KR102155087B1 - Air ionizer sterilizing air cleaner for convenient transportation - Google Patents

Abstract

The present invention relates to an air purifier for convenient transportation, and more specifically, to an air purifier that removes fine dust, bacteria and viruses in the air by using a 10-step filter configuration consisting of an air ionizer, a silver nano filter, a copper nano filter, a HEPA filter, a carbon filter, a precious serpentine filter, a UV lamp, a copper/silver nano module, a silver nano air cell and a copper nano matrix inside the air purifier, and is easy to operate and move. As described above, the air ionizer sterilizing air purifier for convenient transportation according to the present invention removes fine dust by the existing HEPA filter and the carbon filter, and has a sterilization effect by using the air ionizer coated with nano silver (Ag) and nano copper (Cu), filters and modules. The air purifier consists of the air ionizer and the silver nano and copper nano filters under the HEPA filter and the carbon filter, and the copper/silver nano module, the silver nano air cell, and the copper nano matrix under a final outlet, so that air does not pass through immediately, and the time for contact with the silver nano and copper nano composition is increased by a predetermined period of time, resulting in high sterilization effect. In addition, the air purifier is small in volume and portable and can be easily installed in a narrow space, and the angle thereof can be easily adjusted by the support means.

Description

Air ionizer sterilizing air cleaner for convenient transportation

The present invention relates to a portable air purifier, and more particularly, an air ionizer, silver nano filter, copper nano filter, hepa filter, carbon filter, ear serpentine filter, UV lamp, copper/silver nano module, inside the air purifier, It relates to a sterilizing air purifier that removes fine dust, bacteria and viruses in the air by using a 10-stage filter configuration consisting of a silver nano air cell and a copper nano matrix, and is convenient to operate and move.

Fine dust in the domestic atmosphere is continuously generating high-density fine dust regardless of the season, and the indoor air quality is deteriorating due to the introduction of such fine dust into the room, and the atmosphere with high humidity due to the increase in the summer period due to warming. After a long period of time, bacteria such as bacteria, E. coli and Salmonella are proliferating and spreading into the atmosphere. Accordingly, the use of air purifiers that purify air is increasing in most indoor homes and work spaces.

In general, an air purifier is a mechanical device that removes dust and bacteria by passing contaminated air through a filter and removes bad odors. It purifies the air mainly by adsorbing dust to water or by filtering dust using a filter. In recent years, a method of removing dust due to electric properties using an electric precipitator has been applied and used.

On the other hand, recently, viruses transmitted through the respiratory tract such as rotavirus, influenza virus, MERS, and Corona 19 are microscopically discharged in the form of an aerosol of patient droplets and spread to indoor spaces, causing uninfected persons to become infected. Demand for air purifiers capable of removing viruses as well as fine dust is increasing, but most air purifiers capable of removing viruses currently use disinfectants or UV-C, and have a problem that users are exposed to disinfectant components and ozone harmful to the human body. have. Accordingly, the development of air purifiers capable of killing viruses harmless to the human body has been actively conducted.

Looking at the prior art of the air purifier, Korean Patent Registration No. 10-0957771 (2010.05.12) is a pretreatment filter for removing dust formed in the intake pipe of the housing, an air pump formed adjacent to the pretreatment filter, and the air pump. An arc discharge unit in which a titanium dioxide (TiO2) catalyst is coated on the inner circumferential surface of the discharge support tube that receives the arc discharger that excites the inhaled gas and the outer circumferential surface is formed by an electromagnetic shielding material, and a magnetic field is applied to the gas transferred from the arc discharge unit. A magnetic field treatment unit in which a magnetic material is coated on the inner circumferential surface of the induction coil support pipe that accommodates the induction coil to maintain the excited state and a permanent magnet is formed on the outer circumferential surface, a silencer connected to the magnetic field treatment unit, and ozone contained in the exhaust pipe connected to the silencer Provides an indoor air purification and sterilization device that includes a filter for use and a metal filter for removing static electricity, and Korean Patent Laid-Open No. 10-2008-0026466 (2008.03.25.) is installed on the top of the tower-type body to prevent dust in the air. A suction grill having an intake port for inhaling the included air; a filter assembly disposed in the tower-type body to purify dust in the air in stages by the suction force of a fan; and air purified through the filter assembly installed under the tower-type body It provides an air purifier with a discharge grill for discharging to the outside.

