KR20240027234A - Alkaline ionized , Acid anion Water Generator - Google Patents

Abstract

The present invention is provided with a water tank 100 in which tap water is stored, a tap water input pipe 110 through which the tap water of the water tank 100 is transferred, and a tap water inlet 18 in the bottom in the shape of a box with an open front. A main body block (40) each provided with an acidic water outlet (16) and an alkaline water outlet (17) at the top; Mesh-type electrode plates (10, 11) provided inside the main body block (40) to face each other and electrolytically treat tap water flowing in through the tap water inlet (18); A plurality of spacers (13, 14, 15) inserted between and before and after the mesh-type electrode plates (10, 11) to form a flow path so that electrolytically treated acidic water and alkaline water are separately discharged to the outlets (16, 17). ; A cover block (30) bolted to the front of the body block (40); A power supply unit 50 that supplies power to the mesh-type electrode plates 10 and 11 is provided in a storage manner with a plurality of electrolyzer anode chambers 60 arranged, and the end of the tap water input pipe 110 is branched. It is connected to the tap water inlet 18 of each electrolyzer anode chamber 60, and the acidic water outlets 16 and alkaline water outlets 17 of each electrolyzer anode chamber 60 are connected to the acidic water transfer stage 80 and the alkaline water, respectively. An ion water generator 200 connected to the transfer stage 90, an acid ion water transfer pipe 210 connected to the acid water transfer stage 80 from the outside of the ion water generator 200, and the acid ion water A pipe 210 is connected to the top, an ultraviolet lamp 301 is installed, and a porous case 302 is provided with a stone inside that emits negative ions and far-infrared rays, and the acid transported through the acid ion water transfer pipe 210 is provided. A negative ion release tank (300) that generates acidic negative ion water using ion water, and a first circulation pipe ( 310), one end of which is connected to the lower end of the negative ion release tank 300 with a connector, the second circulation pipe 320 in which the pump 325 is mounted in the middle, and the other end connected to the first circulation pipe 310. The acidic anion water transferred from the first circulation pipe 310 is stored and connected to the other end of the second circulation pipe 320, which pumps the stored acidic anion water and transfers it to the anion release tank 300. An acidic anion water storage tank 400 is installed with a valve 410 that controls the discharge of water, and is connected to the alkaline water transfer stage 90, and is equipped with a water purification filter 225 to purify alkaline ion water. It is a mechanical device for generating alkaline ion water and acidic anion water, characterized in that it consists of a water purifier (500) that discharges alkaline ion water to the outside.
[index word]
Alkaline ion water, acidic anion water, circulation piping

Description

Alkaline ionized water, acid anion water generator {Alkaline ionized, Acid anion Water Generator}

The present invention relates to a mechanical device for generating alkaline ion water and acidic negative ion water. Tap water is electrolyzed in a plurality of electrolyzer anode chambers to generate large amounts of acidic water and alkaline water, and the generated acidic water is exposed to negative ions in a negative ion release tank. By generating acid negative ion water and circulating it through circulation pipes until use, you can obtain acid negative ion water with a constant acidity. Alkaline ion water and acid negative ion water can be easily used in a water purifier by using clean alkaline water purified through a water purification filter. It concerns a water generating mechanical device.

Conventional ion water generators produce acidic water and alkaline water separately by electrolyzing them, and the separately produced alkaline water is often consumed and the acidic water produced in large quantities is discarded.

To solve the above problem, the clean water purified through a water purification filter is classified into water to be acidified and water to be alkaline in advance to use both acidic water and alkaline water, and the water to be acidified is directly supplied to the electrolyzer, and only the water to be alkaline is supplied to the cold water tank for cooling. A high-efficiency ion water generator has been invented that minimizes waste such as treated water being acidified and discarded in an electrolyzer, but there is a problem in that acidity decreases because acidic water is not circulated after generation.

In addition, general ion water generators have a problem in that the ion water generator is always filled with appropriate ion water, so precipitates sequentially settle, reducing the diameter of the passage, and ultimately blocking the passage, thereby interfering with the flow of ion water.

