KR20220107580A - Muti functional hydrogen humidifier - Google Patents

Abstract

The present invention relates to a multifunctional hydrogen water humidifier. More specifically, the hydrogen water humidifier not only atomizes alkali water including hydrogen to help an antioxidant function of a body but also maintains an always clean state even though the inside of a humidification tray (300) storing water is not periodically cleaned. Moreover, the present invention simultaneously performs an air purification function except a humidification function and additionally performs a water purification function including hydrogen water.

Description

Multifunctional hydrogen water humidifier {MUTI FUNCTIONAL HYDROGEN HUMIDIFIER }

The present invention relates to a multifunctional hydrogen water humidifier, and more particularly, it is absorbed through the respiratory tract by atomizing water containing hypochlorous acid to help the body's antioxidant function, and even if the inside of the tray in which the water is accommodated is not cleaned regularly It relates to a hydrogen water humidifier that can always be kept in a clean state.

In addition, the present invention relates to a multifunctional hydrogen water humidifying device that simultaneously performs an air purification function and a water purification function including hydrogen water in addition to a humidification function.

In general, by maintaining an appropriate humidity of indoor air, it is possible to create a comfortable indoor environment, thereby inducing smooth breathing of residents and preventing diseases. In particular, when the indoor temperature is high, the indoor air becomes extremely dry. Since the virus spreads rapidly in a dry environment, it is very important to maintain an appropriate humidity. Therefore, in general, a humidifier that electrically atomizes water and discharges it into a room is widely used.

Types of these humidifiers include ultrasonic humidifiers, electric heat humidifiers, filter vaporization humidifiers, centrifugal atomization humidifiers, and the like.

In addition, the air purifier has the function of sucking in polluted air with a fan, collecting dust or bacteria of about 0.01 μm by a filter, and deodorizing it.

Recently, a multifunctional humidifier having both a humidifying function and an air purifying function has been developed according to the needs of consumers. As an example, the characteristic of the prior art 1 in the prior art includes a water storage container that is detachable from the humidifier main body, and the humidifier main body is a humidifier. A first ultrasonic oscillation unit located in a first region of the body, a second ultrasonic oscillation unit positioned adjacent to the first ultrasonic oscillation unit, and a second ultrasonic oscillation unit located in a second region of the humidifier body, the first ultrasonic oscillation unit, the first An ultrasonic oscillator, comprising a gas supply member coupled to the first ultrasonic oscillator, the second ultrasonic oscillator includes a second ultrasonic oscillator, the gas supply member is a storage tub for storing raw materials, and the reservoir portion It is located on one side and includes a lid for opening and closing the reservoir, and by the ultrasonic vibration of the first ultrasonic oscillator, the raw material is vaporized, the gas includes hydrogen peroxide vapor and water vapor, and the second ultrasonic oscillator is the In contact with the water supplied from the water reservoir, characterized in that the water in contact with the second ultrasonic oscillator is atomized.

However, the prior art described in Prior Document 1 has the advantage of performing both the air purification function and the humidification function with one device, but since foreign substances are caught in the water storage bin and the first and second ultrasonic oscillation parts in which water is stagnated, it is cleaned regularly When a platinum-plated titanium electrode is used for the electrode, a large amount of chlorine harmful to the human body is generated, so there is a disadvantage that a separate chlorine filter must be provided.

The inventor of the present invention has devised a hydrogen water humidifier that is easy to clean and manages, is harmless to the human body, and has an air purifying function and a water purifying function, focusing on such a problem.

Prior Document 1: Korean Patent No. 10-2025203 (Registered on September 19, 2019)

An object of the present invention is to provide a humidifier that does not require regular maintenance by sterilizing the inside of the humidifier using hydrogen water.

An object of the present invention is to provide a humidifier to which an air purifying function and a water purifying function using hydrogen water are added.

Hydrogen water humidification device of the present invention for solving the above technical problems,

humidification tray;

a humidifying water tank provided on the humidifying tray;

humidifying water supply means for supplying water from the humidifying water tank to the humidifying tray below;

a first electrolysis module embedded in the humidifying tray to electrolyze water in the humidifying tray;

It includes; an ultrasonic module that is embedded in the humidifying tray to generate atomized steam with the water of the humidifying tray.

