KR20230143776A - System room of total coordination proposal with most famous full hairstyling fashion by using AI - Google Patents

Abstract

The present invention allows an unspecified number of people to use hair styling equipment provided in a limited space, effectively removing fine dust, viruses and various harmful substances contained in the surrounding air, creating a hygienic and eco-friendly space without generating bad odors, and creating a hygienic and eco-friendly space for users. Upon request, artificial intelligence searches and provides currently popular fashion hair styling image information from big data based on the head and hair image shape, and provides fashion hair styling coordination image information based on the user's preferred hair styling. It is about an intelligent fashion hair styling self-coordination unmanned room system.
It is equipped with one or more hair styling equipment, operates the hair styling equipment in an operating state for the time entered through the kiosk screen or app, removes odors, fine dust, harmful substances, and viruses from the surrounding area, and captures the user's head as an image. and Hairstyle Godebang, which searches for fashion hairstyle image information based on hair type and displays popular hairstyle coordination information as an image. Hairstyle collection that collects and records hair styling image information by accessing the hair styling salon through a public communication network and periodically accessing mass media servers, and records and manages head information, hair information, and skin color information by analyzing and classifying them using artificial intelligence. server; It connects through a hairstyle collection server and a public communication network, extracts and provides hair styling image information of celebrities upon request, and includes a mass communication server consisting of one or more TV broadcasters, newspaper magazines, and Internet portal site servers. By allowing an unspecified number of people to conveniently, safely and hygienically use hair styling devices equipped in a limited space within a permitted time range, fine dust and viruses that may be contained in the air in a limited space are removed by BDD and OH. It removes various odors and harmful substances in the surrounding area through advanced oxidation process (AOP) through oxidation reaction of radicals, and artificial intelligence periodically manages search records from big data to request user requests from current trending fashion hair styling information. It is extracted and provided based on the user's head and hair shape, and has the effect of providing fashion hair styling coordination information based on the user's preferred hair styling information and the user's body information.

Description

Artificial intelligence fashion hair styling self-coordination unmanned room system {System room of total coordination proposal with most famous full hairstyling fashion by using AI}

The present invention relates to an artificial intelligence fashion hair styling self-coordination unmanned room system. More specifically, the present invention relates to an artificial intelligence fashion hair styling self-coordination unmanned room system. More specifically, an unspecified number of people use hair styling devices (equipment) provided in a limited space, but fine dust, viruses and various harmful substances contained in the surrounding air are used. By effectively removing substances, we create a hygienic and eco-friendly space without generating bad odors. At the user's request, we collect information about currently popular fashion hair styling images from big data using artificial intelligence based on the shape of the head and hair (hair). It is about an artificial intelligence fashion hair styling self-coordination unmanned room system that provides search and fashion hair styling coordination image information based on the user's preferred hair styling.

Everyone expresses their individuality by wearing the clothes and accessories they prefer, but you can express your unique identity or neat or standout personality by styling your hair into your preferred fashion shape.

In relationships with others, when meeting acquaintances or engaging in social activities, you dress up with your preferred clothes (costumes) and accessories to attract the attention and gaze of others and express your individuality, but the clothes and accessories are standardized by the relevant manufacturer. Because it is mass-manufactured, produced, and distributed, there may be many other people wearing the same and similar clothing and accessories, so there is a relative limit to expressing unique individuality.

However, hair styling using parts of the body, especially the hair, has the advantage of allowing one to freely express one's own unique personality that cannot be imitated by others due to differences in color and length of the head and head (hair), and is completely distinct. , In particular, it is common for women to have a wide variety of hair styling fashions that can be expressed through relatively long hair.

In the following description, hair and hair have the same meaning and will be described selectively to suit the context.

On the other hand, if you meet someone else or have an appointment, shampoo your hair, and if the appointment time is tight or other preparations are required, you may not be able to properly dry your wet hair or coordinate your desired fashion hair styling. In cases where people leave their hair, it is common to not have enough equipment and places to comfortably style their hair, and they do not know what types of fashionable hairstyles are trending recently, so there are many cases where they are unable to show off their unique personality.

As a prior art that partially solves these problems, there is a ‘steam hair styling device with steam restraint means’ under Korean Patent Registration No. 10-2360507 (2022. 02. 04.).

1 is a functional configuration diagram explaining a hair styling service device according to an embodiment of the prior art.

