KR200360134Y1 - an air cleaner the generation of anion to used water - Google Patents

Abstract

The present invention has a strong collision force between the air that sucks the outside air upward by the blower and forcibly exhausts the cyclone downward so that the collision force between the circulating water scattered while hitting the collision plate and hitting the collision plate is strong. Improves the amount of negative ions generated at the time, and not only refines the moisture particles generated together with the negative ions, but also allows the user to check the process of exhausting the negative ions and fine moisture generated in the supply pipe. It relates to an anion-generating air purifier using water to improve the reliability of the product by forming a transparent material so that can be determined and replaced.

Description

An air cleaner the generation of anion to used water}

The present invention relates to an air purifier, and in particular, since the collision force with the exhaust air is strong to inhale the outside air by the rotation of the blower to the circulating water sprayed from the injection nozzle to generate the cyclone, the amount of anion is generated. The present invention relates to an anion-generating air purifier using water, which improves, refines the generated moisture particles, and checks the discharge process of generated anions and microhumidities, thereby improving the reliability of the product.

The air we breathe is inextricably linked to our health, which has a direct and indirect impact on our health, especially in modern urban air, which is heavily polluted by the exhaust of automobiles, causing various diseases including respiratory diseases. This situation is becoming.

As mentioned above, air polluted by exhaust gases of automobiles contains various pollutants such as nitrogen oxides, sulfur oxides, ozone, various oxidants, and fine dusts. The product is an air cleaner.

On the other hand, it is known that ions are generally distributed in cation 4 to anion 5 in deep mountain or rural air, which is usually fresh air. It is also called air vitamin because it has various effects useful for the human body such as action, cell activation, resistance increase, pain relief, autonomic nervous system.

However, it is almost impossible for modern people to live a healthy life in the air with balanced cation / anion ratios due to the effects of cations generated from various pollutants such as air pollutants and household appliances that are inevitably present in the living space. In this sense, the negative ion generating function can be said to be as important as the air cleaning function to remove fine dust and bacteria. For this reason, the negative ion generating device has recently begun to be spotlighted as an essential household appliance with an air purifier.

In response to the current trend of increasing the proportion of air purifiers and negative ion generators in real life, the present applicant purifies the external air sucked by various filters in 2002 Patent Application No. 73627, as well as underwater. It has been filed for an air cleaner that can combine both anion generation function and humidity control function by using anion generation method of releasing anion generated in the air into the air.

In addition, the present applicant is an anion generator / humidity control air purifier using water registered in Korean Utility Model Application No. 6061 and pre-registered as No. 0314139 using a method of using a wet dust collection method instead of using a filter. Purified water inlet pipe 11 to be rotated, the rotary spray nozzle 13 for rotating the circulating water, the impingement plate 14 for colliding the injected circulating water, the magnet 15 to increase the amount of negative ions generated, for introducing air An anion / moisture generating chamber 10 including a tuyeres 16 and an outlet 17 of air; A wet dust collecting chamber 20 configured to include an inlet 21 through which anion / moisture-containing air is introduced, and anion / humidity discharge tube 22 for discharging the anion / humid-containing air into a room outside the air cleaner; A connecting passage 30 for transferring the anion / humid-containing air generated in the anion / humid generating chamber 10 to the wet dust collecting chamber 20; A blowing duct 40 for guiding the air provided by the blowing fan to the blowing hole 16; A circulation water storage tank 50 for storing the circulation water; An equipment chamber 60 having a blower fan F, a circulation pump P, and a drain tank D; It is configured to include a case 70 provided with a control panel (C) and the suction port (71).

On the other hand, the air cleaning device as described above, it is common to use a method of purifying the contaminated air using a filter, and in the case of the negative ion generating device, the negative ion generated by the electrolysis of the electrode, ultrasonic wave, photocatalyst, ultraviolet rays, etc. It can be said that it is common to use the effect, and the two patents and utility models by the present applicant are characterized by using water for both air purification and anion generation, unlike this method.