In addition, the hydrogen water humidifier of the present invention,

a cylindrical body disposed under the humidifying tray, provided with an air inlet hole to allow external air to flow in, and formed with a first passage so that the introduced air moves upward;

a blower fan provided between the lower part of the humidifying tray and the body and for sucking and blowing air from the first passage of the body upwardly on the humidifying tray;

a second passage part provided on the upper part of the blowing fan and having a spray nozzle at the upper end so as to rapidly eject the air sucked through the blowing fan to the upper part of the humidification tray;

a third passage part through which the air ejected from the injection nozzle flows through and having a diffuser at the upper end; including,

The injection nozzle and the lower inlet of the third passage are spaced apart from each other to form a gap, and the atomization steam generated by the ultrasonic module from the humidification tray through the spaced gap through the inlet of the third passage. direction to flow out.

According to the present invention, electrolyzed water is generated in the humidification tray, and in particular, the hydrogen water in which hydrogen is dissolved is discharged after atomization into atomized steam, so that the antioxidant effect of the human body can be expected through respiration and it is beneficial to health.

The present invention automatically switches the direction of each electrode of the first electrolysis module provided in the humidification tray or the second electrolysis module provided in the purified water tank, thereby generating water containing hypochlorite ions. Since it can be sterilized and washed with a sterilizer, there is no need for separate cleaning management, and there is no need to add a humidifier sterilizer to the humidifying water tank, so it can be used with confidence compared to the existing humidifier that needs to be added with a humidifier sterilizer.

1 is a conceptual perspective view of a hydrogen water humidification device according to the present invention;
2 is a conceptual cross-sectional view of a humidifying water supply device according to the present invention;
3 is an exploded perspective view of a multifunctional hydrogen water humidifier according to the present invention
4 is a cross-sectional view and an air flow diagram of FIG. 3 according to the present invention;
5A and 5B are an exploded view and a cross-sectional view of a first electrolytic module according to the present invention;
6a and 6b are exploded views and cross-sectional views of the second electrolytic module according to the present invention;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The same reference numerals are used for the same components in the drawings, and duplicate descriptions of the same components are omitted. In addition, detailed description of the technical content that corresponds to common knowledge or has already been known will be omitted. The present invention may be embodied in many different forms and is not limited to the described embodiments.

1, the hydrogen water humidification device of the present invention,

humidification tray 300;

a humidifying water tank 400 provided on the humidifying tray 300;

a humidifying water supply means 420 for supplying water from the humidifying water tank 400 to the humidifying tray 300;

a first electrolysis module 320 built in the humidification tray 300 to electrolyze water in the humidification tray 300;

and an ultrasonic module 330 that is embedded in the humidifying tray 300 and generates atomized steam with the water of the humidifying tray 300 .

And, the humidifying water supply means 420 is

The bottom surface of the humidifying water tank 400 is provided with an injection hole through which the water accommodated is supplied to the humidification tray 300 at the bottom, and is inserted and installed so as to be movable up and down in the injection hole, a valve body having a flange on the lower outer peripheral surface ( 422) and is formed on the upper outer peripheral surface of the valve body 422, a sealing ring for sealing between the injection hole and the valve body 422 from the top; a spring 423 interposed between the flange and the lower portion of the injection hole to elastically support the valve body 422 downward; and a guide (424) protruding downward to surround the valve body (422) on the upper peripheral surface of the lower injection hole; Thus, the valve body 422 is supported by the pressing protrusion 311 .

When the humidifying water tank 400 is seated on the upper part of the humidifying tray 300, the upper end of the pressing protrusion 311 protruding upwardly on the upper surface of the humidifying tray 300 presses the valve body 422. As a result, the valve body 422 moves upward. At this time, the valve body 422 is elastically moved by the spring 423 interposed between the flange of the valve body 422 and the outer periphery of the injection hole. As a result, as the sealing ring provided on the upper outer peripheral surface of the valve body 422 opens the injection hole, the water filled in the humidifying water tank 400 is disposed at the bottom through the space between the injection hole and the valve body 422 . It is supplied to the humidified tray 300 . And when the water filled in the humidification tray 300 comes into contact with the lower end of the guide 424, the valve body 422 moves downward so that the sealing ring blocks the upper part of the injection hole. Accordingly, the water of the humidifying water tank 400 is supplied to the humidifying tray 300 while controlling the water level of the water filled in the humidifying tray 300 . The water level sensor 340 is to detect the amount of water in the humidification tray to generate an alarm when the water is insufficient.

