KR200307029Y1 - Humidifier and electric heating device by Tourmaline - Google Patents

Abstract

The present invention electrolyzes the water evaporated from the humidification tank into tourmaline, which is tourmaline, to generate hydrogen gas and hydroxyl anion, and the generated hydrogen gas is oxidized with oxygen in the atmosphere on the surface of the precious metal catalyst. It is a humidifier and electric heating device that is beneficial to the human body in many ways by generating (heating reaction) to generate heat, improving clean humidification and heating efficiency, and releasing large amounts of far infrared rays and anions.

Description

Humidifier and electric heating device by Tourmaline

The present invention relates to an electric heating device that also serves as a humidifier, and in particular, electrolyzed water evaporated from the humidification tank into tourmaline, which is tourmaline, to generate hydrogen gas and hydroxyl anion, and generate hydrogen. The gas generates heat by oxidizing oxygen (combustion reaction) with oxygen in the atmosphere on the surface of the noble metal catalyst, thereby improving clean humidification and heating efficiency, and releasing large amounts of far infrared rays and anions to benefit the human body in many ways.

Conventional butane gas heaters with ceramic plates is that the eye due to Knox (NO _X), which because of infrared heating method by flame combustion of the high-temperature combustion temperature is inevitably generated in more than 1,000 ℃ stings conditions and, close from the heat source is hot and As the distance from the heat source becomes cold, the heating method becomes cold, and the fuel consumption and efficiency decrease, as well as the maintenance cost burden and high consumption of combustion air, there are problems such as frequent ventilation of the room.

In addition, the existing air purifier is an air purification method using an activated carbon filter or an electrostatic precipitating filter, and when used for a long time, harmful substances remain in the room during ventilation, and the filter needs to be replaced frequently. In case of purifying the air by generating negative ions, not only the efficiency is low but also the incident ozone generation amount exceeds the allowable ozone level in the air, and there is a problem that greatly harms the health of the infant or the elderly with an unpleasant smell.

Tourmaline, a type of igneous rock, is an ore having a hexagonal crystal structure and has a specific gravity of 2.90 to 3.10 g / cm 2, hardness of 7.0 to 7.5, and chemical components of iron, magnesium, and alkali. It is a complex borosilicate of metals and aluminum, which is one of the minerals that continuously emit energy by accumulating energy such as uranium ore, magnetite, etc. It is also a kind of health jewelry that gives vitality to the human body by radiating far infrared rays and negative ions. .

In particular, it is called a tourmaline because it has a property of permanently flowing a weak current of about 0.06 갖는 with a potential difference of about 1 million volts while the anode and the cathode are present at both ends of the crystal. It has various colors such as transparent, pink, blue, purple, light green and red.

The weak current (about 0.06㎃) naturally generated from tourmaline stimulates the human acupuncture points, improves peripheral circulation and promotes blood flow, which is effective for hypertension and prophylactic diseases. It is released in large quantities, and it has the effect of activating the cells to improve the constitution, blood purification, etc., and promote blood circulation and metabolism, thereby relieving fatigue, gastrointestinal activation, pain, sleep and cold, and in contact with moisture A large amount of anions are generated by electrolysis, and antibacterial, deodorant, and washing effects are improved, and the acidified body fluid is improved to a weakly alkaline constitution to provide stability to the human body and to neutralize harmful electromagnetic waves generated from various electric and electronic products. .

In addition, tourmaline utilizes minerals such as magnesium (Mg), which is good for cell activation and heart strengthening, boron (B), which helps skin mucous membrane growth and growth promotion, silicon (Si), which is good for beauty, and blood relationship and heart strengthening. It contains a large amount of elements and minerals that have good effects on the human body, such as iron (Fe), which has a promoting effect, and calcium (Ca), which has a neurostable effect.

In addition, the far-infrared rays and anions act as neuralgia, arthritis, back pain relief, soothing effect of skin, diabetes, constipation pain, deodorization, antibacterial, dehumidification, water softening, air cleaning, etc. ㆍ It is used in air purifier, water purifier, medical equipment, kitchen products, etc., and it has a wide range of application such as using tourmaline ore as a raw material for secondary processed products such as plastic, building materials, and cosmetic additives.

