KR20100002443U - Scalp cleaner equipped with a hydroxyl generator and spraying pulsating water with optional supply of water and storage water - Google Patents

Abstract

The present invention relates to a scalp cleaner having a hydroxyl generator and spraying pulsating water by selectively receiving direct water and storage water.

The present invention is to configure a hydroxyl (OH-; Hydroxyl Radical) generating apparatus having a strong oxidizing power by a low temperature plasma in a housing that can accommodate water, through which the water stored in the housing is sterilized and disinfected to the shower unit Pulsating through the shower ball will provide scalp removal and disinfection.

More specifically, in order to use the storage water, the upper part of the main body is provided with a housing and a cover for receiving water, and a sensor and a hydroxyl generator (OH-) generating device that notifies the water level to where the water is stored in the housing, And an inlet with a filter is installed. The storage water connected to the lower part of the inlet is connected to a high flow boost pump through a check valve. In order to use the direct water, there is a through hole on the outer wall of the lower part of the main body and a fixed fitting is installed to connect the solenoid valve, the check valve, and the sterilization filter in order. ) Was connected to the inlet of the boost pump. The hose connected to the boost pump discharge port passes through the main body and is connected to a shower unit having a water distributor, thereby spraying the pulsating water flow generated from the boost pump through the shower ball. A water distributor is installed inside the shower, and a water splash prevention cover is coupled to the edge of the shower surface. The high flow boost pump is a double-sealed, three-chamber pressurized pump that can make its own pulsating flow by diaphragm pumping, but the frequency controlled triac output is designed to subdivide the pulse control of the pulsating flow. Pressure regulator was installed.

Hydroxyl, boost pump, circuit, water distributor, shower, housing, check valve, pulsating water, storage water, direct water, water splash prevention cover

Description

A scalp cleaner equipped with a hydroxyl generator and selectively supplied with direct water and storage water to inject pulsating water

The present invention relates to a scalp cleaner having a hydroxyl generator and selectively supplied with direct and stored water to inject a pulsating stream, the hydroxyl group having a strong oxidation power by low temperature plasma in the upper housing of the scalp cleaner (OH-; Hydroxyl Radical) was installed to sterilize and disinfect the storage water in the housing.

In general, scalp cleaners spray water in the form of showerheads. The scalp is weaker than normal skin, and chemicals are used when dyeing or perm, and the scalp is inflamed. The water stream sprayed from the scalp cleaner sprays the scalp surface by pulsating pulses of strong pressure to remove wastes on the scalp surface, and when used, the scalp is inflamed or the scalp surface is weaker than the skin and is exposed to contamination. . In particular, the problem is even worse if the source of water is mixed with pollutants.

There are two types of scalp cleaners, one using direct water and the other using storage water, by connecting a beauty salon shampoo stand. In the case of using a direct water scalp cleaner, separate the shampoo stand or cold / hot water The device had to be installed and it was also difficult to move and there was a problem for the individual to use it directly. In addition, there is a problem that hot water does not come out because the pulsating water interferes with the on / off of the instantaneous water heater installed in the beauty salon when the shampoo stand is connected. It can also interfere with water flow. In other words, the instantaneous water heater must open the valve in the water pipe to activate the heater in the water heater to warm the water, but the scalp cleaner that uses the direct water generates pulsating water, so the built-in circuit of the water heater turns the pulsating water into unopened water. Recognize and do not heat hot water.

The existing method of using storage water is mostly made in Japan, and there is no sterilization part, and even if a sterilization unit is installed, it is difficult to remove pollutants only by ozone sterilization. There was a problem with water leaking or electric leakage of electric product.