According to the multifunctional hydrogen water humidification device of the present invention, the humidifying tray 300 from the humidifying water tank 400 is a tray body 310 to which water is supplied and the first electrolysis module 320 installed in the tray body 310. is composed The water supplied to the tray body 310 is electrolyzed by the first electrolysis module 320 built into the humidification tray 300 to generate hydrogen water containing hypochlorite ions.

Specifically, the first electrolysis module 320 built in the humidification tray 300 as shown in FIGS. 5a and 5b,

module case 321;

a grid-like upper electrode 323a;

a plate-shaped lower electrode 323b corresponding thereto;

an upper gasket 322a supporting the outer periphery of the upper electrode;

and a lower gasket 322b supporting the outer periphery of the lower electrode.

The first electrolysis module 320 is airtight maintained by the upper gasket 322a and the lower gasket 322b.

The upper electrode is a titanium electrode, which is a platinum-plated (-) electrode, and the lower electrode includes a titanium-material electrode and an iridium-plated (+) electrode. That is, the platinum-plated electrode is an upper electrode, and the iridium electrode is a lower electrode. Thus, when direct current is applied to both electrodes, hydrogen is generated at the (-) electrode, which is the upper electrode, and oxygen and hypochlorous acid dissolved in water are generated at the (+) electrode, which is the lower electrode.

At this time, the platinum-plated upper electrode is configured in a grid shape, and the iridium-plated lower electrode has a plate-like structure without holes, so that water supplied between the upper electrode and the lower electrode is electrolyzed.

In the humidification part, hydrogen, oxygen, and hypochlorous acid are simultaneously generated. During humidification, hydrogen is atomized by ultrasonic vibration and discharged to the outside, and evaporates and disappears. It is discharged and introduced into the human body together with the humidified air from the air, and also has the sterilization effect inside the humidifier. For reference, it is known that hypochlorous acid is not only harmless to the human body, but rather beneficial to the human body. By generating hypochlorous acid, not chlorine, through the iridium electrode, there is no need for a separate filter or chlorine-removing ceramic for chlorine removal.

On the other hand, the first electrolysis module 320 has a changeover switch capable of switching the polarity of the upper electrode and the lower electrode is added to generate hypochlorite ions through the switched upper electrode to clean the humidification tray 300 or can be sterilized.

Referring to Figures 3 and 4,

The overall frame structure for guiding the flow of air in the present invention is,

Doedoe provided in the lower portion of the humidification tray 300, the air inlet hole through which the outside air is introduced, the body 100 of the normal (筒狀) formed with a first passage part 112 through which air moves therein;

A blower fan 210 provided between the lower part of the humidification tray 300 and the body 100 and blowing air in the direction of the humidification tray 300 from the first air passage of the body 100;

A second passage part provided on the blowing fan 210 and provided with a spray nozzle 220 at the top so as to rapidly eject the air sucked through the first passage part 112 to the upper part of the humidification tray 300 . (230);

a third passage part 430 through which the air ejected from the injection nozzle 220 flows through and having a diffuser 441 at the upper end thereof; including,

A gap is disposed between the injection nozzle 220 and the lower inlet 431 of the third passage part 430 so that atomization steam generated by the ultrasonic module 330 through the gap is provided in the third passage part. It flows out in the upward direction through the inlet 431 of 430 . Preferably, the lower inlet 431 of the third passage part 430 has a shape in which the diameter is enlarged in the downward direction so that the inflow of the atomized steam is smooth and easy.