In recent years, its use has been expanded to the construction, environmental, and medical fields including water-improving agents such as removing heavy metals such as lead and zinc in water and removing suspended solids, catalyst carriers in the petrochemical field, and fillers for synthetic resins.

Therefore, the present invention electrolyzes the water evaporated from the humidification tank into tourmaline, which is tourmaline, to generate hydrogen gas and hydroxide anion, and to generate the generated hydrogen gas on the surface of the precious metal catalyst. It aims to provide a humidifier and electric heating device that is beneficial to the human body in many ways by improving oxidation and combustion (heating reaction) to generate heat, improving clean humidification and heating efficiency, and releasing large amounts of far infrared rays and anions.

In order to achieve the above object, a heat reflection panel having a heat reflecting portion formed on the rear surface and an opening portion formed on the front surface thereof, a heat transfer panel having a heat transfer body and a ventilation hole, a ceramic panel filled with a tourmaline coated ceramic ball, and tourmaline The tourmaline mat coated on the mat and the catalyst mat coated with the noble metal catalyst were installed in this order, an air chamber was formed between the heat reflection unit and the heat transfer panel, and a blower fan was installed in the lower part of the air chamber. An intake vent is formed at the bottom of the ceramic panel, a heat insulating material is installed between the upper and lower sides of the ceramic panel, the tourmaline mat, the catalyst mat, and the case, and the water is automatically supplied from the automatic supply of water (humidifying water) at the bottom of the ceramic panel. By installing a humidification tank that maintains a constant water level, the rear plate of the humidification tank is configured by joining the fastening means to the lower portion of the heat transfer panel.

In addition, the tourmaline mat is coated with foam ceramic and mixed with tourmaline and an inorganic binder (film thickness of 1 to 2 mm), and then dried in a firing furnace at a temperature of 700 ° C. for 1 hour. It is formed by forming a myriad of dense intervals.

In addition, the catalyst mat is mainly composed of a noble metal catalyst which is advantageous for oxidation reaction of hydrogen gas, and is coated by a wet precipitation method on an alumina silica-based mat.

And, the ceramic panel is composed by densely filling the ceramic ball coated with the tourmaline between the space between the metal mesh on both sides of the frame frame and then installed.

In addition, the tourmaline mat and the catalyst mat is provided by separating the metal mesh on both sides of the frame frame, and between the metal mesh is accommodated by a tourmaline coated fibrous mat or precious metal catalyst coated fibrous mat, respectively.

1 is a cross-sectional view of an embodiment of the present invention.

2 is a front view of an embodiment of the present invention.

3 is a front view of an embodiment of the inventive heat transfer panel.

4 is a front view of an embodiment of the inventive ceramic panel.

5 is a front view of an embodiment of the present invention tourmarin mat and catalyst mat.

6 is a cross-sectional view of an embodiment of the inventive ceramic panel.

7 is a cross-sectional view of an embodiment of the present invention tourmarin mat and catalyst mat.

8 is a partial cross-sectional view of the present invention humidifier tank.

9 is a cross-sectional view of an embodiment of the present invention automatic water supply.

10 is a cross-sectional view of another embodiment of the present invention.

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

(2)-humidifier and electric heating unit (4)-heat reflector

(6)-open (8)-case

(9)-heating element (electric heating element) (10)-heating panel

(12)-ceramic ball (14)-ceramic panel

(14a)-Lower bottom of ceramic panel (16)-Tormarin mat

(18)-Catalyst Mat (20)-Air Chamber

(22)-Blowing Fan (24)-Intake

(26)-Aerator (28)-Guard

(30)-automatic water supply (32)-humidifier

(32a)-Humidity rear panel (34) (34a)-Water

(36)-Tightening Means (38)-Temperature Controllers

(40)-Insulation (42) (48)-Frame

(44) (46) (50) (52)-Metal mesh (44a) (46a) (50a) (52a)-mesh

(44b) (46b) (50b) (52b)-mesh connection (54) (56)-fibrous mat

(58)-Water Bottle (60)-Dolbu

(62)-Heel Bar (64)-O-Ring

(66)-lid (68)-valve

(70)-Drainer (72)-Heat Reflex Plate

(74)-Insulation (h)-Water Level (Water Surface)

