KR100621849B1 - Air conditioning system - Google Patents

Abstract

The present invention relates to an air purifying system, and more particularly, to provide a new type of air purifying system capable of generating and spreading fine mist containing negative ions to remove dust in a large space and purifying air.

To this end, the present invention is provided on the pipe in which the external water, such as tap water is introduced to remove the ions present in the water, and ultra-pure water production apparatus for distilling the water again to make pure water; A water tank in which pure distilled water made by the ultrapure water production apparatus is stored; A filter body containing tourmaline mineral to electrolyze distilled water; At least one header tube installed along a portion to discharge fine mist containing negative ions; A plurality of nozzles installed along the header tubes and configured to finely mist distilled water flowing in the header tubes; A flow path tube for guiding the distilled water stored in the water tank to each header tube; And, a pumping device for pumping the distilled water stored in the water tank to provide to the flow path pipe is provided, characterized in that it comprises an air purification system.

Air purification system, distilled water, tourmaline mineral, filter body, nozzle part, fine mist

Description

Air purification system {AIR CONDITIONING SYSTEM}

1 is a schematic view showing an air purification system according to an embodiment of the present invention

Figure 2 is a perspective view schematically showing the appearance of the pumping device of the air purification system according to an embodiment of the present invention

3 is a cross-sectional view showing a structure of a nozzle unit in an air purification system according to an embodiment of the present invention.

4A and 4B are structural diagrams showing an example of construction of an air purification system according to an embodiment of the present invention.

5 is a block diagram showing a preferred embodiment of the air purification system according to an embodiment of the present invention

Explanation of symbols for main parts of the drawings

100.Filter body 110.Case

120. Tourmaline mineral 200. Water tank

300. Pumping device 400. Header pipe

410.Manifold 500.Nozzle section

510.Body 511.Through Hole

520. Impact Pin 530. Nozzle Filter

600. Flow line pipe 610. Flow switch

700. Flow shutoff valve 800. Ultrapure water production system

The present invention relates to an air purification system, and more particularly to an air purification system for air purification and dust removal through the generation of negative ions.

That is, in the existing air purification system, the indoor air is sucked and the sucked air passes through the filter to be purified, but the present invention purifies the air by diffusing fine mist containing anions.

Recently, as the seriousness of indoor air pollution and the importance of purification and ventilation have emerged, the demand for an air purification system for indoor ventilation and purification has increased.

The air purifying system is a device for purifying and ventilating indoor air, and is mainly used in an indoor space such as a general home, an underground mall, and a subway station.

The reason why indoor air pollution is more serious than air pollution is because of the high natural dilution rate in the case of air pollution, natural purification is possible with climate change, and recently, due to social awareness of air pollution and various regulations, Pollution is on the decline.

However, the recognition of the pollution of the indoor air is relatively low compared to the recognition of the air pollution, since the natural dilution rate is low, the situation has a greater impact on the human body than the air pollution.

In addition, since the indoor air is continuously circulated in a limited space, there is a problem that an increase in pollution is inevitable due to circulation of contaminated air.

Of course, due to the development of air purification technology, various air purifiers and the like have recently been provided indoors.

However, the general air purifier only performs smoothly in a small space, but does not obtain sufficient performance according to its installation in a large space such as a subway station or an underground shopping center.

In particular, in the case of subway stations, while the ventilation is not smooth, the concentration of fine dust is considerably high due to the continuous operation of the subway, and to solve this problem, it is necessary to continuously clean the inside of the tunnel, but it requires a huge expense. Have too.

The present invention has been made to solve the above-mentioned conventional problems, an object of the present invention is to create and diffuse a fine mist containing negative ions to enable a new type of air to remove dust and clean the air of a large space, etc. It is to provide a purification system.

According to an aspect of the present invention for achieving the above object, the ultra-pure water production apparatus is provided on the pipeline to which external water, such as tap water is introduced to remove ions present in the water, and distill the water again to make pure water; A water tank in which pure distilled water made by the ultrapure water production apparatus is stored; A filter body containing tourmaline mineral to electrolyze distilled water; At least one header tube installed along a portion to discharge fine mist containing negative ions; A plurality of nozzles installed along the header tubes and configured to finely mist distilled water flowing in the header tubes; A flow path tube for guiding the distilled water stored in the water tank to each header tube; And, a pumping device for pumping the distilled water stored in the water tank to provide to the flow path pipe is provided, characterized in that it comprises an air purification system.

