KR20080111572A - Air cleaner with rotating vane and washing water - Google Patents

Abstract

An air cleaner using cleaning water and a rotation structure instead of a filter is provided to remove contaminated gas and fine dust, to sterilize bacteria in air, to humidify the air ideally and to offer negative ion at the same time. An air cleaner using cleaning water and a rotation structure contains an upper body(10a) and a lower body(10b). An internal space(80) storing cleaning water is formed inside the air cleaner using the cleaning water and the rotation structure. A seating rest(11) in which the upper body is put is prepared at an upper part of the air cleaner using the cleaning water and the rotation structure. The upper body is put on the seating rest. The lower body has an inlet port(12) in which contaminated air is flown and contains a blasting unit, rotation structures(50a, 50b) and a cleaning water supplying unit. The blasting unit contains a partition distinguishing the upper side and a lower side and is formed inside the partition and is prepared at one end of an extended axis of a rotating axis operating the blasting unit. The cleaning water supplying unit is immediately positioned beneath the rotation structure.

Description

Air cleaner using washing water and rotating structure {AIR CLEANER WITH ROTATING VANE AND WASHING WATER}

1 is a conceptual diagram of an air cleaner using the washing water and the rotating structure of the present invention.

2 is a front view of a disk-shaped rotating structure having a plurality of inclined wings.

3 is a side view of the A-A side of the rotating structure of FIG.

4 is a front view of a disk-shaped rotating structure having a nonwoven fabric-like structure.

5 is a side view of the B-B side of the rotating structure of FIG.

6 is a conceptual diagram of a jet plate, a pipe, and a pump impeller of the water supply means.

Explanation of symbols on the main parts of the drawings

10a: upper body 10b: lower body

11: base 12: inlet

13: outlet 14: bulkhead

20: motor 30: axis of rotation

31: positioning pin 32: screw

40: blower fan 41: air inlet

50a, 50b; Revolving Structure 51: Wings

52: Empress 53: Border

54: boss 55: frame

60: cylindrical passage 70: jet plate

71: injection hole 72: nut portion

73: one touch assembly 74: pipe

75: pump impeller 76: plate

80: interior space

The present invention relates to an air cleaner for purifying air by using washing water and a rotating structure instead of a filtration filter, and more particularly, when a contaminated air passes through a breathable structure that rotates at high speed with the sprayed washing water. In addition, the contaminated air and the washing water collide with each other in the internal structure or the surface of the rotating structure and are contacted with a very large area, so that various dusts or contaminants in the gaseous state are collected and removed with high efficiency. And the air is purified, and the pollutants collected in the washing water together with the washing water do not remain in the rotating structure due to the high centrifugal force and inertia force due to the high speed rotation. Clean water and rotating structure that can provide pleasant air by generating large amount of anion in natural state Yonghan relates to an air purifier.

Due to the rapid development of the industry, the pollution of the industrial areas as well as the urban area and the rapid spread of automobiles are becoming more and more serious.In addition, the air quality of the apartments is deteriorating considerably due to the rapid spread of apartments. Harmful substances such as VOCs and house dust mites, which are released from building materials for a long time, constantly attack the human body, and children and the elderly are weakly exposed to severe levels of skin-related diseases such as allergic rhinitis, asthma, and atopic dermatitis. There is a situation.

As a result, many people are increasing interest in air purifiers, and related laws on air quality are being tightened.

These air cleaners are largely classified into dry and wet type. Dry air purifiers have dry filtration means, that is, various types of filtration filters, and particulate contaminants larger than the filter holes are effectively removed, but less fine dust than the filter holes. And it is difficult to remove harmful gases, bacteria and molds, and also has a problem that the cumbersome operation of the filter and secondary pollution of the filter, cumbersome operations such as periodic filter replacement and cleaning, and costs a lot.

Conventional wet air purification devices are often used in industrial sites due to the problems of large equipment, large size, low dust collection efficiency, typical high cost, and low efficiency, but there are few applications in residential spaces.

Recently, various types of small wet air cleaners have been introduced, but there is a problem in that there is a shortage of fine dust removal performance.

In addition, the water cleaning air purifier of the application No. 10-2006-0004167 filed by the applicant is excellent in performance, but the structure of the device is small, because the structure is complicated and bulky, such as the washing chamber, the rotating shaft and the rotating pin and the fixing pin, the water pump, etc. There was a problem such as difficult to apply to the air purifier.