Hereinafter, the prior art according to an embodiment will be described in detail with reference to the attached drawings. The hair styling device 1 is a hair straightener, forms a portable processing unit, and includes two arms 3 by a pivot connection 21. 4) is joined and the two proximal parts (3a, 4a), which can be grasped simultaneously with one hand, are pressed against each other, and the inner surfaces of the surfaces (5, 6) on which the hair (hair, hair) are clamped are clamped by an electric cord (8). Heating plates 17 and 18 that are electrically driven and installed to face each other are provided.

Hair styling devices of this configuration have the advantage of conveniently completing hair styling tasks with sufficient time in limited personal living spaces, but there remains the problem that they cannot be used in designated places or areas with a lot of public movement and activity.

Meanwhile, in places where many people gather, various odors can be generated by fine dust and various viruses, and hygiene remains difficult to secure.

Therefore, there is a need to develop technology that can freely use hair styling devices comfortably and hygienically in areas where there is a lot of public movement and activity, while receiving coordination information through fashion hair styling when necessary.

Republic of Korea Patent Registration No. 10-2360507 (2022. 02. 04.) ‘Steam hair styling device with steam restraint means’ Republic of Korea Patent Registration No. 10-2164144 (2020. 10. 06.) ‘Hair styling method using C-curl and roll technology’ Republic of Korea Patent Application No. 10-2011-0021613 (2011. 03. 11.) ‘Virtual hair styling service system and method and terminal supporting the same’ Republic of Korea Patent Application No. 10-2009-0076763 (2009. 08. 19.) ‘Hair Styling Demonstration System and Method’

The present invention, which was devised to solve the problems and needs of the prior art as described above, is an artificial intelligence fashion hair styling method that allows an unspecified number of people to conveniently, safely, and hygienically use hair styling devices provided in a limited space within a permitted time range. One of the goals pursued is to provide a self-coordinating unmanned room system.

In addition, the present invention removes fine dust and viruses that can be contained in the air in a limited space through an advanced oxidation process (AOP) by the oxidation reaction of BDD (boron-doped diamond) and hydroxyl radical (OH radical). One of the purposes pursued is to provide an artificial intelligence fashion hair styling self-coordination unmanned room system that provides an eco-friendly hair styling environment that removes various odors and harmful substances from the surrounding area.

also. The present invention is an artificial intelligence fashion hair styling self-coordination unmanned room system that extracts and provides based on the user's head and hair shape at the user's request from current fashion hair styling information that artificial intelligence periodically manages search records from big data. One of the purposes pursued is to provide.

Meanwhile, one of the purposes of the present invention is to provide an artificial intelligence fashion hair styling self-coordination unmanned room system that provides fashion hair styling coordination information based on the user's preferred hair styling information and the user's body information.

The artificial intelligence fashion hair styling self-coordination unmanned room system of the present invention, designed to achieve the above object, is equipped with one or more hair styling equipment and uses hair styling equipment (6000) for the time entered through the kiosk screen unit or app. It operates in an operating state and removes surrounding odors, fine dust, harmful substances and viruses, and searches for fashion hairstyle image information based on the user's head and hair shape obtained as an image, converting popular hairstyle coordination information into images. Hairstyle Godebang (1000) provided by displaying; Connect to the hair styling salon (1000) via a public communication network (2000) and periodically connect to the mass media server (4000) to collect and record hair styling image information and collect head information, hair information, and skin color information using artificial intelligence. A hairstyle collection server (3000) that analyzes, classifies and manages records; It is connected via the hairstyle collection server (3000) and the public communication network (2000), extracts and provides hair styling image information of celebrities upon request, and consists of one or more TV broadcasters, newspaper magazines, and Internet portal site servers. Mass communication server (4000); may include.

A command signal to connect via the hairstyle collection server (3000) and the public communication network (2000), download the latest version of the hairstyle app, install and operate it, connect to the hairstyle hair salon (1000), and operate it in selected time units. Hairstyle terminal (5000) for inputting; It may further include.

The hair style hair straightener 1000 is installed with each functional part provided in the hair style hair straightener 1000, has a desk shape, and has a vertical frame 1205 connected to the rear end of the desk surface 1012 at a right angle. A hair styling desk (1010) that stores hair styling equipment (6000) at a portion where the desk surface (1012) and the vertical frame (1205) are connected and forms an equipment storage box (1014) in the shape of a rectangular cylinder with an open front. A hairstyle central control unit 1100 that is fixedly installed on one side of the interior space of the hairstyle desk 1010 and outputs control signals to each function unit provided in the hairstyle hair salon 1000 and monitors the operating status; It is fixed and installed vertically on one side of the rear wall installed vertically at the rear end of the hairstyle desk 1010, connects to the hairstyle central control unit 1010, outputs and touches the fashion hairstyle image information searched by the corresponding control signal. a kiosk screen unit 1200 that receives and transmits command signals; It is fixedly installed on the upper central portion of the rear wall installed vertically at the rear end of the hairstyle desk 1010, is connected to the hairstyle central control unit 1010, and creates a three-dimensional image of the object's face and hair by the corresponding control signal. A target image input unit 1300 that captures and inputs a target image; It is fixedly installed on the other side of the interior space of the hairstyle desk 1010, connects to the hairstyle central control unit 1010, and connects to the hairstyle collection server 3000 and the hairstyle terminal 5000 by the corresponding control signal. A hairstyle communication unit 1400 that simultaneously connects and communicates the same content through one or more selected communication methods selected from the CDMA communication method, Wi-Fi communication method, and Bluetooth communication method; may include.

