WO2023191193A1 - Table having aquarium with air purification and plant cultivation functions - Google Patents

Abstract

A table having an aquarium with air purification and plant cultivation functions is disclosed. The disclosed table having an aquarium with air purification and plant cultivation functions comprises: a table body having an aquarium provided on a table top board; a plant cultivation module which is vertically provided upward on one side part of the table top board, and to which the water of the aquarium is supplied so that plants can be cultivated; air purification modules which are provided at the side parts of the plant cultivation module, and which allow dust to be collected in a manner in which the water of the aquarium flows down to the lower part from the upper part thereof such that the dust is stuck to the water and removed; an upper water-distributing water tank part which is provided at the upper end of the plant cultivation module, and which receives the water of the aquarium so as to supply the water to the plant cultivation module and the air purification module; and a water transfer means which connects the inside of the aquarium and the upper water-distributing water tank part so as to pump the water of the aquarium and supply same to the upper water-distributing water tank part.

Description

Table equipped with an aquarium with air purification and plant cultivation functions

The present invention relates to a table with an aquarium installed on the table body for placing objects. More specifically, the present invention relates to a table that uses water from the aquarium to purify the air by collecting indoor dust while also providing a form of air that can grow plants. It relates to a table equipped with an aquarium that has purification and plant cultivation functions.

In general, there is a table with an aquarium installed on the table so that it not only has the original function of being used as a table for holding objects, but also functions as an aquarium for raising and observing ornamental fish.

A table equipped with such an aquarium is disclosed in Registered Utility Model No. 20-0167486, Registered Utility Model No. 20-0262555, and Registered Patent No. 10-1002517.

This conventional table equipped with an aquarium simply functions as an aquarium in addition to the original function of the table, so when growing plants, a separate shelf must be installed on the table and a flower pot must be placed, and the plant must be watered directly by the user. I had the inconvenience of having to take care of my back.

In addition, the existing table equipped with an aquarium cannot perform a separate air purification function, so an air purifier must be installed separately indoors, which takes up a lot of indoor space and requires separate power, which increases electricity usage costs. there was.

<Prior art literature>

Registered Utility Model No. 20-0167486

Registered Utility Model No. 20-0262555

Registered Patent No. 10-1002517

The present invention was created to solve the conventional problems as described above, and is configured to integrate a plant cultivation module and an air purification module into a table equipped with an aquarium, so that it has not only an aquarium function, but also a plant cultivation function and an air purification function. In addition to providing a table equipped with a multi-functional aquarium, this plant cultivation module and air purification module are configured to grow plants and collect dust using the water in the aquarium, increasing the utilization of aquarium water and replacing aquarium water. The purpose is to provide a table equipped with an aquarium with air purification and plant cultivation functions to provide convenience of maintenance by increasing the cycle time.

However, the purpose of the present invention is not limited to this, and of course, even if not explicitly mentioned, purposes or effects that can be understood from the means of solving the problem or the embodiment are also included.

The table equipped with an aquarium with air purification and plant cultivation functions of the present invention to achieve the above object includes a table main body with an aquarium attached to the table top; a plant cultivation module installed vertically upward on one side of the table top and configured to grow plants by supplying water from the aquarium; an air purification module configured on a side of the plant cultivation module and allowing water in the aquarium to flow from the top to the bottom to collect dust by removing dust from the water; an upper water distribution water tank installed at the top of the plant cultivation module and receiving water from the aquarium to supply water to the plant cultivation module and the air purification module; and a water transfer means configured to connect the inside of the aquarium and the upper water distribution tank to pump water from the aquarium and supply it to the upper water distribution tank.

The table main body further includes an aquarium fixing housing having a table top coupled to an upper end and a table leg coupled to a lower edge, and a seating portion in the inner center into which the aquarium is inserted and fixed. The inside of the aquarium fixing housing is A filtration circulation water tank is disposed at the bottom of the plant cultivation module and collects and purifies the first discharge water discharged from the plant cultivation module and the second discharge water discharged from the air purification module and re-supplies it to the aquarium to ensure circulation. It can be configured.