Tourmaline, which is used to generate conventional negative ion water, is known as tourmaline, which generates negative ions by electrolyzing water into hydrogen ions and hydroxyl ions by causing an instantaneous discharge upon contact with water. However, it contains radioactive elements and can be harmful to the human body. .

Guiyang Stone, a new material that emits a large amount of negative ions and far-infrared rays, emits negative ions about 10 times higher than tourmaline and, unlike tourmaline, does not contain radioactive elements. Acidic water that passes through the anions released from Guiyang Stone is effective in treating skin diseases and cell activation. , has excellent effects in strengthening blood circulation, beauty, and sterilization.

Therefore, the purpose of the present invention to solve the above problems is to provide an acid anion water and alkaline ion water generator that can obtain acid anion water with a constant acidity.

Another object of the present invention is to provide a device for generating acidic anionic water and alkaline ionized water that can be used for a long period of time by sterilizing and harvesting precipitates that may be generated by ionized water.

Another object of the present invention is to provide acid anion water and food that can be usefully used in the structure of generating acid anion water, which is highly effective in skin disease treatment, cell activation, blood circulation enhancement, beauty, and sterilization. The aim is to provide an alkaline ion water generating mechanism that is effective for the human body, which becomes acidic due to ingestion.

The present invention to solve the above object,

A water tank (100) connected to a water pipe and equipped with an ultraviolet lamp that irradiates tap water at the top of the inside;

a tap water input pipe 110 through which tap water from the water tank 100 is transferred;

A body block (40) in the shape of a box with an open front, provided with a tap water inlet (18) at the bottom, and an acid water outlet (16) and an alkaline water outlet (17) at the top, respectively;

Mesh-type electrode plates (10, 11) provided inside the main body block (40) to face each other and electrolytically treat tap water flowing in through the tap water inlet (18); A plurality of spacers (13, 14, 15) inserted between and before and after the mesh-type electrode plates (10, 11) to form a flow path so that electrolytically treated acidic water and alkaline water are separately discharged to the outlets (16, 17). ; A cover block (30) bolted to the front of the body block (40); A power supply unit 50 that supplies power to the mesh-type electrode plates 10 and 11 is provided in a storage manner with a plurality of electrolyzer anode chambers 60 arranged, and the end of the tap water input pipe 110 is branched. It is connected to the tap water inlet 18 of each electrolyzer anode chamber 60, and the acidic water outlets 16 and alkaline water outlets 17 of each electrolyzer anode chamber 60 are connected to the acidic water transfer stage 80 and the alkaline water, respectively. An ion water generating mechanism (200) connected to the transfer stage (90);

An acidic ion water transfer pipe (210) connected to the acidic water transfer stage (80) from the outside of the ion water generating device (200);

The acid ion water transfer pipe 210 is connected to the upper end, and a porous case 302 is provided with an ultraviolet lamp 301 installed and a gemstone that emits negative ions and far-infrared rays is provided inside, and the acid ion water transfer pipe 210 is provided. An anion release tank (300) that generates acidic anion water from the transferred acid ion water;

A first circulation pipe (310), one end of which is connected to the bottom of the negative ion release tank (300) with a connector, through which the acidic negative ion water generated in the negative ion release tank (300) is circulated;

A second circulation pipe 320, one end of which is connected to the bottom of the negative ion release tank 300 with a connector, and a pump 325 installed in the middle;

A second circulation pipe is connected to the first circulation pipe 310 at the other end to store the acidic negative ion water transferred from the first circulation pipe 310, and pumps the stored acidic negative ion water to transfer it to the negative ion release tank 300. An acidic anion water storage tank (400) connected to the other end of (320) and equipped with a valve (410) for controlling the discharge of acidic anion water;

A water purifier (500) connected to the alkaline water transfer stage (90), equipped with a water purification filter (225) for purifying alkaline ion water, and discharging the purified alkaline ion water to the outside;

It is characterized by consisting of.

Therefore, in the present invention, acidic anion water and alkaline ion water with a constant acidity can be obtained by generating acidic anion water with acidic water generated in the anode chamber of the electrolyzer and circulating the generated acidic anion water.