The present invention has been devised to solve the problem in consideration of the conventional scalp cleaner, and the main body can be used as a method of using a movable water for storage and a direct connection method of a fixed one-touch fitting. There is a convenience. In order to sterilize and purify the storage water contained in the scalp cleaner housing, a hydroxyl generator and water level sensor were installed in the housing, and the pump that causes pulsating water flow is a double-sealed three-chamber pressure pump instead of a piston type. This pumping type high flow boost pump was used. When using the storage water, the boost pump is suitable for cleaning the scalp because it is pulsated by 2000ml / min (at 90PSI ~) pressure and flow rate. In addition, the high flow boost pump, which is pumped by a diaphragm as a double-sealed three-chamber pressurized pump when used in direct water connection, is opened by the water flow through the direct water pressure. Does not affect Since boost pump is opened by direct water pressure, solenoid valve is installed when connected directly and turned on / off by power approved from outside, and check valve is installed at inlet of water and storage water to prevent water flow back to each other. In addition, the circuit part with pressure regulator of frequency control type triac output using micom is installed in the lower part of main body to control operation of high flow boost pump and hydroxyl generator. Was further subdivided to jet jet into the shower. In other words, the scalp cleaner of the present invention used a high flow boost pump of a diaphragm pumped as a double-sealed three-chamber pressurized pump. The boost pump used does not affect the heating circuit of the water heater, which is an external unit of the direct water, because the water flow passes through as it is, even when power is not supplied. For direct connection, solenoid valve, check valve and sterilization filter were installed so that the water flow passed through the boost pump only when the power was applied, and even when using the storage water, the boost pump pulsated at 2000ml / min (at 90PSI ~) pressure and flow rate. It is also suitable for cleaning the scalp because it is sprayed. The boost pump is the pulsating stream generator that causes the pulsating stream.

In addition, the shower part connected to the main body and the external hose has a water splash prevention cover as the edge of the shower surface, and the inside of the shower has fewer shower balls than the normal shower. The shower holes are connected to the water distributors inside the shower through the respective connecting hoses, and the number of shower holes and the number of discharge holes of the water distributors are the same. The shower head of scalp cleaning shower is generally less than 0.8mm, and there are 6 shower holes, and it can be 8 to 12 depending on the water pressure. The diameter of the shower hole is less than 0.8mm to clean the scalp by increasing the pressure of the pulsating water due to the characteristics of the high flow boost pump. And when washing the scalp, the powerful pulsating water collides with the scalp, so the water splash prevention cover is installed. The water splash prevention cover is cylindrical. It can be made in the form of a drain groove or a cylindrical comb. Combs or drainage grooves are used to prevent the flow of water back into the cylinder during scalp cleaning. The drainage groove was earthed close to the area where the scalp touched. In addition, a large number of comb teeth prevent the water splashing cover that prevents water splashing by hitting the scalp when touching the dead skin and wastes of the scalp with pulsating water during program operation. It can also serve as a cover.

Literature Information of the Prior Art

Hydroxyl group (OH) is a heterogeneous oxygen anion-based substance that is produced in the "plasma" state of the fourth substance when high and powerful energy is applied, and causes a very active reaction by itself.

Originally called "Hydroxyl Radica" (hydroxyl radicals), it is a natural substance that is harmless to the human body with excellent oxidizing power.

As a safe substance that is harmless to the human body, it is part of the 21st century's cutting-edge environmental science, which has recently received the greatest interest and research papers among atmospheric scientists.

Recently, the news of "Sick House Syndrome" was broadcasted through the media as "Sick Building Syndrome" to illuminate the pollution of indoor air, and the seriousness became widely known to the general public.

In fact, in purifying the air we drink all the time and the clarity of drinking water that is valuable to the human body, the purification of all the contaminated areas of OH is rather unfamiliar to the general public who have known the method through the filter as the most effective method. It will be interest. However, since the end of the 20th century, the fisheries have been steadily being studied in the United States and other advanced economies. Developed in the world for the first time in the world in 2001, the first publicly released product in the United States is now ready for landing in Korea. A hydroxyl group is an oxygen anion (0-) that occurs when water (HOH) molecules are separated by some high and powerful energy and one hydrogen atom (proton: H +) is dropped or the oxygen molecules are broken in the same way (O2). Among the, O2-, O3-, O), "super oxide anions (O2-) ions, when the chemical reaction with the air pollutants (mainly hydrocarbon-based) to cause an oxidation reaction, some occur. Hydroxyl (OH) is involved in the disinfection of almost all contaminants and is the only powerful chemical that can be chemically decomposed and removed, but it is the only substance that is harmless to the human body. Is then transformed into the intermediate "Hydroperoxy Radical" (HO2), which continues to oxidize. By reducing the contaminants to a very safe water (H2O) and carbon dioxide (CO2) it is harmless to the human body.

