KR102356548B1 - Indoor sterilization and air purification device - Google Patents

Abstract

The present invention relates to an indoor sterilization and air purification device,
During the primary sterilization and sterilization of the air introduced into the "C" body by the fan by ozone generated from the ozone generator, the magnetic field from the external permanent magnet activates ozone sterilization,
During internal sterilization by the light and heat of the UV lamp, a disturbance from an external permanent magnet activates the sterilization of the UV lamp,
By the alternating magnetic field of the alternating electromagnet installed in the "ㅁ" type space, self-cleaning ability is given to the air passing through the inside of the body, while sterilization and sterilization are progressed.
The negative ion generator installed at the outlet generates negative ions to purify the air by negative ions,
In the negative ion generator, at least one purification tube is positioned at the position where the air is discharged into the room by the fan so that it contains beneficial ingredients including far-infrared rays while purifying the air passing through. It has a self-cleaning ability and is discharged into the room while gradually purifying the indoor air.

Description

Indoor sterilization and air purification equipment{omitted}

The present invention relates to an indoor sterilization and air purifying device, and more particularly, the air introduced into the "C"-shaped body by a fan is first sterilized and sterilized by ozone generated from an ozone generator. The magnetic field from the permanent magnet activates the sterilization of ozone, and while sterilization is performed inside by the light and heat of the UV lamp, the disturbance from the external permanent magnet activates the sterilization of the UV lamp, and the “ㅁ”-shaped space The self-cleaning ability is given to the air passing through the body by the alternating magnetic field of the alternating electromagnet installed in In the negative ion generator, at least one purification tube is placed at the position where the air is discharged into the room by the fan so that it contains beneficial ingredients including far infrared rays while purifying the air passing through, so that the sterilization and sterilization and sterilization and It relates to an indoor sterilizing and air purifying device capable of gradually purifying indoor air while allowing purified air to have self-cleaning ability and be discharged into the room.

Concerned about air pollution, which is getting serious day by day, recently, air purifiers are installed indoors or in cars to remove harmful elements such as dust and cigarette smoke, and various germs.

Air purifiers are designed to optimally control the four factors of temperature, humidity, and airflow cleanliness of the air supplied to the room.

In order to circulate the air circulated in the room or the outside air into the room, the air is filtered through various materials and types of filters configured inside the air purifier, and then the filtered air is exhausted to the inside to keep the indoor air always clean. state to be maintained.

In addition, by configuring a heat exchanger inside the air purifier to convert the temperature of the air passing through the heat exchanger to high or low temperature, it performs the indoor cooling/heating function in hot summer or cold winter.

Such a conventional air purifier includes a body configured with a damper on an outer surface of which air is sucked;

a filtration filter configured to be located inside the body and located at the side end of the damper through which the air is sucked;

a heat exchanger for exchanging the air filtered through the filtration filter to a low or high temperature;

a blower for sucking in/discharging air heat-exchanged at low or high temperature by the heat exchanger;

a driving motor for driving the blower;

One end is connected to the blower to discharge the air sucked from the blower to the outside of the body, and the other end is configured as an outlet connected to the outside of the body.

Therefore, when indoor or outdoor air is sucked into the body through the damper configured on the outer surface of the body, filtration is performed by the filtration filter, and the filtered air is heat-exchanged at low or high temperature while passing through the heat exchanger. Air circulation in the room is made while being discharged to the outside of the body through the outlet connected to the blower.

In the conventional air purifier configured as described above, the fine dust or various harmful bacteria contained in the air is filtered by the filtration filter configured inside the body so that the clean air is discharged to the indoor side. Since it is impossible to completely sterilize and filter fine dust or various bacteria harmful to the human body, there is a problem that causes respiratory diseases in indoor residents.

Moreover, since the air filtration function is performed with only one filtration filter, it is inconvenient to frequently replace the filtration filter.

In particular, there is a problem in that fine dust that has not been completely filtered or odors that are not completely removed in the air that have passed through the filtration filter are discharged into the room through the outlet as they are, leaving fine dust and odors in the room.

