KR100559084B1 - Plant-Soil Indoor Air Filters - Google Patents

Abstract

The present invention is equipped with at least one flower pot in the air purifier to grow the plant by hydroponic cultivation of the upper core water by automatic water supply control the indoor air according to the season, the indoor temperature control, humidity control, odor, The indoor air purifier using plant-soil which improves indoor air quality and promotes healthy indoor life for all seasons by automatically controlling dust, volatile organic compounds (VOCs) and other fragrance injections by controlling timer. About

A housing having a sewage receiving body and separated from the water supply tank and the double-structured potted plant to receive the sewage flow and supported by a dustproof body; An intake fan installed on an intake passage to suck outside air through the double structured powder, a UV lamp installed at one end of the intake passage to sterilize air sucked by the intake fan and moving in the intake passage, and sterilized by the UV lamp Cooling elements installed on the aluminum plate of the water supply tank, and cooling elements installed on the aluminum plate of the water supply tank, and exhaust air installed on the side wall of the housing to discharge the cool air or warm air through the UV lamp and the cooling element to the room A fan, a fragrance device provided on one side of the exhaust fan for each type of electrical signal to inject fragrance, and a fragrance selection and injection through the fragrance device on one side of the housing, intake and intake of air by the exhaust fan, Sterilization by exhaust and UV lamp, heat generation by cooling element, cooling, water supply by water supply control valve, etc. are operated by operation panel to control operation by preset information. It is composed of indoor air purifying device using plant-soil, including the control unit. As a decorative accessory while maintaining a comfortable indoor air, it is possible to automatically adjust the dehumidification and temperature of the room, as well as to provide a multifunctional air purifier that promotes horticultural therapy.

Cooling element, water tank, double structured pot, UV lamp, intake fan, exhaust fan

Description

Indoor air purifier using plant-soil {A ROOM CLEANING EQUIPMENT USING PLANT AND SOIL}

1 is a cross-sectional view showing a device for implementing a method for controlling indoor air and humidity environment using a conventional pot.

Figure 2 is a perspective view showing a pot with an indoor environment control device applied to Figure 1;

Figure 3 is a perspective view of the indoor air purifying apparatus according to the present invention.

Figure 4 is a plan view showing an indoor air purifying apparatus according to the present invention.

5 is a block diagram showing an indoor air purifying apparatus according to the present invention.

FIG. 6 is a side cross-sectional view of A-A of FIG. 4; FIG.

FIG. 7 is a side sectional view of B-B of FIG. 4; FIG.

Figure 8 is an enlarged view showing that the double structured flower pot applied to the present invention is mounted on the pot.

9 is a view showing a wick applied to the present invention.

 Explanation of symbols on the main parts of the drawings

50: indoor air purifier 52: water supply tank

54: double structure pot 58: intake fan

60: UV lamp 62: cooling element

64: exhaust fan 66: direction device

68: negative ion generator 70: sensor

72: control unit 74: water supply control valve

76: aluminum plate 78: quantity detection sensor

80: intake passage 82: water supply pipe

86: hydroball 90: carbon

96: first pot 98: inner circumference

104: second flowerpot 106: wick

109: jamming 110: sewage

114: pin 116: control panel

118: fragrance cylinder 120: solenoid valve

122: dust detection sensor 124: smell detection sensor

128: hover button 136: humidity sensor

138: temperature sensor

The present invention relates to an indoor air purifying apparatus using plant-soil, and more particularly, to the indoor air purifying apparatus using plant-soil, having at least one or more pots, and planting the hydroponic cultivation by hydroponics by automatic water supply control. By controlling the temperature of the indoor air by seasoning cold and heat, and controlling the temperature, humidity, odor, dust, volatile organic compounds (VOCs) and other fragrance spraying by the timer, the indoor air is kept in good condition throughout the four seasons. The present invention relates to an indoor air purifier using plant-soil, which has been improved to an aesthetic, landscaping, and horticultural therapeutic indoor environment in order to promote a healthy indoor life of a user.

In general, when planting or gardening indoors, emotional stability and abundance can be felt. At this time, plants absorb the carbon dioxide emitted by the human body and release oxygen necessary for the human body. Looking forward to it.