To understand hydroperoxy radicals, it is easy to think of hydrogen peroxide (H2O2) among the commonly used disinfectants. Among the existing substances, the oxidizing power of OH (sterilization and disintegration) is the strongest after fluorine (F), and twice as strong as ozone (O3) and chlorine (Cl2), but the fluorine, chlorine, It is not toxic or harmful to the body like ozone. According to a recent study conducted in the United States, OH has an oxidation rate 2000 times faster than ozone and 180 times faster than the sun's ultraviolet rays. Oxidation rate is as important as oxidizing power.

Currently, Korea has a hydroxyl group (OH) at KAIST Plasma and Photocatalyst Research Institute, and is conducting basic experimental research for decontamination and removal of pollutants such as air purification and wastewater treatment. We are working on the research and development to make the equipment to be produced. If you are looking for reliable data on OH, please visit www.newairtech.com, the homepage of New-Air Technologies, a research institution that is formally accredited by the US Department of Health.

A paper from a laboratory that is formally authorized by the US Department of Health and Environment (EPA) and the Food and Drug Administration (FDA). American mass media ABC, NBC. Cited in part by CBS and other media news releases.

The present invention has the purpose of selectively washing the scalp by using the direct water and storage water and spraying the uncontaminated water stream using a hydroxyl wave to pulse the shower. Pulsating pulsed water stream discharged from the shower can not only clean the dandruff of the scalp or clogged waste of pores, but also has a water flow massage effect of the scalp.

The present invention provides a device for generating a sensor and a hydroxyl group (OH-; Hydroxyl Radical) which is installed in a housing and a cover for receiving water to selectively use direct water and storage water, and informs the water level inside the housing. A water inlet with a water filter is installed. It is connected to the check valve through the hole through the inside of the housing and connected directly to the check valve.The water flow from the outside is connected to the solenoid valve, the check valve and the sterilization filter in order. It is connected to a shower with a distributor inside, passing through the main body by a hose through the discharge port.

In other words, the high flow boost pump is a double-sealed, three-chamber pressurized pump that can make its own pulsating flow in a diaphragm-pumped manner, but to control the pulse control of the pulsating flow. A circuit section with a pressure regulator at the triac output was installed. The flow of water in the scalp cleaner in the present invention is generally used for the storage water contained in the housing of the upper part of the main body, but in order to selectively use the direct water, a separate direct inlet is installed in the lower part of the body to install a hose at the shower connection part of the shampoo shampoo stand. To be used. The direct water connection is connected to the check valve through the solenoid valve at the direct inlet, and then to the sterilization filter, and then to the storage water through the cross fitting, which is connected to the boost pump, and pulsated to the shower hole through the shower water distributor.

As described above, the present invention constitutes a hydroxyl generator having strong oxidizing power by low temperature plasma in the housing of the scalp cleaner, through which sterilization and disinfection of water stored in the housing, and selectively using storage water and direct water It is a double-sealed three-chamber pressurized pump that uses a boost pump pumped by Diaphragm to generate a pulsating water stream that can be sprayed through the shower head to achieve scalp cleaning.

The present invention is not limited to the above-described specific preferred embodiments, and any person having ordinary skill in the art to which the present invention pertains may make various modifications without departing from the gist of the present invention claimed in the claims. Of course, such changes are intended to fall within the scope of the claims.

Hereinafter, a preferred embodiment of the present invention by the accompanying drawings as follows.