The air purification module is made in the form of a square box with an open side and is located on the side of the plant cultivation module. The inner wall has a wet dust collection system in which water supplied from the upper water distribution tank flows down and collects dust in the air. Purification module body having a surface; a cover panel that is detachably coupled to and installed on an open side of the purification module main body and has a plurality of ventilation holes through which air flows in and out; a water guide means configured at the inner upper part of the purification module main body and receiving water from the upper water distribution tank and guiding it to the dust collection surface; It may be configured to include a dust filtering unit that is located on the inner lower side of the purification module main body and collects water flowing down the wet dust collection surface, filters dust from the collected water, and then supplies it to the filtration circulation water tank. there is.

The plant cultivation module includes a cultivation housing coupled to one side of the table top in the form of a square box with an open front, and a pot shelf portion consisting of a plurality of shelf panels installed on the cultivation housing at predetermined intervals above and below; A plant cultivation port installed at the top of the shelf panel and providing a space for growing plants therein; It is installed to penetrate the bottom of the plant cultivation port and the shelf panel, and is configured at a predetermined height from the bottom of the plant cultivation port to the top, so that water supplied from the upper water distribution tank fills the plant cultivation port above a predetermined level. It may be configured to include an overflow-type water drain pipe that maintains water supplied in excess of a predetermined water level and drains downward to a plant cultivation port located below to ensure water supply.

The water transport means includes a submersible pump configured to be immersed in the water of the aquarium and pumping the water of the aquarium, a lower end connected to the submersible pump and configured to extend vertically upward, and an upper end configured to transfer the pumped aquarium water to the upper water supply. It is configured to include a water transfer piping unit that discharges water into the sump unit, and the port shelf unit may be configured with a pipe fitting unit into which the water transfer piping unit is inserted and coupled to the front end of the shelf panel.

A transparent cover is further provided, which is detachably coupled to the open front part of the port shelf and made of a transparent material so that the inside of the port shelf can be seen from the outside, and the port shelf allows external air to enter the port shelf. An external air supply means may be further configured to supply air to the space to supply air to plants grown in the plant cultivation port.

In addition, the table equipped with the aquarium of the present invention includes a table body; an aquarium unit installed inside the table body; an external water tank formed around the lower part of the aquarium unit and filled with water for air purification; It is installed along the outer surface of the upper part of the aquarium part, absorbs water supplied from the external water tank, and distributes it so that it flows down along the outer surface of the aquarium part along the outer surface of the upper part of the aquarium part to collect dust in the air. water distribution means; A water transfer pump installed in the external water tank; and a water transfer pipe connected to the water transfer pump to transport the water in the external water tank upward and discharge it into the water distribution means.

According to the above, compared to a table equipped with a standard aquarium, the present invention is equipped with a plant cultivation module, so that not only can plants be cultivated and observed through the plant cultivation function, but also an air purification module can be used. It also has an air purification function, so you can purify indoor air with a single table without having to install a separate air purifier indoors, maximizing space use efficiency.

In particular, the present invention not only has a plant cultivation module and an air purification module installed integrally on a table, but also operates the plant cultivation module and the air purification module using water from an aquarium, and the plant cultivation module is operated using water from an aquarium. Water, that is, aquarium water containing nutrients from the excrement of aquarium fish and surplus food, is supplied to enable aquaponics plant cultivation, so there is no need to clean the aquarium fish excrement, just replenish water in the aquarium. Not only does this make aquarium management very convenient, but it also purifies indoor air by collecting dust in a way that causes dust in the air to stick to the water as the water flows down from the aquarium, thereby increasing the utilization of aquarium water and improving indoor air quality. It has the effect of maintaining the condition in good condition.

In addition, the various and beneficial advantages and effects of the present invention are not limited to the above-described content, and may be more easily understood in the process of explaining specific embodiments of the present invention.