Looking at the above prior arts, the air purifier has a large size, complicated configuration, and has a problem of low convenience of movement and high production cost. .

Korean Patent Registration No. 10-0957771 (2010.05.12.) Korean Patent Publication No. 10-2008-0026466 (2008.03.25.)

The technical problem to be achieved by the present invention is to solve the problem of difficult movement due to the large volume of the conventional air purifier, and the disadvantage of high production cost due to the complicated configuration when the removal of bacteria and viruses is possible. The air purifier of the present invention is easy to carry. It is easy to move and uses silver (Ag) nano, copper (Cu) nano-coated air ionizer, filter, and module, and has a sterilizing effect. It is to provide a portable air ionizer sterilization air purifier that removes dust.

In order to solve the above problems and achieve the object, a plurality of portable air ionizer sterilization air purifiers according to an embodiment of the present invention are located at the bottom to support the air purifier (A), but air is stored in the lower area. An air ionizer 120 and a silver nano filter 130 are inside to purify the air introduced through the suction unit outer surface 110 and the suction port 112 in which a plurality of intake ports 112 are provided. , A copper nano filter 140, a HEPA filter 150, a carbon filter 160 and a suction unit 100 provided with the ear serpentine filter 170; A main body part consisting of a main body part outer surface 210 in which a plurality of pens 220 are installed, which are located above the suction part 100 in a regular hexahedron shape, and in which air is introduced into the suction part 100 and discharged to the upper part. (200); A discharge part outer surface 310 having a plurality of discharge ports 312 formed on the upper outer surface of the body part outer surface 210 and the discharge part outer surface 310 to purify the air discharged by the pen 220 ), the copper nano module 320, the silver nano air cell 340, the copper nano matrix 350, and the discharge part 300 provided with the silver nano module 330 from the bottom to the upper side.

The silver nano filter 130 and the copper nano filter 140 are formed in a state in which silver (Ag) and copper (Cu) are plated on the surface, respectively, and a plurality of vertical cylinders are connected inside a circular frame when viewed from a plane. Thus, air introduced from the outside passes through the cylinder and the cylinder connected thereto, and two air ionizers 120 are attached to each of the silver nano filter 130 and the copper nano filter 140.

In the air ionizer 120, four permanent magnets are installed facing each other, and a flow path through which air passes between the facing magnets is provided, and the outer side of the magnet inserted into one side has N and S poles. The magnets are installed so that the magnets inserted at the opposite positions form the N pole in the flow path direction and the S pole in the outer direction.

The ear serpentine filter 170 is a filter that forms a porosity by crushing the ear serpentine and then processing it into a disk shape and firing it, or a filter paper filter containing the ear serpentine by putting the pulverized product into the filter paper manufacturing process after crushing and firing the ear serpentine. Use one of your choices.

The main body 200 controls the operation of the air purifier A through the control means 230 provided therein, and the user controls the power supply by using the control means 316 provided on the outer surface 310 of the discharge unit. The user selects and adjusts the on/off and air purification speed among the air purification speeds of automatic, 1st low speed, 2nd medium speed and 3rd high speed, and the control means 316 displays filter replacement display and charging status, and controls A rechargeable battery 240 that can be charged by means 230 is connected and installed to receive power.

The control means 230 is installed on one side of the air purifier (A), and when the level of contamination is input by a sensor that measures the level of air pollution, the level of contamination is displayed in color on the detection display means 314 installed on the side of the discharge unit.

The copper nano module 320 is formed in a square plate shape with a plurality of perforations when viewed from the top, and the silver nano module 330 in the shape of a rectangular parallelepiped having a plurality of perforations on the outer surface of which the lower portion is open is provided on the upper side thereof. It is installed to be detachable and is filled with a silver nano air cell 340 having a spherical shape inside and a plurality of wheel spokes formed on the outer surface, and a copper forming a shape in which a plurality of cylinders are connected in a vertical direction above the silver nano air cell 340. The nanomatrix 350 is located.

An antibacterial fiber 360 having deodorization and antibacterial properties is provided between the upper surface of the copper nano module 320 and the silver nano air cell 340.

