 32a are formed over the width thereof so that the water of the cultivation tank 12 can be drained.

In the center of the support plate 16, an opening 34 is drilled to allow the pillar 14 to pass therethrough, and the support plate 16 is mounted on the jaw 18, and then the pillar 14 opens the opening 34. It is formed so that it can be inserted into the hole 15 through.

The nonwoven fabric 17a is disposed on the support plate 16 so that the soil 28 does not leak under the support plate 16 when the soil 28 is filled on the support plate 16.

The pump 21 is fixed to the bottom of the support plate 16, the suction hose 25a of the pump 21 extends to the bottom of the reservoir 13, and the drain hose 25b is a potted plant ( 11) the hose 25b is disposed in the shape of a snail on the soil 28 of the flower pot 11 to the height, and the water 29 is discharged through the many holes 32b formed in the hose 25b, so that the flower pot 11 It is configured to provide water.

The pump 21 is formed so that the electric wire 26 is connected to the pump 21 to operate the pump 21.

A control box 22 is attached to the bottom of the support plate 16, and the control box 22 is formed to control the operation of the pump 21.

The waterproof lamp 24 for illuminating the soil 28 accommodated in the cultivation tank 12 is installed.

The lamp 24 is formed to be connected to the control box 22 to perform the operation of the lamp 24.

The lamp 24 and the pump 21 are connected to the control box 22, it is formed to control the illumination method of the lamp 24.

The drain hose 25b of the pump 21 is disposed in the shape of a snail on the soil 28 of the flower pot 11, and a plurality of holes 32b are drilled over the length of the drain hose 25b and transported from the pump 21. Water is simultaneously discharged to the plurality of holes 32b to provide water to a uniform area of the flower pot 11.

The pillars 14 inserted into and fixed to the holes 15 may use raw wood, dried wood, and may use arbitrarily shaped wooden pillars 14.

Several branches are formed in the upper part of the pillar 14, and the vine of the flower pot 11 is comprised so that the branch 35 may support and grow.

 The pillar 14 is inserted into and fixed in the hole 15 and is exposed to the outside of the soil 28 to form a predetermined height to form a mold.

The pillar 14 has a plant 31 planted in the soil 28 of the flower pot 11 so as to be supported by the pillar 14 to proceed to the end of the pillar 14 to cover the pillar 14 with the plant 31. It is formed to realize natural plant molding.

Grooves 33 are formed up and down outside the two to four sides of the flower pot 11, and the upper end of the groove 33 is a potted plant at the top of the cultivation tank 12 of the flower pot 11 by an opening 34. It penetrates into the inside of 11, and the lower end part of the groove | channel 33 penetrates into the water tank 13 in the inflow port 36. As shown in FIG.

The groove 33 is formed on the outer wall of the pot 11 when a large amount of water is provided to the cultivation tank 12 of the pot 11 at a time, a portion of the water overflows the pot 11 and the water overflows the reservoir 13 ) To recover.

As described above, the water of the cultivation tank 12 overflows and passes through the opening 34 to move along the groove 33 to pass through the inlet 36 to be received into the water storage tank 13.

As described above, the pollen 11 may be contaminated by the water overflowing the pollen 11 and the pollen around the pollen 11 may be prevented, and water may be saved.

Example

The present invention can be seen that the pots used in the event venue is simply arranged and arranged and the plants planted in the pots are limited to plants, plants, etc., it is difficult to construct a sculpture using the pots and several pots as described above There is this,

Problem of flooding water in the event hall in the process of supplying water to the pot to manage the pollen of the event hall that is going on for a long time, and the soil of the pot requires a lot of cost and manpower to maintain the cleanness of the distributed event hall. There is this.

In addition, the pollen used at the event site is heavy and requires a lot of manpower or heavy equipment to move a short distance, and when the event is carried out at night, the pollen falls into the dark and becomes a hormonal problem or trouble walking. There is this.

The present invention is to solve the problem of cleanliness by using a potted plant used in the event can be configured in a variety of shapes, can enjoy the molding as described above at night, and to automatically manage the water.

