KR101898581B1 - Fabricated Multi-Function Flowerpot Assembly and Flowerpot and strut with the Same - Google Patents

Abstract

The present invention is capable of performing an air purifying function, an indoor humidifying function, and an automatic water supplying function of water by a photosynthesis action by a lighting apparatus in an indoor space as well as an outdoor space, and is capable of performing a water storage tank, a flowerpot, The present invention relates to a multifunctional multifunctional pot assembly which can be assembled in various forms freely and can be configured as needed, and which is environmentally friendly.
The present invention relates to a storage tank for storing water, A supporting pipe provided at a predetermined height from the storage tank and having a space that can be accommodated therein and protruding from an upper portion of the inner surface and a lower portion of the outer surface; A pedestal including a support pipe; And a flowerpot which is attached to a support pipe integrally formed on the upper and lower surfaces of the inner and outer surfaces of the pedestal,
Wherein the supporting pipe is provided with an absorbing member provided to absorb water in the storage tank and a ventilating member having air permeability so as to supply external air without absorbing water, The freezing prevention member is provided around the projecting coupling pipe inside the pot.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a multifunctional multi-functional flowerpot assembly, a pedestal and a flowerpot provided in the flowerpot assembly,

The present invention relates to a multifunctional multifunctional potting plant assembly and a pedestal and a flowerpot provided in such a potting plant. More particularly, the present invention relates to an air purification function and an indoor humidifying function by a photosynthesis action, Functioning, and a storage tank for storing water, a flowerpot, a support for supporting a flowerpot, and a lighting device can be freely assembled in various forms as needed, and can be configured appropriately in a necessary place, and can be applied in an environmentally friendly manner.

If you plant a plant or aquatic plants or aquatic plants in a common household, you usually put it in a flowerpot and place it at a certain place in your home. In a flowerpot, putting a soil such as soil into it, planting plants in the soil, It is common.

However, in most cases, there are considerable difficulties in controlling the timing and amount of watering, and there is considerable difficulty in maintaining the pollen, such as having to pay close attention to water supply and control. Therefore, as the time passed, management became neglected, and eventually, the plants in the flowerpot were killed.

Furthermore, when the pots are placed indoors, especially in a building or in a public building such as a subway, there is a problem in that the plants in the pots can not make photosynthesis because they can not be exposed to sunlight,

In addition, in order to brighten the atmosphere of the interior, when flowers are put in a vase and are kept indoors, the flowers in the vase do not have roots, so they can not last for long, Most cases were.

In addition, when plants are housed indoors, especially in the night, various plants in vases or vases can not achieve photosynthesis, so that the carbon dioxide is released into the indoor air by the breath of the plants, thereby further deteriorating the indoor air quality. In winter when it is not good, it is not appropriate to keep it in a room, especially in the winter.

In addition, since large-sized pollen is heavy, the cost is high, and it is not easy to transport it to a required place, which is inconvenient.

Accordingly, it is an object of the present invention to provide an air purifying function and an indoor humidifying function by a photosynthesis action by a lighting device indoors as well as outside, The automatic water supply function of water can be performed, and the storage tank for storing water, the support for supporting pollen, pollen, and the lighting device can be freely assembled in various forms as needed, And to provide a pedestal and pollen provided in such a pollen assembly.

According to an aspect of the present invention, there is provided a water treatment apparatus comprising: a reservoir for storing water; At least one supporter having an absorption member capable of absorbing water therein while being raised upward from the storage tank; And a pot containing at least one culture supporter having a supporter inserted and supported by the supporter,

In the support, a plurality of through-holes are formed over the entire peripheral surface. The through-holes located in the water in the storage tank are automatically absorbed and supplied into the flowerpot through the absorbent member. The through- The outside air is supplied into the flowerpot, and the through-holes located in the flowerpot are such that water absorbed through the absorption member is supplied into the flowerpot.

The support is divided and assembled so as to be adjustable in length.

An insertion member is formed in the reservoir to support and support the supporter.

Further, the insertion member has a structure in which the inner lower surface is clogged.

In addition, the reservoir is provided in plurality along the longitudinal direction of the support.

In addition, the support is further provided with an air-permeable member so that external air is supplied to the inside of the support and is provided together with the absorbent member.

When a plurality of supports are provided, one or more supporters each having only an absorbent member for absorbing water and supplied into the flowerpot and a support having only a ventilating member for ventilating external air may be combined .

In addition, the pollen assemblies comprising the reservoir, the pollen and the support are formed in one stage, and the pollen assemblies are provided in plural stages in the vertical direction.

In addition, at least one pedestal is provided under the pot.

In addition, the support includes a support supported through the support, and a support having only the support from the support to the support.

In addition, on the inner surface of the pedestal, a directional absorbing member is formed which is connected to the upper end of the support provided with the absorbing member so that water to be absorbed through the absorbing member is supplied and the perfume is emitted by evaporation.

In addition, at least one support pipe having a penetration structure and having an absorbent member inserted therein is integrally formed at a lower portion of the pedestal.

In addition, the upper part of the flowerpot further includes a lighting device supported by a support provided through the flowerpot.

Further, a lighting cover having a lamp is fitted so as to illuminate the outside through the pollen and the storage tank.

In addition, a plurality of air vents are formed in the illumination cover.

Further, the lighting cover is formed with a charging hole.

Further, the pollen assembly having the lighting device is provided with a light-shielding cover.

The light-shielding cover has a corrugated structure for facilitating spreading and folding.

In addition, at least one penetration structure coupling pipe is integrally formed at a predetermined height so as to support and support the support in the reservoir, flowerpot, and pedestal.

In addition, when the coupling tube is formed in the reservoir and the pedestal, the coupling tube is formed to protrude and be formed at a height equal to or higher than the height of the reservoir and the pedestal.

In addition, it is constituted by a single stage pot assembly including the storage tank, a support, and a flowerpot, and the pot assembly is provided in a plurality of stages of two or more stages.

The plurality of stages of potted plant assemblies further include a lighting device supported by supports passing through the pots so as to be spaced on top of the pots or on top of the pots.

The pollen includes a main body and a support having at least one absorbent member which is formed at a lower portion of the main body and is inserted into at least one of the interior of the main body to absorb water in the storage tank and supply the water to the main body At the same time, it has a support tube which can be supported on the inner bottom surface of the reservoir.

Further, at least one vent hole is formed in the side surface of the support tube.

In addition, a lighting apparatus is included in a flowerpot assembly having a storage tank, pollen, and a support in one stage, and when a storage tank corresponding to the second stage is installed on the lighting apparatus, at least one support , The penetration type insertion member to which the support is coupled is integrally formed with the water level of the reservoir corresponding to the second stage and is formed integrally with the inside of the reservoir corresponding to the second stage, Absorbing means for supplying the water in the storage tank corresponding to the second stage is provided.

The absorbing means comprises an outer absorbing member capable of absorbing water and a tube surrounding the outer absorbing member.

The pots corresponding to the respective stages are fitted so as to enclose the cover.

And the cover is enclosed to the upper part of the pots and the storage tank corresponding to the respective stages.

A water supply hose connected to a water tank provided at a position higher than the uppermost end of the pollen assemblies is inserted into the support so that water is automatically supplied to each of the reservoirs.

In the case where a plurality of supports are provided, an air permeable member is provided inside the support together with the absorbent member so that external air is supplied into the flowerpot.

When a plurality of supports are provided, a support having only the absorbing member and a support having only the venting member are combined.

The support is divided and assembled so as to extend its length.

A separate absorptive member and a ventilating member, which are connected to the absorbent member or the extending piece of the ventilating member, provided in the supporter, are inserted into the internal culture soil of the pot or the inner circumferential surface of the pot.

The present invention also relates to a water treatment apparatus comprising: a reservoir for storing water; At least one supporter having an absorption member capable of absorbing water therein while being raised upward from the storage tank;

A flower pot in which the support is inserted and supported; And a single-piece storage tank having a storage portion and an illuminating portion while a supporter is inserted into the upper portion of the flowerpot,

And a lighting device in which a support is inserted and supported at an upper portion of the pollen corresponding to a final stage number of the plurality of stages of the pollen assemblies.

Outside one side of the one or more supports is an absorbent structure comprising an outer absorbent member capable of absorbing water in the storage portion of the integral storage tank and a tube surrounding the outer absorbent member.

The pollen is provided with a body portion and an absorbent member which is formed at a lower portion of the body portion and is inserted into at least one of the inside of the body portion from the inside so as to absorb the water in the storage vessel and supply the water into the body portion And a support tube supported on the inner bottom surface of the reservoir.

In the interior of the storage tank, pollen and pedestal, at least one coupling pipe having a structure penetrating while being coupled with a support is integrally protruded and formed.