Figure 1 is a front view of the scalp cleaner of the present invention, Figure 2 is a perspective view showing the internal structure of the housing of the scalp cleaner to which the hydroxyl generator is applied as an embodiment of the present invention, Figure 3 is an embodiment of the present invention 4 is a diagram illustrating a connection of the upper body hydroxyl generator and the water level sensor, the lower body boost pump, and the scalp cleaner applying the water flow connection between the direct water and the storage water according to an embodiment of the present invention.

Figure 5 is a perspective view of the comb teeth of the splash protection cover. 6 is a perspective view showing the structure of a filter to which the hydroxyl generator is applied.

1 to 3, the scalp cleaner equipped with a hydroxyl generator according to an embodiment of the present invention, the inlet portion with a hydroxyl generator, water level sensor, filter in the housing portion is provided with a water inlet in the upper portion of the main body In the lower part of the main body, a check valve, a boost pump (high flow boost pump) and a circuit part for controlling the same, a check valve and a solenoid valve and a cross fitting (fitting) for the connection of direct water flow is configured,

More specifically, the body 1 of the scalp cleaner has a cover 2, and is composed of an upper part 1-a and a lower part 1-b, wherein the upper part 1-a of the main body may contain water. It has a housing (2) and within the housing (2) for moving the water level sensor (5), the hydroxyl generator (4), and the storage water (50) to the lower (1-b) boost pump (20). An inlet 6 with a filter is installed. The storage water 50 introduced into the inlet 6 is connected to the boost pump 20 through a direct connection hose (not shown) through a check valve 7 in the lower portion 1-b as a connection hose (not shown). And the water flow discharged from the boost pump 20 is pulsated pulsed is connected to the water flow distributor 41 in the shower 40 is sprayed through the shower hole (45). For the pulse operation control of the boost pump, an operation control unit 31 using a pressure regulator of the triac output frequency control method triac output using a microcomputer was installed. In addition, in order to use the direct water 51, a direct water inlet 52 is provided on the lower outer wall of the lower body 1 to supply water for cleaning to be connected to a water tank such as a water heater or a boiler. The direct inlet 52 has a through hole and a fixed fitting 10 is installed to connect a solenoid valve 11, a check valve 12, and a sterilization filter 13 in order. It meets with the storage water and the cross fitting 14 and is connected to the inlet 21 of the boost pump. The storage water 50 and the direct water 51 meet with each other by a cross fitting 14 at the inlet 21 of the boost pump, and the installed check valve 12 of the direct water and the installed check valve 7 of the storage water. Prevents the reverse flow of water streams and plays an important role in selectively receiving water streams. The shower unit 40 connected through the outlet 22 of the boost pump has a water distributor 41 installed therein, and the water distributor 41 has one inlet 42 and six outlets 43 in principle. ), The number of discharge ports 43 can be increased to 8 to 12 depending on the flow rate and pressure of the boost pump 20.

The shower unit 40 has the same number of shower holes 45 as the number of discharge holes 43 of the water distributor, and the diameter is 0.8 mm or less. A shower ball connection port 44 was used to connect the discharge hole 43 and the shower ball 45 of the water distributor.

In addition, a cylindrical water splashing prevention cover 47 is installed at the edge of the shower surface 46 of the shower unit 40. Water splash prevention cover 47 is coupled to the shower and one side and the other end is the earth hole 48 or comb 49 is also configured.

Earthwork 48 and comb 49 is to prevent the water flow back to the cylinder when washing the scalp when the water splash prevention cover 47 is in close contact with the scalp to the passage of water. And the plurality of comb teeth (49) to prevent water splashing cover 47 to secure the space of the scalp to clean from the hair when combing hair, touch the dead skin and wastes of the scalp and fall off and prevent water splashing splashing against the scalp (47) May play a role.