In the embodiment of the present invention, the flower pot 11 uses a flower pot composed of a square and reinforced concrete.

A small pump 21 is fixed to the bottom of the support plate 16 and the control box 22 is fixed in close proximity to the pump 21. The control box 22 periodically pumps the pumping time of the pump 21. It is configured to operate in a limited way.

Yes; If you set the time to pump the water at dawn with no spectators, and pump the water at dawn to provide water to the pot, you can keep the cleanliness during the event, and the plant will always be fresh.

The control box 22 is formed to adjust the illumination time and illumination color of the lamp 24.

Yes; It is composed of two or more light bulbs in at least two or more colors in the waterproof box consisting of a transparent window can alternately emit light by the control of the control box.

In order to adjust the illumination color of the lamp 24 as described above, the lamp 24 is configured so that at least two or more different colors are mounted and waterproof.

The pump 21, the control box 22, the lamp 24 is configured to operate using power.

When the pump 21 and the control box 22 is mounted on the support plate 16 as described above, the support plate 16 is mounted on the jaw 18.

As described above, when the pump 21 is fixed to the support plate 16, the absorbing hose 25a is connected, but the end of the hose 25a is connected to the bottom of the reservoir 13 in a length that can be advanced.

The pump 21 is connected to the drain hose (25b), but connected to the length enough to form a snail-shaped roll outside the pot (11).

In the support plate 16 mounted on the jaw 18, a small hole 32a is drilled over the width of the support plate 16 so that the water provided to the flower pot 11 can be drained to the hole 32a. It is.

An opening 34 is formed at the center of the support plate 16 to allow the pillar 14 to pass therethrough, and the support plate 16 is mounted when the support plate 16 formed as described above is mounted on the jaw 18. Pedestal 23 formed on the bottom of the support is supported on the bottom of the reservoir 13 to support the entire support plate (16).

As described above, the branch 14 is used on the upper portion of the pillar 14 fixed to the flower pot 11 and the branches 14 extend in all directions.

The pillar 14 used in the embodiment of the present invention uses the pillar 14 extending at the end of the pillar 14 in two-stage clothes and extending more than 2 m in four directions.

As described above, the non-woven fabric 17a is disposed on the support plate 16 on which the support plate 16 is mounted on the jaw 18.

In the center of the nonwoven fabric 17a disposed as described above, the pillars 14 are configured to pass through, and when the pillars 14 are erected, the pillars 14 pass through the nonwoven fabric 17 and pass through the supporting plate 16. It can be inserted into the hole 15 formed in the bottom of the reservoir (13).

When the support plate 16 is mounted on the jaw 18 as described above, the nonwoven fabric 17a is disposed and the pillar 14 is erected, the drain hose 25b of the pump 21 is exposed out of the nonwoven fabric 17, and the electricity for lighting The wiring 26 is exposed out of the nonwoven fabric 17.

As described above, the drain hose 25b and the wires 26 are exposed and the soil 28 is filled in the cultivation tank 12.

Soil 28 is filled as described above to fill up to 50mm below the top of the pot (11).

When the soil 28 is filled as above, the nonwoven fabric 17b is covered on the soil 28.

The plant 31 is planted in the cut-out part of the nonwoven fabric 17b by cutting a plurality of cut-outs 34 in a cross-section.

In the embodiment of the present invention, the plant 31 that is supported by the pillars 14 and extends utilizes toxin.

The height of the pillar 14 is 2,5m and the height of the end of the branch 35 of the pillar 14 is configured to be 3,5m.

The total length of the pillars 14 configured as described above is 6 m, and the jacaranda planted in the flowerpot 11 is planted with at least four aerations and extends to the branches 35 while rotating the pillars 14 so that the length of the jacaranda is at least It is preferable that it is set to 10 m.

The four jaw cuts that are stretched while winding the pillars 14 configured as described above are advanced to the ends of the branches 35 while winding four branches 35, respectively. It becomes the pillar 14.

