KR20200102646A - hydrogen humidifier for preventing atopic dermatitis - Google Patents

Abstract

The present invention relates to a hydrogen water humidifier that generates hydrogen water capable of removing active oxygen known to cause aging, atopic dermatitis, and lifestyle-related diseases. The hydrogen generated by a non-diaphragm electrolysis device inside the humidifier is added to filtered raw water. By humidifying using hydrogen water generated by dissolving, health and safety concerns are eliminated by suppressing the growth of microorganisms in the humidifier, and since active oxygen in the atmosphere is removed and water molecules (clusters) are reduced, it is highly permeable to the human body. It relates to a hydrogen water humidifier with excellent effect and disease prevention effect due to free radicals.

Description

Hydrogen humidifier for preventing atopic dermatitis

The present invention relates to a hydrogen water humidifier that generates hydrogen water capable of removing active oxygen known to cause aging, atopic dermatitis, and lifestyle-related diseases, in a non-diaphragm electrolysis device inside the humidifier in filtered raw water By dissolving the generated hydrogen and humidifying the generated hydrogen water, the concern about health and safety is eliminated by suppressing the growth of microorganisms in the humidifier, and the active oxygen in the atmosphere is removed and the number of water molecules (cluster) is reduced. It relates to a hydrogen water humidifier with high permeability and excellent moisturizing effect and disease prevention effect due to free radicals.

By maintaining a suitable humidity (about 60%) indoor air, respiratory disorders and diseases can be prevented, and a comfortable indoor atmosphere can be maintained. There is no suitable steam element in the room and it tends to dry out when the temperature rises. At this time, the humidity in the air can be controlled with a humidifier. The principle of a humidifier is to make clean water particles by electricity and spray it into the room.

Types of humidifiers are centrifugal spray humidifiers that blow the sucked water by centrifugal force to make them collide, and generate electric signals of a certain frequency in an electric circuit and transmit them to a vibrator placed in the water to generate ultrasonic waves, such as cavitation. An ultrasonic humidifier that generates a fine mist (vacuum phenomenon) occurs, an electrothermal humidifier that generates steam by heating water with a heater or electrode, and a filter vaporization humidifier that evaporates water by allowing air to pass through a wet filter. Etc.

Such a humidifier is a method of inserting water into a container and inserting it into the humidifier, and various microorganisms proliferate in the container and the humidifier during use, causing health and unpleasant odor, and recently, in order to solve this problem, an ultraviolet lamp is installed in the water container. Although we are trying to solve it by adopting it, so-called scale or slime occurs on the surface of the UV lamp or the surface of the glass or quartz tube surrounding it due to long-term use, and the UV wavelength intensity decreases due to the life of the lamp. There is a problem of deterioration.

KR100655130 B1*

The present invention was invented to solve the above problems, and the present invention is the proliferation of microorganisms in the humidifier by humidifying the filtered raw water using hydrogen water generated by dissolving the hydrogen generated by the non-diaphragm electrolysis device inside the humidifier. By suppressing health safety concerns, it eliminates active oxygen in the air and reduces water molecules (clusters), so it is highly permeable to the human body, providing a hydrogen water humidifier with excellent moisturizing effect and disease prevention effect due to active oxygen. Has its purpose.

The hydrogen water humidifier according to the present invention comprises: a water purifying unit that filters raw water and sends purified water to an electrolysis tank; An electrolysis unit for generating hydrogen by electrolyzing the water purified by the water purification unit in a non-diaphragm method and storing the generated hydrogen; And an ultrasonic vibrating unit for ejecting hydrogen water in which hydrogen generated in the electrolysis unit is dissolved in a spray form by ultrasonic vibration. According to another preferred feature of the present invention, the hydrogen water pipe through which the hydrogen water generated in the electrolysis unit is transferred is made of a material through which a microcurrent can pass. According to another preferred feature of the present invention, the material through which the microcurrent can pass is at least one of a titanium material, a material coated with platinum on titanium or stainless steel, a metal material, and a material coated with a polymer compound on the metal. According to another preferred feature of the present invention, the electrolysis unit includes an electrolysis tank for generating hydrogen by electrolyzing in a non-diaphragm method, and a hydrogen storage filter for storing hydrogen generated in the electrolysis tank.

Hydrogen water is generated by electrolysis, so the water molecule size (craster) is 50~60Hz, which is less than the existing tap water (about 150~200 Hz), and it is less than the size of human cells 80 Hz, so it is applied to the human skin such as face using a humidifier. Moisturizing effect and penetrating power are improved upon contact, and hydrogen contained in hydrogen water combines with active oxygen known as the cause of various diseases and aging in our body and transforms it into harmless water, resulting in atopic dermatitis, aging, whitening and cancer, obesity, and diabetes. , It is also effective in lifestyle-related diseases such as hypertension and dementia.

1 is a block diagram showing an operating process of a hydrogen water humidifier according to the present invention,
2 and 3 are block diagrams showing an embodiment of a water purifier of a hydrogen water purifier according to the present invention;
4 is a schematic view for explaining a lower structure of an electrolysis tank according to an embodiment of the present invention, and FIG. 5 is a front view showing the structure of an electrolysis tank according to an embodiment of the present invention.