In addition, the present invention provides a photocatalytic effect by installing an ultraviolet lamp inside the water tank and the negative ion release tank, so that precipitates that may be generated by ionized water can be sterilized and collected for long-term use.

In addition, the present invention can obtain acidic anionic water and alkaline ionic water that are beneficial to the human body, etc., with a simple structure that generates acidic anionic water that is highly effective in skin disease treatment, cell activation, blood circulation enhancement, beauty and sterilization.

1 is a detailed view of a mechanical device for generating alkaline ion water and acidic anion water according to an embodiment of the present invention.
Figure 2 is a cross-sectional view of the ion water generator 200 according to an embodiment of the present invention.
Figure 3 is a perspective view of the electrolytic cell anode chamber 60 according to an embodiment of the present invention.
Figure 4 is a detailed view of the negative ion release tank 300 according to an embodiment of the present invention.
< Explanation of symbols for main parts of the drawing >
100: water tank 110: tap water input pipe
200: Ion water generator 210: Acidic anion water transfer pipe
220: Alkaline ionized water transfer pipe 225: Water treatment filter
300: Negative ion release tank 310: First circulation pipe
320: Second circulation pipe 325: Pump
400: Acidic anion water storage tank 410: Valve
420: Discharge pipe 500: Water purifier (alkaline ionized water)

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art can easily implement them. It should be noted that the reference numbers indicated for components in the attached drawings are the same as possible when indicating the same components in other drawings. Additionally, in describing the present invention below, if it is determined that a detailed description of a related known function or known configuration may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

1 is a detailed view of an acid water and alkaline water generator according to an embodiment of the present invention, which includes a water tank 100 connected to a water pipe and equipped with an ultraviolet lamp for irradiating tap water at the top of the inside;

a tap water input pipe 110 through which tap water from the water tank 100 is transferred;

A body block (40) in the shape of a box with an open front, provided with a tap water inlet (18) at the bottom, and an acid water outlet (16) and an alkaline water outlet (17) at the top, respectively;

Mesh-type electrode plates (10, 11) provided inside the main body block (40) to face each other and electrolytically process tap water flowing in through the tap water inlet (18);

A plurality of spacers (13, 14, 15) inserted between and before and after the mesh-type electrode plates (10, 11) to form a flow path so that electrolytically treated acidic water and alkaline water are separately discharged to the outlets (16, 17). ;

A cover block (30) bolted to the front of the body block (40); A power supply unit 50 that supplies power to the mesh-type electrode plates 10 and 11;

A plurality of electrolyzer anode chambers 60 consisting of are arranged and provided in a storage manner, and the end of the tap water input pipe 110 is branched and connected to the tap water inlet 18 of each electrolyzer anode chamber 60, and each electrolyzer An ion water generator 200 in which the acidic water outlets 16 and alkaline water outlets 17 of the anode chamber 60 are connected to the acidic water transport stage 80 and the alkaline water transport stage 90, respectively;

An acidic ion water transfer pipe (210) connected to the acidic water transfer stage (80) from the outside of the ion water generator (200);

The acid ion water transfer pipe 210 is connected to the upper end, and a porous case 302 is provided with an ultraviolet lamp 301 installed and a gemstone that emits negative ions and far-infrared rays is provided inside, and the acid ion water transfer pipe 210 is provided. An anion release tank (300) that generates acidic anion water from the transferred acid ion water;

A first circulation pipe 310, one end of which is connected to a connector at the bottom of the negative ion release tank 300, through which the acidic negative ion water generated in the negative ion release tank 300 is circulated;

A second circulation pipe 320, one end of which is connected to the bottom of the negative ion release tank 300 with a connector, and a pump 325 installed in the middle;

A second circulation pipe is connected to the first circulation pipe 310 at the other end to store the acidic negative ion water transferred from the first circulation pipe 310, and pumps the stored acidic negative ion water to transfer it to the negative ion release tank 300. An acidic anion water storage tank (400) connected to the other end of (320) and equipped with a valve (410) for controlling the discharge of acidic anion water.