Applicant intends to use water for anion generation and air purification in this way, in case of filter type air purifier, the filter is clogged by dust, causing secondary pollution, causing frequent breakdowns, and frequent replacement of parts. Since the inside of the purifier is opaque, it is not possible to determine whether the filter is replaced due to the contamination of the filter, and in the case of the method of generating negative ions using electrolysis, ultrasonic waves, photocatalysts, ultraviolet rays, etc. This is because it may cause additional harmful products such as ozone, or it may be expensive to construct, maintain, and manage a device that does not discharge the negative ions generated by the rotation of the blower. If you use this function, you can acquire anion generation function, air purification function and humidity control function at once. Because it was.

The present invention has been made in view of the above-mentioned conventional defects, and its object is to inject air from the air and the injection nozzle forcibly exhausting the cyclone downward by sucking the outside air upward by the blower. As the collision force with the circulating water scattered while colliding with the collision plate is strong, it improves the amount of negative ions generated during the collision, and not only makes the moisture particles generated together with the negative ions, but also exhausts the negative ions and fine moisture generated in the supply pipe. It is to provide a negative ion generating air purifier using water that can be confirmed by the user, and formed of a transparent material to be replaced by judging whether the circulating water and the inside of the device is contaminated to improve the reliability of the product.

The present invention for achieving the above object, the air purifier to inject the circulating water stored in the reservoir by the operation of the pump, and to generate negative ions in the circulating water scattered by colliding the air sucked by the rotation of the blowing fan to the circulated water to be injected To

A duct penetrated upwards to allow outside air to move is provided at the rear of the body accommodating the pump. The duct is connected to a drain pipe in front of the duct to accommodate a supply pipe for supplying circulating water in the center. And a first mounting space in which the guide ribs protrude, and accommodates the germicidal lamp (UV lamp) in the center so as to face the front of the first mounting space, and the guide rib protrudes outward of the sterilizing lamp (UV lamp). A case in which two mounting spaces are provided, and air passages connecting the first and second mounting spaces penetrate inside the body;

A support for seating the upper and lower openings of the guide ribs in the first mounting space so as to receive the supply pipe and guide the outside air introduced through the duct;

An injection unit for dispersing negative ions and fine moisture by colliding with a collision plate while injecting circulating water into a supply pipe by an operation of a pump in the support pipe of the support part;

A blower mounted at an upper end of the support tube so as to communicate with the duct to suck the outside air upward through the duct and forcibly exhaust the sucked air to generate a cyclone downward;

An exhaust unit configured to exhaust the negative ions generated in the spray unit and the fine moisture into the room by the flow of air exhausted from the blower;

The blowing unit filters the adsorbed foreign substances while the air containing the foreign substances passes through the injection unit, and is characterized in that the filtering portion for draining only the filtered circulating water to the drain pipe.

1 is a cross-sectional view of a pre- filed air cleaner

2 is a perspective view of the present invention

3 is a front cross-sectional view of the present invention

4 is a side cross-sectional view of the present invention

5 is a perspective view showing a strainer of the present invention

6 is a view showing a state of use of the present invention,

a is a side view showing the flow of air so as to discharge negative ions and micro-humidity generated by outside air,

b is a plan view showing a state in which the negative ion generated in FIG. 6A and the fine moisture are distributed to the outside.

<Explanation of symbols for the main parts of the drawings>

100: case 120: duct

150: air flow path 200: support

210: support tube 300: injection part

320: drain member 330: guide

340: collision plate 400: blower

420: blower fan 430: support frame

440: fixed cap 500: exhaust

510: sterilization lamp 600: filter part

610: filter member 620: filter network

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. Figure 2 is a perspective view of the subject innovation, Figure 3 is a front sectional view of the subject innovation, Figure 4 is a side cross-sectional view of the subject innovation.

The present invention, by spraying the circulating water stored in the storage tank 50 by the operation of the pump (P), and impinges the air sucked by the rotation of the blowing fan (F) to the circulated water to generate negative ions from the circulated water scattered In the air purifier, the duct 120 which is penetrated upwards to allow the outside air to move to the rear of the body 110 containing the pump (P) is provided, the drain pipe in front of the duct (120) And a first mounting space 130 having a supply pipe 310 connected to the center 51 to supply the circulating water at the center thereof, and having a guide rib 131 protruding outward from the supply pipe 310. A second mounting space in which a sterilizing lamp (UV lamp) 510 is accommodated in the center so as to face the front of the mounting space 130, and the guide rib 141 protrudes outward of the sterilizing lamp (UV lamp) 510. 140 is provided, the air passage 150 for connecting the first and second mounting spaces 130 and 140 penetrates the inside of the body 110 The switch 100 is configured, and the support pipe 210 having upper and lower openings in the guide ribs 131 of the first mounting space 130 is seated to accommodate the supply pipe 310 so as to accommodate the duct 120. The support 200 for guiding the outside air introduced through is configured.