At least one coupling tube having a penetrating structure is formed in the storage portion of the integral type storage tank, and the coupling tube is formed to have the same height as or higher than the height of the storage portion.

At least one coupling pipe having a structure penetrating while being coupled with a support is integrally protruded and formed inside the storage tank and the pedestal, and the coupling pipe is formed so as to be equal to or higher than the height of the storage tank and the pedestal.

The pollen assembly composed of the reservoir, the support, and the pollen is provided in the insertion groove formed in the pedestal of the wall-hanging member that can be hung on the wall.

The pollen assembly comprising a reservoir and a support and pollen is placed in a pedestal of a wall-hanging member that can be hung on the wall. The wall-hanging member is fastened to the connecting member so as to be movable along the longitudinal direction of the pedestal formed upward from the pedestal, And a lighting device coupled to the connecting member through the connecting piece to illuminate the flower pot.

The pot assemblage consisting of the reservoir, the support, and the pollen is inserted into the insertion groove formed in the pedestal of the lighting stand and housed therein.

The pollen assembly composed of the reservoir and the support and pollen is a structure in which the reservoir is divided and assembled into separate reservoirs so as to be connected to the outer circumferential surface of the tree or the electric pole, or the strut.

In addition, the present invention provides a flowerpot having a coupling tube protruding at a predetermined height from the inside and protruding from an outer lower surface while having a culture soil.

The inner surface of the pollen is provided with a heat insulating material.

And an absorbing member which is in contact with the heat insulating material is formed inside the coupling pipe.

And a ventilation member is provided inside the coupling pipe together with the absorption member.

And a freezing prevention member is provided around the coupling pipe protruding inside.

The anti-freezing member is a structure made of a styrofoam material.

The pollen includes a water storage passage provided with at least one absorptive member so as to store water and supply water to the culture soil of the pollen with one or more inside or outside of the pollen, A water tank provided at an outer predetermined height of the pots while being connected to the water tank, and a plurality of holes provided at an end side of the water supply hose to supply and discharge the water stored in the water tank, Member.

According to another aspect of the present invention, there is provided a vacuum cleaner comprising: a support pipe integrally formed to protrude from an upper portion of an inner surface and a lower portion of an outer surface, There is provided a pedestal including a support pipe extending only in an outer surface downward direction and projecting integrally.

And one or more air holes are formed in the support pipe.

In the interior of the support pipe, an absorbing member capable of absorbing water and a venting member communicating with air are separately or mixed.

The present invention also relates to a water treatment apparatus comprising: a reservoir for storing water; A supporting pipe provided at a predetermined height from the storage tank and having a space that can be accommodated therein and protruding from an upper portion of the inner surface and a lower portion of the outer surface; A pedestal including a support pipe; An absorption member provided in the support pipe to absorb water in the storage tank; The multi-functional pot flowerpot assembly is provided with a flower pot, which is attached to a support pipe integrally formed on the upper and lower outer surfaces of the pedestal.

And a ventilation member is provided inside the support pipe together with the absorption member.

And one or more air holes are formed in the support pipe.

The inner surface of the pollen is provided with a heat insulating material.

Inside the pollen is a structure in which the freezing prevention member is provided around the projecting coupling pipe.

According to another aspect of the present invention, there is provided a washing machine, comprising: a pot containing powdery soil formed by protruding and forming a coupling pipe for overflowing and draining water supplied therein to a predetermined level or higher; There is provided a multi-function potting plant assembly including an illumination box having a lighting device while supporting the pots at a lower position so as to be placed thereon.

And one or more transparent membranes are formed on the entire circumferential surface of the pollen.

The coupling pipe protrudes toward the inside of the pollen at a predetermined height and protrudes toward the outer lower part of the pollen.

A drain hose is connected to the lower portion of the coupling pipe so that water overflows when the water is supplied to the flowerpot.

And a heat insulating material is provided on the inner peripheral surface of the pot.

And a freezing prevention member is provided around the coupling pipe inside the pot.

According to another aspect of the present invention, there is provided a lighting apparatus comprising: a lighting box having a predetermined height and provided with a lighting device therein; There is provided an assembled multifunctional pot flowerpot assembly comprising a flowerpot formed on at least any one of a lower portion, both sides, or an upper portion of the lighting box, the potting portion having a coupling pipe protruding inside at a predetermined height,

And one or more transparent films are formed on both lower sides of the illumination box.

The coupling pipe protrudes toward the inside of the pollen at a predetermined height and protrudes toward the outer lower part of the pollen.

A drain hose is connected to the lower portion of the coupling pipe so that water overflows when the water is supplied to the flowerpot.

The inner surface of the pollen is provided with a heat insulating material.

The inside of the pollen is provided with an anti-freezing member around the coupling pipe.

As described above, according to the present invention, the water in the storage tank can be automatically supplied as pollen through the absorptive member in the supporter, so that no special care is required, and a ventilation member is provided to allow outside air to be introduced into the pollen, .

In addition, the present invention provides a lighting device, which is capable of photosynthesis in the room, and has the effect of purifying indoor air through oxygen supply to the room.

In addition, the present invention can freely assemble and construct a variety of supports and lighting devices for supporting pots from pots, storage tanks, and storage tanks, and thus can easily implement various types of potting assemblies, The disassembled components can be transported and assembled and configured appropriately according to the situation in the field, and the cost can be considerably inexpensive as compared with conventional general pollen.

In addition, the present invention can provide an automatic water supply device to automatically supply the water in the storage tank to maintain a predetermined water level at all times.

Further, according to the present invention, the water provided in the storage tank exhibits a humidifying effect indoors, and water is absorbed by the absorbing member provided in the support to supply water to the flowerpot, so that water is supplied to the flowerpot in a state in which the foreign matter is filtered Therefore, the purified water can be supplied at all times to help the plant grow.

In addition, when water is given to the flowerpot of the flowerpot assembly according to the present invention or rainwater is supplied from the outside, even if the water introduced into the culture soil of the flowerpot is drained to the storage tank through the absorption member of the support in the flowerpot, The filtered water can always be kept in the storage tank.

In addition, the present invention is characterized in that a pedestal is provided on the lower part of the flowerpot, and a directional absorbent member is provided on the pedestal, so that the fragrance component is absorbed through the absorbent member in the support, By supplying the water to the absorptive member, a pleasant indoor environment can be created by radiating the aroma in the room while evaporating together with the water.

In addition, the present invention can provide a warming effect by preventing the rapid evaporation of water in the winter season or the dry season by preventing a drastic decrease in the pollen temperature by providing a cover for covering pollen or pollen and a storage tank.

In addition, the present invention can prevent the light from the lighting device by covering the flowerpot assembly with a light-shielding cover that can block light while having air permeability so as to prevent photosynthesis of plants by turning on the lighting apparatus in the night .

In addition, the present invention relates to a storage tank that serves as a fish tank or an aquarium and has at least one pollen assembly to perform basic functions such as a fish tank or an aquarium, that is, a function to raise fish and purify water, It is easy.

In addition, the present invention can be used in various forms such as a wall-hanging type, a stand type, a street light, a tree, a pole for a pole, a wall corner, etc., .

In addition, the present invention provides sand, gravel, cotton, sponge, and the like in the storage tank to prevent water from being suddenly discharged due to inclination of the flowerpot, plant seeds, aquatic plants and aquatic plants in the storage tank, It can also act as a pollen to enable root respiration, and it can have a beneficial effect on plants (terrestrial plants) planted in pollen supported by supplements, rich in oxygen and carbon dioxide.

In addition, in the case of providing a large flowerpot, the present invention is characterized in that one or more water reservoirs are buried in the potting soil of the flowerpot or provided on the outer surface of the pot, and water is automatically supplied from a water tank of a predetermined height, Of the culture medium.