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

1 is a cross-sectional configuration diagram of the present invention humidifier and electric heating device 2, Figure 2 is a front view thereof. The humidifier and the electric heating device (2) has a heat transfer panel (10) having a heat transfer member (9) inside the case (8) in which the heat reflection portion (4) is formed at the rear side and the opening portion (6) is formed at the front surface, A ceramic panel 14 filled with a tourmaline coated ceramic ball 12, a tourmaline mat 16 coated with tourmaline on a mat, and a catalyst mat 18 coated with a noble metal catalyst on the mat It is installed in contact with one another or adjacent structures.

And the case 4 which maintains an external shape is comprised from the metal which is excellent in heat resistance and oxidation resistance, and whose heat conductivity is low.

The catalyst mat 18 is exposed to the opening 6 of the case 8, and an air chamber 20 is formed between the heat reflection part 4 and the heat transfer panel 10, and a lower portion of the air chamber 20 is provided. Blower fan 22, such as a sirocco fan, which is a blower, is installed, and an air inlet 24 is formed under the reflector 4, and the external air is blown through the air inlet 24 by the blower fan 22. It flows into the air chamber 20.

The air flowing into the air chamber 18 is heated while passing through the plurality of vent holes 26 and the heat transfer element 9 formed in the heat transfer panel 10, and the ceramic panel 14 filled with ceramic balls by blowing pressure. Humidified and anionized while passing through the fibrous tourmaline mat 16 and the fibrous catalyst mat 18 in order, and containing far-infrared rays, which are properly humidified and heated while being discharged to the front of the case 8 through the opening 6. .

The tourmaline mat 16 is a tourmaline-coated porous ceramics, a mixture of tourmaline and an inorganic binder in an alumina silica-based mat or a foamed ceramic (coating thickness 1 ~ 2㎜) after coating 1 (at a film thickness of 700 ℃ before and after 1) By drying in time, numerous pores having a size before and after 1 mm are formed at dense intervals.

In addition, the catalyst mat 18 is mainly coated with an alumina silica-based mat by wet sedimentation, mainly on a noble metal catalyst which is advantageous for oxidizing hydrogen gas, and harmful substances in the air by the catalyst mat 18, such as Nitrogen oxides, hydrocarbons, and the like are deodorized and removed, and the evaporated water is weakly alkalined before and after pH 7.4 by the electrolysis of tourmaline, and becomes clean water.

In addition, the evaporated water is decomposed into hydrogen and hydroxide anions by the electric energy (about 0.06 kW) naturally generated from tourmaline, and the decomposed hydrogen is burned while oxidizing with oxygen by a noble metal catalyst.

Humidifier and electric heating device (2) of the present invention is heated to 300 ℃ ~ 500 ℃ by the heat transfer panel 10, but is maintained at 320 ℃ ~ 530 ℃ while rising to 20 ℃ ~ 30 ℃ by the combustion reaction of hydrogen The utilization efficiency is improved and electric energy is saved, and the evaporated water is cleaned and humidified by electrolysis. The heating temperature is controlled by a thermostat 38.

In addition, a plurality of protection nets 28 are installed at the front of the opening part 6 at uniform intervals to prevent excessive access of the user and the flammable object to the catalyst mat 18, so that burns or fires may be prevented. Prevented.

At the bottom of the ceramic panel 14, a humidification tank 32 is provided in which a constant water level h is maintained by water 34a which is automatically supplied from the water (humidifying water) automatic supply unit 30, and the water level h. The lower portion 14a of the ceramic panel 14 protruding downward flows into the humidification tank 32 in which the lower portion is maintained.