Hereinafter, the configuration and operation of an embodiment of the present invention will be described in detail based on the exemplary drawings. However, the following examples are provided so that those skilled in the art can fully understand the present invention, and the scope of the present invention is not limited by the following examples. 1 is a block diagram showing the operating process of the hydrogen water humidifier according to the present invention. As shown in Figure 1, in the present invention

The hydrogen water humidifier includes a purifying unit 100, an electrolytic unit 200, and an ultrasonic vibration unit 300. The water purification unit 100 is configured to filter raw water and send purified water to the electrolysis tank 210. The purifying unit may be configured in various ways, and FIGS. 2 and 3 are an embodiment of the purifying unit.

In the embodiment of FIG. 2, the water purifying unit includes a first filter 110, a second filter 120, a third filter 130, and a membrane contactor 140. Raw water is supplied to the water purification unit by connecting tap water, ground water, or commercially available drinking water through a pipe. Enemies are manual or automatic

The first filter 110, the second filter 120, and the third filter 130 are sequentially passed through the valve. The first filtration filter 110 is a non-woven fabric coated with powder, fibrous or particulate activated carbon in a cylindrical shape, and the raw water is passed from top to bottom to primarily detect particulate matter, taste, disinfection by-products, pesticides, odor and color. Station removing

Do it. When the second filtration filter 120 treats raw water having a total soluble solid substance (or salt) concentration of 200 mg/ℓ or more, it purifies by reverse osmosis, where the pressure of the raw water is low or the salt concentration When is high, it is processed using a pressure pump (Booster) (not shown). In addition, when treating raw water with a salt concentration of 200 ㎎/ℓ or less, hollow fiber, tubular, spiral wound, or plate & frame polymer synthetic materials or inorganic materials (ceramics, etc.) ) It may be carried out in a microfiltration method using a filter formed of a material, and an ultrafiltration method may be used. The third filtration filter 130 is a cylindrical filter filled with a cation exchange resin or a chelating resin in a nonwoven fabric, and

Pipe It serves to remove the soluble lead (Pb) present in the cast iron pipe. In this case, if necessary, when the reverse osmosis method is used in the second filtration filter 120, the third filtration process may be omitted. The water that has passed through the first filtration filter 110, the second filtration filter 120, and the third filtration filter 130 enters the electrolysis tank via the membrane contactor 140. The membrane contactor 140 is for removing a gas stream dissolved in purified water, and when a vacuum is applied at the degassing outlet, the dissolved gas stream in the purified water can be more effectively removed. The water purification unit in FIG. 3 includes a transfer pump 150, fibrous activated carbon 160, a boosting pump 170, and a nanofiltration membrane 180. The raw water is supplied directly to the fibrous activated carbon 160 or, if necessary, through the transfer pump 150 to the fibrous activated carbon 160, and the taste, smell, turbidity, suspended substances, organic substances, residual chlorine, etc. contained in the raw water Is removed. The raw water passing through the fibrous activated carbon 160 may be passed through the nanofiltration membrane 180 or may be directly sent to the electrolytic cell 200 in order to mainly remove the hardness components, which are divalent ions such as calcium, magnesium, and iron, contained in the raw water. When passing through the nanofiltration membrane 180, it is preferable to pass through the boosting pump 170 for raising the water pressure of the raw water. The raw water purified by the water purification unit 100 is transferred to the electrolysis unit 200. The electrolysis unit 200 includes an electrolysis tank 210 and a hydrogen storage filter 220. The electrolysis tank 210 has a cylindrical or square shape, and when raw water flows in, electric current flows through the anode and cathode electrodes coated with platinum on titanium or stainless steel to generate electrolytic hydrogen.

As shown in Figure 4, the purified water is supplied from the purified water inlet (211) provided in the lower inner side of the electrolysis tank 210, and the electrode rod (or electrode plate) thereon face each of the + pole and-pole. Arrange it to see and pass DC current. In the present invention, the electrolysis is characterized in that it is performed as a non-diaphragm method in which electrolysis is performed without installing a diaphragm. At this time, a reaction of H2O → 1/2O2 + 2H++ 2e- occurs in the anode electrode 212, while the cathode In the electrode 213, a reaction of 2H2O +2e-→ H2 + 2OH- occurs. Therefore, oxygen is generated at the anode and hydrogen is generated at the cathode, while hydrogen ions (H+[0031]) are generated at the anode, and hydroxide ions (OH) are generated at the cathode. -) occurs. The hydrogen ion (H+