1 is a perspective view showing a table equipped with an aquarium with air purification and plant cultivation functions according to an embodiment of the present invention;

Figure 2 is a perspective view showing the main parts of the present invention separated,

Figure 3 is a first cross-sectional view of a table equipped with an aquarium of the present invention;

Figure 4 is a second cross-sectional view of the table equipped with the aquarium of the present invention cut from another direction;

Figure 5 is a diagram showing the form of the upper filtration tank of the present invention,

Figure 6 is a diagram showing another form of the table body of the present invention,

Figure 7 is a diagram showing a table according to another embodiment of the present invention.

The above objects, other objects, features and advantages of the present invention will be easily understood through the following preferred embodiments related to the attached drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms. Rather, the embodiments introduced herein are provided so that the disclosed content will be thorough and complete and so that the spirit of the present invention can be sufficiently conveyed to those skilled in the art.

In this specification, when an element is referred to as being on another element, it means that it may be formed directly on the other element or that a third element may be interposed between them. Additionally, in the drawings, the thickness of components is exaggerated for effective explanation of technical content.

Embodiments described in this specification will be explained with reference to cross-sectional views and/or plan views, which are ideal illustrations of the present invention. In the drawings, the thicknesses of films and regions are exaggerated for effective explanation of technical content. Therefore, the shape of the illustration may be changed depending on manufacturing technology and/or tolerance. Accordingly, embodiments of the present invention are not limited to the specific form shown, but also include changes in form produced according to the manufacturing process. For example, an etch area shown at a right angle may be rounded or have a shape with a predetermined curvature. Accordingly, the regions illustrated in the drawings have properties, and the shapes of the regions illustrated in the drawings are intended to illustrate a specific shape of the region of the device and are not intended to limit the scope of the invention. In various embodiments of the present specification, terms such as first and second are used to describe various components, but these components should not be limited by these terms. These terms are merely used to distinguish one component from another. Embodiments described and illustrated herein also include complementary embodiments thereof.

The terms used in this specification are for describing embodiments and are not intended to limit the invention. As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. As used in the specification, 'comprises' and/or 'comprising' does not exclude the presence or addition of one or more other elements.

In describing specific embodiments below, various specific details have been written to explain the invention in more detail and to aid understanding. However, a reader skilled in the art to understand the present invention will recognize that it can be used without these specific details. In some cases, it is mentioned in advance that when describing the invention, parts that are commonly known but are not significantly related to the invention are not described in order to prevent confusion without any reason in explaining the invention.

Hereinafter, with reference to FIGS. 1 to 6, a table equipped with an aquarium with air purification and plant cultivation functions according to an embodiment of the present invention will be described in detail.

The table equipped with an aquarium with air purification and plant cultivation functions of the present invention includes a table body (10), an aquarium (20), a plant cultivation module (30), an air purification module (50), an upper water distribution tank (60), It is configured to include a water transfer means (70) and a filtration circulation water tank (80).

The table body 10 includes a table top 11, an aquarium fixing housing 12 having a table top 11 coupled to the top and a seating portion 15 in the inner center into which the aquarium 20 is inserted and seated, It is configured to include a table leg (13) fixed to the lower edge of the fixed housing (12).

In addition, a transparent plate 14 made of a transparent material such as a glass plate is formed at the center of the table top 11 to see through the aquarium 20 inserted into the seating portion 15.

In the present invention, the table top 11 is installed to cover the top of the aquarium fixing housing 12, but may be composed of one integrated plate, and as shown in the drawing, is divided into two to form a plant cultivation module. A table plate (11a) installed in an area where (30) is not installed and configured to function as a table for lifting objects, and a side part of the table table plate (11a) that covers one side of the aquarium fixing housing (12). It may be composed of a module support plate (11b) that is coupled to support the plant material module (30).

The aquarium 20 is made of glass, has a square box shape with an open top, and is configured to be inserted and fixed into the bottom of the seating portion 15.

The inside of the aquarium 20 is filled with aquarium water and is configured to function as an aquarium by adding goldfish or other ornamental fish to the water filled inside, and the ornamental fish in the aquarium 20 is configured to be observed from the outside through a transparent plate 14. do.