The humidifying tank 32 is made of a metal material having excellent thermal conductivity and oxidation resistance, such as aluminum or copper, and the rear plate 32a of the humidifying tank 32 upwardly protruding is a lower portion of the heat transfer panel 10 as shown in FIG. 8. Heat is transferred to the humidification tank 32 by joining to the surface contact by fastening means 36 such as bolts and nuts or riveting.

Accordingly, the water 34 in the humidification tank 32 is heated and evaporated, and most of the evaporated water rises to the ceramic panel 14 and is then discharged to the opening 6 to form a fibrous tourmaline mat 16. It is discharged to outside air through the fibrous catalyst mat 18 and humidified.

The water 34 in the humidifying tank 32 is not boiled and evaporated, but is heated (warmed) to a temperature of 80 ° C. to 90 ° C., and thus the water 34 of the humidifying tank 32 is excessively consumed. This is not only prevented but also the proper amount of humidification is maintained.

The upper surface or the side of the case 8 is provided with a temperature controller 38 and a temperature control means for controlling the heating temperature of the heat transfer panel 10 to an appropriate temperature.

The temperature controller 38 may use an electric or electronic control circuit or a thermostat or thermocouple, which is well known in the art and thus, detailed description thereof will be omitted.

In addition, a heat insulating material 40 is provided between the ceramic panel 14, the tourmaline mat 16, the upper and lower sides of the catalyst mat 18, and both sides and the case 8 to overheat the case 8. ).

In addition, the heat reflection part 4 is directly exposed to heat generated from the heat transfer panel 10, and serves to reflect the heat, so that the heat reflection part 4 is made of a metal having excellent heat resistance and heat reflectivity, such as stainless steel, and the heat reflection part 4 It is preferable that the reflecting surface of) be mirrored or surface-treated like a mirror to effectively reflect most of the heat in the direction of the heat transfer panel 10.

In addition, it is preferable to add a heat insulating material on the rear surface of the reflecting portion 4 to prevent overheating of the case 8.

In addition, as illustrated in FIG. 10, the reflection plate 72 may be separately provided on the inner side surface of the case 8 facing the heat transfer panel 10, and in this case, the heat insulating material 74 may be disposed between the case 8 and the reflection plate 72. It is preferable to install the to prevent overheating of the case (8).

3 is a front view of the heat-transfer panel 10 of the present invention, a plate-like heat-transfer or rod-shaped heat-transfer (heater) between one or both sides of a metal plate, such as a stainless plate or a copper plate, having excellent heat resistance, thermal conductivity, and oxidation resistance The pipes (9) are arranged at even intervals so that the heat transfer panel 10 is evenly generated, and the heat exchanger panel 10 has a predetermined size of vent holes 26 at even intervals away from the heat transfer body 9. To allow air to pass naturally without heavy load.

Of course, the amount of heat can be adjusted by adjusting the power consumption or size, and the inner diameter and the number of the ventilation holes 26 are designed to have sufficient margin in consideration of the amount of heat generated.

In the ceramic panel 14 of the present invention, the metal meshes 44 and 46 are spaced apart from each other on both sides of the frame 42 having a rectangular shape as shown in FIG. 7, and tourmaline is disposed between the metal meshes 44 and 46. The surface coated ceramic balls 14 are densely packed.

The meshes 44a and 46a of the metal meshes 44 and 46 may be diversified into rectangles, diamonds, or triangles, and smaller than the ceramic balls 14 so that the ceramic balls 14 do not escape to the outside. Size.

For example, assuming that the outer diameter of the ceramic ball 14 is 10 mm, the meshes 44a and 46a of the metal meshes 44 and 46 are generally satisfied if they are maintained 5 mm x 5 mm before and after. The width of the connection portions 44b and 46b between the 44a and 46a and the meshes 44a and 46a is within the range in which the shape of the metal meshes 44 and 46 is maintained while the position of the ceramic ball 14 is maintained. 1 mm to 2 mm smaller than the meshes 44a and 46a.