The technical object of the present invention, which is designed to solve the problems described above, and more particularly, the present invention relates to an air purifier for purifying the air by using the washing water and the rotating structure instead of the filtration filter, more specifically For example, when the contaminated air passes through the rotating structure having a high speed of rotation with the sprayed washing water, the contaminated air and the washing water collide with each other in the inner structure or surface of the rotating structure and are designed to contact with a very large area. As a result, the fine dust and gaseous contaminants in the contaminated air are collected and removed in the washing water with high efficiency, and the air is purified, and the contaminants collected in the washing water together with the washing water have high centrifugal force and inertia force due to the high speed rotation. It does not need to clean or replace filter because it does not remain in the rotating structure due to The ideal humidification and negative ions in its natural state, to provide an air cleaner using the washing water and the rotating structure which can provide comfortable air to generate a large amount.

An object of the present invention is to pore a small air cleaner having a smaller volume than the water cleaning air purifier of the application No. 10-2006-0004167 filed by the applicant.

Still another object of the present invention is to provide an air purifier that is easy to maintain and inexpensive without the inconvenience of secondary pollution and filter replacement cost and work due to filter pollution due to the use of a dry filter.

In addition, another object of the present invention is to remove harmful gases and various contaminants in the gas, such as VOC, which is not easily removed by the filter-type air purifier by using the water dissolving property, and by using a water-soluble disinfectant, It is to provide an air purifier capable of sterilizing various bacteria to air disinfection.

In addition, another object of the present invention is to provide an air cleaner that provides comfortable indoor air by natural anion generation in the process of purifying polluted air.

In order to achieve the above object, the present invention, the washing water storage and the additional inner space is formed inside, the upper body is provided with the upper body is placed on the upper side, the inlet of the contaminated air is formed on the upper side A lower body and an upper body lying on the lower body seat,

The upper body has a partition for distinguishing the upper side and the lower side, and blowing means formed in the upper side of the partition wall; A rotating structure positioned below the partition wall and entering into an inner space of the lower body and provided at one end of an extended shaft of a rotating shaft for driving the blowing means; A washing water supply means positioned directly below the rotating structure and provided at an end of the extended shaft of the rotating shaft for driving the blowing means; It provides an air cleaner using the washing water and the rotating structure comprising.

In addition, the blowing means is characterized in that it comprises a blowing fan for forcibly introducing contaminated air, purifying and discharged, a rotating shaft for driving the blowing fan, and a motor for providing rotational power to the rotating shaft. .

In addition, the rotating structure is characterized in that the plurality of wings inclined in the direction of a predetermined angle is formed in a disk shape formed in the circumferential direction at the centrifugal.

In addition, the rotating structure further includes being formed in a disk shape made of a tissue such as a nonwoven fabric.

In addition, the disk-shaped rotating structure is not limited to the disk shape of the horizontal circumferential direction in the centrifugal, it may further include having an inclination angle struck down a certain angle.

In addition, the disk-shaped rotating structure is characterized in that the edge is formed over the entire circumference.

In addition, a partition for distinguishing the upper side and the lower side of the upper body is provided with an air inlet of the blowing fan, and a predetermined length is projected downward from the outer circle concentric with the air inlet to surround the circumference of the rotating structure of the filter means It may further comprise a cylindrical passage.

In addition, the washing water supply means is a spray plate formed with a plurality of holes for injecting the washing water to the rotating structure, a pipe for supplying the washing water to the spray plate, and located in the lower end of the pipe is submerged in the washing water A pump impeller for pumping the washing water, and the plate is located at one end of the pipe and may be characterized by consisting of a plate spaced apart a predetermined distance on the water surface of the washing water.

In addition, the center of the jet plate is provided with a nut that can be coupled to the screw formed on the end of the rotary shaft, it can be characterized in that the rotating structure and the jet plate can be easily assembled and disassembled on the rotary shaft.

In addition, the lower end of the jet plate and the upper end of the pipe may be characterized in that the way is fitted by turning in one touch convenient for assembly and disassembly.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings. However, these drawings are for illustrative purposes only and the present invention is not limited thereto.

1 to 6, the air purifier using the washing water according to an embodiment of the present invention is largely composed of the upper body (10a) and the lower body (10b) and the upper body on the upper portion of the lower body (10b) There is a seat 11 to be placed, the upper body 10a is simply placed on the seat 11 and does not have a special clamping means or fixing means. Inside the lower body 10b, there is provided a storage space for storing the washing water and an additional inner space 80, and an inlet 12 through which contaminated air flows on the upper side of the lower body 10b. The upper body 10a is provided with a partition wall 14 for distinguishing the upper side and the lower side, and the partition wall 14 is provided with an air inlet 41 of the blowing fan 40, and is concentric with the air inlet 41. There is a cylindrical passageway 60 which projects from the outer circle down to a certain length.

The upper side of the upper body (10a) is provided with a motor 20 for driving the blowing fan 40 is seated and fixed to the upper body (10a). The rotary shaft 30 of the motor 20 is further extended to a predetermined length even after the blower fan 40 is provided, and the rotary shaft 30 and the washing water supply means are sequentially provided. It enters and is located in the internal space 80 of 10b.