The plant cultivation module 30 is installed vertically upward on one side of the table top 11 and is configured to grow plants in multiple stages, and draws water in the aquarium 20 to the top of the plant cultivation module 30. It is configured to supply water sequentially from the top to the bottom of plants grown in multiple stages.

The plant cultivation module 30 of the present invention provides plant cultivation in the form of aquaponics, that is, feeding ornamental fish to the aquarium 20, and supplying water from the aquarium containing the excrement of the ornamental fish and surplus food as a source of nutrients for the plants. It is configured to enable plant cultivation in a form provided by excessive moisture, and is configured to include a pot shelf portion (31), a plant cultivation port (32), and an overflow type water drain pipe (35).

The pot shelf unit 31 is coupled and installed on one side of the table top, and includes a cultivation housing 31a in the form of a square box with an open front, and shelf panels 31b installed inside the cultivation housing 31a at predetermined intervals up and down. ).

The plant cultivation port 32 provides a space for growing plants inside, and is configured to be installed at the top of each shelf panel 31b.

The overflow-type water drain pipe 35 is installed to penetrate the plant cultivation port 32 and the shelf panel 31b, and is constructed at a predetermined height from the bottom of the plant cultivation port 32 to the top, so that the water drained from the top and supplied is used to feed the plants. The cultivation pot 32 is configured to maintain a state of being filled above a predetermined water level, and the water supplied in excess of the predetermined number is drained downward into the plant cultivation port 32 located below.

In this way, aquarium water is accommodated at a predetermined water level in the plant cultivation port 32, and the plants in the plant cultivation port 32 can be cultivated using fish excrement and excess nutrients contained in the aquarium water as a nutrient source.

The air purification module 50 is configured on both sides of the plant cultivation module 30 to receive water from the aquarium and collect dust by flowing the water from the top to the bottom of the aquarium so that dust sticks to the water and is removed. am.

Specifically, the air purification module 50 is configured to include a purification module main body 51, a cover panel 53, a water guide means 55, and a dust filter unit 56.

The purification module main body (51) is made in the form of a square box with an open side, and is formed on the side of the plant cultivation module (30). On the inner wall, water supplied from the upper water distribution tank (60) flows down and removes dust in the air. A wet dust collection surface 52 is formed to collect dust.

The cover panel 53 is detachably coupled to cover the open side of the purification module main body 51 and is made of a perforated plate with a plurality of ventilation holes 53a.

Indoor air flows into the purification module main body 51 through the ventilation hole 53a, and dust sticks to the water flowing on the wet dust collection surface 52, allowing dust collection.

The water guide means 55 is formed at the inner upper end of the purification module main body 51 and allows water supplied from the upper water distribution tank 60 to flow in, and the inflow water overflows toward the upper end of the wet dust collection surface 52. It is configured to guide the flow along the wet dust collection surface 52.

The dust filter unit 56 is formed at the inner lower part of the purification module main body 51, and collects water flowing down through the wet dust collection surface 52. Dust is filtered from the collected water and then circulated through filtration. It is configured to supply to the water tank (80). At this time, a filter member 57 is formed at the lower part of the dust filter 56 to filter the collected water, so that the water flowing down the wet dust collection surface 52 is filtered by the filter member 57, and the dust filtration A lower drain passage 38 is formed through the bottom of the portion 56 to drain the filtered water to the side of the filtration circulation water tank 80.

The upper water distribution tank 60 is installed at the top of the plant cultivation module 30, and receives water from the aquarium 20 by the water transfer means 70 to form the plant cultivation module 30 and the air purification module 50. It is configured to supply.

At the bottom of the upper water distribution tank 60, a first water supply passage 63 is formed to drain the water supplied from the aquarium 20 to the plant cultivation port 32 at the top, and the upper water distribution tank 60 On both sides, a second water supply passage 64 is connected to the top of the purification module main body 51 and drains the water supplied from the aquarium 20 to the water guide means 55.