Since the heat generated from the heat transfer plate body 10 is maintained at 300 ° C. to 500 ° C., the metal meshes 44, 46, the frame 42, and the ceramic balls 14 have higher heat resistance and oxidation resistance. do.

In addition, the metal meshes 44 and 46 are preferably a copper plate having excellent thermal conductivity and heat resistance, and the frame 42 is preferably a copper or aluminum shape (aggregate), and both sides of the frame 42 are bent at right angles to each other. The detachment of the meshes 44 and 46 is prevented.

In the present invention, the metal meshes 44 and 46 having the meshes 44a and 46a are applied to the tourmaline mat 16 and the catalyst mat 18 as well as the ceramic panel 14.

That is, the metal mesh 50, 52 is installed on both sides of the rectangular frame 48 made of a shape as shown in Figure 7, the tourmaline-coated fibrous mat 54 between the metal mesh 50, 52 Alternatively, a fibrous mat 56 coated with a noble metal catalyst (gold, platinum, palladium, etc.) is packed and stored.

As described above, the metal meshes 50 and 52 may be quantized into a rectangle, a rhombus, or a triangle, and the horizontal and vertical sizes of the meshes 50a and 52a may be different. It is satisfied if it is maintained between 10 mm and 20 mm, and the widths of the connecting portions 50b and 52b between the meshes 50a and 52a and the meshes 50a and 52a maintain the positions of the fibrous mats 54 and 56. It is 2 mm-5 mm smaller than the mesh 50a (52a) in the range in which the shape of the metal mesh 50 (52) is maintained.

Since the heat generated from the heat transfer plate body 10 is maintained at 300 ° C. to 500 ° C., the metal meshes 50 and 52, the frame 48, and the fibrous mats 54 and 56 have higher heat resistance and resistance. The metal mesh 50, 52 is preferably a copper plate having excellent thermal conductivity and heat resistance, and the frame 48 is preferably formed of copper or aluminum, and both sides of the frame 48 are inclined at right angles. The separation of the bent and coupled metal meshes 50 and 52 is prevented.

9 is a partial cross-sectional view of the present invention automatic water supply device 30 shown as an example.

A cover for opening / closing the water bottle 58 into the front of the case 8 is installed in a case structure.

The spout portion of the water bottle 58 is coupled to the lid 66 coupled to the O-ring 64 can be injected water 34a at any time, the lifting rod 62 which is supported by a spring on the lid 66 portion is It is installed to be elevated, and around the lifting rod 62 is formed with a drain hole 70 through which the water 34a of the water bottle 58 is discharged.

In addition, a valve 68 having a structure capable of blocking the drain hole is installed at an end of the elevating rod 62 positioned in the water bottle 58, and a protrusion 60 is formed at the bottom thereof to remove the water bottle 58. In the case of being placed in position, as shown in FIG. 9, the lifting rod 62 and the valve 68 installed thereon are raised together, and the drain hole 70 is opened to automatically supply the water 34a of the water bottle 58, thus humidifying. The constant surface h of the bath 32 is maintained at a constant water level.

The configuration and operational effects of the automatic water supply device 30 is just one example, and of course, the automatic supply of humidifying water can be achieved by any other method or means.

On the other hand, the present humidifier and electric heating device (2) is a tourmaline and electrolyzed hydrogen gas having the ability to generate hydrogen gas and hydroxyl anion by electrolyzing water with the naturally generated electrical energy (0.06 mA current) The noble metal catalyst, which has the ability to generate heat by oxidizing with oxygen in the atmosphere, increases far-infrared generation and greatly improves anion emission.

In addition, since the water purified by the electrolysis of tourmaline is humidified, it is very hygienic and harmful electromagnetic waves are neutralized by the action of negative ions.

Initially, the water vaporized up to the tourmaline-coated ceramic panel 14 heated by the heat transfer panel 10 generates hydrogen gas by the electrolysis of tourmaline, and the blowing air is anionized, and passes through the precious metal catalyst. While hydrogen gas is combined with oxygen to burn, heat is generated and hydroxyl anion is released as it is.