FIG. 1A is a cross-sectional view illustrating the structure of a pollen assembly according to an embodiment of the present invention. FIG.
Fig. 1B is a cross-sectional view of another type of pollen assembly structure provided with a luminaire and a plurality of supports in Fig. 1A.
1C is a cross-sectional view showing a structure different from that of FIG. 1B.
1D is a cross-sectional view of a pedestal provided in a pollen assembly according to an embodiment of the present invention.
FIG. 1E is a cross-sectional view illustrating a structure in which a pedestal is provided in a pollen assembly according to an embodiment of the present invention.
Fig. 2 is a cross-sectional view of the state shown in Fig.
FIG. 3A is a cross-sectional view of the pollen assembly of FIG. 1B in two stages.
FIG. 3B is a sectional view showing another example of the cover in FIG. 3A. FIG.
4A is a sectional view taken along the line AA in Fig. 3A.
4B is a cross-sectional view showing a structure different from that of FIG. 4A.
5 is an enlarged cross-sectional view of part B of Fig.
6 is a cross-sectional view of another embodiment of the pollen assembly of the present invention.
Fig. 7 is a plan sectional view showing another structure of Fig. 6. Fig.
FIG. 8 is a cross-sectional view showing a pot assembly provided with a high support height in the state of FIG. 6;
9 is a sectional view showing still another embodiment of the present invention.
10 is a cross-sectional view illustrating that a single reservoir can have a plurality of pollen assemblies.
11 is a cross-sectional view showing a pollen assembly provided in a fishing port or an aquarium shape.
12 is a cross-sectional view showing a different form from that of Fig.
FIG. 13 is a cross-sectional view showing a pollen assembly according to the present invention with a cover for blocking illumination light. FIG.
14A is a sectional view of a wall-mounted member in which the pot assemblies of the present invention can be used for wall-hanging.
FIG. 14B is a perspective view of a wall-hanging member having a structure different from that of FIG. 14A, in which the lighting apparatus is separately provided from the flowerpot assembly and the height thereof is adjustable.
FIG. 15 is a sectional view of a lighting stand with a pollen assembly according to the present invention in use; FIG.
Fig. 16 is a sectional view of the pollen assembly according to the present invention in a state where it is provided on a tree or an electric pole. Fig.
17 is a cross-sectional view of Fig. 16. Fig.
18 is a cross-sectional view of another form of Fig.
Fig. 19 is a state diagram showing an example in which the pollen assembly of the present invention is installed at the corner of the wall. Fig.
20A is a cross-sectional view showing another form of pollen to be applied to the pollen assembly of the present invention.
20B is a cross-sectional view showing the use state of the flowerpot of FIG. 20A.
Fig. 20C is a sectional view of a state where the pedestal is provided at the lower part of the pollen in the state of Fig. 20B.
Fig. 21 is a cross-sectional view showing another structure of the pollen structure of Fig. 20; Fig.
Fig. 22 is a cross-sectional view showing pollen of still another form from Figs. 20 and 21. Fig.
23 is a cross-sectional view of another embodiment of a reservoir according to the present invention.
FIG. 24 is a cross-sectional view showing a reservoir of a different form from FIG. 23. FIG.
Fig. 25 is a cross-sectional view showing a reservoir of a form different from that of Figs. 23 and 24, and shows a structure integrated with a luminaire.
26 is an exploded perspective view showing still another embodiment of the present invention.
27 is an assembled perspective view of Fig. 26. Fig.
28 is an assembled sectional view of Fig. 27;
29 is an assembled perspective view showing still another embodiment of the present invention.
Fig. 30 is an assembled sectional view of Fig. 29;
31A is a schematic cross-sectional view showing another embodiment of the present invention.
FIG. 31B is a schematic cross-sectional view of the arrangement structure different from FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1A is a cross-sectional view illustrating the structure of a pollen assembly according to an embodiment of the present invention. FIG.

The pollen assembly 1 according to an embodiment of the present invention includes a reservoir 10 for storing water W, a support 20 installed at the center of the reservoir 10, And a pollen 30 provided at an upper portion of the storage tank 10 at an interval from the storage tank 10 while being detachably coupled to the support 20.

An insertion member 12 is formed on the lower surface of the storage tank 10 so that the support 20 is coupled and supported. The insertion member 12 is preferably integrally formed when the reservoir 10 is formed.

Further, the insertion member 12 has a structure in which the solid bottom or the inner bottom is clogged.

In other words, the inside of the insertion member 12 is not a structure in which a through hole is formed, but has a groove structure or a completely clogged structure.

In addition, a plurality of support pieces 14 protrude from the outer lower surface of the reservoir 10 at intervals along the circumferential direction. That is, the supporting piece 14 has a concavo-convex structure.

The plurality of support pieces 14 are pierced therebetween to allow the air to communicate with each other and to be spaced apart from the ground by the projecting height of the support pieces 14 to form a predetermined space portion.

Therefore, if the storage tank 10 is placed on the ground, the position can be maintained without being slipped while maintaining a stable state.

The support 20 has a hollow hollow pipe shape and has a structure in which a plurality of unit supports are detachably coupled.

1A, the support 20 is not limited to this, and the support 20 can be divided and assembled more or less so as to have a length corresponding to a required height.

The support 20 is formed with a plurality of through holes 21 so that the through holes 21 located in the water stored in the storage tank 10 serve as a water supply hole, The through hole 22 serves as a vent hole for supplying external air.

In the entire drawing of the present invention, the through hole 21 is formed at any position of the support 20 for convenience, and the through hole 21 may be formed at the lower end of the support 20, not limited thereto.

In addition, inside the support 20, there are provided an absorbing member 23 that can easily absorb water, and a ventilation member 24 that allows air to communicate therewith.

The absorbent member 23 is a material such as a nonwoven fabric which can easily absorb water. The ventilation member 24 is formed of a material which does not absorb water while air is communicated, for example, a nylon yarn treated with a general waterproof coating .

The absorbent member 23 is provided inside the support 20 to absorb the water W in the storage tank 10 through the through hole 21 of the support 20 and to support the support 20 in the height direction And is then supplied to the culture soil (C) which is filled in the pots (30) so that the plants can grow.

The supporting member 20 is embedded in the pot 30 and the absorbent member 23 and the extending pieces 23a and 24a of the ventilation member 24 extend along the circumferential surface of the supporting member 20, And are arranged in plural.

In other words, a plurality of through holes are formed along the circumferential surface of the support 20, and an absorbing member 23 provided inside the support 20 through the through hole and an extension member 24 extending from the ventilation member 24, (23a) and (24a), and inserted into the culture soil (C).

The water W in the reservoir 10 can be supplied up to the extension piece 23a of the absorbent member 23 so that water can be uniformly supplied to the pollen 30 and water in the reservoir 10 can be supplied The water is supplied into the pots 30 in a state of being filtered by the absorbing member 23, so that it is always possible to supply clean water.

On the other hand, external air is communicated through the elongated piece 24a of the ventilation member 24 to supply air into the flowerpot 30 to form a condition that microorganisms can grow well, Therefore, it is possible to automatically create a production condition in which plants can grow well without any special management.

1A, only the absorbent member 23 protrudes through the upper end of the support 20, but the upper end of the support 20 provided in the pollen 30 is opened and the absorbent member 23 or the ventilating member (24) are extended and exposed.

In addition, a plurality of supporting pieces 32 are formed on the outer bottom surface of the pot 30 in the circumferential direction, like a lower surface of the reservoir 10.

If the vine plant is planted in the pot 30, the vine grows and grows. Considering this, the height of the pot 30 is adjusted by using the support 20, The water introduced into the flowerpot 30 is supplied to the upper part of the flowerpot 30 and the water in the upper part of the flowerpot 30 is sprayed to the upper part of the flowerpot 30, Even if the water is discharged through the absorbing member 23 or the ventilation member 24 and drained into the storage tank 10, the water is drained in the state of being filtered by the absorbing member 23 or the ventilation member 24, 10), there is always purified water.

In addition, since it is natural that a flowerpot is provided for a viewer to suit an appropriate visual line height and is easy to identify, conventionally, flowerpot is often constructed with a flowerpot size higher than that of a planted flowerpot. When the plant is sent as a congratulatory flower, such as an opening ceremony, the size of the flower pot itself is made larger and higher, so that the plant is formed so as to conform to the height of the eyes of the person,

The pollen assembly according to the present invention can provide the pollen 30 from the reservoir 10 at a predetermined height by using a support without having to manufacture the pollen itself large and high as in the prior art, Do.

1A is a structure in which the reservoir 10 and the pollen 30 are arranged at a predetermined height H. However, the present invention is not limited to this, and the pollen 30 may be stored in the reservoir 10 It can be enshrined.

1A shows a state in which one pot 30 is supported by the support 20, but the present invention is not limited to this, and the support 20 may be extended to couple two or more pots 30 can do.

1a, the pollen 30 is provided with a reservoir 10 and a reservoir 30, as shown in Fig. 1a, in the same manner as the pollen assembly shown in Fig. 1a. Fig. 1b shows a pollen assembly 1, And a plurality of auxiliary supports 40 are provided on the side of the support 20 at intervals.

The auxiliary support 40 has a structure similar to that of the support 20 so that a plurality of unit auxiliary supports can be coupled by a required length and can be extended. The support 20 has a through hole 41 for supplying water, And a through hole 42 through which air can be communicated.

In the embodiment of the present invention, it is to be noted that the auxiliary support 40 is described separately from the support 20 having the main support function for the sake of convenience of explanation, and it does not have any other meaning.

Therefore, it is understood that the support 20 (40) can be provided in plural.