) Changes water to acid and the hydroxide ions (OH-) change water to alkali, but they exist in the same amount, so the hydrogen ion concentration (pH) of water does not change as a whole. Meanwhile, in order to promote electrolysis in another position, a vibrator 214 or a rotary motor blade is installed on the bottom of the electrolysis tank 210, and then a float switch 215 is attached. Therefore, as shown in the accompanying Figures 4 to 5, when hydrogen is saturated in the hydrogen storage filter 220 installed in the center of the electrolysis tank 210, a float switch (not shown) rises from the bottom to the top to generate electricity. Turn off the disassembly power. At this time, a transparent monitoring window 217 is made so that the state of electrolysis can be seen from the outside, and a small light emitting lamp (LED) 218 is provided under the electrolysis tank 210 to turn on/off in connection with the electrolysis reaction It was configured to be (on/off). Electrolyzed hydrogen generated by electrolysis is cylindrical or square installed at the lower central protruding portion of the electrolysis tank 210

It is stored in the hydrogen storage filter 220. The hydrogen storage filter serves to store the electrolytic hydrogen in micropores combined with internal compressed activated carbon or ceramic filters through a surface wrapped with a nonwoven fabric. Thereafter, when electrolytic hydrogen is saturated in the hydrogen storage filter 220, the electrolytic hydrogen stored by water intake is discharged together with water through the lower central outlet 216 of the electrolysis tank, and when water intake is completed, the hydrogen storage filter 220 ) Of the check valve

The storage area of electrolyzed hydrogen was increased by automatically draining it to the attached lower part. Here, the hydrogen storage filter 220, as shown in the attached Fig. 5, the activated carbon filter 221 in which particulate, fibrous, or powdered activated carbon is consolidation-blocked with micropores or consolidation-blocked with activated carbon, and 01 to 001 µm on the activated carbon filter The ceramic filter 222 made of a ceramic material composed of pores of was used to store more electrolytic hydrogen. In the present invention, when the humidifier is operated, hydrogen is eluted and supplied from the hydrogen storage filter, and when the generated hydrogen is saturated in the storage filter when the humidifier is not used, the power of the electrolysis tank is automatically turned off by the float sensor. The electrolysis unit is turned on to generate hydrogen. On the other hand, the hydrogen stored in the hydrogen storage filter contains the dissolved hydrogen concentration of 02~10 mg/ℓ when water is used, so that it is ejected from the humidifier in the form of a spray by ultrasonic vibration. The ultrasonic vibration unit 300 is a part that generates an electric signal of a certain frequency in an electric circuit and transmits it to a vibrator placed in water to generate an ultrasonic wave, which causes cavitation to occur. It is preferable to configure the ultrasonic vibration unit 300 to automatically determine whether to operate by detecting the humidity in the room. Since this part is applied to a humidifier using a conventional ultrasonic wave, a detailed description will be omitted. The spray generated by the ultrasonic vibration unit 300 may be discharged in a desired direction through an outlet (not shown). In addition, the hydrogen water pipe through which hydrogen water flows from the electrolytic unit 200 to the ultrasonic vibration unit 300 and the outlet is preferably made of a material capable of flowing a microcurrent in order to suppress the growth of microorganisms in the pipe. That is, the hydrogen water pipe is preferably manufactured using any one of a titanium material, a material coated with platinum on titanium or stainless steel, a metal material, and a material coated with a polymer compound on the metal. Here, examples of the metal include stainless steel, brass, and copper, and examples of the polymer compound include polyethylene or polypropylene.

100: water purification unit 200: electrolysis unit
110: first filtration filter 120: second filtration filter
130: third filtration filter 140: membrane contactor
160: fibrous activated carbon 180: nanofiltration membrane
210: electrolysis tank 220: hydrogen storage filter
211: water inlet 212: anode electrode
213: cathode electrode 214: vibrator
215: float switch 216: lower center exit
217: monitoring window 218: light-emitting lamp
221: activated carbon filter 222: ceramic filter
300: ultrasonic vibration unit

Claims (4)

A water purifying unit 100 that filters raw water through a first filter 110 coated with activated carbon in a cylindrical shape and a second filter 120 using a reverse osmosis method to send purified water to an electrolysis tank; purified by the water purifying unit 100 An electrolysis unit 200 including an electrolysis tank 210 for generating hydrogen by electrolyzing water in a non-diaphragm method and a hydrogen storage filter 220 for storing the generated hydrogen; And an ultrasonic vibration unit 300 for ejecting hydrogen water in which hydrogen generated in the electrolysis unit 200 is dissolved in a spray form by ultrasonic vibration. The hydrogen water humidifier according to claim 1, wherein the hydrogen water pipe through which the hydrogen water generated in the electrolysis unit 200 is transferred is made of a material capable of passing a microcurrent to suppress the growth of microorganisms. The hydrogen water humidifier according to claim 2, wherein the material through which the microcurrent can pass is at least one of a titanium material, a material coated with platinum on titanium or stainless steel, a metal material, and a material coated with a polymer compound on the metal. . The method of claim 1, wherein the electrolytic unit 200 is a vibrator 214 or a rotary motor to promote electrolysis of a non-diaphragm method.
When hydrogen is saturated in the blades and the hydrogen storage filter, the electrolysis tank 210 that generates hydrogen and the hydrogen generated in the electrolysis tank 210 including a float switch 215 to stop electrolysis are compressed activated carbon or ceramic filter Micropores combined with
Hydrogen water humidifier comprising a hydrogen storage filter 220 to be stored in.

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