The hydroxyl generator 4 is electrically connected to constitute an electrode terminal 4-a for supplying power, and is connected to the electrode terminal 4-a through a power line to supply AC power to AC power. And a circuit unit 30 for converting to DC, and the other side of the hydroxyl generator device receives a DC power converted by the circuit unit 30 to provide electrical energy with a safe low voltage discharge (DC3 to 47V) in water. A hydroxyl generator 4 for sterilizing and disinfecting the storage water in the housing 2 by generating a hydroxyl group using water molecules in water by low temperature plasma is configured. The lamp 4-c is configured to provide a visual effect when generating bubbles (cold plasma cluster ions) in the hydroxyl generator 4, and the lamp 4-c is connected through the circuit section 30. It is configured to be connected to the electrode terminal 4-a through a power line, and the hydroxyl generating portion 4-b of the hydroxyl generating device 6 is a mesh structure coated with platinum or silver based metal on a titanium or stainless steel base material. And a plurality of electrode networks through which current flows, and the plurality of electrode networks are connected by an electrode terminal 4-a connected to the circuit unit 30 through a power line.

The storage water stored in the housing (2) is guided to the boost pump (20) provided in the lower body (1-b) through the inlet (6) with the filter, the shower unit connected to the main body (1) where pulsating water flow is generated. 40 is sprayed through.

At this time, the storage water 50 is guided to the boost pump 20 in a state of sterilization and disinfection in the housing 2, which is achieved by the hydroxyl generator 4 configured in the housing 2. . That is, the hydroxyl generator 4 is coated with a platinum or silver-based metal on a base metal of titanium or stainless steel on the other surface, and a plurality of electrode networks in which a current flows are stacked as a plurality of electrode networks. When the AC power is supplied to the circuit unit 30 through the electrode terminal 4-a, the AC unit is electrically connected to the circuit unit 30 through a power supply line connected through the terminal 4-a. The circuit unit 30 converts AC power into DC power and supplies the same to the hydroxyl generator 4. Accordingly, the hydroxyl generator 4 discharges a safe low voltage (DC 3 to 47V) in the housing 2. This generates low-energy plasma with electrical energy. Then, the humidified water H 2 O in the housing 4 is decomposed into an ionic state of hydrogen (H) and oxygen (O) from the low temperature plasma generated as described above, and thus the hydrogen (H) and oxygen (O). The ionic state of is diffused in water into numerous fine bubbles in the form of ion clusters. At this time, the oxygen atom (O) has the property of being stabilized by combining with other oxygen atoms, and becomes oxygen molecules (O2) through the bond, the hydrogen atom (H) is separated from the anion electrons become H +, and At the same time, the above oxygen molecules (O2) accept the surrounding anion electrons, and the oxygen anions and some are changed to "O3". In addition, the electrochemical dissociation state is generally reduced again within about 2 to 5 hours in the atmospheric state and within about 48 hours in the closed space, and the water state has a weak alkalinity of about 7.4Ph. Therefore, the hydrogen cations (H +) and oxygen anions (O2-) generated above react with the surrounding water molecules (H2O) to produce various oxygen-based active species ions (O-, such as hydroxyl (OH-) and anion). , O 2, O 3, HO 2, H 2 O 2, OH) are produced in the form of clusters.

At this time, hydrogen peroxide (H2O2) generated together with the oxygen-based active species ions evaporate over the surface of the water, and the hydroxyl group (OH-) is attached to the bacteria contained in the storage water in the housing () to act to decompose and remove it. Will be. In addition, the hydroxyl group (OH-; Hydroxyl Radical), which is very unstable in terms of molecular properties, takes away cations from bacterial cell membranes and reduces them back to water (H2O), where bacteria that have been removed from the cell membranes are inactive as the cell membranes are destroyed. It is made of a harmless substance, and by the reaction of ozone (O3), which is one of the oxygen-based active species, it is possible to process together algae, such as mold and moss contained in the water for storage.

That is, the hydroxyl group OH- is generated in the housing 2 through the low temperature plasma generated by the hydroxyl generator 4, and the hydroxyl group OH- is formed of bacteria, bacteria, It will serve to sterilize and disinfect various harmful substances such as poisons and heavy metals.