Hereinafter, an air purification system according to an embodiment of the present invention will be described in more detail with reference to FIGS. 1 to 5 as follows.

First, the air purification system according to the embodiment of the present invention is largely as shown in Figure 1, the filter body 100, the water tank 200, the pumping device 300, the header tube 400, the nozzle unit 500 and the flow path tube 600 are comprised.

In this case, the filter body 100 serves to electrolyze the distilled water passing through the inside to form the electrostatic water.

The filter body 100 is configured in a state in which the tourmaline mineral 120 is embedded in the case 110.

The torimaline mineral 120 generates electricity by applying water, pressure, friction, etc., but generates electricity, but has characteristics such as generation of negative ions, electrolysis of water, subdividing molecular groups (clusters) of water, and far-infrared radiation.

That is, in the present invention, by supplying distilled water supplied from the outside into the case 110 constituting the filter body 100, the supplied water passes through the tourmaline mineral 120 while generating negative ions, far-infrared radiation, electrolysis And so forth.

Particularly, in the present invention, the tourmaline mineral 120 and other weak stones are pulverized to a certain size, as well as blended in a constant ratio, so as to burn at low temperature (about 800 ° C.) so as not to weaken the tourmaline effect. Ceramic balls baked by mixing tourmaline minerals and weak stones are porous, that is, a myriad of pores are formed as well as the myriad pores are characterized in that the finely formed.

As described above, the ceramic ball has a large number of fine pores, and when the ceramic ball is placed in distilled water, distilled water enters into the fine pores formed in the ceramic ball. It can increase significantly more than the case. Therefore, the contact with the distilled water and the tourmaline mineral generates a weak current (approximately 0.06 mA), which is a characteristic of the tourmaline mineral, and has various effects such as sterilization, deodorization, and surfactant activity. It was maximized more than normal tourmaline ore.

In addition, the filter body 100 is preferably provided on the conduit in which distilled water is introduced into the water tank 200.

Of course, the filter body 100 may be provided on a conduit line through which the distilled water is discharged from the water tank 200, or may be provided on the conduit between the pumping device 300 and the flow path tube 600.

The water tank 200 is a cylinder in which distilled water is stored. More specifically, the water tank 200 is a cylinder in which electric water converted while the distilled water passes through the filter body 100 is stored.

At this time, the ultra-pure water producing apparatus 800 for rectifying the water flowing along the pipe to form the distilled water on the pipe in which external water such as tap water flows into the water tank 200 is provided.

At this time, the ultrapure water producing apparatus 800 is a device that removes ions present in the water (through cations and anion columns) and distills the water again to make pure water.

If the ultrapure water production apparatus 800 is not present, the tap water flowing into the water tank 200 includes a solution material (inorganic matter, organic matter, etc.), and thus the tap water containing the solution material is flow path tube 600. When the discharged tap water is discharged through the manifold 410 of the header tube 400 while passing through the inside), the tap water is split and the solution material contained in the tap water is also broken while colliding with the nozzle unit 500 to be described later. Splitting and spraying causes a problem of generating fine dust by a solution material.

Therefore, by using the ultrapure water production apparatus 800, the pure distilled water passed through the ultrapure water production apparatus 800 can be used to prevent the above-mentioned problem.

Since the specific internal structure of the ultrapure water producing system 800 is a generally known structure, more detailed illustration thereof will be omitted.

In addition, the pumping device 300 serves to pump distilled water (electric water) stored in the water tank to force flow to the flow path tube 600.

The pumping device 300 is preferably composed of a high pressure pump.

This is because it is possible to finely mist the distilled water discharged by the high pressure only by using a high pressure pump.

The pumping device 300, the water tank 200, and the filter body 100 may be configured separately, but are preferably configured as a single device as shown in FIG. 2.

In addition, the header tube 400 is installed along a portion to discharge the fine mist containing negative ions, and is provided with at least one.

In particular, each header pipe 400 is further provided with at least one or more manifolds (410) for separating the flow in two or more paths, each nozzle end of each manifold 410 is the nozzle Each part 500 is mounted.

The nozzle unit 500 is installed at each end of each pipe line of each of the manifolds 410 along each of the header pipes 400 and finely distilled water (electric water) flowing through the header pipes 400. It mists and sprays into the room.

