KR100488601B1 - air cleaner - Google Patents

Abstract

The present invention relates to an anion-generating air purifier, and more particularly, a water reservoir is installed on one side of the lower portion of the air cleaner, and a disk-shaped dust collecting medium portion is rotated by a driving means on the water reservoir. Firstly, the dust coming in through the inner grill is treated in the dust collecting medium section, and the pure air and the dust of fine particles which are not filtered out are filtered secondly in the charging section composed of the dust collecting plate and the discharge plate installed on the discharge grill. It is to provide an anion-generating air purifier (1) capable of discharging unpleasant air.

The air cleaner 1 of the present invention is formed with an inner grill 111 through which air is sucked, the first storing unit 110 capable of storing the dust collecting medium means 200 and the first blower 300 therein; A first body 100 composed of a second accommodating part 130 for accommodating the high pressure generating part 10, the control part 20, and the ozone generating part 30 by the diaphragm 120; A shroud 410 for guiding the clean air filtered from the dust collecting medium 200 toward the discharge grill 421 by the first blower 300; A second body 400 formed integrally with the shroud 410 and having a lid 420 and an outlet grill 421 openable by a hinge 411 at an upper portion thereof; The first and second guide parts 430 and 431 formed diagonally inside the second body 400 and the first and second guide parts 430 and 431 are installed in the air. A charging unit 500 including a discharge unit 510 for charging dust particles and a double dust collector 520 for capturing charged dust particles; The second blower 310 is configured to forcibly discharge the clean air filtered by the charging unit 500 toward the discharge grill 421.

Description

Air cleaner

The present invention relates to an anion-generating air purifier, and more particularly, a water reservoir is installed on one side of the lower portion of the air cleaner, and a disk-shaped dust collecting medium portion is rotated by a driving means on the water reservoir. Firstly, the dust coming in through the inner grill is treated in the dust collecting medium section, and the pure air and the dust of fine particles which are not filtered out are filtered secondly in the charging section composed of the dust collecting plate and the discharge plate installed on the discharge grill. An anion-generating air purifier capable of discharging unpleasant air.

In general, an anion-generating air purifier applies a high voltage to the discharge electrode that charges the fine particles in the air with a positive polarity (+) or a negative polarity (-) and collects the charged dusts on the dust collecting electrode where the charged electrode collects the ground electrode in the opposite polarity to the discharge electrode. It is a device that collects and collects various dusts floating in the air by, for example, a discharge between a discharge electrode using the positive electrode (+) as the ground electrode and a dust collecting electrode generating the high voltage of the negative electrode (-). As a result, various dusts charged from the discharge electrode to the anode (+) are attached to the dust-collecting electrode, which is negatively charged, and the dust is treated at the same time. have.

However, as described above, a lot of dust is stacked on the dust collecting electrode having the negative electrode, and the dust having a smaller amount than the dust collecting electrode also adheres to the positive electrode having the positive electrode, so that the dust is prevented from being deteriorated. Periodic cleaning of the electrodes and the collecting electrode was required.

In addition, in the case of the ion method as described above, there is a problem that the dust collecting capacity is deteriorated since the discharge electrode is cationized when used continuously.

Therefore, in order to solve the above problems, the present invention installs a water reservoir on one side of the lower side of the air purifier, and installs a disk-shaped dust collecting medium portion that is rotated by a driving means on the water reservoir, and primarily Dust collected through the inner grill is treated at the dust collecting media section, and pure air and fine particles of dust that are not filtered out are secondaryly filtered at the charging section consisting of a dust collecting plate and a discharge plate installed at the discharge grill, thereby always keeping clean air. It's about making it exhaustable.

In order to achieve the above object, the present invention is the inner grill, which is sucked air, the first storage unit for accommodating the dust collecting medium means and the first blower therein, the high-pressure generating unit and the control unit by the diaphragm, ozone A first body composed of a second storing portion for accommodating the generating portion; A shroud for guiding the clean air filtered from the dust collecting medium to the discharge grill by a first blower; A second body integrally formed with the shroud and having a lid and an outlet grill openable by a hinge on an upper portion thereof; First and second guide portions formed diagonally inside the upper part of the second body, discharge parts installed on the first and second guide portions to charge dust particles contained in air and charged dust particles A charging unit comprising a double dust collecting unit; Characterized in that the second blower for forcibly discharging the clean air filtered by the charging unit toward the discharge grill.