The water transfer means 70 connects the inside of the aquarium 20 and the upper water distribution tank 60 and transports and supplies water from the aquarium 20 to the upper water distribution tank 60 by pumping. (20) A submersible pump 71 installed to be submerged in the water inside, the lower end is connected to the submersible pump 71, extends vertically to the upper part, and drains water into the upper water distribution tank 60 at the upper end. It consists of a water transfer piping unit (73) equipped with a drainage guide pipe (73a).

In the present invention, the water transfer piping unit 73 is configured to be fixedly installed at each end of the shelf panels 53 arranged in multiple stages.

Specifically, a groove-shaped pipe fitting portion 33 is formed at the front end of each shelf panel 53, and the water transport pipe portion 73 is inserted and coupled to this pipe fitting portion 33 to be fixed. do.

The present invention may further include a separation prevention rib 74 that is fitted to each shelf panel 53 to prevent the water transport pipe part 73 from being separated from the pipe fitting part 33.

Meanwhile, in the present invention, water supplied from the aquarium 20 is introduced into the inner side of the upper water distribution tank 60 by the water transfer means 70, and foreign substances with large particles are filtered out from the inflow water. An upper filtration tank 65 that supplies overflow to 60 may be further configured. As shown in (a) of FIGS. 3 and 5, the upper filtration tank 65 may be disposed at the lower part of the drain guide pipe 73a and configured to allow aquarium water discharged from the drain guide pipe 73a to flow into the upper filtration tank 65. A porous filtration member 66 is inserted and installed at the bottom of the filtration tank 65, and foreign substances in the form of large particles are filtered out of the water flowing into the upper filtration tank 65 by the porous filtration member 66, and the filtered water is filtered into the upper filtration tank 65. It is configured to overflow the filtration tank (65) and be supplied to the upper water distribution tank (60). However, the porous filtration member 66 is not limited to a structure inserted and installed at the bottom of the upper filtration tank 65, and is installed at a predetermined distance from the bottom of the upper filtration tank 65, and is installed at the end of the drainage guide pipe 73a. The aquarium water may be configured to flow into the bottom of the upper filtration tank 65 through the porous filtration member 66. In this case, as the water flowing into the upper filtration tank 65 passes through the porous filtration member 66, foreign matter in the form of large particles is caught, and the water with the foreign matter caught is supplied to the upper water distribution tank 60. It can be configured. For example, the porous filtration member 66 functions to filter lumpy aquarium fish excrement present in the water of the aquarium, and the dissolved matter of the excrement dissolved in water passes through the porous filtration member 66 and is then transferred to the plant cultivation module. (30) It can be configured to be a nutrient for plant cultivation by being supplied.

The filtration and circulation water tank 75 is formed on one side of the aquarium fixed housing 12 and is configured to be placed below the plant cultivation module 30 and the air purification modules 50 on both sides, so that it is connected to the plant cultivation module 30. The first discharge water discharged to the bottom and the second discharge water discharged from the air purification module 50 to the bottom are collected, the collected water is purified and re-supplied to the aquarium 20, thereby achieving water circulation in the aquarium 20. It is structured to hold.

Inside the filtration circulation water tank 75, a plurality of overflow plates 76a and 76b of different heights are formed at predetermined intervals along the central part from the longitudinal side, and the central part flows into the side and overflow plates 76a, A central water collection unit 77 is formed where the water overflowing through 76b is collected, and the water collected in the central water collection unit 77 is drained to the aquarium 20 on the front wall of the central water collection unit 77 to form an aquarium ( A recovery passage 78 is formed to allow recovery to the 20) side.

In addition, the filtration circulation water tank 75 includes a foreign matter adsorption member that absorbs and collects dust and foreign substances contained in the water flowing into the bottom of the space partitioned by the overflow plates 76a and 76b and the bottom of the central water collection unit 77, respectively. (76c) is constructed. Here, the foreign matter adsorption member 76c may be made of a foreign matter adsorbing mineral such as charcoal or basalt, which has adsorption pores that adsorb foreign substances contained in water. However, the foreign matter adsorption member 76c is not limited to foreign matter adsorbing minerals, and may of course be composed of any other adsorption filter capable of adsorbing foreign substances contained in water.