The nozzle unit 500 includes a body 510, an impact pin 520, and a nozzle filter 530 as shown in FIG. 3.

The body 510 is formed in the shape of an empty tube inside, one end is formed to be closed, and at the same time a fine through hole 511 is formed on the closed surface.

In addition, the impact pin 520 is positioned at the end of the water discharge side of the through hole 511, and serves to generate a fine mist by applying an impact to the electric water discharged through the through hole 511. do.

At this time, the impact pin 520 is most preferably formed of a pin that gradually decreases in diameter as it gets closer to the through hole 511, preferably made of a material such as aluminum.

The impact pins 520 are made of fine particles by dividing water droplets from the jetting collision of distilled water, thereby rapidly increasing the actual surface area of the water, and rapidly increasing the chance of collision between the large amount of water and the floating dust. It is to improve dramatically.

In particular, by colliding a large amount of water droplets at high speed, the air is negatively generated and negative ions are generated, and the negative ions generated are large in comparison with the negative ions generated by corona discharge and do not absorb ozone and nitrogen oxides. Has the advantage.

In addition, the nozzle filter 530 is provided on the flow path inside the body 510, and removes the foreign matter contained in the distilled water (electric water) discharged through the through hole 511 of the body 510 to the It serves to prevent the through-hole 511 is blocked.

The flow path tube 600 serves to guide the electric water stored in the water tank 200 to each of the header pipes 400 as mentioned above.

The flow path tube 600 is preferably further provided with one or more flow path switching valve 610 for guiding the flow of electric water to the specific header pipe (400).

That is, the flow of the electric water stored in the water tank 200 can be selectively guided to any one header pipe 400 or several header pipes 400 by the flow path switching valve 610.

At this time, the flow path switching valve 610 is preferably composed of a high-pressure ball valve.

Among the components of the air purification system according to the embodiment of the present invention described above, the header tube 400, the manifold 410, and the nozzles 500 are preferably made of stainless steel such as SUS 304, SUS 316, and the like. And, the flow path tube 600 is preferably formed of a high pressure hose.

On the other hand, the air purification system according to an embodiment of the present invention as shown in Figure 4a and 4b can be built in various places and locations.

Here, the attached Figure 4a is an example of building an air purification system in the premises of a subway station, as shown in Figure 4b is an example of building an air purification system around a large building.

Of course, although not shown in the city, it can be installed in a variety of locations and places, such as plazas, underpasses, underground malls, ordinary homes, large buildings, roadsides, semiconductor factories.

Hereinafter, the air purification process using the air purification system according to the embodiment of the present invention having the above-described series configuration will be described in more detail.

At this time, it is assumed that the air purification system is installed in the premises of a subway station.

First, tap water or general water introduced through a water pipe or a separate pipe is purified through ultrapure water production equipment to form distilled water.

At this time, the distilled water is electrolyzed by the tourmaline mineral 120 embedded in the filter body 100 while passing through the filter body 100 and is stored in the water tank 200 in a state of being changed into electric water.

Since the distilled water changed to the electric water has a soft property, it can perform softening action, remove microorganisms, and generate negative ions, that is, negative ions.

In this state, when the manager (or user) operates the air purification system, the pumping device 300 is driven and the distilled water (electric water) stored in the water tank 200 is pumped by the pumping force. Will flow along).

At this time, the manager allows the distilled water (electric water) flowing along the flow path tube 600 to one or more header pipes 400 through the control of each flow path switching valve 610.

Therefore, distilled water (electric water) flowing along the flow path tube 600 is guided to the header pipe 400 and then flows along the inside of the header pipe 400, and in the process, the header pipe 400. To each manifold 410 connected to the manifold.

Subsequently, the distilled water (electric water) generates fine mist of about 10 μm or less while passing through the nozzle units 500 respectively connected to the end of each pipe line of the manifold 410.

That is, during the passage of the distilled water (electrophoretic water) through the nozzle unit 500, the distilled water is first divided into fine droplets while passing through the fine through hole 511 formed in the body 510, and then the impact pin 520 is continued. The fine mist is generated by finely dividing again by the collision with).

At this time, the fine mist generated as described above is because the particles are fine, the effect of removing the main dust and suspended matter in the air is improved, while maintaining the appropriate humidity in the space and the pathogen growth factors are removed.