The dust collecting medium means includes a storage tank for storing fluid, a rotating shaft installed in a fixed groove formed in the storage tank and rotated by a driving motor, and an adsorption part installed at equal intervals on the rotating shaft to adsorb dust; And a brush for cleaning the adsorbed dust, and a brush for cleaning the dust not filtered out by the fluid.

Adsorption unit is made in the shape of a disk, the inner grill and the discharge grill is formed in the same direction, inside the inner grill humidity sensor for detecting the humidity of the room, temperature sensor for detecting the temperature and pollution sensor is installed It features.

The above described features, objects, and structural advantages of the present invention will become more apparent from the following detailed description of the preferred embodiments of the present invention described below with reference to the accompanying drawings.

It should be noted that the same to similar parts in the drawings are described with the same to similar reference numerals for convenience of explanation and understanding.

As shown in FIG. 1, the air cleaner 1 of the present invention is formed with an inner grill 111 through which air is sucked on a side surface thereof, and accommodates the dust collecting medium means 200 and the first blower 300 therein. A first body including a first storage unit 110 and a second storage unit 130 for accommodating the high pressure generator 10, the control unit 20, and the ozone generator 30 by the diaphragm 120. 100; A shroud 410 for guiding the clean air filtered from the dust collecting medium 200 toward the discharge grill 421 by the first blower 300; A second body 400 formed integrally with the shroud 410 and having a lid 420 and an outlet grill 421 openable by a hinge 411 at an upper portion thereof; The first and second guide parts 430 and 431 formed diagonally inside the second body 400 and the first and second guide parts 430 and 431 are installed in the air. A charging unit 500 including a discharge unit 510 for charging dust particles and a double dust collector 520 for capturing charged dust particles; The technical configuration is given to the second blower 310 for forcibly discharging the clean air filtered by the charging unit 500 toward the discharge grill 421.

Accordingly, the present invention configured as described above will be described in detail with reference to the accompanying drawings.

1 is a side cross-sectional view of the air cleaner 1 of the present invention, and FIG. 2 is a view showing a part of the dust collecting medium means 200 of the air cleaner 1 of the present invention.

In the following, the same reference numerals are given to the same shapes and names, and a description thereof will be omitted.

In the air cleaner 1 of the present invention, as shown in FIG. 2, the first storage unit 110 formed on one side of the first body 100 accommodates a storage tank 210 having a long rectangular shape in a longitudinal direction. Guide grooves 211 are formed at both ends of the storage tank 210 so that the rotation shaft 221 supporting the dust adsorption unit 220 is fitted.

In addition, a driving motor 230 for driving the dust adsorption unit 220 is installed on the extension line of the rotary shaft 221.

In the storage tank 220 is stored a fluid for washing the dust attached to the dust adsorption unit 220.

The fluid may be water or a mixture of perfume oil, a low alcohol substance, or the like.

At this time, the brush 212 is installed in the longitudinal direction in the portion abutting the edge of the dust adsorption unit 220 can remove the dust attached to the dust adsorption smoothly.

The dust adsorption unit 220 is installed in the shape of a disk, overlapping several sheets at intervals of about 1 to 3 mm, and the material is a relatively light synthetic resin material. It is preferable to use a high-density sponge having excellent dust adsorption power.

Meanwhile, the first and second blowers 310 and 311 are also provided with the same motor as the driving motor 230 for driving the dust adsorption unit 220.

In this case, only one driving motor 230 may be installed, and the speed ratio of the blower 300 and the dust adsorption unit 220 may be adjusted by using a gear ratio or a chain and a pulley.

In addition, the ozone generator 30 can continuously and continuously treat that the fluid stored in the storage tank 210 is contaminated by microorganisms, etc., so that the ozone generator 30 can always be kept clean.

On the other hand, the inner grill 111, the humidity sensor 112 for detecting the humidity of the room and the temperature sensor 113 and the pollution detection sensor 114 for detecting the temperature is installed, depending on the humidity or temperature of the room The air cleaner was automatically started.

The dual dust collecting part 520 installed in the first guide part 430 of the second body 400 includes a dust collecting plate 521 having a plurality of discharge holes and a filter 522 made of a nonwoven fabric or a thin mesh. It is formed integrally.

When the air cleaner 1 configured as described above is installed in a room and " on " power, the humidity and temperature sensors 112 and 113 and the pollution detection sensor 114 detect and drive the same according to a preset set value. The motor 230 is driven.

The first and second blowers 300 and 310 and the dust adsorption part 220 are rotated by the driving motor 230.