A water purifier (500) connected to the alkaline water transfer stage (90), equipped with a water purification filter (225) for purifying alkaline ionized water, and discharging the purified alkaline ionized water to the outside;

It consists of

remind

『Alkaline water is water with a pH of 7.5 to 10.3, similar to the human blood type (pH7.3 to 7.45). The oxidation-reduction potential is minus negative potential (reduction potential - 250mV to 450mV), and the cluster of water molecules is small (54Hz). ) This refers to water that quickly penetrates into the human body, promotes metabolism, and dissolves nutrients well.』

『Acidic water contains anionic substances such as chlorine ions and sulfur ions, so it changes the acidic constitution into a slightly alkaline standard healthy constitution of pH 7 ~ 7.5, returns ion balance to normal, helps ion exchange in cells, and provides nutrients to cells. It refers to water that activates metabolism by supplying oxygen and has an excellent sterilizing effect when used externally, preventing the skin from being infected by bacteria.』

As shown in FIG. 1, the water tank 100 is equipped with an ultraviolet lamp 101 inside, and the tap water stored in the water tank 100 sterilizes and antibacterially prevents foreign substances from sticking to the wall of the water tank 100. It is prepared to have photocatalytic properties.

The photocatalyst is titanium dioxide, which causes a low-temperature photoplasma reaction when irradiated with ultraviolet rays and can easily generate ozone (O3) and hydroxyl radicals (OH radicals) from oxygen (O2) and water vapor (H2O) in the introduced air. It is preferably made of (TiO2).

To further explain the generation of ozone (O3) and hydroxyl radical (OH radical), when ultraviolet rays are irradiated on a photocatalyst made of titanium dioxide (TiO2), titanium dioxide (TiO2) is converted to oxygen (O2) contained in the surrounding air. And it creates a plasma phenomenon through photochemical action on water vapor (H2O), promoting the generation of hydroxyl radicals (OH radicals) and ozone (O3). Since the principles of generating hydroxyl radicals (OH radicals) and ozone (O3) are well known, detailed description thereof will be omitted.

As shown in FIG. 2, the ion water generator 200 of the present invention includes spacers 13, 14, and 15 between the positive (+) and negative (-) electrode plates that allow only ions to pass through in a purified water state. ) is installed and a weak current is passed through the electrolyzer anode chamber (60) to extract acidic ion water and alkaline ion water.

The electrolyzer anode chamber 60 of the present invention shown in FIG. 3 has a box shape with the front open in order to naturally generate acidic water and alkaline water, and is formed by bolting a cover block 30 to the main body block 40. . The body block 40 is provided with a tap water inlet 18 at the bottom and an acidic water outlet 16 and an alkaline water outlet 17 at the top, and a tap water inlet 18 is provided inside the body block 40. Mesh-type electrode plates (10, 11) are made of an anode and a cathode to electrolytically treat the tap water flowing in from the bottom, and mesh-type electrode plates (10, 11) are used to separate and discharge the electrolytically treated tap water into alkaline water and acidic water. ), a plurality of spacers (13, 14, 15) with one end closed are formed by alternately overlapping the mesh-type electrode plates (10, 11) to induce alkaline water and acidic water between and before and after.

The present invention can be tightly configured by inserting a packing material between the body block 40 and the cover block 30 to prevent alkaline water and acidic water generated inside the body block 40 from leaking out.

The mesh-type electrode plates 10 and 11 are preferably made of ceramic or titanium, and tap water is electrolyzed by a weak current generated from the power supply unit 50 to generate acidic water and alkaline water at the positive and negative electrode plates, respectively.

The electrolyzer anode chamber 60 is divided into an anode chamber with a positive electrode plate and a cathode chamber with a negative electrode plate using a special ion spacer 14 that allows only ions with electrical properties to pass through. In the anode chamber, negative electricity is transmitted. A reaction occurs in which ions (OH-, Cl-) lose electrons (e-) to the electrode, generating chlorine gas (Cl2) and hypochlorous acid (HClO), and some of the O2 gives e- to the +electrode and exchanges with water. It reacts to generate O3 (ozone), increasing H+ ions and decreasing OH- ions, lowering the pH and generating acidic water. In the cathode chamber, ions (CH+) with positive (+) electricity are transferred from the electrode. Hydrogen gas (H2) is generated, H+ ions decrease and OH- ions increase, increasing pH and generating alkaline water.