It is fixedly installed on the upper part of the central portion of the rear wall installed vertically at the rear end of the hairstyle desk 1010, is connected to the hairstyle central control unit 1010, and maintains the purified water flowing in by the corresponding control signal at a constant temperature. A BD advanced oxidation process reaction unit (1500) that converts hydroxyl radicals, hydrogen peroxide, and ozone into a disinfectant solution by electrolysis and discharges it in an advanced oxidation process reaction state; It is fixed to the equipment storage box 1014 of the hairstyle desk 1010 and the chair pressure space 1016 where the chair is stored, and is connected to the hairstyle central control unit 1010 and emits a wavelength of 315 to 400 nanometers by the corresponding control signal. An ultra-ultraviolet sterilization unit (1600) that outputs ultraviolet rays for a specified period of time; It may further include.

A hair touch command input unit 1700 that is connected to the hair style central control unit 1010 and receives a command signal by touch according to the corresponding control signal; An advertising screen unit 1800 that connects to the hairstyle central control unit 1010 and outputs advertising multimedia according to the corresponding control signal; It may further include.

A styling belt conveyor (1900) that is installed in the longitudinal direction of the hairstyle desk (1010), functions as the desk surface (1012), and rotates in an endless orbit in one direction in response to a corresponding control signal from the hairstyle central control unit (1100): It may further include.

A waste loading unit (1011) is installed on one side of the lower part of the desk surface (1012) of the hairstyle desk (1010) and causes foreign substances on the upper part of the desk surface (1012) to move, fall, and be contained by the driving of the styling belt conveyor (1900). ; A cosmetics refrigerator (1013) installed on the other side of the lower desk surface (1012) of the hairstyle desk (1010) and storing cosmetics at a controlled temperature; A flat mirror (1015) installed on the front part of the vertical frame (1205) of the hairstyle desk (1010); It may further include.

The hair styling equipment 6000 may include one or more hair dryers, perm machines, or curling equipment.

an equipment cord motor winding unit (6100) that winds the wire cord that supplies operating power to the hair styling equipment (6000) in response to a corresponding control signal from the hair styling central control unit (1100); It may further include.

The hair styling equipment 6000 has a tilt sensor built into each of them, detects the tilt value and transmits it to the hair style central control unit 1100, and the hair style central control unit 1100 detects the tilt value for more than a predetermined period of time. If not detected, the operation power supplied to the hair styling equipment 6000 may be forcibly cut off.

The BD advanced oxidation process reaction unit 1500 includes an advanced oxidation external case 1505 that is shaped like a box with an empty interior; A purified water inlet (1510) is fixedly installed on one side of the highly oxidized external case (1505) and forms a path for receiving a fixed amount of purified water from the outside; A BDD housing 1520 that connects and installs the purified water inlet 1510 on one side inside the highly oxidized external case 1505 and temporarily stores purified water flowing from the purified water inlet 1510 in the internal cavity 1521. ); A purified water heating unit 1530 that is fixedly installed in a coil shape in a portion of the internal cavity 1521 where purified water is stored in the BD housing 1520 and heats purified water by a corresponding control signal; A temperature sensor unit 1540 that is fixedly installed in another part of the internal cavity 1521 of the BD housing 1520 and detects the temperature of purified water by a corresponding control signal; A water purification filter unit 1550 that is fixedly installed in a portion of the inside of the purified water inlet 1510 and removes foreign substances contained in the incoming purified water; A BBD electrode that is fixedly installed at one end at the central position of the internal cavity 1521 of the BD housing 1520 and electrolyzes purified water in response to a corresponding control signal, thereby generating hydroxyl radicals, hydrogen peroxide, and ozone to generate a disinfectant solution. (1560); may include.

a disinfectant discharge port 1570 that is connected to a portion of the other side of the BD housing 1520 and forms a path through which the disinfectant solution generated in the internal cavity 1521 is discharged to the outside of the BD housing 1520; An inflow control valve (1580) that is fixedly installed at a portion of the purified water inlet (1510) and controls the inflow of purified water into or out of the purified water by a corresponding control signal; A distributed discharge unit (1590) is fixedly installed at the outlet of the disinfectant discharge port (1570) and disperses and discharges the disinfectant solution so that an advanced oxidation process occurs when it comes into contact with surrounding oxygen; A BDD electrode fixing part (1522) installed on one side of the BDD housing (1520) and for attaching and detaching the BBD electrode (1560) in a watertight state; It may further include.