1B shows a structure in which the lower ends of the support 20 and the auxiliary support 40 are erected on the bottom surface of the storage tank 10. In other words, since the support 20 and the plurality of auxiliary supports 40 are provided at intervals in the circumferential direction of the support 20, even if the support 20 is supported only in the erected structure in the storage tank 10, .

However, a bottom plate (not shown) may be provided on the bottom surface of the storage tank 10, and the support 20 and the auxiliary support 40 may be coupled to the bottom plate, The support member 20 and the auxiliary support 40 may be coupled to the insertion member 12 so as to be supported by the insertion member 12 shown in Fig.

As in the case of the support 20, the auxiliary support 40 is provided with an absorption member 43 for absorbing the water W in the storage tank 10 and supplying the water W into the flower pot 30, And a ventilation member 44 serving as a passage that can be supplied into the ventilation duct 30 is provided.

Therefore, the auxiliary support 40 plays a role of supporting the flower pot 30 more reliably and securely, and also serves to uniformly supply water and air into the flower pot 30.

The support 20 and the auxiliary support 40 may be provided with a mixture of the absorbent member 23 and the ventilation member 24 or may be provided separately in each of the absorbent member 230 and the ventilation member 24. [ can do.

In addition, a pedestal 50 may be provided under the pot 30 as shown in FIG. 1C. The support 50 penetrates the support 20 and the auxiliary support 40 and is hung on the support 20 and the auxiliary support 40 to be supported.

1D, the pedestal 50 has a structure in which a plurality of support pipes 51 and 52 are integrally formed with a predetermined length at a lower portion of the pedestal 50, as shown in FIG. 1D.

The support pipe 51 has a penetrating structure and is preferably positioned at the lower center of the pedestal 50 and has a structure protruding upward from the inner surface of the pedestal 50 in the upward direction.

A plurality of support pipes 52 are integrally formed on the side surface of the support pipe 51 with an interval therebetween. The support pipe 52 also has a through-hole structure.

An absorption member 23 for supplying water in the storage tank 10 into the pots 30 and a ventilation member 24 for communicating the air are individually or mixed together inside the support pipe 51 .

This pedestal 50 is supported by the support pipe 51 in the reservoir 10 and can be provided with the pollen 30 on it.

Also, the support pipe 51 may be formed to be slightly shorter than the length of the support pipe 52 located on the side surface. Of course, the lengths of the support pipe 51 and the support pipe 52 may be the same.

In this case, as shown in FIG. 1E, a plurality of projections 11 are formed circumferentially around the insertion member 12 of the storage tank 10, and the support pipe 51 is inserted into the insertion member 12 The lower end of the support pipe 51 comes into contact with the protrusion 11 and a slight gap is formed from the bottom surface of the storage tank 10 to allow water to flow into the insertion member 12, The water reaches the absorbing member 23 through the ventilation member 24 provided in the support pipe 51 and supplies water into the pots 30 fitted in the pedestal 50. [

The support pipe 52 is positioned on the bottom surface of the storage tank 10 so that the water flows into the clearance between the lower end of the support pipe 52 and the bottom surface of the storage tank 10, The water can be supplied into the flowerpot 30 through the opening 30.

Like the absorbent member according to the present invention, the inner surface of the pollen 30 may have a structure in which a heat insulating material 35 capable of absorbing water, such as a nonwoven fabric, is provided. It protects the roots of the plants in the pots 30 from cold air by blocking the cold air due to the heat insulating material 35 even when the external temperature is low, can do.

Of course, when water is supplied, the upper end of the supporting pipe 51 and the heat insulating material 35 are in contact with each other when water is absorbed through the absorbing member 23 of the supporting pipe 51, It is possible to supply water evenly into the pots 30.

The support pipes 51 and 52 have a structure in which at least one ventilation hole 51a and 52a are formed so that external air is supplied through the ventilation hole 51a to the ventilation member 24 And the air supplied to the ventilation member 24 in the support pipe 52 is communicated with the directional absorption member 45 inside the pedestal 50 to be absorbed by the absorption member 23 When the fragrance is diverted into the air from the directional absorbent member 45 in contact therewith, it smoothly dissipates along with moisture, so that the indoor is formed in a pleasant state. Further, the moisture is also evaporated into the atmosphere.

In addition, a direction absorbing member 45 may be provided in the pedestal 50.

In addition, a plurality of such pedestals 50 may be provided in the vertical direction. In other words, it is possible to arrange to be supported on the support 50 of the pedestal 50, for example, on one pedestal 50, and to assemble the pollen 30 thereon.

The support 20 extends through the pollen 30 and is provided with a lighting device 60 as shown in FIG. 1C. The support 20 functions as an interior lamp and functions as a light- It is possible to play the role of making it possible.

The lighting apparatus 60 includes an illumination lamp 61 and a lamp (e.g., LED or the like) 62 provided therein.

The lighting device 60 can be designed and implemented in various lighting colors and shapes.

The lamp 60 is installed in the lamp shade 61 so that electricity is supplied through the electric wire E so that the lamp 62 is turned on and off. Through the through hole 23 formed in the lower side of the support 20 located in the storage tank 10 and is taken out to the outside and then connected with the cable of the adapter to be connected to the electric socket provided in the room, Can be supplied.

1C shows a structure different from that shown in FIG. 1B. In FIG. 1C, the auxiliary support 40 is supported by being coupled to the pedestal 50 without being inserted into the pollen 30.

An absorbent member 43 capable of absorbing the water W in the storage tank 10 is inserted into the auxiliary support 40 and a directional absorbing member 45 And is connected (contacted or integrally connected with) the absorbent member 43 inside the auxiliary support 40 through the upper end of the auxiliary support 40 while providing the absorbent member 43.

As a result, when the water W in the storage tank 10 is absorbed through the absorbing member 43 and reaches the directional absorbing member 45, evaporation occurs and the fragrance For example, aromatic aroma, lilac aroma, etc.) are emitted, so that the indoor environment can be improved.

The directional absorbent member 45 may be made of the same material (for example, a nonwoven fabric or the like) as the absorbent member 43 that absorbs water, and a natural aromatic component is used as the aromatic member.

In addition, when all of the fragrance components in use are exhausted, the natural fragrance oil can be dropped on the directional absorbent member 45 to keep the fragrance diverging constant.

Therefore, the water (W) existing in the storage tank (10) exerts the humidifying effect, and the fragrance is emitted by the directional absorbent member (45) to remove the unpleasant odor of the room.

If the amount of aroma emitted by the directional absorbent member 45 provided in the pedestal 50 is insufficient, the support 50 having the directional absorbent member 45 is spaced apart from the support 40 The supporting member 40 can communicate with the absorbing member 43 in the support 40 to be supplied with a fragrance and water so that the amount of the fragrance to be emitted can be sufficient.

However, the present invention is not limited to this configuration. For example, when the amount of water to be supplied to the pollen is insufficient, that is, when a plurality of pollen pots 30 are provided, ) So that the water supply can be sufficiently performed.

In addition, although the shape of the pollen 30 has been described as a cylindrical shape for the sake of convenience, the pollen 30 is not limited thereto and may be formed in various shapes such as a rectangular tube depending on the place to be installed.

2 is a view showing a structure in which a flower pot assembly 1 is covered with an illumination cover 70. In the illumination cover 70, a plurality of ventilation holes 71 are formed along the circumferential surface, A charging hole 72 may be formed on the lower side of the illumination cover 70.

The lighting cover 70 can also have a plurality of lamps 73 therein to create advertising signs in a business place (flower shop / restaurant, etc.) according to the arrangement of the lamps 73, So that it can attract attention.

The lighting cover 70 is provided with a water supply port 72 for supplying electricity to the inside of the storage tank 10 through the charging hole 72 or turning on / off the lamp 73, Remove it and connect it to the power source.

The light cover 70 can produce various aesthetics through various colors.

Further, the lighting cover 70 can be assembled by being fitted from the uppermost end of the pots 30 to the upper end of the storage tank 10, and can be lifted up simply by lifting it upwards as needed.

The illumination cover 70 is fitted to the upper part of the support surface 15 formed at the upper end of the reservoir 10 with a stepped outward direction and is detachably fitted to the engagement protrusion 16a formed on the circumferential surface 16 Structure. Therefore, the lighting cover 70 has a structure in which a locking groove 70a is formed on the lower inner surface.

However, the present invention is not limited to this, and can be constructed so that the fitting and separating operation can be performed immediately.

FIG. 3A is a cross-sectional view showing the pollen assembly of FIG. 1B in two stages. As shown in FIG. 3A, a pollen assembly A1 having a lower structure is provided. And a second stage.

