KR101446920B1 - Multi-function pot - Google Patents

Abstract

The present invention relates to a multifunctional potting apparatus, and more particularly, to a system for purifying air and humidity by controlling the air purification or humidity by the natural function of the plant itself, Which is a technology related to a multifunctional pollen device.
To this end,
A pollen main body having an intake port formed therein, an inlet port connected to the accommodation space at one side thereof and an air outlet port connected to the accommodation space at the other side, an intake fan connected to the intake port, And a soil cultivation vessel in which a soil space to be filled with the soil is formed and a through hole connected to the duct space is formed on a circumferential surface,
And external air is passed through the accommodating space through the intake fan to be brought into contact with the soil and plant root exposed through the through hole, and then discharged to the air outlet.

Description

Multi-function potting device {MULTI-FUNCTION POT}

The present invention relates to a pollen device capable of simultaneously exhibiting a landscape function by a pollen structure, a humidification function, an air purification function, a pest protection function, and the like.

In general, pollen is used for indoor and outdoor landscaping and air purifying functions. All pollen is made up only of plants that are planted in soil filled with pollen containers.

Therefore, the effect of landscaping is obtained only through the aesthetics of the plant itself, and the air is purified only through the anion or oxygen generated from the plant itself.

As such, the existing pollen apparatus has a large purpose of landscaping, and air purification and humidity control depend on natural functions through photosynthesis of the plant itself.

Therefore, in order to purify the air and control the humidity of the room through the pollen device, the pollen having the corresponding function must be purchased separately. In order to maintain the desired level of air purification or humidity, several pollen need to be provided. There is a big problem.

In addition, since a plurality of pollen can not be installed in a room with a narrow space, most of the pollen devices installed in this case are merely simple landscaping functions, and air purification and humidity control functions are not exhibited at all. And the like.

In addition, the existing flowerpot is inconvenient that only the unique fragrance of the plant is generated, and the plants having the fragrance must be separately prepared in order to obtain various fragrance.

That is, in order to simultaneously obtain an air purification effect, a humidity control effect, or a perfume-generating effect, there is a problem in that a plurality of plants having the corresponding function must be separately prepared.

In addition, since the existing pollen apparatus must visually check the state of the soil to determine the water supply timing by the naked eye, there is a great possibility that the water supply time is missed, and the water supply time must be checked from time to time.

Various embodiments of the present invention,

The present invention provides a multifunctional pollen device capable of achieving high air purification and humidity control efficiency by having air purification or humidity control by the natural function of the plant itself and a separate mechanical air purification and humidity control structure in the pollen body.

Also, it is intended to provide a multifunctional pollen apparatus that can inform the time of water supply or automatically supply water to the pollen management system even if the manager does not directly check the water supply timing.

Also, it is intended to provide a pollen apparatus capable of generating various fragrances in one pollen apparatus through a separate fragrance generating unit in addition to the specific fragrance of the plant.

The present invention also provides a multifunctional flowerpot apparatus capable of enhancing a beauty enhancement effect by allowing various colors of a flowerpot body to be changed by an external temperature change.

In addition, a light emitting member is installed in a flowerpot body to enhance advertisement and landscaping effect by a light emitting member, and a power supply necessary for air purification and humidity control including solar light can be made of solar heat, thereby being environmentally friendly, ≪ / RTI >

Various embodiments of the present invention having such a purpose,

A pollen main body having an intake port formed therein, an inlet port connected to the accommodation space at one side thereof and an air outlet port connected to the accommodation space at the other side, an intake fan connected to the intake port, And a soil collecting container having a soil collecting space formed therein and having a through hole connected to the soil accommodating space formed on a circumferential surface thereof, wherein outside air is passed through the accommodating space through the intake space and exposed through the through hole And is discharged to the air discharge port after coming into contact with the soil and plant roots.

And a water supply unit installed in the accommodation space and supplying moisture to the soil and plant roots through the through holes.

The water supply unit may include a water storage container filled with water, and a water spraying unit connected to the water storage container to spray the water into the plant cultivation container.

And a water return pipe connecting the air discharge port and the water supply unit, wherein water particles formed on the surface of the air discharge port in the process of discharging air through the plant discharge vessel to the outside through the air discharge port, And can be moved through the pipe to the water storage container.