In particular, when a collision of water molecules occurs to generate the fine mist, a large amount of negative ions (anions) are generated by the Leonard effect, and the negative ionized fine particles deodorize and remove static electricity from the surrounding environment, and electromagnetic waves. Neutralization is achieved.

Of course, the negative ions not only purify the contaminated air, but also serve to prevent invasion of sterilization and pests, excrete acidic substances in the cells of the body, and gradually turn the acidified constitution into healthy alkaline blood. Increasing circulation, and will also have excellent effects, such as cell activation and allergic constitution.

On the other hand, the fine mist generated by the series of processes described above has a problem that can spread to the premises of the subway station to block the driver's view when the subway enters the interior of the subway station.

Accordingly, in the embodiment of the present invention, as shown in FIG. 5, the electricity flowing from the induction pipe 600 to the header pipe 400 at a portion where the flow pipe 600 and the header pipe 400 are connected to each other. Characterized in that it further comprises a flow path blocking valve 700 for selectively blocking the flow of water.

At this time, the flow path shutoff valve 700 is used when it is necessary to temporarily stop the spray of fine mist.

In particular, the flow path blocking valve 700 is preferably to be linked to a separate device that can recognize whether the subway enters.

This can be made in a variety of structures that can recognize whether the entrance of the subway, but in the embodiment of the present invention is further provided with a separate light sensor (not shown) in the tunnel in which the subway is entered into the premises of the subway station. It is characterized by.

That is, it is confirmed that the entrance of the subway to the subway station through the optical sensor, and if the entry of the subway is controlled to stop the flow of distilled water to the header pipe 400 by controlling the flow path blocking valve 700. .

Therefore, the generation of fine fog is temporarily stopped, so that the visibility of the inside of the subway station can be secured by the driver so that a safety accident can be prevented in advance.

As described above, the air purification system according to the embodiment of the present invention has various effects as follows.

First, by distilling the distilled water used for the generation of fine mist with a filter body containing tourmaline minerals, it has the effect of generating anions, electrolysis of water, subdividing molecular groups (clusters) of water, and far-infrared radiation.

Secondly, fine mist is generated using the generated water passing through the filter body, and the fine mist can be generated using a high-speed collision of water droplets, thereby generating a large amount of negative ions without using corona discharge. Has the effect.                     

Third, when it is installed in a place where air pollution is severe, such as the premises of the subway station, it is possible to remove various pollutants by the fine mist, which has the effect that a wide range of air purification is possible.

This eliminates the need to purchase or install a separate air purifier, resulting in cost savings and easy maintenance.

Fourth, because the ambient temperature can be reduced due to the fine fog, it is also effective to obtain an improvement in the cooling performance in summer.

Claims (6)

An ultrapure water production apparatus provided on a pipeline through which external water, such as tap water, is introduced to remove ions present in the water, and distill the water again to form pure water; A water tank in which pure distilled water made by the ultrapure water production apparatus is stored; A filter body containing tourmaline mineral to electrolyze distilled water; At least one header tube installed along a portion to discharge fine mist containing negative ions; A plurality of nozzles installed along the header tubes and configured to finely mist distilled water flowing in the header tubes; A flow path tube for guiding the distilled water stored in the water tank to each header tube; And, And a pumping device for pumping the distilled water stored in the water tank to provide the flow path tube. The method of claim 1, The filter body is characterized in that the air purification system is provided on the conduit in which distilled water is introduced into the water tank. The method of claim 1, The flow passage pipe is further provided with a flow path switching valve for guiding the flow of distilled water to a specific header pipe. The method of claim 1, An air purification system further comprising a flow path shutoff valve for selectively blocking the flow of the distilled water on a pipe line of the flow pipe or a portion where the flow pipe is connected to the header pipe. The method of claim 1, Each header tube is further provided with at least one or more manifolds (manifold) for separating the flow in two or more paths, each end of each of the manifold air nozzle system characterized in that the nozzle portion is mounted. The method of claim 1, The nozzle unit The body is formed in the shape of an empty tube, one end of which is closed and at the same time a micro through hole is formed, An impact pin positioned at a water discharge side of the through hole and impacting distilled water discharged through the through hole to generate fine mist; And a nozzle filter provided on the flow path inside the body to remove foreign substances contained in the distilled water flowing therein.

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