Moreover, in the case of the heat exchanger configured inside the body, a heat exchange medium such as a refrigerant or hot water is always circulating the heat exchanger for low or high temperature, and condensed water is formed on the surface of the heat exchanger by the circulating action of the heat exchange medium. Since various bacteria and mold bacteria are generated in this condensate, various bacteria and fungi that are harmful to the human body, such as various bacteria and fungi, generated in the process of air being discharged into the room through the outlet, are also discharged into the room, thereby reducing the respiratory diseases of indoor residents. Of course, there was a problem that caused allergic diseases.

On the other hand, an air purifier that generates silver ions has been devised to solve the problems of the air purifier.

This is an ion generator comprising a first generating means for generating cations and silver ions in equal amounts, and a second generating means for generating a relatively small amount of cations and a relatively large amount of silver ions,

an ion generator comprising switch means for switching to select any one of the first generating means and the second generating means, the ion generator being configured to operate any one switched by the switch means;

and means for changing the air condition, wherein silver ions and positive ions generated by the ion generator are configured to be dispersed into the air changed by the means.

As another example, a silver ion generating device for an air conditioner, which is registered utility model No. 20-0124277, has been devised.

This is a silver ion generator for an air conditioner comprising a silver ion fin upper cover to which silver ion pins are attached and a silver ion fin lower cover to which a charging plate is attached,

The silver ion pin has a bent portion formed by bending the middle portion thereof, and the silver ion pin upper cover has an insertion groove for accommodating the bent portion, and when the bent portion is inserted into the insertion groove, the silver ion pin The front end of the was configured to face the charging plate at an angle that can generate the maximum silver ions.

These conventional techniques include an ion generator or silver ion fin inside an air conditioner that circulates air to the indoor side to sterilize various fine dust or harmful bacteria remaining in the air supplied to the indoor side, thereby bringing cleaner air to the indoor side. to supply.

However, in the case of the prior art, silver ions generated by the ion generator or silver ion pin are included in the air to sterilize fine dust or various harmful bacteria remaining in the circulating air by the generated silver ions. Since the sterilization and filtration functions of air are remarkably reduced, there is a problem in that fine dust or various harmful bacteria that have not been sterilized are discharged into the room as they are.

That is, in the prior art, silver ions are generated by an ion generator or silver ion pin, so that silver ions are simply included in the air sucked into the air conditioner. Even if sterilization of fine dust or various harmful bacteria that come into contact with silver ions is performed, sterilization of fine dust or various harmful bacteria that do not come into contact with silver ions is not performed at all. It is not being done properly.

Therefore, on November 30, 2011, Patent Registration No. 10-1090214 (Air conditioner equipped with a silver ion washer) was proposed,

It comprises a body configured with a damper on the outer surface of which air is sucked;

a filtration filter configured to be located inside the body and located at the side end of the damper through which the air is sucked;

a heat exchanger for exchanging the air filtered through the filtration filter to a low or high temperature;

a blower for sucking in/discharging air heat-exchanged at low or high temperature by the heat exchanger;

a drive motor connected to a pulley of the blower and a belt to drive the blower;

an outlet having one end connected to the blower and the other end connected to the outside of the body to discharge the air sucked from the blower to the outside of the body;

Silver ionized water molecules and fine dust or various harmful bacteria contained in the air are clustered between the heat exchanger and the blower configured inside the body by spraying silver ionized water to clean the air that has passed through the heat exchanger and heat-exchanged at low or high temperatures. ) in the air conditioner provided with a silver ion washer for sterilization,

The silver ion cleaner,

a water tank positioned between the heat exchanger and the blower and configured on a bottom surface of the body to store water therein;

a wind plate installed on one side of the water tank;

a hand plate positioned in a direction corresponding to the other side of the wind plate and installed in the water tank;

a spray nozzle positioned between the wind breaker plate and the hand plate and spraying silver ionized water toward the air that has passed through the wind breaker plate;

a circulation pump connected to the water tank and the supply pipe and connected to the injection nozzle to supply silver ionized water to the injection nozzle;

a connection pipe connecting the circulation pump and the injection nozzle to supply silver ionized water to the injection nozzle side by the circulation pump;

a silver ion generator connected to one side of the connecting tube;

It was configured to include a control unit electrically connected to the silver ion generator.