In the main body 200, a UV lamp is installed above or below the pen 220 to irradiate ultraviolet rays to the air passing through the pen 220, and the outer surface 210 of the main body includes a supporting means 212 on the lower surface. It is hinged to provide a convenient air ionizer sterilizing air purifier that can adjust the angle of the air purifier (A).

As described above, the convenient air ionizer sterilization air purifier according to the present invention has the following effects.

(1) The present invention removes fine dust by the existing HEPA filter and carbon filter, and has a sterilizing effect by using an air ionizer coated with silver (Ag) nano and copper (Cu) nano, filters and modules.

(2) The present invention comprises an air ionizer and a silver/copper nanofilter under the HEPA filter and the carbon filter, and constructs a silver/copper module, a silver nano air cell, and a copper nano matrix under the final outlet, so that air does not pass directly. The sterilization effect is high by increasing the contact time to the silver nano and copper nano composition for a predetermined time.

(3) The air purifier of the present invention has a small volume, so it is convenient to carry and install in a narrow space, and it is easy to adjust the angle by a support means.

1 is a perspective view of a portable air ionizer sterilizing air purifier according to a preferred embodiment of the present invention.
2 is an exploded view of an air ionizer sterilizing air purifier convenient to move according to a preferred embodiment of the present invention.
3 is an exploded view of a suction unit of an air-ionizer sterilizing air purifier convenient to move according to an exemplary embodiment of the present invention.
4 is a plan perspective view of a main body of an air ionizer sterilizing air purifier that is convenient to move according to an exemplary embodiment of the present invention.
5 is an exploded view of a copper/silver nano module of an air purifier for sterilizing an air ionizer convenient to move according to a preferred embodiment of the present invention.
6 is a schematic view showing a step-by-step filter installed in a portable air ionizer sterilizing air purifier according to a preferred embodiment of the present invention.
7 is an exemplary view showing a sensing display means and a control means of a discharge unit of an air ionizer sterilizing air purifier convenient to move according to a preferred embodiment of the present invention.
8 is an exemplary view showing a support means located on a lower surface of a main body of an air ionizer sterilizing air purifier convenient to move according to an exemplary embodiment of the present invention.

The name of the present invention is "Easy to move air ionizer sterilization air purifier", so that detailed contents are described so that the skilled person can easily understand, separate description that can be sufficiently inferred is omitted, and examples and drawings are described if necessary. do. In addition, terms defined in the present specification and claims are not limited to interpretation, and may vary according to the intention or custom of the operator, and should be interpreted as meanings and concepts consistent with the technical idea of the present invention.

In one aspect of the present invention,

1 is a perspective view of a portable air ionizer sterilizing air purifier according to a preferred embodiment of the present invention, and FIG. 2 is an exploded view of a portable air ionizer sterilizing air purifier according to a preferred embodiment of the present invention 3 is a separate view of the suction unit of the air purifier for sterilizing the air ionizer for easy movement according to a preferred embodiment of the present invention, and FIG. 4 is for sterilizing the air ionizer for convenient movement according to the preferred embodiment of the present invention. It is a plan perspective view of the main body of the air purifier, and FIG. 6 is a realistic view showing a step-by-step filter installed in the air purifier for sterilizing an air ionizer convenient to move according to a preferred embodiment of the present invention, see FIGS. 1 to 4 and 6 Hereinafter, the air purifier of the present invention will be described in detail.

In an air purifier that purifies indoor air,

The air purifier

A plurality of the air purifiers (A) are provided at the lowermost part, but the suction unit outer surface 110 having a plurality of intake ports 112 through which air is introduced into the lower region and the air introduced through the suction ports 112 are purged. The air ionizer 120, the silver nano filter 130, the copper nano filter 140, the HEPA filter 150, the carbon filter 160 and the ear serpentine filter 170 are provided in the suction unit ( 100);

A main body part consisting of a main body part outer surface 210 in which a plurality of pens 220 are installed, which are located above the suction part 100 in a regular hexahedron shape, and in which air is introduced into the suction part 100 and discharged to the upper part. (200);

A discharge part outer surface 310 having a plurality of discharge ports 312 formed on the upper outer surface of the body part outer surface 210 and the discharge part outer surface 310 to purify the air discharged by the pen 220 ), the copper nano module 320, the silver nano air cell 340, the copper nano matrix 350, and the discharge part 300 provided with the silver nano module 330 from the bottom to the upper side.