As described above, the present applicant has filed a patent application "No. 10-0371527" for a method and apparatus for controlling indoor environment using pollen for cultivating plants and improving indoor air or improving indoor environment.

1 and 2, the flow of air flows from the top to the bottom through the soil of the potted plant to filter the air, and some air contacts the moisture to allow the air containing moisture to flow through the top. It is a technology that purifies indoor air by being seated in close contact with airtight airtight, and having a blowing fan on the side to force the air out of the main body.

In the above-described method and device for controlling indoor environment using pollen, one of the indoor air control functions is forcibly performed from the plant itself and the other through the soil and fan.

 By inserting charcoal (carbon filter) 13 into the potted soil, re-filtering the air discharges clean air out in minutes, and moves the water from the bottom to the top by capillarity instead of the gravity from the top to the bottom. It is made of charcoal (carbon filter) installed on the bottom of the powder, so that clean air that completely removes microorganisms can be obtained.

 And the indoor air environment control device (2) using a potted plant is added to the fresh water in the main body 4, the aromatic oils (essential oils) harmless to the plant by the forced blowing means (6) out of the main body (4) By spraying a variety of fragrances added during discharge, it is possible to produce a variety of directional indoor air and a healing effect.

The indoor air environment control device (2) using the potted plant uses a wick irrigation potted plant (10) supplied with water through the wick (8), which is the main body (4); An upper end 14 of the main body 4 having a holder 12 supporting the pot 10; A lower end portion 18 of the main body portion 4 on which the drain hole 16 is formed; Forced air blowing means portion 26 consisting of the air volume intensity regulator 20, the timer 22, the power switch 24 mounted between the lower end portion 18 and the upper end portion 14; It consists of the structure containing the transparent water level measurement part 28 in the side part of the said main-body part.

The main body 4 is formed to support the potted plant 10, the holder 12 is formed on the upper end 14 of the main body portion to form a seal and to support the powder.

The lower end portion 18 is configured to form a drain hole 16 so as to discharge the water when the excessive supply of water and periodic discharge is necessary, and is opened and closed by fitting a stopper to the drain hole 16.

On the other hand, the forced air blowing means 26 mounted on the upper end and the lower end is composed of a blowing fan 30, a motor, a timer 22, a wind direction intensity controller 20, a power switch 24, a wind controller 25 The motor coupled to the blowing fan 30 uses a low noise motor and controls the motor to adjust the strength of the blowing fan.

In addition, the timer 22 is mounted to set a desired time to operate only during that time.

The supply of water to the main body 4 is to form an injection hole in the upper end 14 and to insert a stopper in the injection hole to supply and seal the water in the injection hole. In addition, it is to be sealed between the potted plant and the holder 12 is mounted so that the outside air comes through the potted plant (10), in particular, it is irrelevant to insert the rubber packing (32) for sealing.

 In addition, the body portion 4 is omitted, but the "b" type fitting part is mounted at the position of the fresh water in the inside, and the inlet portion of the water supply tank is configured to be upside down on the mounted upper part, so that fresh water is supplied to the powder and reduced. It also describes filling in the reservoir.

In other words, the method of controlling the indoor environment using the pollen and its device is inconvenient to control the indoor environment one by one, and the temperature sensor and the humidity sensor are installed to maintain the optimal state by sensing the temperature and humidity of the room. It is installed by comparing the detected signal with the input value and sensed by the control unit to operate the blower fan.

Accordingly, there is a problem in that the cost of an increase in cost by providing a potted plant that can control the automatic watering and indoor air environment of the plant, but the body portion as desired to provide a variety of plants.

The plant is filled with charcoal (carbon filter) in the soil and the ground where plants are planted, and the outside air is inhaled by the operation of a blower fan installed at the side through the hole drilled in the bottom, but the density ratio is determined by soil and charcoal. There is a problem that this high air efficiency is low.

In addition, the bottom hole of the pot and the installation position of the blower fan are not aligned with each other, so the suction flow rate of the air is undesired, thereby overloading the blower fan, resulting in deterioration of durability. There is a problem in that the performance is not properly performed, such as giving a load to the device to shorten the life.

In addition, a blower fan is installed on the side of the flower pot, and the inflow of air is low, and there is a concern that it may pollute indoor air because it does not properly sterilize harmful bacteria in the introduced air.