The highly oxidized external case 1505 has one or more nozzles 1506 on the front through which the disinfectant solution discharged from the distributed discharge unit 1590 is dispersed and discharged, and one or more fixing grooves along the circumference on both sides. (1507) are formed at even intervals, and are formed on bent pieces (1503) each bent upward at both ends of the fixing bracket (1504) fixed horizontally to a portion of the upper end of the vertical frame (1205). The highly oxidized outer case 1505 is axially coupled to the rotation shaft 1502 that rotates, and the bent piece 1503 is recessed into one of the fixing grooves 1507 so that the highly oxidized outer case 1505 is connected to the rotation shaft 1502. ) may be configured to include a fixing protrusion 1501 that prevents it from rotating around the center.

The internal cavity 1521 may have a capacity ranging from 100 to 150 milliliters (ml).

The temperature sensor unit 1540 detects a state in which the temperature of the purified water flowing into the internal cavity 1521 falls below 27 degrees Celsius or rises above 28 degrees Celsius, and the hair style central control unit 1100 determines whether the purified water is It may be configured to output a corresponding control signal that controls the operation of the thermal unit 1530.

The BBD electrode 1560 includes an anode portion 1562 made of a niobium rod and coated on the surface with diamond powder and boric acid to form an anode; an ion exchange membrane 1564 that surrounds the entire exterior of the anode portion 1562 in an insulated state; A cathode portion 1566 that wraps the entire exterior of the ion exchange membrane 1564 in a coil shape and forms a cathode and is made of stainless steel; One end of the anode part 1562 and the cathode part 1566 is fixed and installed, and a conductor electrically connected to the anode part 1562 and the cathode part 1566 is drawn out, and the overall shape is cylindrical and has an outer circumference. BDD electrode holder 1568 having a threaded portion; It may be composed of a configuration including.

The BBD electrode 1560 may be configured to supply 24 volts of direct current at a magnitude of 0.5 ampere between the anode part 1562 and the cathode part 1566.

The anode part 1562 has a total diameter of 1.4 to 1.6 millimeters and is formed by depositing diamond powder with a diameter of 1 to 10 micrometers on the surface of a niobium rod with a length of 150 to 165 millimeters using hot filament chemical vapor deposition (HFCVD). It may be deposited for 9 to 10 hours to form a diamond coating layer with a thickness of 400 to 500 micrometers, and boric acid is coated with a thickness of 400 to 500 micrometers on the diamond coating layer to form a boric acid layer.

The ion exchange membrane 1564 may be made of an insulating material with a thickness of 1.2 to 1.3 millimeters and may be structured to surround the entire exterior of the anode portion 1562.

The ion exchange membrane 1564 may be made of Teflon.

The cathode portion 1566 has an outer diameter of 4 millimeters and may be made of stainless steel with a diameter of 0.25 millimeters wound evenly in a spiral shape at intervals of 1.7 to 2.2 millimeters.

The boric acid layer is formed by putting the diamond layer formed into a chamber where 99.99% hydrogen gas flows at a flow rate of 532 sccm and a pressure of 100 Torr is applied, and boron trioxide (B2O3) is deposited for 10 hours. However, carbon is supplied at a flow rate of 10 sccm and mixed at a boron to carbon ratio of 10**4 ppm, and hydrogen gas can be used as a carrier gas through which carbon and boron are moved.