In addition, the ceramic panel 14 heated by the heat generated from the heat transfer panel 10 generates and emits a large amount of far infrared rays, which is beneficial to the human body. A large amount of far infrared rays with a wavelength of ˜12 μm is emitted, and thus heating by warm far infrared rays is achieved.

Since the alumina fibers constituting the catalyst mat 18 are fibrous in comparison with other far-infrared heating elements, they have a large specific surface area and emit four times or more of radiant light.

In addition, the far-infrared heating method exhibits excellent heating effect even in open spaces because radiant heat of abundant far-infrared rays such as natural warm and warm sunlight is transmitted directly to the human body without heating the surrounding air.

In addition, the heat is deeply absorbed into the human body to resonate energy in the body to facilitate the activity of organic molecules constituting the human body to promote metabolism.

In addition, tourmaline doubles its electrolytic capacity as the temperature rises, so a large amount of negative ions are released, thereby neutralizing harmful electromagnetic waves emitted from surrounding electrical and electronic devices, and harming the human body. have.

In addition, there is a hygienic humidifying effect because the weak alkaline water is purified and evaporated while passing through the tourmaline.

If you look at the process step by step,

1. the step of vaporizing moisture in the porous ceramic,

2. The vaporized water molecule is electrolyzed while passing through the tourmaline filter to be decomposed into hydrogen gas and hydroxide anion,

H₂O → H + + OH-

OH- + H₂O → H₃O₂ (hydroxyl ion)

The separated hydrogen ions are attracted to the negative electrode, combined with electrons emitted from the negative electrode, and neutralized to form hydrogen gas and evaporate.

3. And on the surface of the precious metal

2H₂ + O₂ → 2H₂O + ΔH (Exothermic reaction)

As the reaction proceeds, heat of 20 ° C. to 30 ° C. is generated in the combustion process of the hydrogen gas, thereby improving heating effect and saving electric energy.

Finally, the catalyst mat 18 emitting far-infrared rays maintains a low temperature of 300 ° C. to 500 ° C., thus eliminating the occurrence of nitric oxide (NOｘ) generated in the flame combustion method, and thus eliminating the blinding phenomenon. The indoor air is dried, and the bronchial mucosa is dried.

On the other hand, since hydrogen gas is explosive, the energy generation efficiency is excellent.

However, since it burns in a large area of the noble metal catalyst, it is prevented from being exploded, and it is safe because it is oxidized by the catalytic combustion reaction.

In addition, the hydrogen gas volatilized by electrolysis of water causes an oxidation reaction with oxygen contained in the surrounding air on the surface of the noble metal catalyst to generate moisture and heat again, and the electrolysis reaction of tourmaline is further promoted by the heat. Far-infrared and anion generation amount is greatly improved in.

The moisture evaporated from the humidifying tank 32 is separated into hydroxyl anion and hydrogen gas by the electrolysis of tourmaline while contacting the tourmaline coated on the ceramic ball 12 and the tourmaline mat 16.

At this time, the hydroxyl anion is released into the atmosphere, and the hydrogen gas is released into the air to combine with the surrounding oxygen and oxidize to generate heat of 20 ° C to 30 ° C, which heats up the tourmaline and precious metal catalysts. Therefore, the electrolysis reaction of tourmaline is promoted, and thus the amount of far-infrared rays and anions are greatly improved at room temperature. In addition, since pure anions are generated, harmful electromagnetic waves generated from surrounding home appliances are neutralized, and thus no harmful effects are caused.

In addition, the heat is conducted to the tourmaline mat 16 and the catalyst mat 18 to further promote moisture evaporation and further increase the amount of pure anions generated.

In addition, the present invention is greatly promoted evaporation, so the organic matter decomposition ability is very excellent, if installed in a place where the bad odor is severe and can be quickly deodorized.

That is, the catalyst mat 18 coated with the noble metal catalyst is excellent in its ability to rapidly decompose and remove harmful organic matter or unpleasant odors, such as odors, fishy smells, fish odors, chemicals, smoke, and the like in a harmless state.