On the other hand, there is a risk that the particulates in the culture soil or charcoal filled in the pot to be discharged into the room to plant the plants during the operation of the blower fan, which may cause indoor respiratory diseases, such as the indoor pollutants.

In addition, the fragrance oil is added to the feed water when necessary to diffuse the fragrance in the room when blowing by the blowing fan, there is a problem that the user has to add the desired fragrance directly to the feed water.

Plants of potted plants placed in the main body portion to some extent affects the humidity control of the indoor air in winter or summer, but the effect of adjusting the room temperature is weak, there is a problem to provide a separate heater or a hot air heater.

"The indoor environment control method and apparatus using the potted plants have aesthetic and landscape effects (green pets, green building materials) and horticultural effects (psychological effects (peace, stability, anger reduction, Euphoria), psychophysiological effects (seeing green, increasing alpha wave and decreasing delphata in cerebral cortex, effects such as MC square)], stress relief effect of green (reducing eye fatigue, relaxation of shoulder sympathetic muscle at work) , Scent effect, doctor's gown in operating room, blackboard color of classroom, etc., indoor air that can co-operate with food, giving environmental control effect (indoor temperature control effect, indoor humidity control effect, indoor air cleaning effect) There is a weak problem that can effectively purify the function.

In addition, many plants are required to purify the indoor air, but there is a problem that the indoor environment is very difficult to control, such as the indoor space is not enough to meet this.

However, there is a limit to expecting the indoor air purification effect as much as only the plants, and the maintenance of the supply of water to the plants is also emerging as a problem that is not easy.

It is proposed to solve the problems of the prior art made as described above, an object of the present invention is to provide a plant by hydroponic cultivation by automatic water supply control having at least one or more pots in the indoor air purification apparatus using the plant-soil Improve indoor air quality throughout the four seasons by controlling the temperature of the room air by cooling and heating according to the season while automatically controlling the temperature, humidity, odor, dust, volatile organic compounds (VOCs), and other fragrance spraying by timer control. In addition, the present invention provides an indoor air purifier using plant-soil which improves aesthetic, landscaping, and horticultural treatment indoor environment to promote a healthy indoor life of a user.

The present invention for realizing this

A water supply tank which is filled by a water supply control valve which operates by sensing a quantity of filling of water and is formed of an aluminum metal plate on a part of the surface while storing the supply water so as to buffer a change in temperature;

A double-structured potted plant which is planted in a potted plant connected to the water supply pipe from the water supply tank and filled with mud-roasted hydroballs;

A housing provided with a dustproof body and separated from the water supply tank and the double-structured potted plant, and having a sewage receiving body received on a bottom surface of the dividing wall formed to induce the flow of sewage;

An intake fan installed on the intake passage to suck the outside air through the double structured pot on the bottom of the pot,

 UV lamps installed at one end of the intake passage to sterilize the air sucked by the intake fan to move the intake passage;

Cooling elements installed on the aluminum plate of the water supply tank while forming a cooling fin to cool or heat the supply water of the air and water supply tank sterilized by the UV lamp,

An exhaust fan installed on the side wall of the housing to discharge cold air or warm air through the UV lamp and the cooling device to the room;

A fragrance device provided on one side of the exhaust fan for each stream and installed to inject an electrical signal;

An anion generator installed at one side of the fragrance device to generate an anion by a predetermined signal of a controller;

A sensor unit installed on the upper part of the housing to detect temperature, humidity, dust, and smell by operating by preset information;

The air intake and exhaust air in the housing, sterilization by exhaust and UV lamp, dust, odor, temperature, humidity sensor, anion generator, automatic control and direction control device such as water supply control by water supply control valve The present invention provides an indoor air purifying apparatus using plant-soil comprising a control unit for controlling the operation of the fragrance through selection and spraying, heating by a cooling element, and cooling the selection operation by a control panel.

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

Figure 3 is a perspective view of the indoor air purifier according to the present invention, Figure 4 is a plan view showing the indoor air purifier according to the present invention, Figure 5 is a block diagram showing the indoor air purifier according to the present invention to be.

6 is a side cross-sectional view of A-A of FIG. 4, and FIG. 7 is a side cross-sectional view of B-B of FIG.

