KR200303930Y1 - Device of airconditional - Google Patents

Abstract

The present invention relates to an air conditioner, a casing (10) having an air supply unit (11) capable of introducing external air and an outlet (12) for discharging purified oxygen, and the casing (10) A filter 20 for removing foreign substances in the air introduced and installed in the air, a blower 30 for blowing the purified air through the filter 20 into the room, and air blown through the blower 30. Oxygen generator 40 for adsorbing harmful substances contained therein to discharge only oxygen, a heat cooler 50 for cooling or heating oxygen supplied through the oxygen generator 40, and the heat cooler 50. It consists of an anion generator 60 which electrolyzes so that one oxygen has the properties of anions.

Therefore, the air introduced from the outside through the air supply unit 11 is removed from the foreign matter while passing through the filter 20, the harmful substances in the air from which the foreign matter is removed is adsorbed while passing through the oxygen generator 40, It provides oxygen to the room effectively removes foreign substances and harmful substances to prevent carbon monoxide poisoning and diseases of the respiratory system.

In addition, the air conditioner (1) is provided with an anion generator (60) capable of generating an anion beneficial to the human body, the anionized oxygen is supplied to the room to improve the efficiency of work and metabolism of the cell Promotes energy, promotes vitality, clears blood, and has the effect of restoring nerves, restoring fatigue, and increasing appetite.

Therefore, it is a very useful design, such as to improve the reliability of the product through the above effects can contribute to the producer's profit generation.

Description

Air Conditioning Unit {DEVICE OF AIRCONDITIONAL}

The present invention relates to an air conditioner, and more particularly, an oxygen generator that supplies oxygen only by adsorbing harmful substances in the air and an anion generator that anionizes the oxygen to the air conditioner to create a comfortable indoor environment. will be.

In general, air conditioning that maintains conditions such as temperature, humidity, and airflow of a room in a state suitable for the purpose of use of the place is also called air condition or air conditioning. An air conditioning system is a device that keeps indoor air in a comfortable state. Qi.

The air conditioner controls the temperature, humidity, airflow, etc., suitable for human activity in a certain space, and serves to remove foreign matters such as dust in the air. A filter to remove, a heat cooler to heat or cool the air, a humidifier to control the humidity of the room, and a blower to blow the purified air into the room.

That is, foreign substances in the external air introduced into the air conditioner are removed through a filter and then cooled or heated by a heating cooler. The air passing through the heating cooler is supplied with humidity through a humidifier and then discharged into a room through a blower. Will be.

On the other hand, if the configuration of such an air conditioner is largely used to assemble in the field is mainly used, in the case of a medium air conditioner, each component is installed and used in the casing each provided with an air supply and a discharge.

In addition, if the air conditioning method through the air conditioner is largely classified, it can be divided into a single duct method mainly used in a relatively small building and each floor unit method used in a medium or larger building.

The single duct system is to install a single duct in one air conditioner and branch to each floor to cool and heat the entire building.In each floor unit method, the outside air processed by the primary air conditioner and the recirculated air in the room It is a method of mixing properly and sending it to the room.

Therefore, it is possible to purify the indoor air through the air conditioner configured as described above was able to create a comfortable environment that can increase the efficiency of the work.

The conventional air conditioner configured as described above plays a role of purifying indoor air to create a comfortable indoor environment, but is merely a degree of purifying foreign substances such as dust contained in indoor air.

That is, conventionally, when indoor air is introduced into the air conditioner, foreign substances in the air are removed through the filter, and the air from which the foreign substances are removed is cooled and humidified by the heating cooler and humidifier, and then discharged into the room through the blower. Therefore, when long-term use is made, problems may occur in the effective removal of foreign substances due to the decrease in the life of the filter.

In addition, the filter installed in the air conditioner can effectively remove the dust contained in the air, but it does not remove any harmful substances in the air, such as carbon monoxide and sulfurous acid gas at all, if poisonous substances are supplied directly into the room carbon monoxide poisoning And there was a problem such that the disease of the respiratory system can occur in the human body.

In addition, the air purified through the filter is blown through the blower and then cooled and humidified to be discharged to the outside, and dust accumulated in the blower due to long-term use may be mixed with the air and discharged into the room. There have been a number of closures, such as deterioration in efficiency.

Therefore, the present invention has the purpose to solve the above problems to remove the foreign matter as well as to effectively adsorb the harmful substances in the air and to discharge only purified oxygen to create a pleasant environment indoors.

It is an object of the present invention to provide an air conditioner capable of effectively adsorbing harmful substances in air to discharge only purified oxygen.

Another object of the present invention is to provide an air conditioner that can generate negative ions beneficial to the human body to improve work efficiency and create a comfortable indoor environment.

Another object of the present invention is to provide an air conditioner that can contribute to the profit generation of producers through improved product reliability.

1 is a cross-sectional view showing the overall configuration of the present invention.