That is, the pot assemblies A1 and A2 have two stages of the pot assemblies in which the storage tank 10, the support 20, the pots 30, the pedestal 50, and the lighting device 60 are assembled.

However, it is needless to say that it can be constituted by plural stages of two or more stages as necessary.

In this case, unlike the illumination cover 70, the cover 80 may be provided in the pedestal 50 by covering the upper part of the pollen 30.

3B, the cover 80 may be provided with a cover 82 that covers the upper part of the pot 30 from the upper end of the pot 10 to the upper part of the reservoir 10, as shown in FIG. 3B.

3A and 3B, a lamp (not shown) is provided inside the covers 80 and 82 in the same manner as the illumination cover 70 so that the cover 80 and the cover 80 can be lightly illuminated and blinked vividly .

The reservoir 10 positioned at the second stage forms an insertion member 12 capable of inserting the support 20 at the center thereof to be higher than the water level of the water W in the reservoir 10.

At this time, the insertion member 12 has a structure in which a through hole is formed to connect the support 20 to the upper and lower portions of the insertion member 12 to supply water.

If the height of the insertion member 12 is formed to be lower than the water level of the storage tank 10, the water in the storage tank 10 can flow into the insertion member 12 and flow downward.

The reservoir 10 corresponding to the two-stage position and the support 20 provided thereon are provided in the reservoir 10 so that the water in the reservoir 10 is supplied to the pollen 30 of the pollen assembly B, Absorbing means capable of absorbing water to the outside of the support 20, wherein the absorbing means connects the external absorbing member 26 made of a material such as nonwoven fabric to supply water.

The outer absorbent member 26 is provided in the tube 27 and extends from the side of the support 20 to the lower storage tank 10 so that the outer absorbent member 26 in the tube 27 is disposed in the reservoir 10. [ The water in the pots 30 is supplied through the water absorbing member 23 to the water absorbing member 23 provided inside the support 20 by absorbing water in contact with the water in the water tank 10.

Of course, the auxiliary support 40 may be provided with the separate external absorbent member 26, but it may be omitted.

This is because the auxiliary support 40 is installed not only through the reservoir 10 but also to the bottom surface of the reservoir 10 so that the water in the reservoir 10 passes through the lower portion of the auxiliary support 40, There is no fear that it will flow down to the lower part.

However, like the support 20, the auxiliary support 40 can be pierced through the entire pot assemblies A1 and A2 and supported.

In this case, like the support 20, the insertion member 12 for coupling the auxiliary support 40 is integrally formed in the reservoir 10 and the external absorption member 26 is provided outside the auxiliary support 40 So that the water W in the storage tank 10 can be supplied to the absorption member 43 inside the auxiliary support 40.

An automatic water supply device 90 may be provided to supply water into the reservoir 10. The water supply hose 91 (or water supply tube) is inserted into the interior of the support 20, And a water tank 92 is provided at an upper portion of the pot assemblage B so as to be connected to the water supply pipe 91 to supply water into the storage tank 10. [

5, the water supply hose 91 is drawn out from the inside of the support 20 to the outside so that the water is discharged into the storage tank 10 corresponding to the two- A discharge port 91a is provided.

Accordingly, when the water level in the storage tank 10 is reduced and the discharge port 91a is exposed to the atmosphere, water is supplied again from the water tank 92 to fill the water in the storage tank 10, and when the discharge port 91a is immersed in water Water supply is stopped.

In addition, a T-shaped connection pipe 93 is provided in the support 20 so that the water supply hose 91 is connected to supply water in the downward direction and the lateral direction.

Fig. 4A is a cross-sectional view taken along line AA in Fig. 3A. As shown in Fig. 4A, an absorbing member 23 and a ventilation member 24 are provided inside the support 20, (E) and a water supply hose (91) are inserted and arranged.

4 (b), a circular absorbing member 23 is inserted into the support 20, and a ventilation member 24, an electric wire E, And a supply hose 91 are provided.

6 is a pollen assembly of another embodiment of the present invention in which a pollen 100 is inserted into a reservoir 10, the pollen 100 includes a main body 101 containing a culture soil C on which plants can grow, And a support tube 102 extended from the main body 101 by a predetermined length.

In other words, the support tube 102 is inserted into the reservoir 10 to be a pollen 100 at a predetermined height, and the lower end surface of the support tube 102 is divided into a plurality of support pieces 103 Is formed.

The support pipe 102 has a circumferential surface formed with one or more air holes 102a for communicating air.

At least one support 20 as described in the above embodiment is inserted into the pollen 100 and the support 20 has a structure in which an absorbent member 23 and a ventilation member 24 are provided.

In addition, an absorbent member 104 and a ventilation member 105 may be provided on the inner circumferential surface of the main body 101 of the flowerpot 100.

The absorptive member 104 is connected to the elongated piece 23a extending in the lateral direction inside the support 20 to supply water and the ventilating member 105 is moved in the lateral direction inside the support 20 And is connected to the elongated extension 24a so that air can be communicated.

7 is a plan sectional view showing a structure different from that of Fig. 6, in which a plurality of supports 20 are provided and a plurality of absorbing members 23 and aeration members 24 are inserted into the plurality of supports 20 Can be arranged.

It is also possible to form the extension pieces 23a and 24a of the absorbent member 23 and the ventilation member 24 from the inside to the outside of the support 20, The absorbing member 104 and the ventilation member 105 connected to the elongated pieces 23a and 24a can be formed.

As a result, water is uniformly supplied to the inside of the pot 100 and at the same time, external air is smoothly supplied so that the potting soil C in the pot 30 becomes high-quality enamelling soil C, It is an environment in which the plants planted in it can grow well.

FIG. 8 is a cross-sectional view of another structure from FIG. 6, in which the height of the support 20 is further elevated to allow the pot 100 to be disposed at a predetermined height from the reservoir 10.

It is also possible to insert the absorbing member 106 and the ventilation member 107 so as to be spaced apart from each other inside the pots 100, that is, inside the culture soil C.

The absorbent member 23 provided in the support 20 and the extending pieces 23a and 24a of the ventilation member 24 are connected to each other so as to communicate water and air, And is connected to the absorbing member 104 and the ventilation member 105.

FIG. 9 is a view showing another embodiment in which the lighting apparatus is assembled by using the pot assemblies of FIG. 8 in two stages, wherein the storage tank 10 located at the bottom and the pots 100 located thereon are assembled And an integrated type storage tank 110 in which a storage tank and a lighting device are integrally formed is provided on the upper side of the integrated storage tank 110. A pollen 100 is further provided on the integrated storage tank 110, to be.

At this time, one or more supports 20 are provided extending from the storage tank 10 located at the lowermost end to the lighting apparatus 60 located at the uppermost position.

The integrated storage tank 110 includes a storage unit 111 for storing water while being positioned at an upper portion thereof and an illumination unit 112 disposed at a lower portion of the storage unit 111.

The illumination unit 112 has a tube shape extending to a lower portion of the storage unit 111, and a lamp 113 is provided therein.

The insertion member 114 integrally protrudes from the bottom surface of the storage unit 111 of the integrated storage tank 110 so as to be able to engage with the support 20. The height of the insertion member 114 corresponds to the height of the storage unit 111 And the external water absorbing member 26 is connected to the outside to supply water.

Of course, in the integrated storage tank 110 and the support 20 extending thereon, an external absorbent member 26 for supplying water in the flowerpot 100 located at the second stage is provided along the circumferential direction of the support 20 More than one is connected. Of course, the external absorbent member 26 is provided in the tube 27 and has a structure connected thereto.

The pollen assembly according to FIG. 9 may be provided with the automatic water supply device 90 shown in FIG. 3A or FIG. 3B.

10 is a cross-sectional view showing a state in which one storage vessel 10 is provided with one or more potting assemblies.

The pollen assemblies shown herein illustratively illustrate the pollen assemblies shown in FIG. 1B, but are not so limited, and may include pollen assemblies of various configurations.

11 shows a pollen assembly provided in a reservoir 120 serving as an aquarium. The reservoir 120 includes a main body 121 and a lower pedestal 122 provided on the inner bottom surface of the main body 121 And an upper support plate 123 for spacing an upper portion of the lower support plate 122 so as to form a space S therebetween. The upper and lower support plates 122 and 123 And a support 20 of the support member 20 are coupled and supported.

Accordingly, the upper portion of the upper support plate 123 serves as a fishing port F, which is a space where various fish can be roasted.

In addition, a plurality of pot assemblies 1 may be provided in the pot 30 for each support 20,

At this time, a plurality of through holes 123a are formed in the upper support plate 123, and the upper support plate 123 has a structure in which a filter member 124 made of the same material as the nonwoven fabric is wrapped on the entire surface.

A sand layer 125 is provided on the upper surface of the upper support plate 123.