8 is an enlarged view showing that the double structured flower pot applied to the present invention is mounted on a pot, and FIG. 9 is a view showing a wick applied to the present invention.

The indoor air purifying device 50 using the plant-soil includes a water supply tank 52, a double structure plant pot 54, a housing 56, an intake fan 58, a UV lamp 60, a cooling element 62, The exhaust fan 64, the fragrance 66, the negative ion generator 68, the sensor part 70, and the control part 72 are comprised.

The water supply tank 52 is formed by a metal aluminum plate 76 of a partial surface while storing the supply water to be filled by the water supply control valve 74 to operate by sensing the filling amount of the water to buffer the temperature change range have.

The water supply control valve 74 is installed so as to control the filling amount of the supply water by opening and closing the control unit 72 detected by the water level sensor 78 provided in accordance with the preset information.

The water supply tank 52 is formed to be formed in a predetermined size, the lower portion is formed of an aluminum plate 76 so that the heat transfer properties for the filled water, the upper portion of the cover 77 to open and close It is provided.

The aluminum plate 76 is installed to operate the cooling element 62 toward the intake passage 80 side, thereby making it easy to heat or cool the supplied water transferred through the moving air or the aluminum plate 76.

The water filled in the water supply tank 52 serves as a buffer function that buffers the temperature change width with a sufficient amount of stored water against the temperature change transmitted through the aluminum plate 76, thereby contributing to the durability and stability of the device. have.

The double structured plant 54 is made of hydroponic cultivation plant is planted in a pot (84) connected from the water supply tank 52 to the water supply pipe 82 is filled with a hydro-ball (86), which is a stone baked with mud .

The hydroball 86 filled in the double structured powder 54 is formed to have a predetermined size to serve as a filter that adequately sucks indoor air.
Here, the hydroball 86 filled in the double-structured flower pot 54 is a baked artificial culture soil made of particles of mud used as artificial soil, and has a red soil color which has been sterilized at a high temperature of 1,000 degrees or higher using ocher as a main raw material. Has a stone grain circular shape.

The double structured pot 54 is formed around the pots 84 of the housing 56 to form a circumferential jaw 88 on the edge, and the carbon 90 is filled in the form of a net easily drained One side vent hole 92, a first pot 96 formed with a clogged bottom surface 94, and the inside formed so as to be mounted on the circumferential jaw 88 while being assembled to the inside of the first pot 96 It is formed in the circumferential jaw 98 and the inner circumferential jaw 98, the hydroball 86 baked with mud for planting the plant, and the water is easily removed while blocking the passage of coarse particles such as the hydroball 86. The bottom surface 102 is formed of the second flower pot 104 formed in a fine mesh shape while forming the formed vent hole 100.

The bottom surface 102 is not limited to the shape of the blockage, and may form ventilation holes according to the design to increase the drainage.

In addition, the water supply tank 52 and the water supply pipe 82 in which the supply water is automatically filled by the water supply control valve 74 are continuously connected to the double structured powder 54 so that an appropriate amount of water is continuously supplied through the upper portion. .

The water supply pipe 82 is interposed with a wick 106 to supply the water supplied from the water supply tank 52 to the hydroball 86 of the double-structured plant pot 54, and to move the intake passage 80. It is also possible to form a plurality of fins on the outer circumferential surface to facilitate the heating or cooling of the feed water once again in contact with the air.

The wick 106 is inserted into the water supply pipe 82 is not easily rusted metal iron core 107, it is made by forming a locking projection 109 to be secured to the double structured powder 54 have.

The housing 56 is provided with a sewage receiving unit 110 to be stored in the bottom surface of the separation wall 108 which induces the flow of sewage while being separated from the water supply tank 52 and the double structure pot 54. 112).

The housing 82 may be formed in various shapes according to the design, and the pots 84 and the drain holes 85 formed in the pots 84, where the double-structured potted plant 54 is placed, are many. It is also possible to form, of course, is not particularly limited to any particular shape or number of formation of the pots (84).

The intake fan 58 is provided on the intake passage 80 to suck the outside air through the double structure 54 to the bottom of the pot (84).

The intake fan 58 is installed to suck the outside air on the intake passage 80 provided in the center of the bottom of the pot (84), and is operated by the predetermined information of the control unit 72.