The apparatus may further include at least one auxiliary plant cultivation vessel which is installed in a detachable manner in the soil mound space and is filled with soil and has an auxiliary through hole connecting the inside and the soil mound.

And a purge material supply unit connected to the air discharge port and supplying air purifying material into the air discharge port.

Also, the pot body may be added with a reversible zeolite pigment whose color changes according to the temperature change.

A display panel installed on an outer surface of the flowerpot body, a power supply part connected to the display panel, and a controller connecting the power supply part and the display panel.

The power supply unit may be a solar cell.

And a speaker connected to the music reproducing apparatus and the music reproducing apparatus installed in the pot body.

The present invention having these various embodiments,

Basically, the outside air is introduced into the inside of the pollen body through the intake fan, and through the through-hole in the process of passing through the plant growing container, the dust contained in the air is contacted with the moss contained in the soil and the root of the plant, So that the air purification effect can be obtained.

Since the proper amount of water is supplied to the soil and roots at all times through the water supply part, the dust contained in the air is easily filtered by the water during the contact of the air with the soil and the roots, thereby improving the filtering effect.

In addition, since the water supply unit always supplies appropriate amount of water to the soil and roots, it is possible to eliminate the trouble that the manager has to check the water supply timing one by one.

Since the purifying material is discharged to the air outlet through the purifying material supply unit and is discharged to the outside together with the discharged air, the efficiency of purifying the air is further improved by the purifying material.

Also, the auxiliary plant cultivation vessel is detachably installed in the plant cultivation vessel, and the soil and the plant are separately accommodated in each auxiliary plant cultivation vessel, so that it is possible to accommodate various plants and to easily receive and separate.

Also, since the color of the pollen body changes with temperature, the visual aesthetic can be improved.

In addition, since the advertisement function by the display panel is implemented and the music reproduction function is provided, various multimedia can be implemented, and the necessary power is supplied through the solar condenser, thereby providing a cost saving effect by the power supply.

Also, since the advertisement function by the display panel is implemented and the music reproduction function is provided, there is an advantage that the user can receive the effect of the characteristics of the multi-function household appliance for landscaping.

Fig. 1 is a cross-
Fig. 2 is a cross-
Fig. 3 is a side sectional view

Hereinafter, specific configurations and effects of the present invention will be described based on the configurations illustrated in the drawings.

The multifunction pollen apparatus of the present invention includes a pollen main body 100, an intake fan 500, a plant cultivation vessel 200, a water supply unit 400, a purifying material supply unit 700 (see FIG. 1) ).

First, the potted plant body 100 is a box-shaped potion in which plants and soot are substantially contained, and is generally box-shaped. Inside the potted plant body 100, a plant cultivation vessel 200 and a water supply unit 400, The housing space 110 is formed.

At this time, a step 112 is formed on the open upper surface of the pollen body 100, that is, at the entrance edge of the pollen body 100 so that the planting container 200 described later can be seated.

The air intake port 120 is formed at one side of the pollen body 100 in a state connected to the accommodation space 110 and the air discharge hole 130 is formed at the opposite side of the pollen body 100 in a state connected to the accommodation space 110.

With this structure, the accommodation space 110 has a structure communicating with the outside through the air inlet 120 and the air outlet 130. [

The pollen body 100 having such a structure can be made of various materials such as general ceramics, porcelain, plastic or metal. In this case, in the process of manufacturing the pollen body 100, And a reversible zeotropic pigment is added.

Such a zeolite pigment is applied to the surface of the pollen body 100 to form the zeolite pigment layer 140 so that the color of the pollen body 100 changes as the temperature of the pollen body 100 itself changes or the temperature changes Can be obtained.

For example, there is a method in which a mixed liquid in which zeotropic pigment and a general pigment are mixed in the process of producing the pollen body 100 is coated on the surface of the pollen body 100, And a method of attaching the coating material to the pot body 100.

For reference, the temperature at which the color of the zeotropic pigment changes is determined. For example, at 32 ° C, the color does not diverge at a high temperature and a unique color at a low temperature can be obtained.

On the contrary, it is also possible to cause the color to appear at a temperature higher than 32 ° C and the color to disappear at a temperature lower than 20 ° C.