However, in the conventional air conditioner equipped with a silver ion washer as described above, it sterilizes and sterilizes fine dust and various harmful bacteria contained in the air introduced by the silver ion water sprayed through the silver ion washer, so that clean air is maintained indoors. In addition to being supplied to the air purifier, it is possible to sterilize various bacteria and fungi remaining in the heat exchanger configured inside the body of the air purifier, but there is a limit to how the air circulated with silver ionized water sterilizes the inside of the body. However, since the self-cleaning ability cannot be given to the circulated air, there is a disadvantage in that it is possible to purify the internal air only by circulating all the air in the room.

Accordingly, the present invention provides that the magnetic field from the external permanent magnet activates ozone sterilization during primary sterilization and sterilization of air introduced into the inside of the "C" body by the fan by ozone generated from the ozone generator, During internal sterilization by the light and heat of the UV lamp, a disturbance from an external permanent magnet activates the sterilization of the UV lamp, and the inside of the body is cleaned by the alternating magnetic field of the alternating electromagnet installed in the “ㅁ” space. The self-cleaning ability is given to the air passing through, while sterilization and sterilization are carried out, the negative ion generator installed at the outlet generates negative ions to purify the air by negative ions, and the air is brought into the room by the fan from the negative ion generator. At least one purification tube is placed at the discharge position to contain beneficial ingredients including far-infrared rays while purifying the air passing through, so that the sterilized, sterilized and purified air has self-cleaning ability and is discharged into the room while moving by the fan. An object of the present invention is to provide an indoor sterilizing and air purifying device capable of gradually purifying indoor air.

The indoor sterilization and air purification apparatus of the present invention for achieving the above object,

During primary sterilization and sterilization of the air introduced into the inside of the "C" body by the fan by ozone generated from the ozone generator, the magnetic field from a number of external permanent magnets activates ozone sterilization,

The sterilization by residual ozone is activated by the magnetic field from a number of external permanent magnets while passing through the curved part of the "C" shape,

At the same time sterilization is performed by the ultraviolet light generated from the ultraviolet lamp installed inside, heat is generated by radiation as the light comes into contact with the metal surface, so that the sterilization is performed inside by heat,

During sterilization by light and heat of the UV lamp, a disturbance from an external permanent magnet activates the sterilization of the UV lamp,

The alternating magnetic field of about 3,000 to 6,000 Gauss transmitted from the alternating electromagnet installed in the “ㅁ” type space gives self-cleaning ability to the air passing through the inside of the main body and at the same time allows sterilization and sterilization to proceed.

The negative ion generator installed at the outlet generates negative ions to purify the air by negative ions,

In the negative ion generator, at least one purification tube is positioned at the position where the air is discharged into the room by the fan so that it contains beneficial ingredients including far-infrared rays while purifying the air passing through. It has a self-cleaning ability and is discharged into the room while gradually purifying the indoor air.

The indoor sterilization and air purification apparatus of the present invention as described above,

During the primary sterilization and sterilization of the air introduced into the "C" body by the fan by ozone generated from the ozone generator, the magnetic field from the external permanent magnet activates ozone sterilization,

During internal sterilization by the light and heat of the UV lamp, a disturbance from an external permanent magnet activates the sterilization of the UV lamp,

By the alternating magnetic field of the alternating electromagnet installed in the “ㅁ” type space, self-cleaning ability is given to the air passing through the inside of the body, while sterilization and sterilization are in progress.

The negative ion generator installed at the outlet generates negative ions to purify the air by negative ions,

In the negative ion generator, at least one purification tube is positioned at the position where the air is discharged into the room by the fan so that it contains beneficial ingredients including far-infrared rays while purifying the air passing through. It has the effect of gradually purifying the indoor air while allowing it to be discharged into the room as it has self-cleaning ability.

1 is a schematic diagram showing a configuration according to the installation state of the present invention.
Figure 2 is a block diagram showing a configuration for the operation of the present invention.
3 is a circuit diagram showing the configuration of the high-pressure generator of the present invention.

Hereinafter, preferred embodiments of the present invention will be described.