2 is an installation state diagram showing an embodiment of the present invention.

Figure 3 is an installation state showing another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10-casing 11-air supply

12-outlet 20-strainer

30-Blower 40-Oxygen Generator

50-Heated Chiller 60-Negative Ion Generator

70-humidifier

The present invention for achieving the above object and the casing is provided with an air supply unit for introducing the outside air and an outlet for discharging the purified oxygen;

A filter installed in the casing to remove foreign substances from the air introduced therein;

A blower for blowing the purified air through the filter into the casing;

An oxygen generator which adsorbs harmful substances contained in the air blown through the blower and discharges only oxygen;

A heating cooler for cooling or heating oxygen supplied through the oxygen generator;

The oxygen passing through the heat cooler is achieved by consisting of an anion generator for electrolyzing to have the properties of anion.

Therefore, foreign matter in the outside air introduced into the casing is removed through the filter and then transferred to the upper portion of the casing through the blower, and the harmful substances contained in the conveyed air are adsorbed through the oxygen generator to discharge only oxygen in the air. The oxygen discharged through the oxygen generator is cooled or heated while going through a heating cooler.

Then, the oxygen is electrolyzed while passing through the anion generator to have the property of anion, and the anionized oxygen is discharged to the outside after being supplied with moisture through a humidifier.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a cross-sectional view showing the overall configuration of the present invention, a filter for removing foreign substances in the air introduced into the casing provided with each of the air supply and the discharge portion so as to discharge only the purified oxygen after the intake of the outside air and A blower is provided to blow the purified air through the filter into the room. An upper part of the blower is provided with an oxygen generator for adsorbing harmful substances contained in the blown air to discharge only oxygen, and a heating cooler for cooling or heating the oxygen. An anion generator for electrolyzing this oxygen and anion is installed, and a humidifier is installed to supply humidity to the anionized oxygen and to supply it to the room.

Figure 2 shows an embodiment of the present invention, showing an embodiment of the present invention configured to allow cooling and heating of the entire building by branching to each floor after installing a duct in one air conditioner.

3 shows another embodiment of the present invention as an installation state diagram, and shows another embodiment of the present invention configured to supply the indoor air with appropriately mixed recycled air in the room and outside treated in the primary air conditioner.

That is, as shown in FIG. 1, the present invention is configured to purify the outside air with anionized oxygen to create a comfortable indoor environment through the purified oxygen. A casing 10 for discharging, a filter 20 for removing foreign matter from the air, a blower 30 for blowing the filtered air into the room, and an oxygen generator 40 for adsorbing harmful substances in the air to discharge oxygen And a heat cooler 50 for cooling or heating oxygen, and an anion generator 60 for electrolyzing the cooled oxygen and anionizing it.

The casing 10 is provided with an air supply unit 11 at a lower portion to allow the introduction of external air, and a space portion 13 therein so as to supply the air drawn in through the air supply unit 11 to each component. ) Is formed, the upper portion is provided with a discharge portion 12 for supplying the purified oxygen through each component to the room.

In addition, a filter 20 is installed in the space 13 to remove foreign substances in the air introduced through the air supply unit 11, and the air purified through the filter is disposed at the upper portion of the casing 10. And a blower 30 for blowing air into the room.

In the filter 20, an electrostatic precipitator or a nonwoven fabric, in which a positive electrode is installed on a tungsten wire charged with a direct current voltage of 12000 V and an alternating plate-shaped positive electrode and negative electrode plate made of an alternating current charged with a direct current of 6000 V is disposed therein. The filter medium consisting of the elements of mainly used.

In addition, the blower 30 has a plurality of wings attached to the outer side of the cylindrical body in parallel with the shaft core is used for the multi-wing blower to blow air in the direction of the rotation of the blade, etc. In addition to this, the axial blower is used in the environment Can be used accordingly.

Therefore, dust, pollen, microorganisms, inorganic matters such as chlorides and organic solids such as tar components in the air introduced through the air supply unit 11 are removed through the filter 20, and foreign substances while passing through the filter 20. This removed air is blown to the upper portion of the casing 10 through the blower (30).

On the other hand, the upper part of the blower 30 adsorbs oxygen by adsorbing harmful substances such as water vapor, sulfurous acid gas, carbon monoxide, ammonia, hydrocarbons, etc., which are contained according to inert gas such as nitrogen, carbon dioxide, argon, etc. other than oxygen contained in the air. An oxygen generator 40 for discharging the bay is installed.

The oxygen generator 40 is composed of a molecular sieve, which is a microparticle of a micron unit or smaller in size, and a representative material of such a molecular sieve is zeolite, in addition to titanium dioxide, silica, silica alumina, clay , Perovskite, metal oxide and the like.

Here, the zeolite constituting the molecular sieve has characteristics such as cation exchange, adsorption, catalyst, dehydration and resorption, and thus harmful substances other than oxygen contained in the air are removed while passing through the zeolite.