In addition, when the circulation water is injected into the supply pipe 310 by the operation of the pump (P) in the support pipe 210 of the support portion 200 collides with the impingement plate 340 to scatter anions and fine moisture to be generated. The sand 300 is configured, and is mounted to communicate with the duct 120 on the upper end of the support pipe 210 to suck the outside air upward through the duct 120, the cyclone is sucked in the air downward Blower unit 400 for forced exhaust to be generated is configured, the exhaust unit 500 for exhausting the negative ions generated in the injection unit 300 and the fine moisture to the room by the flow of air exhausted from the blower 400 The filter unit 600 is configured to filter foreign matter adsorbed while the air containing the foreign matter passes through the injection unit 300 by the blower 400, and drains only the filtered circulating water to the drain pipe 51. It is configured, which will be described in more detail As follows.

The injection unit 300 is equipped with a drain member 320 for draining the circulating water flowing into one side of the supply pipe 310, the guide for discharging while the circulating water drained to the drain member 320 collides ( 330 is mounted on the lower end of the drain member 320, the collision plate 340 is formed integrally with the guide 330 to collide with the guide 330, the circulating water scattered by hitting.

The injection unit 300 is installed on the outer circumferential surface of the supply pipe 310 to be spaced at a predetermined angle to be stacked at least two or more stages.

The blower 400 has a blower fan 420 that rotates in the same manner as the motor 410 that rotates with an applied power and sucks outside air into the duct 120, and the blower fan 420. The support frame 430 is formed inclined to guide the guide piece 431 to guide the cyclone generated by the rotation of the blower fan 420 is generated on the upper portion of the support tube 210 and A fixing cap 440 is mounted to seal the upper end of the support frame 430 and the duct 120 so that external air may be introduced only through the lower end of the duct 120.

The exhaust part 500 includes a guide rib 141 of the second seating space 140 in which an exhaust pipe 510, which is generated by the injection part 300 and guides negative ions and fine moisture through the air flow path 150, is guided. Circulated water adsorbed by the pollutants by the air supplied to generate the cyclone from the blower unit 400 is attached to the inner circumferential surface of the exhaust pipe 510, and is discharged to exhaust only the anion and the fine moisture to the room. The grill 520 with the pipe 521 is mounted on the upper end of the exhaust pipe 510, and moves downward along the inner circumferential surface of the exhaust pipe 510 and the circulating water that adsorbs the foreign matter from the injection part 300. A sterilization lamp (UV lamp) 530 for sterilizing the circulating water is mounted at the center of the second seating space 140.

The filtering part 600, as shown in Figure 5, the support rib 612 protrudes on the bottom surface of the body 611 to be mounted on the upper surface of the drain pipe 51, the filtering member 610, the upper surface is closed Is formed, and the filtering net 620 is mounted to the outer peripheral surface of the filtering member 610 to filter the foreign matter adsorbed in the circulating water.

In addition, tourmaline, which ionizes and sterilizes the circulating water moved into the strainer 620, is attached to the strainer 620 and used.

In addition, the inner operation of the support part 200 and the exhaust part 500 is formed of a transparent material so as to be seen from the outside.

The following describes the use process of the present invention configured as described above.

First, as shown in FIG. 6A, the motor 410 and the blower fan 410 of the blower 400 rotate in the direction of sucking air with the applied power, and the suction force of the blower fan 420 rotates. By the suction of the outside air upward through the duct 120 from the lower body 110 of the case 100.

In addition, the outside air sucked upward as described above passes through the blower fan 420 and moves along the inclined guide piece 431 of the support frame 430 with the rotational force of the blower fan 420. At the same time to create a clone is forced to exhaust downward inside the support pipe 210 of the support 200.

On the other hand, by the operation of the pump (P), the circulating water located in the drain pipe 51 is injected to the drain member 320 through the supply pipe 310 of the injection unit 300, the circulated water is injected guide 330 by the injection pressure At the same time, the negative ion is generated by collision energy colliding with the guide port 330 at the same time, and the scattered circulating water moves downward to collide with the collision plate 340.