The multifunctional hydrogen water humidifying device of the present invention may include a filter 111 inside the body 100 to purify external air so as to have an air purification function. Here, the body 100 of the normal (筒狀) includes a frame body 110 in which a filter 111 can be embedded, and a body cover 120 is provided on the outer surface of the frame body 110 and Pores through which external air flows are formed. A filter 111 for filtering the air introduced through the pores provided in the body cover 120 is incorporated in the frame body 110 . As a result, external air is introduced and contaminants such as dust are removed through the filter 111 and sucked by the blower fan 210 disposed on the upper portion of the body 100, and the first passage 112 of the gasket body. Through the second passage 230 and the injection nozzle 220 provided on the upper portion of the blowing fan 210, it is ejected to the upper portion.

Since the injection nozzle 220 penetrates through the central portion of the humidification tray 300 and protrudes at the upper portion, the hydrogen water generated in the humidification tray 300 is changed to atomized steam by the ultrasonic module 330, and the injection When the blowing air blown out at high speed through the inlet 431 of the third passage 430 by the nozzle 220 passes through the third passage 430, the pressure is lowered by the Bernoulli principle and the atomization The steam is introduced into the third passage part 430 through the gap and is discharged through the diffuser 441 provided at the outlet of the third passage part 430 .

Meanwhile, as shown in FIGS. 3 and 4 , the present invention may further include a water purifying unit 500 . The water purification unit includes a water purification tank 510 and a second electrolysis module 520 coupled to a lower portion of the water tank. This makes it possible to provide a water purifier capable of directly drinking hydrogen water in addition to a sterilization humidifier using hydrogen water. A second electrolysis module 520 is built in the purified water tank 510 to electrolyze the water filled in the purified water tank so that hydrogen generated from the (-) electrode corresponding to the upper electrode is dissolved to form hydrogen water. In addition, since oxygen and chlorine gas are generated from the (+) electrode corresponding to the lower electrode, it can be discharged to the outside through an exhaust tube (not shown) connected to a separate gas outlet.

6A and 6B show the structure of the second electrolytic module 520 .

The second electrolytic module 520 is

module case 521;

a grid-like upper electrode 523a;

a lower electrode 523b on a lattice corresponding thereto;

a separation membrane 524 interposed between the upper electrode and the lower electrode;

an upper gasket 523a supporting an outer periphery of the upper electrode;

a lower gasket 523b supporting an outer periphery of the lower electrode;

and a moist sponge 525 provided to contact the lower part of the lower electrode.

The second electrolysis module 520 is for generating hydrogen water in which hydrogen is dissolved through electrolysis of water in the purified water tank. The second electrolytic module 520 built in the inside of the purified water tank includes a platinum-plated titanium upper electrode 523a and an iridium-plated titanium lower electrode 523b, and a non-conductive separator between them ( 514) is provided. A damp sponge 525 is provided under the lower electrode 523b to absorb water supplied from the inlet 521b. As a result, the wet sponge 525 containing water is in contact with the lower electrode 523b, and the water in the purified water tank is in contact with the upper electrode 523a, electrolysis occurs, and hydrogen is generated upwards, and hydrogen is generated downwards. Oxygen and hypochlorous acid gas are produced. A lower water inlet is provided to supply moisture to the damp sponge 525 disposed under the lower electrode 523b. This makes it possible to obtain drinking water with a hydrogen concentration of 700 ppm or more.

Since the upper electrode and the lower electrode are separated in the second electrolysis module 520, a changeover switch (not shown) capable of switching the polarities of the upper electrode and the lower electrode is added, and through the switched upper electrode, the upper electrode and the lower electrode are added to the purified water tank direction. The water tank can be cleaned or sterilized by generating hypochlorite ions.

In the present invention, a humidifying water tank and a purified water tank are disposed on the main body 100 and the upper body, and a water tank cover 450 capable of covering the humidifying water tank and the purified water tank is provided.