When the indoor sterilization and air purification apparatus according to the present invention is described according to an embodiment,

During primary sterilization and sterilization by the ozone generated from the ozone generator 3, the air introduced into the inside of the “c”-shaped body 1 through the inlet 1a by the first fan 2 is sterilized by a large number of outside The magnetic field from the permanent magnet (4) of the ozone activates the sterilization,

The sterilization by residual ozone is activated by the magnetic field from a plurality of external permanent magnets 5 while passing through the bent portion of the body 1 bent in a “c” shape,

At the same time sterilization is performed by the ultraviolet light generated from the ultraviolet lamp 6 installed inside, the light is in contact with the metal surface of the body 1, and heat by radiation is generated so that the sterilization is made inside by heat,

During sterilization by light and heat of the UV lamp 6, a disturbance from an external permanent magnet 7 activates the sterilization of the UV lamp, and at the same time, heat is collected inside by using the characteristic that heat hates magnetic fields. to activate sterilization by heat,

By an alternating magnetic field of about 3,000 to 6,000 Gauss transmitted from the alternating electromagnet 8 installed in the "ㅁ" type space, self-cleaning ability is given to the air passing through the inside of the main body 1, and sterilization and sterilization are carried out at the same time. ,

A plurality of holes 10 are formed in the body 1 of the portion where the ultraviolet lamp 6 is installed, and the air expanded while sterilizing the inside of the body 1 is sterilized between the external housing 11 and the housing 11. Part of it escapes into the inside of the

The negative ion generator 12 installed at the outlet 1b generates negative ions to purify the air by negative ions,

In the negative ion generator 12, at least one purification tube 13 is positioned at a position where air is discharged into the room by the fan 14 so that the air passing therethrough contains beneficial components including far-infrared rays. ) (14), the sterilized, sterilized and purified air has self-cleaning ability and is discharged into the room while gradually purifying the indoor air.

And the refinery pipe 13 crushes the washed coal to a size of about 100 mesh,

The washed waste coal is crushed to a size of about 100 mesh,

Crush the washed pozzolan into a size of about 100 mesh,

The washed germanium is crushed to a size of about 100 mesh,

Crush the washed salt into a size of about 100 mesh,

15-25 wt% of the above coal, 15-25 wt% of waste coal, 15-25 wt% of pozzolan, 15-25 wt% of germanium, and 15-25 wt% of salt are mixed in a mixer to produce a hollow cylindrical shape in a molding machine It is formed by cutting it to a length of about 100 to 500 mm.

In this embodiment, the anion generator 12 and the purification pipe 13 were described as being installed inside the body 1, but the structure of the anion generator 12 and the purification pipe 13 on the outside of the body 1 is It is free to install separately.

The operation process of the indoor sterilization and air purifying apparatus of the present invention configured as described above is described with reference to the block diagram of FIG. 2 .

First, when the power S/W 21 is turned on to supply power, the controller 20 recognizing this supplies power for internal operation,

The air introduced into the inside of the "C"-shaped body 1 through the inlet 1a by the first fan 2 installed on the inlet 1a side of the main body 1 manufactured as a fixed type or portable type according to the capacity. Primary sterilization and sterilization are performed by ozone generated from the ozone generator (3).

And at that time, the magnetic field from a plurality of permanent magnets 4 attached to the outside activates the sterilization action of ozone.

The ozone generator 3 generates ozone only for a period of time determined by the timer 23 in the controller 20 (eg, operates for 30 minutes and stops for 2 hours) to prevent problems caused by excessively generated ozone.

The sterilization by residual ozone is activated by the magnetic field from a plurality of external permanent magnets 5 while passing through the bent portion of the body 1 bent in a “c” shape.

At the same time, sterilization is performed by the ultraviolet light generated from the ultraviolet lamp 6 installed inside the body 1, and while the light comes into contact with the metal surface of the body 1, heat by radiation is generated, and sterilization is performed inside by heat. let it go

During sterilization by light and heat of the UV lamp 6, a disturbance from the external permanent magnet 7 activates the sterilization of the UV lamp, and at the same time, heat is collected inside by using the characteristic that heat hates magnetic fields. and activate heat sterilization.

The ultraviolet lamp 6 is lit only for the time set by the timer 23 in the controller 20 (eg, turned on for 2 hours and then turned off for 2 hours) while preventing the temperature and pressure inside the body 1 from rising. The ultraviolet lamp 6 can be used for a long time.

An alternating magnetic field of about 3,000 to 6,000 Gauss transmitted from the alternating electromagnet 8 installed in the “ㅁ”-shaped space outside the body 1 gives self-cleaning ability to the space passing through the inside of the body 1 and at the same time sterilizes it. and allowing sterilization to proceed.