The suction unit 100, the body unit 200, and the discharge unit 300 will be described again. The suction unit outer surface 110 of the suction unit 100 is a hemisphere in which the suction port 112 is formed at the lower part of the cylinder. Inside the cylinder, a silver nano filter 130 with an air ionizer 120 attached upward, a copper nano filter 140, a HEPA filter 150, a carbon filter 160, and an ear serpentine filter 170 are in order. They are positioned, and the suction unit outer surface 110 is rotated clockwise or counterclockwise to be detached from the body unit 200. A plurality of pens 220 are attached to the main body part 200 in the shape of a cube, but one suction part 100 is attached to the lower portion of each pen 220. The discharge unit 300 has a hexahedral shape in which a copper nano module 320 and a silver nano module 330 are coupled above each pen 220, and the copper nano module 320 and the silver nano module 330 are coupled. A plurality of silver nano air cells 340 and copper nano matrix 350 are filled in the inside of the hexahedron, and the discharge part outer surface 310 is attached to the upper body part 200.

The silver nano filter 130 and the copper nano filter 140 are formed in a state in which silver (Ag) and copper (Cu) are plated on the surface, respectively, and a plurality of vertical cylinders are connected inside a circular frame when viewed from a plane. Thus, air introduced from the outside passes through the cylinder and the cylinder connected thereto, and two air ionizers 120 are attached to each of the silver nano filter 130 and the copper nano filter 140.

The silver nano filter 130 and the copper nano filter 140 are formed such that a frame in a vertical and horizontal direction is connected to the inside of a circular frame when viewed from the top, but a cylindrical shape is formed at the point of intersection, and the outer surface of the cylinder has a diagonal direction (X shape ) To form a shape including more protrusions. In addition, the air ionizer 120 is attached to one side of the lower surface.

In other words, the silver nano filter 130 and the copper nano filter 140 are attached to the air ionizer 120 and the air ionizer 120 is attached to the silver nano filter 130 and the copper nano filter 140, respectively. By combining the upper and lower parts, a filter complex of three steps is formed.

The protrusion formed on the outer surface of the cylindrical shape changes the air flow direction inside the filter composite of the three stages in which the silver nano filter 130 and the copper nano filter 140 are combined, so that the contact time with the silver/copper nano filter (130, 140) And it is to increase the area, and when the air to be filtered passes through, it is moved to the upper part by contacting the protrusion without a separate external force or process. In addition, it is possible to more smoothly change the airflow by giving a certain angle to the protrusion, and at this time, the angle can be within 10° to 80°. If it is less than 10° or exceeds 80°, the change in air flow is insignificant or resistance of the air flow increases, so it is preferable to have an angle within the above.

Meanwhile, components in which copper (Cu) is plated on the surface have a sterilizing effect. In the case of bacteria, for example, in the case of bacteria, the bacterium recognizes copper ions on the copper surface as essential nutrients and absorbs them into cells, and the absorbed copper ions puncture the cell membrane to release nutrients and moisture, and copper ions By attracting free radicals through the holes in the air, they interfere with the respiration and metabolism of bacteria, damaging DNA and killing them.

In addition, the configuration in which silver (Ag) is plated is a silver nano filter 130, a silver nano module 330, and a silver nano air cell 340, and the configuration in which copper (Cu) is plated is a copper nano filter 140 and a copper nano module ( 320) and a copper nano matrix 350, and the air ionizer 120 composed of a plurality of pieces is plated with silver (Ag) and copper (Cu) according to the user's selection.

In the air ionizer 120, four permanent magnets are installed facing each other, and a flow path through which air passes between the facing magnets is provided, and the outer side of the magnet inserted into one side has N and S poles. The magnets are installed so that the magnets inserted at the opposite positions form the N pole in the flow path direction and the S pole in the outer direction.

The permanent magnets of the air ionizer 120 are arranged so that the same pole faces the same direction to generate mutual attraction, and the attraction is different configurations or negative ion and far-infrared wavelength energy radiated from the ear serpentine filter 170. It is possible to further amplify, and the ear serpentine filter 170 may be disposed on the silver/copper nano-filters 130 and 140 to increase the effect.