In the present invention, the filtration and circulation water tank 75 is configured so that the first discharge water discharged downward from the plant cultivation module 30 is directly drained into the central water collection portion 77 formed in the central portion in the longitudinal direction, and collects water on both sides in the longitudinal direction. The second discharge water discharged downward from the air purification module 50 is collected, and the collected second discharge water overflows the overflow plates 76a and 76b while dust contained in the water is adsorbed and removed by the foreign matter adsorption member 76c. Thus, water is collected through the central water collection unit 77, and the first and second discharged water are discharged to the aquarium 20 through the recovery passage 78 for recovery.

Hereinafter, with reference to the drawings, the operation of a table equipped with an aquarium with air purification and plant cultivation functions according to an embodiment of the present invention will be described.

The aquarium water in the aquarium 20 flows into the upper filtration tank 65 by the water transfer means 70, and large particles of aquarium fish excrement are filtered out from the upper filtration tank 65 and supplied to the upper water distribution tank 60. do.

Next, the aquarium water supplied to the upper water distribution tank 60 is supplied to the plant cultivation module 30 through the first water supply passage 63, and aquaponics plant cultivation is performed using the aquarium water. , is supplied to the air purification module 50 through the second water supply passage 64, and indoor dust is collected using aquarium water.

Specifically, the aquarium water drained through the first water supply passage 63 is drained into the plant cultivation port 32 on the uppermost side, and after filling the plant cultivation port 32 on the uppermost side to a predetermined water level, the overflow type water It is drained to the plant cultivation port 32 on the lower side through the drain pipe 35, fills the lower plant cultivation port 32 to a predetermined level, and then passes through the overflow type water drain pipe 35 to the plant cultivation port on the lower side. It is drained to (32), and in the same principle, after being filled to a predetermined water level, it is drained to the filtration circulation water tank (75) to allow water collection.

In addition, the aquarium water drained through the second water supply passage 63 flows into the water guide means 55 and flows down from the top to the bottom along the dust collection surface 52. At this time, the dust collection surface 52 Dust in the air sticks to the aquarium water flowing through the aquarium, and fine dust in the air is removed, and the water flowing down the dust collection surface 52 flows into the dust filter 56, removing the dust contained in the water. After the particles are filtered, they are drained into the filtration circulation water tank (75) through the lower drain passage (58) to collect water.

In this way, the first discharge water drained from the plant cultivation module 30 and the second discharge water drained from the air purification module 50 are drained into the filtration circulation water tank 75, and after adsorption and filtration of foreign substances contained in the water are performed, they are filtered. The water is recovered into the aquarium 20 through the recovery passage 78 to circulate the aquarium water.

As such, in the present invention, an aquarium 20 is attached to a table, so that it can be used not only as a table but also as an aquarium, and by supplying water from the aquarium to the plant cultivation module 30 to grow plants in the aquaponics method. In addition, by supplying aquarium water to the air purification module (50) to collect wet dust using aquarium water, it has not only the original function of the table but also an aquarium function, as well as plant cultivation and air purification. You can construct a table that does this.

Meanwhile, referring to FIG. 6, in the table body of the present invention, air flows in and out of the circumferential bottom of the aquarium fixing housing 12 and the upper side wall of the seating portion 15, causing condensation to form on the aquarium 20 and the transparent plate 14. A condensation prevention hole (16) is formed to prevent the formation of condensation, and is inserted and installed between the side wall of the fixing housing (12) and the side of the seating part (15) to close the gap between the fixing housing (12) and the seating part (15). A reinforcing block 17 may be formed to keep the side wall of the seating portion 15 constant and prevent bending deformation.