As described above, when the length of the branch 35 extending from the pillar 14 becomes 2 m from the pillar 14, two flower pots 11 are adjacent to each other and the flower pot 11 becomes 4 m above the potted plants 11. The pillars 14 of the branches 35 can form an arch.

In addition, if one of the potted plant 11, which can be configured as described above is arranged in two rows, 20 one side, 40 both sides, it is possible to form an arched 80m road of 4m intervals.

Molding of the arched forest road is configured as described above is to be configured using the 40 pots (11).

When the lighting is configured at night for the forest road molding formed as described above, the forest road molding is formed in another shape.

The nonwoven fabric 17b is covered with the soil 28 on the flowerpot 11 configured as described above, and the soil 28 is not exposed because the plant 31 is planted in the cut portion 33 of the nonwoven fabric 17b. Do not blow the soil throughout the event do not blow the wind even when the wind, even when watering the pot 11 can maintain the cleanliness around the pot (11).

In addition, an opening 34 penetrating two to four flower pots 11 is formed in the upper part of the flower pot 11, and the groove 33 is formed downward in connection with the opening 34 and the The lower end forms an inlet 36 through the reservoir 13 of the flower pot 11 so that a lot of water is temporarily provided on the soil of the flower pot 11 so that a part of the water may be opened before the portion of the water overflows the flower pot 11. 34 may be introduced into the reservoir 13 along the groove 33 to maintain the cleanliness of the flower pot 11, and the surroundings of the flower pot 11 may also be kept clean.

11: flowerpot 12: planting
13: reservoir 14: pillar
15: hole 16: base plate
17: nonwoven fabric (a, b) 18: tuck
19: drain 21: pump
22: control box 23: stand
24: lighting 25: hose (a, b)
26: wire 27: roll
28: soil 29: water
31 plant 32 hole (a, b)
33: groove 34: opening
35: branch 36: inlet

Claims (6)

Jaw 18 is formed to protrude inwards over the inner wall of the pot 11, a cylindrical hole 15 formed so as to stand the pillar 14 on the bottom of the pot 11, mounted on the jaw 18 The upper part is divided into the cultivation tank (12) and the lower part is divided into the water storage tank (13), and a plurality of holes (32a) are perforated, so that the soil on the supporting plate (16) and the supporting plate (16), which are easy to drain, is discharged and The drainage is disposed on the nonwoven fabric 17a disposed on the support plate 16 to facilitate the drainage, and the soil of the cultivation tank 12 is prevented from blowing in the wind. 11) Non-woven fabric (17b) to prevent the discharge out of the event potted plant, characterized in that consisting of a roll 27 is fixed to the bottom of the potted plant 11 so as to be easy to move according to the exhibited place. The pillar 14 inserted into and fixed in the cylindrical hole 15 formed at the bottom of the pot 11 is advanced above the pot 11 and has several branches 35 at the top of the pot 14. Removable potted plant, characterized in that the living vine is formed and configured to be supported. According to claim 1, wherein the cultivation tank 12 is filled with soil and the reservoir 13 is formed so that the water provided in the soil of the cultivation tank 12 is drained and accommodated, and the overflowing water of the reservoir 13 is the drain 19 Removable potted plant, characterized in that it is formed to be discharged through.
The bottom of the support plate 16 is equipped with a pump 21 and the control box 22 is configured to automatically provide the water of the reservoir 13 to the soil of the pot 11 at a predetermined time. Removable potted plant, characterized in that. The lighting device 24 according to claim 1, wherein an illumination 24 is formed inside the upper part of the flower pot 11, and the illumination 24 is powered by the control box 22 at the bottom of the support plate 16 and the illumination time is automatically set. Removable potted plant, characterized in that configured to be controlled. 2. The water according to claim 1, wherein the water delivered to the pump 21 formed at the bottom of the backing plate 16 is transferred to the hose 25b arranged on the nonwoven fabric 17a on the soil of the cultivation tank 12 and transferred therefrom. The water is discharged into the hole (32b) perforated in the hose (25b) is a mobile pot for the event, characterized in that configured to provide the same amount of water in several places at the same time.

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