The rotary structures 50a and 50b are formed in a disk shape in which a plurality of wings 51 inclined in a rearward direction at a predetermined angle are formed in a circumferential direction at a centrifugal shape, or in a disk shape formed of a nonwoven fabric. , It is inclined down by a certain angle from the centrifugal to the circumference, and the edge 53 is provided over the entire circumference.

The washing water supply means includes a spray plate 70 having a plurality of small spray holes 71 for spraying the washing water into the rotating structures 50a and 50b and a pipe for supplying the washing water to the spray plate 70. A pump impeller 75 connected to the lower end of the pipe 74 and immersed in the washing water W to pressurize and pump the washing water, and located at one end of the pipe, Consists of a plate furnace (76) spaced at a distance above. The pump impeller and the pipe are integrally formed in a one-touch assembly (73) system, which is inserted into the lower part of the spray plate 70 and assembled.

In the center of the jet plate 70 is provided with a nut portion 72 that can be coupled to the screw portion 32 formed at the end of the rotary shaft 30 and the rotary structure (50a, 50b) with the positioning pin 31 and The jet plate 70 is fixed to the rotating shaft, and the screw direction of the nut portion 72 is formed to be opposite to the rotating direction of the rotating shaft.

Hereinafter will be described in detail the operation and operation of one embodiment according to the present invention, which is borne in mind.

1 to 6, an appropriate amount of washing water W is filled in the inner space 80 for storing the lower washing water of the lower body 10b, and the upper body 10a is lower body 10b. Placed on the pedestal 11 of the, the power is applied to the motor 20, the suction force is generated in the blowing fan 40, the contaminated air a plurality of inlets 12 provided on the upper side of the lower body (10b) Into the inside of the lower body (10b) through) begins to move to the top with the rotating structure (50a, 50b) from the lower side of the cylindrical passage (60). At this time, the rotating structure (50a, 50b) starts to rotate at a high speed by the rotational force transmitted by the rotating shaft 30, the pump impeller (75) also rotates at a high speed by the rotating shaft that rotates to clean the rotation of the propeller-shaped blade The water is pressurized pumped from the bottom upwards, and the washing water W is sprayed through the connecting pipe 74 through the plurality of small spray holes 71 in the spray plate 70 toward the rotating structures 50a and 50b. . The washing water sprayed from the spray plate 70 by the high speed rotation has a greater centrifugal force than the pressure of the pump so that the washing water does not meet the rotating structures 50a and 50b when the washing water flows horizontally through the spray hole 71 of the spray plate 70. If the rotating structures 50a and 50b are inclined down by a predetermined angle, the rotating structures 50a and 50b may meet the rotating structures 50a and 50b even when the washing water is horizontally advanced at the position of the jet plate 70. Contaminated air and sprayed washing water collide together at the surface of the plurality of inclined blades 51 of the rotating structure 50a rotating at high speed, and contact with a large area, contaminants in the contaminated air are collected in the washing water, and contaminated. The washing water that collects the material is subjected to a large inertia and centrifugal force at the surface of the inclined wing 51 at the same time, and is finally lowered by the sum of the two forces to be recovered to the inner space 80, and only the purified air passes through the rotating structure. Through the air inlet 41 and the blowing fan 40 is discharged to the outside through the discharge port (13).

On the other hand, when explaining the disk-like rotating structure 50b of the nonwoven fabric structure, when the filter agent 52 having a nonwoven fabric-like structure rotates at high speed, the effect is much denser and dense than the actual mesh (MESH) number It is possible to obtain the effect of removing even finer particles. If the direction of the contaminated air is Y-axis, the direction of rotation of the internal structure of the filter agent 52 is the X-axis, and the direction of washing water under centrifugal force is Z-axis. They meet at a right angle to each other at 90 degrees, and contaminants running in the Y-axis collide with much more internal tissue compared to the stationary filters due to the agent 52 running in the X-axis. The contaminants collide with the cleaning liquid flowing in the Z-axis direction by centrifugal force, and the contaminants are collected in the cleaning liquid. In addition, the cleaning liquid flowing in the Z-axis washes contaminants trapped in the internal tissue of the filter agent 52 to clean the internal tissue, falls down and is recovered to the washing water storage tank, and the purified air is supplied to the rotating structure 50b. Pass through the air inlet 41 and the blowing fan 40 is discharged to the outside through the discharge port (13).

In addition, the rim 53 and the frame 55 are formed in such a way that the rotating structure 50b formed of a tissue such as a nonwoven fabric maintains its original shape without deformation of the shape despite high-speed rotation or suction pressure of the blower. Support.