In addition, as the circulating water colliding with the collision plate 340 spreads and spreads widely, the contact area with air is widened, and secondary anion is generated by collision energy impinging on the collision plate 340.

In addition, the cyclone is generated by the rotation of the blower 400 in the circulating water having a wider contact area, and the supplied air collides with each other. Will generate, and will generate fine moisture.

As shown in FIG. 6B, the negative ions and the fine moisture generated as described above together with the fresh air from which the foreign substances are filtered, are introduced from the blower 400 to form the cyclone of the support tube 210. It is moved to the first seating space 130 which is a lower portion, is moved to the second seating space 140 through the air flow path 150 in communication with the first seating space 130 and at the same time through the grill 520 to the room It can be discharged to make indoor air comfortable.

On the other hand, the water droplets of the circulating water adsorbed foreign matter is agglomerated in close contact with the inner surface of the support tube 210 by the cyclone phenomenon generated in the blowing unit 400, the aggregated circulating water is the first seating space by its own weight After being moved to the inside of the 130 and at the same time the air flow of the cyclone generated from the blower 400 to the second seating space 140 through the air flow path 150, the sterilization lamp (UV lamp) 530 Sterilized in and moves to the drain pipe (51).

In addition, the inner surface of the exhaust pipe 510 is a cyclone air flow generated from the blower 400 by the water droplets of the circulating water adsorbed in the second seating space 140 via the first seating space 130. Aggregated in close contact with the circulating water, the aggregated circulating water is moved into the second seating space 140 by its own weight and is combined with the circulating water moved in the first seating space 130 to be sterilized lamp (UV lamp) 530. After sterilization in), it moves to the drain pipe 51.

The circulating water adsorbing the foreign matter moved to the drain pipe 51 filters the foreign matter while passing through the strainer 620 of the strainer 600, and at the same time, the circulated water passing through the strainer 620 passes through tourmaline. Since it is decomposed and ionized, it not only purifies the water quality, but also sterilizes the circulating water passing through the germicidal lamp (UV lamp) 530 and places it in the drain pipe 51, and pumps the circulated water located in the drain pipe 51. By repeating a series of processes to filter the contaminated indoor air, you can breathe in the fresh air distributed in deep mountain or rural air.

On the other hand, the foreign matter filtered in the strainer 620 can be determined whether or not cleaning through the exhaust pipe 520 formed of a transparent material, and replace the circulating water by determining whether the circulating water and the inside of the device is contaminated, and the water supply pipe and the drain pipe Can be used while washing.

In addition, another embodiment of the present invention, the duct 120 may be used by mounting a filtration member for filtering foreign matter in the outside air, the filtration member is activated carbon filter, photocatalyst filter, medium / hepa / Ulpa filter At least 1 type of silver nano filter is used.

As described above, the present invention has a collision force with the circulating water scattered while being blown from the air and the injection nozzle forcibly exhausting the outside air by the blower and forced to exhaust the cyclone downward, and hit the impact plate. Because of this strong, it improves the amount of negative ions generated at the time of collision, and not only refines the moisture particles generated together with the negative ions, but also allows the user to check the process of exhausting the negative ions and fine moisture generated in the supply pipe, and the circulating water and the device It has the advantage of improving the reliability of the product by forming a transparent material so that it can be replaced by replacing the internal contamination.

Claims (10)