100: body
110: frame body, 111: filter, 112: first passage
120: body cover, 121: pores
200: blower
210: blow fan, 220: spray nozzle, 230: second passage
300: humidification tray
310: tray body, 311: pressing projection,
320: first electrolytic module, 321: module case, 322: electrode gasket
323: electrode, 330: ultrasonic module, 340: water level sensor
400: humidification tank
410: humidification bucket,
420: humidifying water supply means;
421: through hole, 422: valve body, 423: spring,
424 : guide
430: third passage 431: inlet
440: outlet 441: diffuser
500: integer part
510: water purification tank,
520: second electrolytic module
521: module case, 522: electrode gasket
523: electrode, 524: separator, 525: moist sponge

Claims (6)

humidification tray 300;
a humidifying water tank 400 provided on the humidifying tray 300;
a humidifying water supply means 420 for supplying water from the humidifying water tank 400 to the humidifying tray 300;
a first electrolysis module 320 built in the humidification tray 300 to electrolyze water in the humidification tray 300;
The ultrasonic module 330 is embedded in the humidification tray 300 to generate atomized steam with the water of the humidification tray 300;
Multifunctional hydrogen water humidification device, characterized in that it comprises.
According to claim 1,
It is disposed under the humidification tray 300, an air inlet hole is provided so that external air is introduced, and a first passage part 112 is formed therein so that the introduced air moves upward. 100);
A blower provided between the lower part of the humidifying tray 300 and the body 100 to suck and blow the air of the first passage part 112 formed inside the body 100 in the upward direction of the humidifying tray 300 . fan 210;
The second passage part 230 provided on the blowing fan 210 and provided with a spray nozzle 220 at the top so that the air sucked through the blowing fan 210 is ejected at a high speed to the upper part of the humidification tray 300 . );
a third passage portion 430 having a diffuser 441 at the upper end so that the air ejected from the injection nozzle 220 flows through; including,
The spray nozzle 220 is spaced apart from each other to form a gap between the lower inlet 431 of the third passage 430 and the atomization generated by the ultrasonic module 330 from the humidification tray 300 . Multifunctional hydrogen water humidifying device, characterized in that the steam flows upward through the inlet 431 of the third passage 430 through the spaced gap.
According to claim 1,
The humidified water supply means 420,
The bottom surface of the humidification tank 400 is provided with an injection hole through which the water accommodated is supplied to the humidification tray 300 at the bottom, and is inserted and installed so as to be movable up and down in the injection hole, a valve body having a flange formed on the lower outer peripheral surface ( 422),
a sealing ring formed on the upper peripheral surface of the valve body 422 to seal between the injection hole and the valve body 422 from the top;
a spring 423 interposed between the flange and the lower portion of the injection hole to elastically support the valve body 422 downward; and
Including; and a guide 424 protruding downward to surround the valve body 422 on the upper peripheral surface of the injection hole lower.
A multifunctional hydrogen water humidifying device, characterized in that the humidification tray 300 is provided with a pressing protrusion 311 protruding upward in an upward direction, and supporting the valve body 422 by the pressing protrusion 311 .
According to claim 1,
The first electrolysis module 320 built in the humidification tray 300,
a grid-like upper electrode 323a;
a plate-shaped lower electrode 323b corresponding thereto;
an upper gasket 322a supporting an outer periphery of the upper electrode;
It includes a lower gasket (322b) supporting the outer periphery of the lower electrode, wherein the upper gasket (322a) and the lower gasket (322b) are spaced apart from the upper electrode and the lower electrode by a predetermined distance and fixed. A small number of humidifiers.
According to claim 1,
A water purification tank;
A second electrolysis module 510 is built in the purified water tank, and hydrogen generated by electrolyzing water filled in the purified water tank is dissolved in water to form hydrogen water, and the generated oxygen and hypochlorous acid gas are removed from the outside. Multifunctional hydrogen water humidification device, characterized in that discharged to.
6. The method of claim 5,
An electrode accommodating part is built in the lower surface of the purified water tank,
The second electrolysis module 510 is embedded in the electrode receiving part, so that hydrogen water is formed in the upper part of the second electrolytic module 510 , and oxygen or hypochlorous acid is formed in the lower part of the second electrolytic module 510 . to generate gas,
The second electrolytic module 510 is
an upper electrode on a grid;
a lower electrode corresponding to the lattice;
a separation membrane 514 interposed between the upper electrode and the lower electrode;
an upper gasket 322a supporting an outer periphery of the upper electrode;
a lower gasket 322b supporting an outer periphery of the lower electrode;
A multifunctional hydrogen water humidifying device comprising a; a moist sponge (515) provided to contact the lower part of the lower electrode.

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