And, it is activated while burning with hydrogen gas by the noble metal catalyst has the effect that most of the surrounding odor is removed.

In addition, tourmaline is heat and friction. When an impact or pressure is applied, more negative ions are generated. When the temperature rises by about 10 ° C, the anion is doubled, and when it comes into contact with the surrounding water or water, there is a power to instantly anionize and change to weak alkali.

Cells are activated, blood is purified, fatigue recovery is promoted, mental stability is stabilized, immunity is improved, pain is alleviated, allergic constitution is improved, precious metals by the action of far infrared rays and negative ions according to the present invention Deodorization and moisture release effect by the catalyst.

Nature maintains a balance between cations and anions. However, in addition to factories, automobiles, electronics, chemical compounds, harmful gases and harmful substances, stress increases the cations in the human body, which causes the body's ion balance to be broken, resulting in various diseases and disorders. Balance of balance is maintained continuously.

In addition, far-infrared rays stimulate the inactive cells of the 10 trillion somatic cells that make up our body to enable normal activity, adjust the balance of autonomic nerves, and activate cells in the human body. It warms up and warms blood circulation and boosts metabolism.

In addition, magnesium (Mg) contained in the tourmaline ore is good for cell activation, blood circulation strengthening, nervous system, iron (Fe) is good for blood, heart, antibacterial, heavy rain (B ) System works well on skin, mucous membrane, and growth promotion, and silicon (Si) works as well as kidney, liver, gastrointestinal and cosmetic effects, so it is good not only for our health effect but also for animals and plants. Will cause.

In addition, the existing air purifier is a method of purifying air by an activated carbon filter or an electrostatic precipitating filter method, and there is a problem that harmful substances remain in the room when it is used for a long time, and the filter needs to be replaced frequently. In this case, the problem is prevented because natural air cleaning is achieved by the action of far infrared rays and anions.

In addition, the conventional combustion heater has a disadvantage of hot and close to slightly cold when approaching close, but the present design is a warm heating method by far-infrared, so even by a far distance can be heated by far-infrared, evenly warm the room.

In addition, conventional combustion heaters require a lot of maintenance costs and dry air, causing asthma to the elderly and infants, and a large amount of unburned material is generated during initial ignition, causing eyes to be ventilated and frequently ventilated. There have been problems such as, but in the present invention these problems are solved.

In the present invention, the ceramic panel 14, the tourmaline mat 16, and the catalyst mat 18 have a method for producing functional ceramic powder using the tourmaline and noble metal catalysts filed by the applicant (Patent application 2002- 35799, filed on June 25, 2002).

The present invention described above is not limited to the above-described embodiments, and various substitutions, modifications, and changes are possible without departing from the technical spirit of the present invention, and those of ordinary skill in the art Anyone can make various modifications and imitations by the description of this specification, but it will be apparent that this is not outside the scope of the present invention.

As described above, the present invention not only promotes humidification by tourmaline electrolysis and noble metal catalysis, but also generates negative ions, purifies ambient air, removes harmful organic substances, and smells.

In addition, the ceramic panel heated by heat generated from the heat transfer panel generates and emits a large amount of far-infrared rays, which are beneficial to the human body, and passes the wavelength of 5 μm to 12 μm that is most beneficial to the human body through the alumina fiber phase, which is a carrier of the noble metal catalyst. Excited far infrared rays are emitted in a large amount, and thus heating by warm far infrared rays is achieved.

In addition, tourmaline doubles its electrolytic capacity as the temperature rises, so a large amount of negative ions are released, thereby neutralizing harmful electromagnetic waves emitted from surrounding electrical and electronic devices, and harming the human body. have.

In addition, there is an effect that the phenomenon such as drying the bronchial mucosa by drying the indoor air which is a disadvantage of the electric heater by the clean humidification.

In addition, the noble metal catalyst mat deodorizes and removes harmful substances such as nitrates and hydrocarbons in the air, and the evaporated water becomes weakly alkaline and clean water before and after pH 7.4 due to the electrolysis of tourmaline. .