For example, when the color of the surface of the flowerpot body 100 changes in summer, the indoor temperature exceeds 32 ° C. Therefore, it becomes possible to recognize that the cooling operation is necessary.

On the other hand, when the surface of the flowerpot body 100 disappears in winter, it means that the temperature of the flowerpot body 100 is lower than 20 占 폚, so that it is recognized that heating operation is necessary.

For reference, Zion Pigment does not have a direct relationship with air purifying and humidity control functions, only functioning as an aesthetic and temperature check function of the pollen body, so that it can be omitted if necessary.

A plant cultivation vessel (200) is installed in the pot body (100).

The plant cultivation vessel 200 functions to accommodate substantial soil and plants. The plant cultivation vessel 200 has a box shape with an open upper part. The soil cultivation space 210 is formed in the inside of the plant cultivation vessel 200, And is inserted into the accommodation space 110. [

At this time, a through hole 212 is formed in the entire wall surface of the plant cultivation vessel 200. For reference, the plant cultivation vessel 200 may have a structure in which a through hole 212 is separately formed in a plate material, have.

In this plant cultivation vessel 200, an auxiliary plant cultivation vessel 300 is installed. The auxiliary plant cultivation vessel 300 is a box-shaped portion in which the soil and plants are substantially contained, and the upper surface is opened as a whole, and plants are planted in the soil in a state in which the soil is filled in the inside.

In addition, the subsidiary plant cultivation vessel 300 is also exposed to the outside through the auxiliary through hole 312 as the auxiliary soil hole 312 is formed on the entire wall surface. In this state, The root R is projected to the outside through the auxiliary through hole 312.

A plurality of such auxiliary plant cultivation vessels 300 are installed and arranged in a row in a plurality of plant cultivation vessels 200 at the same time.

As the auxiliary plant cultivation vessel 300 is dividedly installed in this manner, different kinds of plants can be planted in each auxiliary plant cultivation vessel 300, resulting in the effect of simultaneously planting various kinds of plants in one plant.

In addition, when the plant is to be replaced, only the auxiliary plant cultivation vessel 300 in which the plant is planted can be separated from the plant cultivation vessel 200, so that the plant can be easily replaced.

As the auxiliary plant cultivation vessel 300 is installed in this way, the roots of the plant that are escaped to the outside through the auxiliary through hole 312 of the auxiliary plant cultivation vessel 300 are introduced into the soil accommodating space 210 of the plant cultivation vessel 200 The plant growing vessel 200 is exposed to the receiving space 110 of the pot body 100 through the through hole 212 as well as the exposed state.

The plant may be planted by directly filling the plant cultivation vessel 200 with the soil to which the auxiliary plant cultivation vessel 300 is omitted. In this case, (110).

The pollen main body 100 installed up to the auxiliary plant cultivation vessel 300 is provided with a water supply unit 400.

The water supply unit 400 serves to supply water to the soil including the plant roots planted in the auxiliary plant cultivation vessel 300. The water supply unit 400 includes the water storage vessel 410 and the water spraying unit 420, do.

The water storage container 410 is a housing portion in which the moisture required for supply is stored as it is, and a storage space is formed therein, and the flowerpot body 100 is located at the bottom of the accommodation space 110.

The water pump 422 is connected to the inside of the water storage container 410 and the water pump 422 is connected to the inside of the water storage container 410. The water pump 422 is connected to the inside of the water storage container 410, And a water spray nozzle 424 are connected.

The water spray nozzle 424 is arranged to face the plant cultivation vessel 200 and the water sprayed from the water spray nozzle 424 is supplied to the plant cultivation vessel 200 through the through hole 212 to the plant root and the soil S As shown in Fig.

In addition, a separate timer 430 is further installed and the timer 430 is connected to the pump so that the water pump is operated at predetermined time intervals, so that water supply of the plant roots is automatically performed at a predetermined interval.

In addition, a water level sensor 440 is installed inside the water storage container 410 to check the water content in the water storage container 410, and when the water storage amount is small, the water level sensor 440 senses the water storage amount, (Not shown).

This has the advantage that the manager does not need to check the moisture supply time and moisture storage.