After the electrolyte is filled in the anode chamber and the cathode chamber separated by the spacer 14 in the electrolyzer anode chamber 60 and a direct current voltage is applied to generate acidic water and alkaline water, it is transferred to the acidic water transport stage 80 and the alkaline water transport stage, respectively. It is transferred to (90).

The negative ion release tank 300 shown in FIG. 4 has an acidic ion water transfer pipe 210 connected to one end and is equipped with a pH display meter and a control panel to constantly control the acidity of the acidic ion water stored in the negative ion release tank 300. An ultraviolet lamp (301) is installed at the top to perform a photocatalytic action within the negative ion release tank (300), and a porous case (302) inserted with a cathode stone that releases negative ions is installed to release acidic negative ions using acidic ion water. number occurs.

The ultraviolet lamp 301 has the same effect as the ultraviolet lamp mounted on the water tank 100 and prevents precipitates from forming inside the negative ion release tank 300, allowing it to be used for a long period of time without cleaning.

The guiyang stone inserted into the porous case 302 is a natural ore that emits a large amount of negative ions and far-infrared rays. Acidic ion water can be converted into acidic anionic water simply by passing through the guiyang stone through the porous case 302.

When used externally, the acidic anionic water suppresses serum cholesterol, which causes adult diseases such as arteriosclerosis, and increases the permeability and absorption of anions into the skin and cells. It supplies moisture to the skin and can be used as an astringent lotion, activating cells, It is highly effective in blood purification and moisturizing and can be used as a treatment.

The acidic negative ion water is circulated by a circulation device until it is used externally to maintain the properties of the acidic negative ion water. The circulation device is installed at the bottom of the negative ion release tank 300 to A first circulation pipe 310 through which the discharged acidic anion water is transferred, an acidic anion water storage tank 400 where the acidic anion water of the first circulation pipe 310 is stored, and storage in the acidic ion water storage tank 400. It is equipped with a pump 325 to raise the acidic anion water from the lower part to the upper part, and consists of a second circulation pipe 320 that pumps the acidic anion water to the negative ion release tank 300 by the power of the pump 325.

The acid ion water storage tank 400 is connected at one end to the first circulation pipe 310 to store acidic anion water transferred from the first circulation pipe 310, and is connected to the second circulation pipe 320 to pump ( 325), acidic anion water is periodically discharged to the second circulation pipe 320, and when the valve 410 that controls the use of acidic anion water from the outside is opened, the acidic anion water is discharged.

The present invention purifies the alkaline ionized water being transported through the alkaline ionized water conveying pipe 220 connected to the alkaline water conveying stage 90 by using the water purification filter 225 mounted on the alkaline ionized water conveying pipe 220 so that it can be used as drinking water. A water purifier 500 is further installed.

To explain in detail according to an embodiment of the present invention, first, tap water with high sterilizing and antibacterial power through photocatalysis in the water tank 100 is moved to the ion water generator 200 through the intake pipe. Tap water raised by high water pressure is inserted into the electrolyzer anode chamber 60 located at the bottom of the ion water generator 200 and acidified in the treatment block 20 inserted into the main body block 40 located within the electrolyzer anode chamber 60. It is separated into water and alkaline water and transferred to the acidic water transfer stage (80) and the alkaline water transfer stage (90), respectively. Alkaline water transported in the same operation to the electrolyzer anode chamber (60) located at the top is transferred from the alkaline water transfer stage (90) to the alkaline ion water transfer pipe (220), and acidic water is transferred from the acidic water transfer stage (80) to the acid ion water transfer pipe (210). ) is transferred to. The alkaline water is purified by the water treatment filter 225 and transferred to the water purifier 500 so that it can be used as drinking water,

The acidic water is transferred to the negative ion release tank 300 connected to the acidic ion water transfer pipe 210 and converted into acidic negative ion water by the guiyang stone mounted on the negative ion release tank 300.