The ear serpentine filter 170 is a filter that forms a porosity by crushing the ear serpentine and then processing it into a disk shape, and then firing it, or the filter paper filter containing the ear serpentine by putting the pulverized product into the filter paper manufacturing process after crushing and firing the ear serpentine. Use one of your choices.

The ear serpentine generates far-infrared rays that are beneficial to the human body, has antibacterial and deodorizing effects, and thus has an air purification effect.As a semi-precious stone, there are differences in the elements formed according to regions that exist as a kind of metamorphic rock. The ear serpentine of the present invention has an element content of SiO ₂ 43 to 78%, Al ₂ O ₃ 1.3 to 9%, Fe ₂ O ₃ 0.07 to 3.8%, MgO 1.1 to 39%, CaO 0.7 to 5.6%, K ₂ O 0.06 to 5.45% of the ear serpentine is used, and the analysis test results of the ear serpentine actually used in the present invention are shown in Table 1 below.

FIG. 5 is a separate diagram of a copper/silver nano module of a portable air ionizer sterilizing air purifier according to a preferred embodiment of the present invention. Referring to FIG. 5, a filter included in the discharge unit is illustrated below.

The copper nano module 320 is formed in a square plate shape with a plurality of perforations when viewed from the top, and the silver nano module 330 in the shape of a rectangular parallelepiped having a plurality of perforations on the outer surface of which the lower portion is open is provided on the upper side thereof. It is installed to be detachable and is filled with a silver nano air cell 340 having a spherical shape inside and a plurality of wheel spokes formed on the outer surface, and a copper forming a shape in which a plurality of cylinders are connected in a vertical direction above the silver nano air cell 340. The nanomatrix 350 is located.

The copper nano module 320 and the silver nano module 330 are combined to form a rectangular parallelepiped shape, and a plurality of perforations are provided on the upper and lower surfaces, and a plurality of silver nano air cells 340 are filled in the inner lower region, and the silver nano air cells The copper nanomatrix 350 is located on the upper part of the 340.

The silver nano air cell 340 and the copper nano matrix 350 have the same protrusions as the protrusions (the spokes of the silver nano air cells 340) formed on the silver nano filter 130 and the copper nano filter 140, and a rectangular parallelepiped ( The copper nano module 320 and the silver nano module 330 are combined) to increase the purification efficiency by increasing the contact time of air by changing the direction of the air flow inside.

7 is an exemplary view showing a sensing display means and a control means of the discharge unit of an air ionizer sterilizing air purifier convenient to move according to a preferred embodiment of the present invention, and FIG. 8 is a movement according to a preferred embodiment of the present invention. The main body part and control of the present invention will be described below with an exemplary view showing the support means located on the lower surface of the main body part of this convenient air ionizer sterilizing air purifier.

The main body 200 controls the operation of the air purifier A through the control means 230 provided therein, and the user controls the power supply by using the control means 316 provided on the outer surface 310 of the discharge unit. The user selects and adjusts the on/off and air purification speed among the air purification speeds of automatic, 1st low speed, 2nd medium speed and 3rd high speed, and the control means 316 displays filter replacement display and charging status, and controls A rechargeable battery 240 that can be charged by means 230 is connected and installed to receive power.

The control means 230 receiving power from the rechargeable battery 240 controls the speed of the power and the pen 220 with the control means 316 by the user using the air purifier (A) of the present invention. At this time, power is supplied to the pen 220 through the control means 230. Meanwhile, the charging of the rechargeable battery 240 may be performed using a commonly used charging method (a household outlet, a computer, a vehicle USB port, or a portable rechargeable battery).

The control means 230 is installed on one side of the air purifier (A) and when the level of contamination is input by a sensor that measures the level of air pollution, the level of contamination is displayed in color on the detection display means 314 installed on the side of the discharge unit 300. Indicate.

The sensing marking means 314 is located in the center of the upper portion of the discharge unit 300, and is installed to enable color change using an LED. In addition, when the purification speed is automatically set, when the air pollution value is input to the control means by the sensor, the control means 230 automatically adjusts the speed according to the preset pollution value.