Of course, the timer 430 and the water level sensor 440 may be omitted if the manager can directly control the water supply and the storage amount. If the manager can directly manage the water supply, the water supply unit 400 may be omitted, The water supply may be performed by supplying water directly from the outside.

As described above, when the soil and the plant are directly received in the plant cultivation vessel 200 and the root is discharged to the outside of the plant cultivation vessel 200 through the through-hole 212, the upper surface of the water storage vessel 410 So that the plant root routed through the through hole 212 can be directly dipped in the moisture in the water storage container 410. [

The intake pot 500 is installed in the pot body 100 installed up to the water supply part 400.

The intake fan 500 sucks the outside air of the pollen body into the pollen body 100 in the air purifying process using the pollen apparatus and is arranged on the air intake port 120 of the receiving space 110 of the pollen body 100 Respectively.

Of course, the intake fan 500 is not limited to the structure in which the installation position is directly installed on the intake port 120, but may be modified as long as it is capable of guiding the outside air of the pollen body 100 to the accommodation space 110.

At this time, a separate filter member F is installed in the inlet 120 so that primary filtering is performed by the filter member during the passage of the outside air through the inlet.

With this structure, the outside air is sucked into the receiving space 110 of the flowerpot body 100 by the suction force of the suction fan 500, and then, together with the soil inside the plant cultivation vessel 200, (Not shown).

As a result, the dust and the like contained in the air are filtered by the roots, the soil, and the moss in the soil so that the air discharged to the air outlet 130 is discharged in a purified state, do.

In this process, since moisture is continuously supplied to the soil and plant roots by the water supply part 400, the air contacted with the plant roots and the soil is separated from the dust by the water, Function as if it is a humidifier.

At this time, a separate water return pipe 600 is further connected to the water storage container 410. The water return pipe 600 removes moisture particles formed on the air outlet 130 in the moisture storage container 410 And the moisture storage container 410 functions as a moisture recycling function.

One end of the return pipe 600 is connected to the water storage container 410 and the other end of the return pipe 600 is installed in a state of being connected to the wall surface of the air discharge port 130 and is formed on the wall surface of the air discharge port 130 The water particles are moved into the water storage container 410 along the path of the water return pipe 600 in the process of being moved downward by gravity.

For reference, the water return pipe may be omitted when the amount of the water particles formed in the air outlet 130 is small.

A purifying material supply unit 700 is installed in the pot body 100 installed up to the water pipe.

The purge material supply unit 700 further functions to increase the efficiency of purifying the room air by discharging the purge material together with the purge air discharge process. The purge material storage unit 710 and the purge material dispensing unit 720, Respectively.

The purifying material storage container 710 has a purifying material in a liquid or gaseous state therein and is installed at one side of the pollen main body 100.

The purge material injector 720 has a structure in which a purge material pump 722 is connected to the purge material storage container 710 and a purge material injection nozzle 24 is connected to the purge material pump.

At this time, the purge material injection nozzle 24 is installed so as to face the outlet of the air discharge port 130, so that the purge material discharged from the injection nozzle in the process of discharging purified air is discharged in a mixed state with air.

For reference, phytoncide, which is highly effective in sterilization, antibacterial, deodorization, and stress reduction, and extracts of fenugreek and ganoderma are used.

Of course, such a purifying material is not limited to the above-mentioned kind, and it can be selected as long as it can obtain sufficient air purifying efficiency when it is contained in the air.

A display panel 800 is installed in the pot body 100 installed up to the purge material supply unit 700. The display panel 800 is provided on the outer side of the flowerpot body 100 to display a screen such as advertisement text or other multimedia.

The display panel 800 is connected to a power source unit 820 via a separate lcd monitor or a lED luminescent panel through a separate control unit (not shown), and a billboard or a screen stored in the control unit is displayed. And it is possible to exercise various multimedia appreciation functions at home and the like.

At this time, the power source unit 820 of the present invention uses a solar cell. That is, the solar collector collects the sunlight, converts it into electrical energy, and stores it in the rechargeable battery.

The power supply unit 820 is used for power supply of the suction fan 500, the pumps, the timer 430, and the water level sensor 440 in addition to the display panel 800.

Hereinafter, the operation of the present invention and the unique effects generated in the process will be described.