Since the intake fan 58 is installed indoors, the intake fan 58 is used for low noise due to the characteristics of the indoor air purifier 50 using plant-soil.

The intake passage 80 is formed by providing a predetermined space at the bottom of the pot (84), the suctioned air is formed to flow naturally over a certain time to the UV lamp 60 and the cooling element 62 side. It is becoming.

The intake passage 80 is formed by bending the curvature several times according to the design, so that the sterilization of the air that is sufficiently irradiated with light by the UV lamp 60 installed.

The UV lamp 60 is installed on the intake passage 80 to sterilize air that is sucked by the intake fan 58 and moves the intake passage 80, and may be installed in accordance with a design.

The UV lamp 60 is a UV lamp (2) in order to have a long time to be irradiated to the light as the secondary secondary to the air filtered primarily by the hydro ball 86 of the double-structured plant pot 54, the intake passage 80 60 are provided on both sides of the passage.

The cooling element 62 forms a plurality of fins 114 to cool or heat the air sterilized by the UV lamp 60, and the other side of the cooling element 62 supplies water to the water supply tank 52 through the aluminum plate 76. It is designed for slow cooling or heating.

The control unit 72 heats the aluminum plate 76 according to predetermined information by operating the operation panel 116 to heat the supply water to a predetermined temperature, or the aluminum plate 76 is heated. It cools and supplies water.

The cooling element 62 heats or heats up the aluminum plate 76 by heating or endotherming the surface bonded to the aluminum plate 76 by an electrical signal of the control unit 72 by a known technique.

The cooling device 62 cools or heats the water in the water supply tank 52 by heating the aluminum plate 76 to supply the heat. At this time, when the heating element 62 generates heat or endothermic heat, the fins The airflow passing through the 114 is heated or precooled by the influence of the fins 114 which are exothermic or endothermic.

The exhaust fan 64 is installed on the side wall of the housing 56 to discharge cold or warm air that has passed through the UV lamp 60 and the cooling element 62 to the room.

The exhaust fan 64 is configured to discharge cool air or warm air that has moved the intake passage 80 by operating the control unit 72 by preset information by operating the operation panel 116 of the user for low noise.

The aroma device 66 is provided on one side of the exhaust fan 64 for each type and is installed to spray incense with an electrical signal.

The directional device 66 is provided by providing a fragrance cylinder 118 and a solenoid valve 120 opened by a signal from the control unit 72 in the nozzle of the fragrance cylinder 118.

The direction device 66 detects this when the hover button 128 is displayed on the operation panel 116 in advance, and accordingly the solenoid valve 120 is opened to operate the exhaust fan by preset information. It is made to inject to (64) side.

Replacement of the fragrance vessel 118 described above can be made by replacing the cover by making a cover on one side of the housing 56, which is omitted in the conventional technology.

The negative ion generator 68 is installed to generate negative ions by a predetermined signal of the control unit 72 on one side of the directional device 66 or the exhaust fan 64.

The sensor unit 70 is provided with a dust sensor 122, an odor sensor 124, a humidity sensor 136, a temperature sensor 138 on the upper portion of the housing 56, the indoor dust, odor, It is installed to sense humidity and temperature.

The dust sensor 122, the smell sensor 124, the humidity sensor 136, the temperature sensor 138 of the sensor unit 70 is a predetermined information on the dust or smell, humidity, temperature in the indoor air The controller 72 recognizes these signals to control the rotation speed or operating time of the intake and exhaust fans 58 and 64, the UV lamp 60, and the cooling element 62.

The control unit 72 is one side of the housing 56 by the fragrance selection and injection through the direction device 66, the intake, exhaust of the air by the intake, exhaust fan 58, 64 and by the UV lamp 60 Sterilization, heat generation by the cooling element 62, cooling, water supply amount by the water supply control valve 74, and the like are operated on the operation panel 116 to control the operation by preset information.

The operation panel 116 has a fragrance button 128 for operating the directional device 66, an on button switch 130 for converting power applied to the cooling element 62, and a cold button 132, a timer The button 134 is provided.

The incense button 128 may be installed in plurality depending on the type of incense provided, but is not limited thereto.