On the other hand, the cylindrical passage 60 surrounds the edge 53 provided on the circumference of the rotating structures 50a and 50b, so that the edge 53 and the edge 53 are formed on the surface of the edge 53 which rotates at high speed due to the vortex of air. The clearance between the cylindrical passages 60 prevents the unpurified contaminated air from leaking into the blower fan and prevents it.

On the other hand, when the rotating structure is a rotating structure (50a) formed by the inclined wing, the pressure changes to the surface of the washing water occurs in the process of air passing through the rotating structure, the surface of the washing water is wobbly occurs. In order to prevent the phenomenon, the plate 76 is provided.

On the other hand, the rotary structure may be further provided with a rotary structure (50b) made of a nonwoven fabric in the front end of the rotary structure (50a) having a plurality of inclined wings.

When the washing water W becomes dirty due to long periods of operation, it is necessary to simply lift the upper body 10a, discard the washing water in the lower part of the lower body 10b, and replace it with clean washing water. Of course, the lower body is circular to facilitate internal cleaning.

In addition, in order to sterilize the deterioration of the washing water and the bacteria collected in the washing water in the air, it is good to use a silver nano solution or other sterilizing agent and chemicals that are harmless to the human body and have no smell.

The air cleaner using the washing water and the rotating structure according to the present invention has an effect of providing an air cleaner without filter replacement or cleaning.

In addition, the air cleaner using the washing water and the rotating structure according to the present invention, has the effect of effectively removing the gaseous contaminants.

In addition, the air purifier using the washing water and the rotating structure according to the present invention can effectively sterilize / disinfect various bacteria and viruses in the air to prevent infectious respiratory diseases and respiratory diseases in hospitals, newborns, homes with patients It is very effective in treating diseases.

In addition, the air purifier using the washing water and the rotating structure according to the present invention, the effect of providing an ideal and perfect air purifier that can solve the removal of fine dust and pollutant gas, the sterilization of air in the air, the ideal humidification and anion There is.

Claims (10)

The inside is provided with a wash water storage and an additional internal space, the upper side is provided with a seat on which the upper body is placed, and the upper side has a lower body with an inlet for contaminated air, and the upper body placed on the seat. Has, The upper body has a partition for distinguishing the upper side and the lower side, and blowing means formed in the upper side of the partition wall; A rotating structure positioned below the partition wall and entering the inner space of the lower body and provided at one end of an extended shaft of the rotating shaft for driving the blowing means; A washing water supply means positioned directly below the rotating structure and provided at an end of the extended shaft of the rotating shaft for driving the blowing means; Air cleaner using the washing water and the rotating structure comprising. The method of claim 1, The blowing means includes a blowing fan for forcibly introducing contaminated air, purifying and discharging it, a rotating shaft for driving the blowing fan, and a motor for providing rotational power to the rotating shaft. And air cleaners using rotating structures. The method of claim 1, The rotating structure is a water purifier using a rotating water and the washing water, characterized in that a plurality of blades inclined in the direction of a certain angle is formed in a disk shape formed in the circumferential direction at the centrifugal rotation at high speed. The method of claim 1, The rotating structure is formed in the shape of a disk formed of a nonwoven fabric, such as a structure, the air cleaner using the washing water and the rotating structure, characterized in that for rotating at a high speed. The method of claim 1, The rotating structure is a washing water, characterized in that additionally provided with a non-woven material such as a non-woven fabric at the front end of the disk-shaped structure is formed in a circumferential direction in the circumferential direction of the plurality of wings inclined in a certain angle after the washing water and Air cleaner using rotating structure. The method of claim 1, The rotating structure is a water purifier using a rotating structure and the wash water, characterized in that the circumferential direction in the centrifugal or centrifugal angle at a downward angle at a centrifugal. The method of claim 1, The circumference of the rotating structure is an air cleaner using the washing water and the rotating structure, characterized in that the edge is formed over the entire circumference. The method of claim 1, The partition wall which distinguishes the upper side and the lower side of the upper body is provided with an air inlet of the blower fan, and is formed in a cylindrical shape protruding downward from the outer circle concentric with the center of the air inlet to surround the circumference of the rotating structure. Air cleaner using the washing water and the rotating structure, characterized in that provided with a passage. The method of claim 1, The washing water supply means is located in the injection plate and the pipe for supplying the washing water to the spray plate and the lower end of the pipe is formed with a plurality of injection holes for spraying the washing water to the rotating structure, the submerged in the washing water The air purifier using the washing water and the rotating structure, characterized in that it has a pump impeller for pressurizing, pumping and having a plate located at one end of the pipe to prevent surface water rumble of the washing water. The method of claim 8, At the center of the upper end of the jet plate is provided with a nut that can be coupled to the screw formed on the end of the rotating shaft air cleaner using the washing water and the rotating structure.

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