In the air purifier to inject the circulated water stored in the reservoir 50 by the operation of the pump (P), and to generate negative ions from the circulated water scattered by colliding the air sucked by the rotation of the blowing fan (F) with the circulated water to be injected In A duct 120 penetrates upward to allow the outside air to move behind the body 110 accommodating the pump P, and is connected to the drain pipe 51 in front of the duct 120 to circulate. It accommodates the supply pipe 310 for supplying water in the center, the first mounting space 130 is provided with a guide rib 131 protruding to the outside of the supply pipe 310, the first mounting space 130 A second mounting space 140 is provided to receive the sterilizing lamp (UV lamp) 510 at the center facing the front, and the guide rib 141 protrudes to the outside of the sterilizing lamp (UV lamp) 510. A case 100 through which an air flow path 150 connecting the first and second mounting spaces 130 and 140 penetrates inside the body 110; The support pipe 210 having upper and lower openings in the guide ribs 131 of the first mounting space 130 is seated to accommodate the supply pipe 310 to guide external air introduced through the duct 120. Support portion 200 and; An injection unit for dispersing anion and fine moisture by collision with the impingement plate 340 while the circulating water is injected into the supply pipe 310 by the operation of the pump P in the support pipe 210 of the support part 200 ( 300); It is mounted to communicate with the duct 120 on the upper end of the support pipe 210 is a blower for sucking the outside air upward through the duct 120, forcibly exhausting the sucked air to create a cyclone downward ( 400); An exhaust unit 500 for exhausting the negative ions generated in the injection unit 300 and the fine moisture into the room by the flow of air exhausted from the blower unit 400; The filter unit 600 is configured to filter the foreign matter adsorbed while the air containing the foreign matter passes through the injection unit 300 by the blower 400, and drains only the filtered circulating water to the drain pipe 51. Anion generating air cleaner using water. The method of claim 1, wherein the injection unit 300, A drain member 320 for draining the circulating water introduced into one side of the supply pipe 310 is mounted, and a guide port 330 for scattering while the circulating water drained by the drain member 320 collides with the drain member 320. It is mounted at the bottom of the negative ion generating air purifier using water, characterized in that the collision plate 340 is formed integrally with the guide 330 is collided with the guide port 330 scattered by the circulating water . The method according to claim 1 or 2, Anion generating air purifier using water, characterized in that the injection portion 300 is installed at a predetermined angle spaced apart from the outer circumferential surface of the supply pipe 310 is laminated at least two or more stages. The method of claim 1, wherein the blowing unit 400, A blower fan 420 that rotates in the same manner as the motor 410 that rotates with an applied power source and sucks outside air into the duct 120 is formed, and accommodates the blower fan 420 and blower fan 420. A support frame 430 having an inclined guide piece 431 for guiding the cyclone generated by the rotation of the air to be inclined is seated on the upper portion of the support pipe 210, the lower end of the duct 120 Anion generating air purifier using water, characterized in that the fixing cap 440 is installed to seal the upper end of the support frame 430 and the duct 120 so that the outside air flows through only. The method of claim 1, wherein the exhaust unit 500, The exhaust pipe 510, which is generated by the injection unit 300 and guides the negative ions and the fine moisture through the air flow path 150, is mounted to the guide rib 141 of the second seating space 140, and the blower unit ( The circulating water adsorbed by the pollutants by the air supplied to generate the cyclone at 400 is removed by being in close contact with the inner circumferential surface of the exhaust pipe 510, and the grill is attached to the discharge pipe 521 for exhausting only negative ions and fine moisture into the room. 520 is mounted on the upper end of the exhaust pipe 510, the sterilization lamp for sterilizing the circulating water adsorbed foreign matter in the injection unit 300, and the circulating water moving downward along the inner circumferential surface of the exhaust pipe 510 (UV lamp) 530 is anion generating air cleaner using water, characterized in that mounted in the center of the second seating space (140). The method of claim 1, wherein the filtering portion 600, The support rib 612 protrudes on the bottom surface of the body 611 to be mounted on the upper surface of the drain pipe 51, and a filtering member 610 having a closed upper surface is formed, and an outer circumferential surface of the filtering member 610 is mounted and circulated. Anion generating air purifier using water, characterized in that the strain screen 620 is formed to filter foreign substances adsorbed in the water. The method of claim 6, Anion generating air purifier using water, characterized in that further comprises attaching and using tourmaline (Tourmaline) for ionizing and sterilizing the circulating water moved into the strainer 620 to the strainer (620). The method of claim 1, Anion generating air cleaner using water, characterized in that formed in a transparent material so that the internal operation of the support portion 200 and the exhaust portion 500 is visible from the outside. The method of claim 1, Anion generating air purifier using water, characterized in that it further comprises mounting and using a filtration member for filtering foreign matter in the outside air in the duct (120). The method of claim 9, The filtration member is an anion-generating air purifier using water, characterized in that at least one of the activated carbon filter, photocatalyst filter, medium / hepa / Ulpa filter, silver nano filter is used.