In addition, although not shown, the pot shelf portion 31 of the present invention opens and closes the open front portion of the cultivation housing 31a, and is a transparent door made of a transparent material so that plants grown in the plant cultivation port 32 can be observed from the outside. It can be further configured, and in this case, the pot shelf portion 31 supplies external air to one side of the cultivation housing 31a to the inside of the cultivation housing 31a to feed the plants grown in the plant cultivation port 32. An external air supply means consisting of a fan motor that supplies air may be further configured. Additionally, an LED light emitting unit that provides light for growing plants may be formed inside the cultivation housing (31a).

Hereinafter, with reference to FIG. 7, a table according to another embodiment of the present invention will be described.

The table of this embodiment includes a table main body 110, and an aquarium unit 120 that is installed inside the table main body 110, is filled with aquarium water, and is configured to function as an aquarium by inserting ornamental fish such as goldfish into the filled water. An external water tank 130 is installed on the inner bottom of the table body 110 and is installed so that the aquarium part 120 is inserted into it and is filled with water for air purification, and an external water tank 130 is installed in the external water tank 130 to pump water. The water transfer pump 140, the water transfer pipe 145 that is connected to the water transfer pump 140 and transports and discharges the pumped water to the upper part of the aquarium unit 120, and the outer circumference of the upper part of the aquarium unit 120. It is installed along the surface and is made of a porous material that can absorb water, such as a sponge, so that the water discharged through the water transfer pipe 145 flows down from the upper outer surface of the aquarium unit 120 to the lower part, collecting dust contained in the air. It is configured to include a water distribution means 150 that allows collection of.

The external water tank 130 is formed around the lower part of the aquarium unit 120, and the water filled in the external water tank 130 is transported along the water transfer pipe 145 by driving the transfer pump 140 to the water distribution material 150. ) is discharged and absorbed into the water distribution means 150, and when the amount of water absorbed and retained by the water distribution means 150 is exceeded, water is discharged from the water distribution means 150 along the upper circumference of the aquarium unit 120. The water is distributed and discharged to the lower part, flows down from the upper side to the lower part along the entire outer surface of the aquarium part 120, and is returned to the external water tank 130. As water flows down the entire outer surface of the aquarium part 120, the entire outer surface of the aquarium part 120 functions as a wet dust collection surface where air is collected, thereby enabling air purification.

When the water in the external water tank 130 is discharged to the water distribution means 150 through the water transfer pipe 145 and absorbed into the water distribution means 150, foreign substances such as dust contained in the water are filtered out and filtering is performed. It may be configured so that the filtered water flows downward from the outer circumference of the upper end of the aquarium unit 120.

In addition, although not shown, it goes without saying that filter means for purifying water may be installed inside the external water tank 130.

Although the present invention has been shown and described in connection with preferred embodiments for illustrating the principles of the present invention, the present invention is not limited to the configuration and operation as shown and described. Rather, those skilled in the art will be able to understand that many changes and modifications can be made to the present invention without departing from the spirit and scope of the appended claims. Accordingly, all such appropriate changes, modifications and equivalents shall be considered to fall within the scope of the present invention.

The present invention as described above can be widely used in the furniture industry, air purifier, and interior design industries.

10… table body

11… table top

11a… table table board

11b… module support plate

12… Aquarium fixed housing

13… table legs

14… transparent plate

15… Seating part

16… Condensation prevention hole

17… Reinforcement block

20… aquarium

30… Plant cultivation module

31… port shelf

31a… cultivation housing

31b… shelf panel

32… Plant cultivation port

33… Pipe insertion part

35… Overflow type water drain pipe

50… Air purification module

51… Purification module body

52… Wet dust collection surface

53… cover panel

55… water guide tool

56… dust filtration unit

57… filter member

58… Lower drain passage

60… Upper water distribution tank

63… First water supply channel

64… Second water supply channel

65… Upper filtration tank

66… filtration member

70… water transport means

71… submersible pump

73… water transfer piping

73a… Drainage guide pipe

74… Breakaway prevention rib

75… Filtration circulation tank

76a, 76b... overflow plate

76c… Absence of foreign matter adsorption

77… central water catchment area

78… Recovery path

Claims (7)