The switch provided in the operation panel 116 is not limited, and can be selectively applied when changing the design by automatic operation or manual operation.

Referring to the operation of the present invention made as described above, the indoor air purifying device 50 using the plant-soil, after the user turns on the power switch 126, the control unit 72 recognizes this dust sensor 122 , Odor detection sensor 124, suction, exhaust fan 58, 64, UV lamp 60, water supply control valve 74, humidity sensor 136, temperature sensor 138 to automatically operate do.

Then, if the user wants to warm the indoor air, press the on button 130 of the operation panel 116, the control unit 72 detects this and operates the cooling element 62 by the preset information pin 114 It releases heat generated to the side.

Accordingly, the air filtered through the hydroball 86 of the double structured powder 54 by the intake fan 58 operating in the bottom intake passage 80 of the double structured powder 54 is the first and second pots. The side vent holes 92 and the vent holes 100 of the 96 and 104 are introduced into the intake passage 80 through the space of the flower pot 84 and then moved.

The filtered air flowing along the intake passage 80 is once again sterilized while passing through the plurality of UV lamps 60, and the clean air passes through the fins 114 generated by the cooling element 62 again. Is being heated.

The air heated while passing through the fin 114 of the cooling element 62 moves along the intake passage 80 and is discharged to the room as warm clean air by the exhaust fan 64.

At this time, when the user presses the desired incense button 128 when it is discharged by the exhaust fan 64, the control unit 72 turns on and opens the solenoid valve 120 of the fragrance container 118 according to preset information, thereby opening up the fragrance. Along with the discharged air, it is discharged into the room to keep the indoor air pleasant and fragrant.

When the clean air starts to be discharged to the room by the exhaust fan 64, the control unit 72 automatically operates the negative ion generator 68 according to preset information so that the negative air is contained in the discharged air, thereby improving the health of the user. Help improve.

As described above, when warm air is discharged to the room by the exhaust fan 64, the supply water of the water supply tank 52 is supplied to the water supply control valve 74 by the control unit 72 that recognizes the signal of the water quantity detection sensor 78. By opening and closing the water supply tank 52 to maintain the state filled with water always in an appropriate state.

On the other hand, the supply water filled in the water supply tank 52 is endothermic through the bonded aluminum plate 76 of the other side when the air is heated through the fin 114 of the cooling element 62 to maintain a low temperature The cold and hot change width is absorbed in a large amount of water filled in the water supply tank 52 to perform a buffer role to prevent the influence on the outside or other parts.

As described above, through the wick 106 inserted into the water supply pipe 82 in a state in which the water in the water supply tank 52 absorbs cold air, the supply water is supplied from the upper portion of the double pollutant structure 54 to the hydroball 86. Supplied and soaked.

At this time, since the water supply pipe 82 into which the wick 106 is inserted passes through the intake passage 80 and is preheated by the peripheral heating heat of the fin 114, the supply water flowing through the wick 106 is The double structured powder 54 is supplied in a state of being preheated to a predetermined temperature.

As described above, the hot water supplied to the preheated state to a certain extent through the wick 106 and the double air ball 86 contain a lot of moisture, thereby giving a humidifying effect to indoors that are easy to dry in winter, thereby controlling the indoor air environment. Done.
Here, the hydroball 86 is Mud used in artificial soils such as oriental eggs, hydroponic cultivation, terrarium drainage layers, plant pots, and fish tanks, which are sold as artificial culture soils, are made into particles, and then baked stone granules are used as loess as the main raw material for high-temperature sterilization at 1,000 degrees or more. One artificial culture soil.
In addition, the hydroball 86 is porous and may contain sufficient moisture and minerang, and is well ventilated and water-retained, and in recent years has many advantages compared to other media, and in particular, because of its convenience compared to watering, the indoor soil. It is used.

On the other hand, the control unit 72 is a dust sensor 122, the smell sensor 124, the humidity sensor 136, the temperature sensor 138 of the sensor unit 70 during the operation of the indoor air purifier 50 If the dust, odor, moisture, temperature, etc. by the preset information through more than the set information, the rotation speed of the intake and exhaust fan (58) (64) and the negative ion generator (68), UV lamp (60) continuously It will be adjusted to operate strongly.