The acidic negative ion water is transported through the first circulation pipe 310 connected to the bottom of the negative ion generator 300 and stored in the acidic negative ion water storage tank 400, and is stored in the acidic negative ion water storage tank 400. 2. It is pressured to the negative ion release tank 300 along the circulation pipe 320 and repeatedly exposed to negative ions and far-infrared rays.

The acidic negative ion water moves from the negative ion release tank (300) -> first circulation pipe (310) -> acidic negative ion water storage tank (400) -> second circulation pipe (320) -> negative ion release tank (300). By repeatedly opening the valve 410 installed on the outside of the acid negative ion water storage tank 400, the acid is transferred to a device that can inject it into a foot spa, body spa bath, and steam sauna bathing room to treat skin diseases or skin beauty in hospitals or clinics. It is prepared for use.

The acidic negative ion water produced by the negative ion water generator of the present invention can prevent various skin diseases when used for bathing, steam sauna, and washing, and can achieve high effects in blood circulation, arteriosclerosis, strengthening cell activation, and beauty.

In the above, specific embodiments have been shown and described to illustrate the technical idea of the present invention, but the present invention is not limited to the same configuration and operation as the specific embodiments as described above, and various modifications may be made without departing from the scope of the present invention. It can be carried out within. Accordingly, such modifications should be considered to fall within the scope of the present invention, and the scope of the present invention should be determined by the claims described below.

Claims (1)

An acidic negative ion water generator for generating acidic negative ion water containing negative ions, comprising: a water tank (100) connected to a water pipe and equipped with an ultraviolet lamp for irradiating tap water at the top of the inside; a tap water input pipe 110 through which tap water of the water tank 100 is transferred;
A body block (40) in the shape of a box with an open front, provided with a tap water inlet (18) at the bottom, and an acid water outlet (16) and an alkaline water outlet (17) at the top, respectively;
Mesh-type electrode plates (10, 11) provided inside the main body block (40) to face each other and electrolytically treat tap water flowing in through the tap water inlet (18);
A plurality of spacers (13, 14, 15) inserted between and before and after the mesh-type electrode plates (10, 11) to form a flow path so that electrolytically treated acidic water and alkaline water are separately discharged to the outlets (16, 17). ;
A cover block (30) bolted to the front of the body block (40); A power supply unit 50 that supplies power to the mesh-type electrode plates 10 and 11 is provided in a storage manner with a plurality of electrolyzer anode chambers 60 arranged, and the end of the tap water input pipe 110 is branched. It is connected to the tap water inlet 18 of each electrolyzer anode chamber 60, and the acidic water outlets 16 and alkaline water outlets 17 of each electrolyzer anode chamber 60 are connected to the acidic water transfer stage 80 and the alkaline water, respectively. An ion water generator (200) connected to the transfer stage (90);
An acidic ion water transfer pipe (210) connected to the acidic water transfer stage (80) from the outside of the ion water generator (200);
The acid ion water transfer pipe 210 is connected to the upper end, and a porous case 302 is provided with an ultraviolet lamp 301 installed and a gemstone that emits negative ions and far-infrared rays is provided inside, and the acid ion water transfer pipe 210 is provided. An anion release tank (300) that generates acidic anion water from the transferred acid ion water;
A first circulation pipe 310, one end of which is connected to the bottom of the negative ion release tank 300 with a connector, through which the acidic negative ion water generated in the negative ion release tank 300 is circulated;
A second circulation pipe 320, one end of which is connected to the bottom of the negative ion release tank 300 with a connector, and a pump 325 installed in the middle;
A second circulation pipe is connected to the first circulation pipe 310 at the other end to store the acidic negative ion water transferred from the first circulation pipe 310, and pumps the stored acidic negative ion water to transfer it to the negative ion release tank 300. An acidic anion water storage tank (400) connected to the other end of (320) and equipped with a valve (410) for controlling the discharge of acidic anion water.
A water purifier (500) connected to the alkaline water transfer stage (90), equipped with a water purification filter (225) for purifying alkaline ion water, and discharging the purified alkaline ion water to the outside;
A mechanical device for generating alkaline ion water and acidic anion water, characterized in that it consists of.