The water filled in the water storage container 410 is pumped by the water pump 422 and then discharged by the water spray nozzle 424 so that the plant growing container 200 is pushed through the through hole 212 and the auxiliary through holes 312 of the auxiliary plant cultivation vessel 300 to the soil and plant roots R.

As this water supply continues, the soil and plant roots (R) become fully hydrated.

In this state, when the suction fan 500 is operated, the outside air is sucked into the receiving space 110 of the flowerpot body 100, and then, through the through holes 212 and the auxiliary holes 312, Passes through the container 300, and is discharged to the outside through the air outlet 130.

At this time, during the passage of air through the auxiliary and plant cultivation vessels 300 and 200, the plant roots R, the soil S and the moss in the soil are brought into contact with each other, whereby the dust contained in the air is naturally filtered In this state, as the air is discharged to the outside, environmentally cleaned air is discharged.

In addition, since the moisture is sufficiently supplied to the soil and the plant roots (R) by the water supply part (400), the filtering efficiency of the dust in the air is greatly improved due to moisture in the process of contact with air.

In addition, as the air comes into contact with the water, the purified air discharged through the air outlet 130 contains moisture to some extent, thereby increasing the humidity of the room.

In this process, moisture particles are formed on the inner wall surface of the air outlet 130 by condensation or the like, and these moisture particles are returned to the moisture storage container 410 through the water return pipe 600 and recycled.

The purge material is supplied from the purge material supply unit 700 to the air discharge port 130 during the discharge of the purge air from the air discharge port 130, so that the discharge air and the purge material are mixed and injected into the atmosphere.

Therefore, the cleaning efficiency of the indoor air is further improved.

In this way, the pollen itself has a suction and discharge structure of air, and natural air purification using soil and plant roots can be performed in this process. Therefore, unlike the conventional one, sufficient air purification and humidification efficiency can be obtained The present invention is a major feature of the present invention.

In addition, since the display panel, the water pump 422, and the purge material pump 722 are all supplied through the solar cell, the display panel can receive the effect through the display panel during the use process, It also has the advantage of long-term use.

3 is a view showing an example in which the entire shape is differently implemented.

The solar collector plate 820 may be installed on the top of the flowerpot body 100 in the form of a roof and the illumination lamp 900 may be installed under the solar collector plate 820, Depending on the arrangement, the plant may be cultivated in an inclined form.

The various features of the present invention described above can be variously modified or combined by a person skilled in the art. However, the modifications and combinations may have intake and exhaust functions in the pollen body, and purification of the air through plant roots and soil in the absorption process The present invention should be construed as falling under the scope of protection of the present invention.

100: pot body 110: accommodation space
112: step 120: intake port
130: Air outlet 140: Zion pigment layer
200: Plant cultivation vessel 210: Soot storage space
212: through hole 300: auxiliary plant cultivation vessel
312: auxiliary vent hole 400: water supply part
410: water storage container 420: water dispersion part
422: water pump 424: water spray nozzle
430: Timer 440: Level sensor
450: Notification member 500: Intake fan
600: water pipe 700: purifying material supply part
710: purge material storage container 720: purge material dispensing part
722: purge substance pump 724: purge substance dispensing section
800: Display panel
820: Power unit 900:

Claims (10)

delete delete And an air inlet and an air outlet connected to the receiving space are formed on the side of the pot body,
An intake fan connected to the intake port,
A soil culturing vessel installed in the receiving space and having a soil receiving space to be filled with soil and a circumferential surface formed with a through hole connected to the soil receiving space,
External air is passed through the accommodating space by the intake fan to be brought into contact with the soil and plant roots exposed through the through hole,
And a water supply unit installed in the accommodation space and supplying water to plant roots planted in soil and soil through the through holes,
The water supply unit may include a moisture storage container filled with water and /
And a water spraying part connected to the water storage container and spraying the water to the plant cultivation container
Multifunctional pots. 4. The method of claim 3,
And a water return pipe connecting the air outlet and the water supply unit,
The water particles formed on the surface of the air outlet are moved to the water storage container through the water returning pipe during the discharge of the air inside the flowerpot body to the air outlet
Multifunctional pots. delete delete delete delete delete delete

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