Therefore, the dust is introduced through the first blower 300 is washed by the fluid in the storage tank 210 in a state that is adsorbed by the dust adsorption, the dust that is not washed to be washed cleanly by the brush (212) do.

On the other hand, the primary air introduced together with the dust as described above is transmitted to the charging unit 500 through the shroud 410 by the first blower (300).

As described above, the primary air is secondaryly purified by the double dust collector 520 and the discharge plate 510 of the charging unit 500 and discharged to the outside by the second blower 310.

At this time, the fluid in the storage tank 210 can sterilize the microorganisms by the ozone generator 30 so that the user only removes the dust collected in the used fluid or the fluid in the storage tank 210 only once a month. Can be discarded, cleaned and replaced with new ones to keep them clean at all times.

Therefore, the muddy air in the room can be maintained to always feel clean and fresh.

3 shows another embodiment of the present embodiment, hereinafter, description of the same reference numerals for the same shapes and names as the present embodiment will be omitted.

In this embodiment, the inner grill 111 and the discharge grill 421 is formed in the same direction, and the shroud 410 is streamlined toward the first blower 300 to naturally store the air entering from the outside tank (210).

As described above, the air purifier of the present invention has the following advantages.

First, a water reservoir is installed on one side of the lower part of the air cleaner, and a disk-shaped dust collecting medium portion which is constantly rotated by a driving means is installed on the water reservoir, so that dust entering through the inner grill is collected in the dust collecting medium portion. By treating and purifying pure air and fine particles which are not filtered out, the secondary air is filtered at the charging portion consisting of a dust collecting plate and a discharge plate installed on the discharge grill side, thereby always allowing clean air to be discharged.

Second, it is not necessary to clean the air purifier as frequently as before.

Third, by using a medium (such as water or oil) to filter the dust sucked in such as air, it does not need a separate humidifier because it acts as a humidifier when dried in winter as well as fragrant smell in the room.

1 is a cross-sectional view of the present invention air cleaner

Figure 2 is a perspective view showing an extracting dust collecting means of the present invention

3 is a view showing another embodiment of the present invention air purifier

<Explanation of symbols for main parts of drawing>

1: Air cleaner 10: High pressure generator

20: control unit 30: ozone generating unit

100: first body 110: first storage

111: inner grill 112: humidity sensor

113: temperature sensor 114: pollution detection sensor

120: partition 130: second storage

200: dust collecting medium means 210: storage tank

211: guide groove 212: brush

220: dust adsorption portion 221: rotating shaft

230: drive motor 300,310: blower

400: second body 410: shroud

411 hinge 420 lid

421: discharge grill 430, 431: guide portion

500: charging unit 510: discharging unit

520: double dust collecting unit 521: dust collecting plate

522: filter

Claims (5)

 A plurality of disk-shaped adsorption portion is formed, the adsorption portion is contained in the fluid contained in the body in the air purifier (1) to adsorb and clean the dust introduced through the inner grill 111, the air cleaner (1) The first body 100 and the second body 200 is divided into a shroud 410, the first body 100 is for inhaling the outside polluted air through the inner grill (111) inside A first blower 300 is installed, and a lower portion of the first blower 300 is installed in the storage tank 210 for storing the fluid and in the guide groove 211 formed in the storage tank 210, and the driving motor. A rotary shaft 221 rotated by 230, an adsorption unit 220 provided at equal intervals on the rotary shaft 221 to adsorb dust, a fluid for filtering the adsorbed dust, and Dust collection medium consisting of a brush (212) for cleaning the dust not filtered by And the first housing (110) (200) is installed; The separator 120 is distinguished from the first receiving unit 110 and includes a high pressure generating unit 10, a control unit 20, and a second storing unit 130 in which an ozone generating unit 30 is installed. The second body 400 is formed integrally with the shroud 410, the opening and closing by a hinge 411 on the upper portion is provided with a lid 420, the discharge grill 421 is formed, the first side is formed diagonally And a charging unit 500 including a discharge unit 510 for charging dust particles included in the air to form second guide parts 430 and 431 and a double dust collector 520 for capturing charged dust particles. Removably installed, the air cleaner comprising a second body (400) provided with a second blower (310) for forcibly discharging the clean air filtered from the charging unit 500 toward the discharge grill (421). delete delete The air purifier of claim 1, wherein the inner grill and the discharge grill are formed in the same direction. The air purifier of claim 1, wherein a humidity sensor for detecting humidity in a room, a temperature sensor for detecting a temperature, and a pollution detection sensor are installed inside the inner grill.