An antibacterial fiber 360 having deodorization and antibacterial properties is provided between the upper surface of the copper nano module 320 and the silver nano air cell 340.

The antibacterial fiber 360 is located in the perforation of the copper nano module 320 to apply deodorization and antibacterial properties of the air passing through the perforation, and is woven of a fiber material or a polymer material, and a general antibacterial fiber sold in the market is used. It may be fine, and fibers containing silver or copper, or those containing zeolite or bentonite made of a porous material may be used.

In the main body 200, a UV lamp is installed above or below the pen 220 to irradiate ultraviolet rays to the air passing through the pen 220, and the outer surface 210 of the main body includes a supporting means 212 on the lower surface. It is hinged so that the angle of the air purifier (A) can be adjusted.

Air purification using the UV lamp (not shown) is optional, and ultraviolet irradiation is carried out in a lateral direction, but when installed on the upper part of the pen 220, it is irradiated upwards, and when installed at the lower part, it is irradiated downward to increase the irradiation range. It is desirable.

In addition, the air purifier (A) of the present invention can be used in a general home, car, or in a narrow space, and is directly purified to the user by attaching a straight frame (not shown) to the support means 212 and adjusting the angle. It can send air and can be installed in a narrow space.

Test example : Sterilization and deodorization test

The air purifier of the present invention was put into a chamber (500×500×500 (mm)) as shown in Table 2 below, and sterilization, deodorization, and fine dust tests were performed.

(1) Sterilization test result

Target item Exam conditions effect Chamber size time Way
mold Penicillium



Same as test example

10, 20, 30, 40, 50(60, 120) [min]



airborne 99.5% Aspergillus 99.6% Cladosporium 99.8% Bacteira S.aureus 99.97% Micrococcus 99.8% MRSA (antibiotic-resistant hospital infectious bacteria) 99.99% Staphylococcus aureus/Escherichia coli 99.93% Allergen
(Tick carcass, dog, cat hair) 7[hours] Effect verification Identification of active hydrogen atoms Generation of active hydrogen OH-radical Neutralization of free radicals

Looking at Table 3, it was confirmed that more than 99% of sterilization was performed using the air purifier of the present invention.

(2) Deodorization test result

object Removal rate (unit%) Ammonia removal rate 86 Acetaldehyde removal rate 88 Acetic acid removal rate 75

Gas to be measured Initial gas concentration (unit ppm) Residual gas concentration (unit ppm)
(30 minutes later) ammonia 28 4 Acetaldehyde 8 One Acetic acid 2 0.5

Looking at Tables 4 and 5, it was confirmed that the removal rate measured after 30 minutes at the initial concentration was high and the residual gas concentration was reduced.

In addition, as a result of measuring fine dust after 30 minutes using an ultrafine dust measuring device, the fine dust was removed inside the chamber, and measured outside the chamber, so that it was possible to confirm the removal of fine dust using the air purifier of the present invention.

In a further aspect,

The present invention uses a combination of silver nano and copper nano, but configurations made of silver nano and copper nano may be made of only one material of silver nano or copper nano.

A filter made of a titanium dioxide (TiO2) material may be provided in a region irradiated with ultraviolet rays in the UV lamp (not shown) and used as a photocatalytic filter. The photocatalytic filter has antibacterial, sterilization, deodorization, and VOC (Volatile Oragnic Compounds) removal effects.

As described above, the convenient air ionizer sterilization air purifier according to the present invention removes fine dust by the existing HEPA filter and carbon filter, and is coated with silver (Ag) nano and copper (Cu) nano. It has a sterilization effect by using an ionizer, a filter and a module, and an air ionizer and a silver/copper nano filter are configured under the HEPA filter and the carbon filter, and a silver/copper module and a silver nano air cell and a copper nano filter are under the final outlet. By forming a matrix, air does not pass through immediately, and the sterilization effect is high by extending the contact time to the silver nano and copper nano compositions for a predetermined time, and the air purifier has a small volume, so it is convenient to carry and install in a narrow space. Easy to adjust.

As described above, although the present invention has been described by the limited embodiments and drawings, the present invention is not limited thereto, and the technology to which the present invention belongs is within the scope of equality of the spirit of the invention and the claims to be described below. Of course, various modifications and variations are possible.