1. A table body with an aquarium attached to the table top;

   a plant cultivation module installed vertically upward on one side of the table top and configured to grow plants by supplying water from the aquarium;

   an air purification module configured on a side of the plant cultivation module and allowing water in the aquarium to flow from the top to the bottom to collect dust by removing dust from the water;

   an upper water distribution water tank installed at the top of the plant cultivation module and receiving water from the aquarium to supply water to the plant cultivation module and the air purification module;

   A table equipped with an aquarium, comprising: a water transfer means configured to connect the inside of the aquarium and the upper water distribution tank to pump water from the aquarium and supply it to the upper water distribution tank.
2. According to claim 1,

   The table body further includes an aquarium fixing housing with a table top coupled to the top, table legs coupled to a bottom corner, and a seating portion in the inner center into which the aquarium is inserted and fixed,

   Inside the aquarium fixed housing, it is disposed below the plant cultivation module, and the first discharge water discharged from the plant cultivation module and the second discharge water discharged from the air purification module are collected, purified, and supplied back to the aquarium to ensure circulation. A table equipped with an aquarium, characterized in that it further consists of a filtration circulation water tank to achieve this.
3. According to claim 2,

   The air purification module,

   A purification module is formed in the form of a square box with an open side and is located on the side of the plant cultivation module, and has a wet dust collection surface on the inner wall through which water supplied from the upper water distribution tank flows down and collects dust in the air. main body;

   a cover panel that is detachably coupled to and installed on an open side of the purification module main body and has a plurality of ventilation holes through which air flows in and out;

   a water guide means configured at the inner upper part of the purification module main body and receiving water from the upper water distribution tank and guiding it to the dust collection surface;

   A dust filtering unit configured on the inner lower side of the purification module main body, collects water flowing down the wet dust collection surface, filters dust from the collected water, and then supplies it to the filtration circulation water tank. A table equipped with an aquarium.
4. According to claim 1,

   The plant cultivation module is,

   A pot shelf unit consisting of a cultivation housing coupled to one side of the table top and formed in the form of a square box with an open front, and a plurality of shelf panels installed on the cultivation housing at predetermined intervals above and below;

   A plant cultivation port installed at the top of the shelf panel and providing a space for growing plants therein;

   It is installed to penetrate the bottom of the plant cultivation port and the shelf panel, and is configured at a predetermined height from the bottom of the plant cultivation port to the top, so that water supplied from the upper water distribution tank fills the plant cultivation port above a predetermined level. A table equipped with an aquarium, comprising an overflow type water drain pipe that maintains water supplied in excess of a predetermined water level and drains downward to a plant cultivation port located below to ensure water supply.
5. According to claim 4,

   The water transport means includes a submersible pump configured to be immersed in the water of the aquarium and pumping the water of the aquarium, a lower end connected to the submersible pump and configured to extend vertically upward, and an upper end configured to transfer the pumped aquarium water to the upper water supply. It is configured to include a water transfer piping section that discharges water into the sump section,

   A table equipped with an aquarium, wherein the port shelf portion includes a pipe insertion portion into which the water transfer piping portion is inserted and coupled to the front end of the shelf panel.
6. According to claim 5,

   A transparent cover is further provided, which is detachably coupled to the open front part of the port shelf and made of a transparent material so that the inside of the port shelf can be seen from the outside,

   A table equipped with an aquarium, characterized in that the pot shelf portion is further configured with an outdoor air supply means for supplying outside air to the inner space of the pot shelf portion to supply air to plants grown in the plant cultivation port.
7. table body;

   an aquarium unit installed inside the table body;

   an external water tank formed around the lower part of the aquarium unit and filled with water for air purification;

   It is installed along the outer surface of the upper part of the aquarium part, absorbs water supplied from the external water tank, and distributes it so that it flows down along the outer surface of the aquarium part along the outer surface of the upper part of the aquarium part to collect dust in the air. water distribution means;

   A water transfer pump installed in the external water tank;

   A table equipped with an aquarium, comprising a water transfer pipe connected to the water transfer pump to transport water in the external water tank upward and discharge it into the water distribution means.

Images