In addition, an injection pipe 126 for injecting compressed air is provided at one side of the storage tank 120 and connected to the upper support plate 123.

Therefore, when the compressed air is injected through the injection pipe 126, water in the space S is injected into the tank port F, which is the upper part of the upper support plate 123, Fresh water is supplied to the fish tank F and various secretions generated by the fish are filtered by the sand layer 125 and the filter member 124 and are not injected into the space S.

12 is a cross-sectional view showing a storage tank 130 serving as another type of aquarium. The purifier 140 is provided on one side of the main body 131 of the storage tank 130, the pollen assembly 1 is installed on the purifier 140 And the remaining space is provided with a separate lower support plate 132 and a pot support assembly 1 supported by the upper support plate 133.

The purifier 140 includes a case 141, a filter member 142 made of a non-woven material to cover the entire surface of the case 141, a discharge pipe 143 extending to an upper portion of the case 141, 141 and a sand layer 144 provided on a side surface of the case 141. An injection pipe 145 for injecting compressed air is connected to one side of the case 141. [

Therefore, compressed air is blown into the case 141 through the injection pipe 145 to be discharged through the discharge pipe 143 to supply fresh water to the internal space of the main body 131.

At this time, the secretions produced by the fish are filtered without entering the inside of the case 141 by the sand layer 144 and the filter member 142.

Fig. 13 is a view showing the light shielding cover 150 covered with the pollen assemblies, covering the pollen assemblies shown in Fig. 1B.

Here, the light-shielding cover 150 is formed in a corrugated shape, and the ring 151 is fitted in the entrance portion so as to be easily spread when covering the pollen assemblies.

The light-shielding cover 150 is made of a material capable of blocking light emitted from the lighting device 60 provided in the flowerpot assembly with air permeability.

The light-shielding cover 150 is not limited to the structure shown in FIG. 13, but can be realized by other structures. For example, the light-shielding cover 150 may be made of a cloth material capable of blocking light while having air permeability, Can be provided.

The lighting cover 70, the covers 80 and 82, and the light-shielding cover 150 have a function of preventing rapid evaporation of water and a sharp fall of the flowerpot temperature in the winter season and dry season.

Particularly, the light-shielding cover 150 covers the lighting apparatus 60 to the lowermost storage tank 100. In addition to the function of shutting off the external cold air when the heating is turned off in an office or a public building for power saving, , Heat generated by the lamp 62 of the lighting device 60 is not emitted to the outside, so that the pollen 30 can be maintained in a warm state.

The cover 70, the covers 80 and 82, and the cover 150 may be provided on the pollen assemblies having all of the configurations listed above as well as other configurations.

FIG. 14A is a view showing an example of a use state of the pollen assembly according to the present invention, which can be used for wall-hanging. FIG.

So that the wall-mounted member 160 holding the pollen assemblies can be hooked to the wall 170.

The wall bracket 160 includes a pedestal 161 formed horizontally so as to be formed in a shape of a letter "B" and a pedestal 162 formed vertically so as to be in close contact with the wall 170, And has a structure in which an insertion groove 161a capable of stably holding the storage tank 10 is formed.

A coupling hole 162a is formed on the upper portion of the support base 162 so as to be hooked on the wall 170 and can be hooked on the wall through a coupling member 163 such as a screw, bolt, or nail.

14A and 14B show a wall-mounting member 164 having a structure different from that shown in FIG. 14A. The wall-mounting member 164 is configured to have a "C" shape similar to the wall- And a supporter 164b formed vertically from the supporter 164a and brought into close contact with the wall 170. [

In the pedestal 164a, an insertion groove 164a-1 is formed in which the reservoir 10 of the pollen assemblage can be stably positioned.

In addition, a coupling hole 164b-1 is formed at the upper end of the support base 164b so as to be hung on the wall.

In addition, a lighting device 165 may be provided on the supporting table 164b so as to be adjustable in height. In other words, a pair of connecting members 166a and 166a may be connected to the supporting table 164b and a lighting device 165 may be connected to the connecting member 166 through a connecting piece 167. [

Both end portions of the pair of connecting members 166a and 166b are bent in a curved shape so as to be wrapped around the support base 1164b and are connected to a pair of connecting members 166a and 166b by fastening members 168 such as bolts and nuts To be fixed to the support table 164b.

In FIG. 14B, only the front surface of the bolt is shown as the fastening member 168, but the nut is coupled and fixed to the connecting member 166a corresponding to the back surface.

Accordingly, when the height of the lighting device 165 is to be adjusted, when the coupling member 168 is released from the support base 164b and the coupling member 166 is moved to a desired height from the support base 164b, The lighting device 165 coupled to the member 166 via the connecting piece 167 can also be moved at the same time so that it can be set to a desired height and then fixed by tightening the fastening member 168 again to raise the height of the lighting device 165 .

The structure shown in Figure 14B is suitable when it is necessary to use a flowerpot assembly without a lighting fixture and a lighting fixture needs to be provided. Furthermore, since the lighting fixture 165 is freely adjustable in height, (30) does not interfere with plant growth even if it grows.

In other words, in the case of the pollen assembly in which the lighting device 165 is fixed, the height of the lighting device 165 can be adjusted because the lighting device 165 can interfere with the plant growth over time, When the height of the plant is increased and the lighting device 165 is disturbed, the height of the lighting device 165 may be heightened from the support base 164b and fixed.

Figure 15 is a view showing a pollen assembly according to the present invention provided on a lighting stand 180. An insertion groove 181a is formed in a pedestal 181 of a lighting stand 180, So that the storage tank 10 can be stably inserted.

In addition, the lighting stand 180 may be provided with one or more potting assemblies.

Of course, the lighting stand 180 has a typical stand structure, and an illuminating part 182 is formed on the upper part to irradiate light to the pollen assemblies to enable photosynthesis of plants equipped in the pollen 30.

16 is a view showing a pollen assembly according to the present invention installed in a streetlight support 190 (or a tree, an electric pole, etc.), and a pollen assembly capable of being divided and assembled is provided in the streetlight support 190, As shown in the figure, four reservoirs 10 are divided and assembled, and a support 20, a pollen 30, an auxiliary support 40, a pedestal 50, can do.

In the four reservoirs 10, the fitting protrusions 10a and the fitting grooves 10b are formed so that they can be disassembled and assembled. After the assembly, a coupling hole is formed at the center, (1/4 circular arc) is formed.

A flange portion 12 is formed at the upper and lower portions of the reservoir 10 to securely fasten the wood 120 to the wood via the binding band 17.

As shown in FIG. 18, the reservoir 10 of the prefabricated structure may be formed to have a circular shape when the four reservoirs 10 are assembled.

In the case of providing the pot assemblage with the lighting device 60 on the tree or the electric pole, the light is generated by the light of the street lamp Role or guidance.

Further, in the case of a flowerpot assembly installed in the streetlight column 190 or the like, since it can be divided and assembled, it is easy to move and install it in a desired place.

Fig. 19 is a view showing a pollen assembly according to the present invention installed on a corner of a wall. When a wall edge portion 200 is viewed from a plane, a triangular storage tank 10 is provided, The support 20 and the pots 30 can be assembled into the pot assembly 1.

20A shows another structure of the pollen 30 in which a coupling pipe 34 capable of coupling the support 20 to the center of the pollen 30 is integrally formed with the inside and outside of the pollen 30 And the coupling pipe 34 communicates with the upper and lower portions and is hollow and hollow so that the absorbent member 23 and the ventilation member 24 are penetrated and inserted.

Here, when water is supplied into the pots 30 from the upper portion of the pots 30, or when rainwater is supplied from the outdoors, the pots 30 serve as water storage portions by the height D of the coupling tubes 34.

The supports 20 may be connected to the upper and lower portions of the coupling pipe 34 to have a desired length or height. The extension piece 23a is disposed at the position of the height D from the inner bottom surface of the flowerpot 30 so that water is supplied from the absorption member 23 provided inside the support 20 So that it can be absorbed.

20B is a cross-sectional view showing the use state of the pollen shown in Fig. 20A, in which the coupling pipe 34 is formed to be slightly shorter than the projection length of the supporting piece 32 formed on the outer lower surface of the pollen 30, The inner circumferential surface of the pollen 30 is provided with the heat insulating material 35 and the inner circumferential surface of the lower space The anti-freezing member 37 is inserted.

The heat insulating material 35 may be made of a nonwoven fabric to serve as a water absorbing function and a heat insulating function. In winter, when the water is not absorbed, the temperature inside the pot 30 is not lowered further from the external cold air And has an external heat blocking function for preventing the temperature inside the pot 30 from rising even in the summer when the ambient temperature is high.