In other words, the zeolite is crushed and then covalently bonded using a molecular wire that chemically connects the crystals to form a thin film or various sizes and shapes, and then installed in the casing 10 to remove harmful substances in the air. After adsorption, only oxygen passes through and supplied to the room.

In addition, a heat cooler 50 is installed on the upper portion of the oxygen generator 40 to cool or heat the oxygen supplied according to a room temperature, and the heat cooler 50 simultaneously performs heating and cooling. Heater coolers that can be used are mainly used.

In addition, an anion generator 60 for anionizing the cooled oxygen is installed at the upper portion of the heating cooler 50 having such a configuration, and a humidifier 70 is configured to supply moisture to the anionized oxygen at the upper portion of the anion generator 60. May be installed.

The negative ion generator 60 is a device for electrolyzing oxygen so that oxygen has the property of negative ions through a high voltage, it is composed of a voltage generator for outputting a high voltage, the high voltage output from such a voltage generator has a negative voltage.

That is, when a DC voltage is applied to the negative ion generator 60, the negative ion generator 60 generates a high voltage having a negative voltage, and oxygen passing through the negative ion generator 60 by the negative voltage is an anion's property. Will have

Therefore, oxygen supplied through the oxygen generator 40 is cooled or heated through the heating cooler 50 according to the environment of the room to be supplied to the anion generator 60, the supplied oxygen is the anion generator 60 When the anionized oxygen is heated while passing through the heating cooler 50, the ionized oxygen is anionized and discharged through the humidifier 70, and then the discharge part 12 provided at the upper portion of the casing 10. Will be provided indoors.

Here, the embodiment of the present invention configured as described above can be carried out divided into a single duct method and each floor unit method, as shown in Figures 2 to 3, but not shown in addition, in stores or small offices, etc. Individual air conditioning method, fan coil unit method, attracting unit method and the like suitable for use.

In the single duct method, as shown in FIG. 2, after installing one air conditioner 1 inside the building, the exhaust duct 14 is branched into each floor to purify oxygen in the air conditioner 1. Will be supplied to the whole building.

In each floor unit system, as shown in FIG. 3, the primary air conditioner 2 is installed in a building, and the secondary air conditioner 3 is installed in the interior of each floor. And the secondary air conditioner are connected to the supply / exhaust pipe 16 so that the outside air treated by the primary air conditioner 2 and the recirculated air treated by the secondary air conditioner 3 installed in the room are properly mixed and purified into the room. Oxygen can be supplied.

Here, when the purified air from the air conditioner 1 is supplied to each layer through the exhaust duct 14 as in the single duct method and each layer unit method, the oxygen generator 40 and the ion generator 60 are exhausted. It may be provided and used inside the duct 14.

In addition, the air supply duct 15 is installed in the room besides the exhaust duct 14 to circulate the air in the room and discharge the air to the outside, and according to the environment, a blower 30 having a large capacity and The pump is installed to induce air circulation.

Therefore, the air conditioner 1 of the present invention can be selectively installed by adopting a suitable method according to the characteristics of each building, thereby creating a comfortable indoor environment regardless of the environment.

According to the configuration of the present invention as described above, the air introduced from the outside is to remove foreign substances while passing through the filter, the harmful substances in the air from which the foreign substances have been removed is adsorbed while passing through the oxygen generator, the foreign substances and harmful substances in the air By providing this effectively removed oxygen indoors, it is possible to prevent carbon monoxide poisoning and diseases of the respiratory system.

In addition, the air conditioner is equipped with an anion generator that can generate beneficial anions to the human body, thereby improving the efficiency of the door work so that the anionized oxygen is supplied to the room, while promoting the metabolism of the cells and vitality It clears your blood, helps you relax, relieve fatigue, and boost your appetite.

Therefore, it is a very useful design, such as to improve the reliability of the product through the above effects can contribute to the producer's profit generation.

Claims (3)

A casing 10 having an air supply unit 11 capable of introducing external air and an outlet 12 capable of discharging purified oxygen; A filter (20) installed inside the casing (10) to remove foreign matters from the introduced air; A blower (30) for blowing the purified air through the filter (20) indoors; An oxygen generator 40 which absorbs harmful substances contained in the air blown through the blower 30 and discharges only oxygen; A heating cooler (50) for cooling or heating oxygen supplied through the oxygen generator (40); Air conditioner, characterized in that consisting of an anion generator (60) for electrolyzing so that the oxygen passed through the heating cooler (50) has the properties of anion. The air conditioner according to claim 1, wherein the oxygen generator (40) is composed of molecular sieves that are microparticles of micron size or smaller. 2. An air conditioner according to claim 1, characterized in that it is provided in an exhaust duct (14) for supplying the purified air from said air conditioner (1) to each layer.