A plurality of holes 10 are formed in the body 1 of the portion where the ultraviolet lamp 6 is installed, and the air expanded while sterilizing the inside of the body 1 is sterilized between the external housing 11 and the housing 11. A part of it escapes into the inside of the unit so that it can be adjusted.

The controller 20 supplies power to the electromagnet driving unit 22 to generate alternating magnetic force in a set period unit.

That is, an intermittent alternating magnetic field is generated while turning on/off the power to the electromagnet 8 of about 3,000 to 6,000 Gauss in units of 5 to 10 seconds.

The negative ion generator 12 installed at the outlet 1b generates negative ions to purify the air by the negative ions.

The negative ion generator 12 generates negative ions only for a time set by the timer 23 in the controller 20 (eg, operates for 1 hour and stops for 1 hour) to prevent problems caused by excessively generated negative ions.

In the negative ion generator 12, at least one purification tube 13 is positioned at a position where the air is discharged into the room by the fan 14 so that the air passing therethrough contains beneficial components including far-infrared rays. ) (14), the sterilized, sterilized and purified air has self-cleaning ability and is discharged into the room while gradually purifying the indoor air.

The refinery pipe 13 crushes the cleaned coal to a size of about 100 mesh.

The washed waste coal is crushed to a size of about 100 mesh.

Crush the washed pozzolan into a size of about 100 mesh.

Crush the washed germanium into a size of about 100 mesh.

Crush the washed salt into a size of about 100 mesh.

15-25 wt% of the above coal, 15-25 wt% of waste coal, 15-25 wt% of pozzolan, 15-25 wt% of germanium, and 15-25 wt% of salt are mixed in a mixer to produce a hollow cylindrical shape in a molding machine It is formed by cutting it to a length of about 100 to 500 mm.

In the above, a preferred embodiment of the present invention has been illustrated and described, but the present invention is not limited to the above-described embodiment, and it is common in the field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims. Any person skilled in the art can implement various modifications, and such modifications are within the scope of the described claims.

1: body 2, 14: fan
3: ozone generator 4, 5: permanent magnet
6: ultraviolet lamp 8: alternating electromagnet
11: housing 12: negative ion generator
13: refinery pipe

Claims (2)

During primary sterilization and sterilization by ozone generated from the ozone generator 3, the air introduced into the inside of the “c”-shaped body 1 through the inlet 1a by the first fan 2 is sterilized by the outside multiple The magnetic field from the permanent magnet (4) of the ozone activates the sterilization,
The sterilization by residual ozone is activated by the magnetic field from a plurality of external permanent magnets 5 while passing through the bent portion of the body 1 bent in a “c” shape,
At the same time sterilization is performed by the ultraviolet light generated from the ultraviolet lamp 6 installed inside, the light is in contact with the metal surface of the body 1, and heat by radiation is generated so that the sterilization is made inside by heat,
During sterilization by light and heat of the UV lamp 6, a disturbance from an external permanent magnet 7 activates the sterilization of the UV lamp,
By an alternating magnetic field of about 3,000 to 6,000 Gauss transmitted from the alternating electromagnet 8 installed in the “ㅁ” type space, self-cleaning ability is given to the air passing through the inside of the main body 1, and sterilization and sterilization are carried out at the same time. ,
A plurality of holes 10 are formed in the body 1 of the portion where the ultraviolet lamp 6 is installed,
The negative ion generator 12 installed at the outlet 1b generates negative ions to purify the air by negative ions,
An indoor sterilizing and air purifying apparatus, characterized in that at least one purification pipe (13) is positioned and passed through the negative ion generator (12) at a position where the air is discharged into the room by the fan (14). The method according to claim 1,
The refinery pipe 13 is,
Crush the cleaned charcoal into a size of about 100 mesh,
The washed waste coal is crushed to a size of about 100 mesh,
Crush the washed pozzolan into a size of about 100 mesh,
The washed germanium is crushed to a size of about 100 mesh,
Crush the washed salt into a size of about 100 mesh,
15-25 wt% of the above coal, 15-25 wt% of waste coal, 15-25 wt% of pozzolan, 15-25 wt% of germanium, and 15-25 wt% of salt are mixed in a mixer to produce a hollow cylindrical shape in a molding machine An indoor sterilization and air purification device, characterized in that it is formed by cutting it to a length of about 100 to 500 mm.

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