In addition, the freezing prevention member 37 is made of, for example, a styrofoam material and does not easily absorb water, and plays a role of preventing freezing easily even if some water is stored especially in winter.

It is as if the function of planting the plant in the ground is exerted, and it is easy to maintain and manage pollen regardless of the season.

Fig. 20C is a sectional view showing a structure having a pedestal 50 at the lower part of the pollen shown in Fig. 20B. When the pollen 30 is placed on the pedestal 50, the pedestal 50 is supported by the support piece 32, The coupling pipe 34 located at the center is positioned slightly apart from the lower surface of the pedestal 50, and therefore, The lower space up to the protruding height of the coupling pipe 34 serves as a water storage part to supply water into the inside of the pot 30, but when the water is exhausted, The water overflows into the inside of the pedestal 50 and overflows to the inside of the coupling pipe 34 so that the water flowing into the pedestal 50 is re- Is absorbed through the absorption member (23) in the pipe (34) and supplied into the pollen (30).

21 shows a structure in which a coupling tube 34 is integrally formed at the center of the pot 30 in such a manner that a coupling tube 36 to which the auxiliary support 40 can be coupled to the side of the coupling tube 34 is integrally formed. Of course, the engaging portions 34 and 36 have the same structure.

22 is a structure in which coupling pipes 108 and 109 are integrally formed to allow the support 20 to be coupled to the pot 100 shown in Fig.

23 shows a structure in which a coupling tube 10e capable of coupling the support 20 to the reservoir 10 is integrally formed and the coupling tube 10e has at least a height of the coupling tube 10e in the reservoir 10 The water level of the water contained in the storage tank 10 is preferably higher than the maximum water level of the water contained in the storage tank 10.

If the height of the coupling pipe 10e is smaller than the maximum water level of the water contained in the storage tank 10, the water in the storage tank 10 is separated from the coupling pipe 10e So that it may become difficult to absorb and move the water to the upper part through the absorption member in the support.

In other words, when the coupling pipe 10e has a structure in which the inner bottom is clogged like the insertion member 12 of the storage tank 10 described above, it is not necessarily required to be formed to be equal to or higher than the water level of the storage tank 10, When the through hole is formed as the hollow shape of the pipe (10e), it must be made equal to or higher than the height of the water level of the storage tank (10) so that the supply of water is not hindered.

24 is a structure in which a coupling pipe 10e is formed at the center of the storage tank 10 and a coupling pipe 10f to which the auxiliary support 40 is coupled in the lateral direction is integrally formed.

Like the coupling pipe 10e, the coupling pipe 10f has a structure that is equal to or higher than the water level of the storage tank 10, and has the same function.

The reservoir 10 shown in Figs. 23 and 24 is preferable in a case where a plurality of reservoirs 10 are provided for supplying sufficient water to the supporter, and is suitable for constructing the pollen assemblies in multiple stages. In other words, the support can be assembled by connecting the support through the inner and outer portions of the reservoir 10.

Fig. 25 is a view showing a state in which a combined storage tank 110 in which a storage tank and a lighting apparatus are integrally formed

The tubes 110a and 110b are integrally formed and the support 20 can be coupled.

Like the coupling pipes 10e and 10f, the coupling pipes 110a and 110b formed in the integrated storage tank 110 have a structure that is equal to or higher than the water level of the storage tank 110, I have.

According to the embodiment of the present invention, the coupling potions formed in the pots 30, the storage tanks 10, 100, and the integrated storage tank 110 shown in Figs. 20 to 25 all have the same structure, .

Also, in the pedestal 50, a coupling pipe having at least one hollow structure having a through-hole structure may be integrally protruded and formed as in the case of the storage tank 10 shown in Figs. 23 and 24.

Meanwhile, in the various embodiments of the present invention, the storage tank 10 is provided with sand, gravel, cotton, sponge, etc. to prevent the water in the storage tank 10 from being suddenly discharged when the pollen assembly is inclined. can do.

In addition, various kinds of seeds, aquatic plants, and aquatic plants can be planted in the storage tank 10 to function as a flower pot.

In general, plants (aquatic plants, etc.) that grow in the water perform the function of purifying water, because the respiration occurs in the roots as well as the leaf-leaf breathing of the land plants. Thus, when planted in the water in the storage tank 10, oxygen and carbon dioxide Can be enriched to affect the pots 30 with land plants in a beneficial direction.

In addition, the reservoir 10 according to the present invention may be supplied with nutrients so that various plants in the pots 30 can grow well, or pesticides may be supplied into the reservoir 10 for eradication of pests, And absorbed into the pots 30 through the absorptive member 23.

In addition, when carbon dioxide water is absorbed in the storage tank 10, carbon dioxide is smoothly generated by the microorganism in the culture soil (C) in the flowerpot (30), and plants in the flowerpot absorb the carbon dioxide, .

In other words, carbon dioxide required for plant growth is lacking in the general atmosphere, and carbon dioxide is generated by the breath of a person in the room when the room is indoors. By supplying carbonated water into the storage tank 10, In particular, indoor cleaning function due to oxygen generating function can be performed more smoothly.

In addition, in the present invention, when flower cuts are used in various venues or event venues, cut flowers are inserted into the pots 30 constituting the pot assemblies of the present invention, The absorbent member 23 in the absorbent structure 20 absorbs the absorbed absorbent material to keep the cut flower in a lively state during the exhibition period.

26 is an exploded perspective view of a pollen assembly 200 showing another embodiment of the present invention. The pollen assembly 200 includes a pollen 210 and an illumination box 220 that supports the pollen 210 at a lower position.

The pollen 210 shown in FIG. 26 has a square structure. However, the pollen 210 may be formed in various forms, (211) are formed.

The perforated membrane 211 is formed by piercing a hole on the side surface of the pollen 210 and being formed of a transparent glass or acrylic plate.

28, a coupling pipe 212 is protruded and formed inside the pot 210. The coupling pipe 212 protrudes toward the inside of the pot 210 at a predetermined height, (Not shown).

In the interior of the coupling tube 212, an absorbing member 23 and a ventilation member 24 may be provided.

When water is supplied to the flowerpot 210 by connecting the drain hose 213 to the lower portion of the coupling pipe 212, water overflowing the inside of the coupling pipe 212 is overflowed to the drain hose 213, .

The illumination box 220 is formed in a rectangular box shape, for example, through a frame 221, and a partition member 222 of a translucent material or a transparent material is hermetically coupled to the side surface.

The lighting box 220 is provided with a lighting device 223 (for example, a fluorescent lamp) so that it can be easily distinguished at night and the partition member 222 of the lighting box 220 Or the upper part of the pollen 210 is illuminated so that the pollen 210 is more aesthetically pleasing. Further, even through the polarizing film 211 formed on the side of the pollen 210, .

28 is a sectional view of the pollen assembly 200. The lower part of the lighting box 220 is penetrated to allow the drainage hose 213 to pass therethrough and the pollen 210 is bent and formed in the upper part 210a, The upper end portion 210a of the pollen 210 is put on the engaging protrusion 221a formed in the frame 221 located at the upper end of the upper portion 220 of the body 210. Then, As shown in FIG.

If the pollen assembly 200 has a weight and size that are difficult to handle, the wheel 230 may be provided under the illumination box 220. Of course, the wheel 230 is not necessarily provided.

29 is a perspective view illustrating a pollen assemblies 300 according to another embodiment of the present invention. The pollen assemblies 300 include a lighting box 310 having a predetermined height, a pollen 320 formed extending to both lower sides of the lighting box 310, Lt; / RTI >

Of course, the pollen (300) is not limited to being formed on both sides of the lower side of the illumination box (310) but may also be formed on the upper or both sides of the illumination box (310).

30, a partitioning member 311 of translucent or transparent material is formed on both sides of the lighting box 310 and a lighting device 312 is provided in the interior of the lighting box 310, 312 may be reflected to the outside through the partitioning member 311. [

The pollen 320 may be integrally formed on both sides of the lower portion of the lighting box 310. A coupling pipe 321 is formed in the same manner as the pollen 210 and a drain hose 322 is connected So that water above the inner protrusion height of the pipe 321 is drained.

In addition, a wheel 330 may be provided under the pollen 320 of the pollen assemblies 300, like the pollen assembly 200.

Of course, the inner surface of the flowerpot 320 may be provided with a heat insulating material 35 that enables heat insulation in summer or winter season, and an absorption member 23 and a ventilation member 24 may be provided inside the coupling pipe 321 .

In addition, a perspective film 313 is formed on both lower sides of the illumination box 310 so that the light of the lighting device 312 is passed and the trees in the flowerpot 320 are shined so that the aesthetics are visually increased can do.

The perforation film 313 is formed by punching a hole of a predetermined size and sealing it with a glass or acrylic plate.