In addition, the humidified water is decomposed into hydrogen and hydroxide anions by electric energy (about 0.06 0.0) naturally generated from tourmaline, and the decomposed hydrogen is oxidized and burned with oxygen by a noble metal catalyst, so the heating temperature is increased to 20 ° C. to 30 ° C. Efficiency is improved and electrical energy is saved.

In addition, since a plurality of protection nets are installed at uniform intervals on the front of the opening, excessive access of a user and a flammable object is prevented, thereby preventing burns or a fire.

In addition, the rear side of the humidification tank is fastened to the heat transfer panel by the surface joining method has the effect that the water in the humidification tank is heated and evaporated without a separate heat source by the heat transferred from the heat transfer panel.

The heat reflecting means is provided at the rear of the case facing the heat transfer panel to reflect the heat, thereby improving heat utilization efficiency.

In addition, the present invention has the effect of quickly decomposing and removing harmful organic matter, unpleasant odors, odors, fishy smells, fish odors, chemicals, soot, etc. in the surroundings by a catalyst mat coated with a noble metal catalyst.

In addition, the existing air purifier is a method of purifying air by an activated carbon filter or an electrostatic precipitating filter method, and there is a problem that harmful substances remain in the room when it is used for a long time, and the filter needs to be replaced frequently. In this case, since natural air cleaning is performed by the action of far infrared rays and negative ions, this problem is prevented.

In addition, the conventional combustion heater has a disadvantage of hot and close to slightly cold when approaching close, but the present design is a warm heating method by far-infrared, so even by a far distance can be heated by far-infrared, evenly warm the room.

In addition, conventional combustion heaters require a lot of maintenance costs and dry air, causing asthma to the elderly and infants, and a large amount of unburned material is generated during initial ignition, causing eyes to be ventilated and frequently ventilated. There was a problem such as, but the present invention has the effect that these problems are solved.

Claims (7)

In constructing an electric heating system; The heat transfer panel 10 having the plurality of vent holes 26, the ceramic panel 14, the tourmarin mat 16, and the catalyst mat 18 are sequentially installed in the case 8 having the opening 6 formed therein. An air chamber 20 is formed between the case 8 and the heat transfer panel 10, a blower fan 22 is installed in the lower part of the air chamber 20, and an inlet 24 is provided in the lower part of the case 8. A humidifier and electric heating device using tourmaline formed by forming a heat insulating material 40 between upper and lower sides of the ceramic panel 14, the tourmaline mat 16, and the catalyst mat 18, and between both sides and the case 8. The method according to claim 1; A humidifier 32 is installed at the bottom of the ceramic panel 14, and the back plate 32a of the humidification tank 32 is joined to the lower portion of the heat transfer panel 10 by the fastening means 36. And electric heating system. The method according to claim 2; Humidifier and electric heating device using a tourmaline was installed so that the lower portion (14a) of the ceramic panel 14 flows into the humidification tank (32). The method according to claim 1 or 2; A humidifier and electric heating device using tourmaline, which is provided with a heat insulating material 74 and a heat reflecting plate 74 on an inner surface of a case 8 facing the heat transfer panel 10. The method according to claim 1 or 2; The ceramic panel 14 is spaced apart from the metal mesh 44, 46 on both sides of the frame frame 42, and filled with a ceramic ball 14 coated with tourmaline between the metal mesh 44, 46 Humidifier and electric heating system using tourmaline. The method according to claim 1 or 2; The tourmaline mat 16 is spaced apart from the metal mesh 50, 52 on both sides of the frame frame 48, and accommodates the tourmaline-coated fibrous mat 54 between the metal mesh 50, 52 Humidifier and electric heating system using tourmaline. The method according to claim 1 or 2; The catalyst mat 18 is spaced apart from the metal mesh 50, 52 on both sides of the frame frame 48, and accommodates the fibrous mat 56 coated with a noble metal catalyst between the metal mesh 50, 52. Humidifier and electric heating system using tourmaline.