A: air purifier 220: pen
100: suction unit 230: control means
110: suction unit exterior 240: rechargeable battery
112: inlet 300: discharge
120: air ionizer 310: exterior of the discharge unit
130: silver nano filter 312: outlet
140: copper nano filter 314: detection display means
150: HEPA filter 316: control means
160: carbon filter 320: copper nano module
170: ear serpentine filter 330: silver nano module
200: main body 340: silver nano air cell
210: outer surface of the main body 350: copper nano matrix
212: support means 360: antibacterial fiber

Claims (9)

In an air purifier that purifies indoor air,
The air purifier
A plurality of air purifiers are located at the lowermost part to support the air purifier, but the air ionizer and silver nano filter are inside to purify the air flowing in through the suction port and the outer surface of the suction part which has a plurality of intake ports through which air is introduced into the lower area. , A copper nano filter, a hepa filter, a carbon filter, and a suction unit provided with a ear serpentine filter;
A main body part formed of an outer surface of the main body in the shape of a cube and positioned above the suction part, in which a plurality of pens for introducing air into the suction part and discharging it to the upper part are installed;
A copper nano module, a silver nano air cell, a copper nano module, a silver nano air cell, and an inside of the discharge part outer surface to purify the air discharged by the pen and the discharge part outer surface which covers the upper part of the outer surface of the body part, A portable air ionizer sterilizing air purifier comprising: a discharge unit provided with a copper nano matrix and a silver nano module. The method of claim 1,
The silver nano filter and the copper nano filter are each plated with silver (Ag) and copper (Cu) on the surface, and when viewed from a plan view, a plurality of vertical cylinders are connected inside a circular frame, and air is introduced from the outside. A portable air ionizer sterilizing air purifier, characterized in that two air ionizers are attached to each of the cylinders and the cylinders, and two air ionizers are attached to each of the silver nano filter and the copper nano filter. The method of claim 2,
In the air ionizer, four permanent magnets are installed facing each other, and a flow path through which air passes between the facing magnets is provided, and the outer side of the magnet inserted into one side forms the N pole and the S pole, and A portable air ionizer sterilizing air purifier, characterized in that magnets are installed so that the magnet inserted in the position forms N pole in the direction of the flow path and S pole outward. The method of claim 1,
The ear serpentine filter is one of the filter paper filters containing the ear serpentine by crushing the ear serpentine, processing it into a disk shape, and then firing to form a porous filter or by putting the pulverized product into the filter paper manufacturing process after crushing and firing the ear serpentine. Convenient air ionizer sterilization air purifier, characterized in that using a. The method of claim 1,
The main body controls the operation of the air purifier through a control means provided inside, and the user automatically turns on/off the power and adjusts the air purification speed by using a control means provided on the outer surface of the discharge part. Movement characterized in that the user selects and adjusts the air purification speed of medium and 3-speed, and the filter replacement display and charging status are displayed on the control means, and a rechargeable battery that can be charged by the control means is connected and installed to receive power. This convenient air ionizer sterilization air purifier. The method of claim 5,
Wherein the control means is installed on one side of the air purifier, and when the level of contamination is input by a sensor that measures the level of air pollution, the level of contamination is displayed in color on a detection display unit installed on one side of the discharge unit. Low sterilization air purifier. The method of claim 1,
The copper nanomodule is formed in a square plate shape with a plurality of perforations when viewed from the top, and a silver nanomodule in the shape of a rectangular parallelepiped having a plurality of perforations on the outer surface of which the lower portion is open is detachably installed on the upper side thereof. , A silver nano air cell is filled with a spherical hollow inside and a plurality of wheel spokes formed on the outer surface, and a copper nano matrix forming a shape in which a plurality of cylinders are connected in a vertical direction is located above the silver nano air cell. Air ionizer sterilization air purifier. The method of claim 7,
A portable air ionizer sterilizing air purifier, characterized in that a deodorizing and antibacterial antibacterial fiber is provided between the upper surface of the copper nano module and the silver nano air cell. The method of claim 1,
Movement characterized in that a UV lamp is installed on the upper or lower part of the pen to irradiate ultraviolet rays to the air passing through the pen, and a support means is hinged to the lower surface of the main body to adjust the angle of the air purifier. This convenient air ionizer sterilization air purifier.

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