When the cold air button 132 is operated during the summer, the control unit 72 moves the intake passage 80 as the operation of the cooling element 62 becomes an endothermic state at the pin 114 by preset information. The air is cooled to discharge the cool air into the room through the exhaust fan 64 to cool the indoor air in the summer.

At this time, the water filled in the water supply tank 52 absorbs the high temperature according to the temperature conversion that is transferred through the aluminum plate 76 and serves as a buffer, and the water supply pipe 82 is cold air in the intake passage 80. By precooling, no hot water is supplied to the plant.

In addition, by sucking the high humidity air in the room of the operation of the intake fan 58 through the hydroball 86 of the double pollutant structure 54, not only the filtration but also many hydroballs 86 remove moisture from the humid air. It also functions as a dehumidification function, allowing users to enjoy a pleasant indoor life.

As described above, the operation of other components or devices other than the switching operation of the cooling element 62 by the cold air button 132 is performed in the same manner, and thus detailed operation description thereof will be omitted.

On the other hand, the control unit 72 is always filled with water up to the level set in the water supply tank 52 by the preset information after recognizing the signal of the water quantity detection sensor 78, the water is inserted into the water supply pipe (82) Since the hydroball 86 of the double structured plant 54 is soaked through the wick 106, the user can use the plant permanently without affecting the hydroponic cultivation of the superficial core irrigation even if the user goes out for a long time. A small amount of drainage collected at 110 can be maintained clean only occasionally cleaning.

In addition, the indoor air purifier 50 using the plant-soil is an air purifier that can actively assimilate the current interior tendency of the consumer or the taste of keeping nature close, and multiple operations are possible.

It is equipped with temperature sensor, humidity sensor, dust sensor, and odor sensor to detect indoor temperature, dust, odor and humidity so that the intake and exhaust fan can be operated by preset information.

The indoor air purifying apparatus using the plant-soil can be variously manufactured according to the installation location or the space of the room, and can be variously changed within the scope of the claims by design, and is not limited to any one model. The number of potted plants is not limited to any particular quantity can be changed to vary depending on the design.

For example, the present invention is not limited to the above-described embodiment, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. Such changes are intended to be within the scope of the present invention.

When the indoor air purifier as described above is placed indoors, the indoor environment is naturally improved, and through the hydroponic cultivation of the top of the plant planted in the pot, it is possible to achieve physical and mental stability or horticultural therapy. .

In addition, the storage of the flowerpot and the system housing for accommodating it are beautifully manufactured and installed in the interior, thereby harmonizing with the surrounding furniture, thereby enhancing the aesthetics of the indoor atmosphere.

In addition, the hydroball of the double structured powder functions as a filtration function when inhaling the polluted air in the room, not only to remove volatile organic compounds but also to be removed by the decomposition of soil microorganisms, and to supply clean air by sterilizing it again through a UV lamp. In addition to the effect, the plant has the effect of supplying the nutrients needed for soil microorganisms.

In particular, the hydroponic cultivated plants planted in the double structured potted plant have a great effect of enhancing the functionality of removing indoor harmful air during the mixing of C3 and CAM plants so as to keep the carbon dioxide at day and night.

And with the fragrance device is equipped with a variety of flavor products that consumers prefer to emit herbs or aroma incense when necessary has the effect of maintaining a comfortable indoor environment.

The indoor air purifier using the plant-soil has the effect of controlling the temperature and humidity, odors, dust, volatile organic compounds (VOCs) and flavors and anion generation to clean indoor air and convert it into high-quality air.

 Since the plant is grown hydroponicly by automatic irrigation using the indoor air purifying device using the plant-soil, it is possible to control the growth of the plant, thereby eliminating frequent management of the user, and thus managing without special know-how.

The indoor air purifier using the plant-soil has an intake / exhaust fan in the housing, which reduces noise and inhales the outside air from the lower part through the double structure, thereby inhaling air without generating dust. have.

In addition, while sucking water from the wick irrigation and inhaling the air from the top to the bottom, it has a bad effect on the growth of the plant, but the indoor air purifier using the plant-soil flows the water from the top to the bottom. Inhalation at the bottom of the double structured pollutants has the effect of achieving indoor air purification without any effect on plant growth.