Therefore, the storage water 50 sterilized and disinfected by the hydroxyl group OH- in the housing as described above is pulsated and guided through the boost pump 20, and thus, the operation of the boost pump 20 is performed. In the water stream sprayed through the shower 40, the spraying can be performed in a state in which all harmful elements that adversely affect the human body are removed.

The lamp 4-c is to emit light so that the low temperature plasma generation state can be easily identified from the outside when the low temperature plasma is generated by the hydroxyl generator 4.

1 is a front view of the scalp cleaner of the present invention.

Figure 2 is a perspective view showing the internal structure of the housing of the scalp cleaner is applied to the hydroxyl generator as an embodiment of the present invention,

3 is a cross-sectional view of FIG. 1 as an embodiment of the present invention;

4 is an embodiment of the present invention is a connection diagram of the upper body of the hydroxyl generator and the water level sensor, the lower body boost pump and the scalp cleaner applying the water flow connection of the direct and stored water.

Figure 5 is a cross-sectional view of the comb teeth of the splash protection cover.

6 is a perspective view showing the structure of a filter to which the hydroxyl generator is applied.

* Description of the symbols for the main parts of the drawings *

One ; Main body 1-a; Upper 1-b; bottom

2 ; housing

3; cover

4 ; Hydroxyl generator

4-a; Electrode terminal 4-b; Hydroxyl production part 4-c; Fisheries operation indication lamp

5; Water level sensor 6; Storage Water Inlet with Filter

7; Check Valve (Storage Water)

10; Fixed fitting 11; Solenoid valve 12; Check Valve (Direct)

13; Sterilizing filter 14; Cross fitting

20; Boost pump

21; Boost pump inlet 22; Boost pump discharge port

30; Circuit section 31; Motion control unit

40; Shower

41; Water Distributor

42; Water distributor inlet 43; Water distributor distributor

44; Shower ball connection port 45; Shower ball

46; Shower face

47; Water splashing cover

48; Splash protection cover earthwork 49; Splash protection cover

50; Water storage

51; Direct 52; Direct inlet

100; Scalp cleaner

Claims (4)

A housing part capable of storing storage water at an upper part thereof and having an inlet having a hydroxyl generator and a water level sensor and a filter connected to the check valve at a lower part thereof; A fixed fitting is installed to connect the water directly to the lower outer wall, and the solenoid valve, check valve, and sterilization filter are connected to the inside in turn, and the storage water is connected by a cross fitting to the double sealed 3-chamber pressurized pump. Pulsating water flow generation unit connected to a booster pump (high flow boost pump) of the pump method (Diaphrgm); A shower part connected to the boost pump at the lower part and having a water distributor therein and having a diameter of a shower hole formed on the shower surface of 0.8 mm or less and having a water splashing prevention cover coupled to a shower surface border; It converts AC power into DC power by receiving power from outside and supplies it to the hydroxyl generator, and circuit part with pressure regulator of frequency control type triac output using micom for pulse operation control of boost pump. A scalp cleaner equipped with a hydroxyl generator, which sprays pulsating water by selectively supplying direct water and storage water. The method of claim 1, A lamp is provided that provides a visual effect when bubbles (cold plasma cluster ions) are generated in the housing part hydroxyl generator, and the lamp is connected to an electrode terminal through the circuit part via a power line. A scalp cleaner equipped with a hydroxyl generator and spraying pulsating water by selectively supplying direct water and storage water. The method of claim 1 In the housing part, a hydroxyl generator is laminated with a plurality of electrode networks through which a current of platinum or silver is coated on a titanium or stainless-based base material of a network structure, and a current flows through the power line. A scalp cleaner having a hydroxyl generator which is connected by an electrode rod to be connected and spraying pulsating water by selectively receiving direct water and storage water. The method of claim 1 Shower head having a hydroxyl generator characterized in that the comb teeth formed in the water splash prevention cover is coupled to the shower surface rim of the shower scalp scrubber for spraying pulsating water by selectively supplying direct water and storage water.

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