The pollen assemblies 200 and 300 according to another embodiment of the present invention are useful for constructing large pollen pots, for example, in a desired position in a parking lot or a large area, It can be easily provided.

The wheels 230 and 330 are provided at lower ends of the lighting boxes 220 and 310 forming the pot assemblies 200 and 300 so that they can be easily moved and collected.

Of course, the wheels 230 and 330 need not be necessarily provided, but may be transported to a predetermined place.

The lighting apparatuses 223 and 312 provided in the lighting boxes 220 and 310 may be fluorescent lamps but the present invention is not limited thereto, For example, in the case of an LED lamp, it is possible to arrange the user's desired phrase using the LED device through the partition member 222 (311) so as to be seen from the outside.

 31A is a schematic cross-sectional view illustrating another embodiment of the present invention. In the case of a large flower pot 400, the basic structure is similar to the structure of the flower pot 210 or the flower pot 320, A coupling pipe 410 protruding from the lower outer surface is integrally formed, and a heat insulating material 420 is provided on the inner peripheral surface of the pot 400.

Here, the pot 400 has a large size, and serves as a plant cultivation box. When the pot 400 has a larger size, it becomes a concept similar to a garden.

The absorbing member 411 and the ventilation member 412 may be inserted into the coupling pipe 410. It is needless to say that it is not necessary to provide the absorbing member 411 and the ventilation member 412 inside the coupling pipe 410. However, if the water is overflowed, And a filter that prevents the exhaust gas from being discharged through the exhaust pipe.

If the culture soil C or the foreign matter is discharged through the coupling pipe 410 together with the water to be overflowed, the drainage hose 414 connected to the coupling pipe 410 may be clogged, You can.

When the water supply hose 414 is connected to the lower portion of the coupling pipe 410 so that water is supplied to the flowerpot 400 (such as when raining outdoors), when the water level is higher than the height of the coupling pipe 410, The water overflows through the pipe 410 and drains through the drainage hose 414. [

The above-described frost preventing member 430 (for example, a styrofoam material) may be provided around the height of the coupling pipe 410 protruding into the pots 400.

One or more water reservoirs 440 may be provided in the interior of the pollen pot 400 or on the external surface of the floors C and the water reservoir 440 may be provided with water And is connected to receive water through a tank 450 and a water supply hose (or water supply pipe) 451.

In FIG. 31A, the water tank 450 is shown slightly higher than the pollen 400, but it may actually be located at a higher position, and the water reservoir 440 may be provided in an appropriate number according to the size of the pollen, The branch water supply hose 452 branched from the water supply hose 451 may be provided and connected.

Of course, the water tank 450 is a well-known structure, for example, schematically shown in Figs. 31A and 31B, having a structure in which an injection port and a cap are formed so as to store water.

31A, when a plurality of the water reservoirs 440 are provided, a branch water supply hose 452 branched from the water supply hose 451 is provided and connected to the water reservoir 440 to supply water can do.

A plurality of absorbing members 441 may be provided in the water reservoir 440 to absorb the water in the reservoir 440 and supply the water to the culture soil C.

The water in the water tank 450 is discharged to the end side of the water supply hose 451 and the branch water supply hose 452 through the water supply hoses 451 and 452 to be stored in the water reservoir 440 And an outflow member 454 having a plurality of openings are connected to each other.

The outflow member 454 has the same structure as a known oxygen stone used for supplying oxygen to the inside of a fish tank or aquarium, and has a predetermined weight such as a weight to be positioned on the bottom surface of the water reservoir 440.

When the water from the water tank 450 is filled in the water reservoir 440 through the water supply hose 451 and the branch water supply hose 452 to cover the water out member 454, The water in the water reservoir 440 is absorbed through the absorbing member 441 in this state and the water level in the water reservoir 440 is reduced and the water repellent member 454 is exposed again from the water again, The water supply will be done again.

The water supply hose 451 and the branch water supply hose 452 are connected through the upper surface of the water reservoir 440 for example to the water supply hose 451 and the branch water supply hose 452, A large diameter through hole 440a is formed so that the water supply hose 451 and the branch water supply hose 452 are loosely fitted.

In this case, if the water reservoir 440 is embedded in the pot 400 opposite to FIG. 31, the weight of the water outlet member 454 makes it easier to descend to the lower portion of the water reservoir 440.

When the water storage container 440 is embedded in the culture soil C, there is a possibility that the air is not communicated. However, since the culture soil C itself is composed of granules of various sizes and is not in a compressed state, Lt; / RTI >

Thereby, when the water is supplied to or blocked from the water reservoir 440 through the water supply hose 451 and the branch water supply hose 452, air is communicated through the through hole 440a, I do not accept.

31B is a schematic cross-sectional view showing an arrangement structure different from that of FIG. 31A. The water reservoir 440 may be disposed outside the pollen 400, that is, on the top surface of the culture soil C and used.

At this time, a plurality of absorbing members 441 are inserted into the culture soil C from the inside of the water storage tank 440 so that water in the water storage tank 440 is automatically supplied to the culture soil C.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, But fall within the scope of the appended claims.

A1, A2: potting assembly
C: Coating soil
D: Height
E: Wires
F:
H: Height
S: space portion
W: Water
1: pollen assembly
10: Storage tank
10a:
10b: fitting groove
10c: Curved surface
10d: flange portion
10e, 10f: coupling pipe
12: insertion member
14:
15: Support surface
16: circumference
16a:
17: Coupling band
20: Support
21, 22: Through-hole
23: absorptive member
24: vent member
23a, 24a:
26: external absorbing member
27: Tubes
30: Flowerpot
32:
34, 36: Coupling tube
35: Insulation
37:
40: Auxiliary support
41 and 42:
43: absorptive member
44:
45: directional absorbing member
50: Stand
51, 52: Support pipe
60: Lighting fixture
61: Lighting lamp
62: lamp
70: Lighting cover
70a:
71: Ventilation holes
72: input ball
73; lamp
80, 82: cover
90: Automatic water supply system
91: Water supply hose
91a:
92: Water tank
93: Connector
100: Flowerpot
101:
102: Support tube
102a: Ventilation hole
103:
104, 106: absorbing member
105, 107:
108, 109:
110: Integrated storage tank
111:
112:
113: Lamp
120: Storage tank
121: Body
122:
123:
123a; Through ball
124: Filter element
125: sand layer
126: Injection tube
130: Storage tank
131:
132:
133:
140: Purifier
141: Case
142: Filter element
143: Discharge tube
144: sand layer
145: Injection tube
150: Shading cover
160:
161: Stand
161a: insertion groove
162: Support
162a: coupling ball
163: fastening member
164:
164a: pedestal
164a-1: insertion groove
164b: Support
164b-1:
165: Lighting fixtures
166, 166a:
167: Connection
168: fastening member
170: wall
180: Lighting stand
181: Stand
181a: insertion groove
190: Tree
200: pollen assembly
210: Flowerpot
211:
212: coupling pipe
213: drain hose
220: Light box
221: frame
221a:
222: partition member
223: Lighting fixture
230: Wheels
300: pollen assembly
310: Lighting box
311: partition member
312: Lighting fixture
313:
320: Flowerpot
321: Coupling pipe
322: Drain hose
330; wheel
400: Flowerpot
410: coupling pipe
411: Absorbing member
412:
420: Insulation
430:
440: Water reservoir
440a: Through hole
441: absorptive member
450: Water tank
451: Water supply hose
452: Branch water supply hose
454:

Claims (2)

A reservoir for storing water;
A support pipe (51) provided at a predetermined height from the reservoir and integrally formed to protrude from an upper portion of the inner surface and a lower portion of the outer surface with a space that can be accommodated therein; A pedestal including a support pipe (52) formed;
A flower pot attached to a support pipe integrally formed on an upper portion of the inner surface of the pedestal and a lower portion of the outer surface,
/ RTI >
Wherein the support pipe is provided with an absorption member provided to absorb water in the storage tank and a ventilation member having air permeability so as to supply external air without absorbing water,
Wherein at least one vent hole is formed in the support pipe,
A direction absorbing member is provided on the inner surface of the pedestal,
The water in the storage tank is absorbed and supplied to the pedestal through the absorbent member in the support pipe extending only in the lower direction of the outer surface of the pedestal so that the directional function by the directional absorbent member provided on the inner surface of the pedestal can be exerted smoothly In addition,
Wherein the inner surface of the pollen is provided with a heat insulating material, the inside of the pollen is provided with a freezing prevention member around the projecting coupling pipe,
Wherein an upper portion of the support pipe (51) protruding into the flowerpot is overflowed when water is supplied over the protruded height, and is discharged through the interior of the support pipe (51). delete

Images