In addition, the indoor air purifier using plant-soil not only improves the quality of the air by filtering the air in the room, but also controls the cold and hot air of the indoor air, so that indoor air temperature and summer air are inhaled. Hydroball in the pot is effective to control the dehumidification to remove the humidity in the air.

The double-structured pollen has an effect of increasing breathability by filling with a hydroball baked with a predetermined size or more mud to control the automatic watering and indoor air environment of the plant.
In addition, the hydroball is porous and may contain sufficient moisture and minerang, and is good in breathability and water retention, and in recent years, it has been widely used as an indoor soil because of its advantages over other mediums, especially because of its convenience compared to watering. .

The air introduced by filtration by the negative pressure formed at the bottom of the double structured powder is once again sterilized by UV lamps to keep the indoor air clean. There is also a horticultural therapeutic effect to assist the health of the user and the user.

In addition, in summer, the air temperature can be discharged lower than the outside temperature to cool the indoor air temperature, and in winter, the indoor air can be kept warm by discharging warmth. By giving seasonal humidity control of the room is also effective.

Indoor air purifier using the plant-soil is in accordance with the user's convenience, pursuing the natural nature of the indoor air purification only plants, there is an effect that meets the needs of consumers who are fed up with mechanical elements.

And the indoor air purifier using plant-soil has the effect of controlling not only the air quality but also the thermal environment.

In other words, the plant is not grown too fast due to hydroponic cultivation by automatic irrigation, so it is convenient to manage.

In addition, in winter, by inhibiting the occurrence of diseases by inducing air circulation, indoor relative humidity can be raised by 30%. Furthermore, aromatic oils can be added as needed, which is a very useful invention in the indoor environment industry because it has an excellent effect of making the room comfortable at low cost in real life.

Claims (3)

A water supply tank which is filled by a water supply control valve which operates by sensing a quantity of filling of water and is formed of an aluminum metal plate on a part of the surface while storing the supply water so as to buffer a change in temperature; A double-structured potted plant planted with hydroponic cultivation plants in pots connected to the water supply pipes from the water supply tanks and filled with hydroballs baked with mud; A housing provided with a dustproof body and separated from the water supply tank and the double-structured potted plant to receive the sewage on the bottom of the dividing wall to guide the flow of the sewage; An intake fan installed on the intake passage to suck the outside air through the double structured pot on the bottom of the pot,  UV lamps installed at one end of the intake passage to sterilize the air sucked by the intake fan to move the intake passage; Cooling elements installed on the aluminum plate of the water supply tank while forming a cooling fin to cool or heat the supply water of the air and water supply tank sterilized by the UV lamp, An exhaust fan installed on the side wall of the housing to discharge cold air or warm air through the UV lamp and the cooling device to the room; A fragrance device provided on one side of the exhaust fan for each stream and installed to inject an electrical signal; An anion generator installed at one side of the fragrance device to generate an anion by a predetermined signal of a controller; A sensor unit provided with a dust sensor and an odor sensor on the upper part of the housing to detect dust and odor in the room; Air intake by the intake / exhaust fan in the housing, sterilization by exhaust and UV lamp, dust of sensor part, smell detection sensor, negative ion generator, water supply control by water supply control valve, etc. Indoor air purification apparatus using a plant-soil, characterized in that consisting of a control unit for controlling the operation by the information set by the detector detects the selection operation, such as heating, cooling by the cooling element, cooling. According to claim 1, wherein the double structure is formed in the periphery of the periphery over the flower pots of the housing, and the side vent hole formed in a net shape easily drained water filled with carbon, and the closed bottom surface A first flower pot formed thereon, an inner circumferential jaw formed to be mounted on the circumferential jaw while being assembled on the inner side of the first flower pot, a hydroball baked downward from the inner circumference jaw to plant plants, Indoor air purification apparatus using a plant-soil consisting of a second flower pot formed in a fine mesh shape while forming a ventilation hole formed in the side of the water easily while blocking the passage of coarse particles. According to claim 1, wherein the cooling element is an electric signal applied by the predetermined information of the control unit is a pin that is formed by heating or sterilized air on the intake passage in one side of the air sterilized by the UV lamp, The other side formed with the indoor air purification apparatus using the plant-soil, characterized in that attached to the aluminum plate of the water supply tank to cool or heat the supply water.

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