The hairstyle collection server 3000 simultaneously connects to the public communication network 2000 through one channel selected from a wired communication channel and a wireless communication channel or one or more selected channels, connects to and communicates with a designated counterpart, and communicates with one or more of the designated parties. In case of simultaneous connection to this channel, a wired and wireless communication unit 3100 transmits and receives communication signals with the same content; A hair fashion intensive management unit 3200 that connects to the wired and wireless communication unit 3100 and connects to each functional unit provided in the hairstyle collection server 3000, outputs corresponding control signals, and monitors the operating status; An image big data recording DB unit (3300) that periodically connects to the mass communication server (4000) in response to a corresponding control signal from the hair fashion intensive management unit (3200), searches for, collects, and records and manages fashion hairstyle images from public big data. ; By analyzing the hairstyle image recorded in the image big data recording DB unit 3300 according to the corresponding control signal from the hair fashion intensive management unit 3200, the head, hair, and skin color of each image are analyzed and classified, and the number of searches for each An artificial intelligence analysis unit (3400) that manages records by linking them to preferences; a fashion hairstyle DB unit (3500) that records and manages fashion hairstyle images and preferences classified by the artificial intelligence analysis unit (3400) according to the corresponding control signal from the hair fashion intensive management unit (3200) by skin color; A head image separation DB unit (3600) that records and manages head images based on the head skeleton of each fashion hairstyle classified by the artificial intelligence analysis unit (3400) according to the corresponding control signal from the hair fashion intensive management unit (3200) by skin color. ; A hair image separation DB unit (3700) that records and manages hair images according to the shape of each fashion hairstyle classified by the artificial intelligence analysis unit (3400) in response to a corresponding control signal from the hair fashion intensive management unit (3200) by skin color; may include.

The present invention configured as described above has the advantage of allowing an unspecified number of people to conveniently, safely, and hygienically use a hair styling device provided in a limited space within a permitted time range.

In addition, the present invention removes fine dust and viruses that can be contained in the air in a limited space through advanced oxidation process (AOP) by the oxidation reaction of BDD and hydroxyl radical (OH radical), while removing various odors and harmful substances in the surrounding area. There is an advantage to removing them together.

also. The present invention has the advantage of extracting and providing information based on the user's head and hair shape at the user's request from current trending fashion hair styling information that artificial intelligence periodically manages search records from big data.

Meanwhile, the present invention has the advantage of providing fashion hair styling coordination information based on the user's preferred hair styling information and the user's body information.

1 is a functional configuration diagram illustrating a hair styling service device according to an embodiment of the prior art;
Figure 2 is an overall configuration diagram of an artificial intelligence fashion hair styling self-coordination unmanned room system according to an embodiment of the present invention;
Figure 3 is an external view of a hair style hair straightener according to an embodiment of the present invention;
Figure 4 is a functional configuration diagram of a hair style hair straightener according to an embodiment of the present invention;
Figure 5 is an overall functional configuration diagram of the BD advanced oxidation process reaction unit according to an embodiment of the present invention;
Figure 6 is a detailed functional configuration diagram of a BBD electrode according to an embodiment of the present invention;
Figure 7 is an external view of the BD advanced oxidation process reaction unit according to an embodiment of the present invention;
and
Figure 8 is a detailed functional configuration diagram of a hairstyle collection server according to an embodiment of the present invention.

Since the present invention can be modified in various ways and can have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all transformations, equivalents, and substitutes included in the spirit and technical scope of the present invention. In describing the present invention, if it is determined that a detailed description of related known technologies may obscure the gist of the present invention, the detailed description will be omitted.

Figure 2 is an overall configuration diagram of an artificial intelligence fashion hair styling self-coordination unmanned room system according to an embodiment of the present invention, Figure 3 is an external diagram of a hair style hair salon according to an embodiment of the present invention, and Figure 4 is a functional configuration diagram of a hair straightener according to an embodiment of the present invention, Figure 5 is an overall functional configuration diagram of the BD advanced oxidation process reaction unit according to an embodiment of the present invention, and Figure 6 is an embodiment of the present invention. Figure 7 is a detailed functional configuration diagram of the BBD electrode according to an embodiment of the present invention, Figure 7 is an external diagram of the BD advanced oxidation process reaction unit according to an embodiment of the present invention, and Figure 8 is a diagram showing the detailed function of the BBD electrode according to an embodiment of the present invention. This is the detailed functional configuration of the hairstyle collection server.

Hereinafter, the artificial intelligence fashion hair styling self-coordination unattended room system 900 according to an embodiment of the present invention will be described in detail with reference to all the attached drawings.

As civilization develops, time management has become relatively important in order to solve many tasks (tasks) in a short period of time, and it is known that preconceptions about one's appearance when meeting others have a great influence on the problem to be solved.

It is well known that visually visible clothing (clothing) is involved in the way one presents or expresses oneself to others, but the shape of one's hair also plays a big role.

When you prepare your body to meet a set person at a set time, but the appointment time is over or it is judged that you do not have enough travel time, hair care is the thing that is most neglected, and the present invention can be used or utilized jointly by many people. One of the technical ideas pursued is to provide an unmanned self-coordination room for hairstyles in the form of a service room, while providing information on popular fashion hairstyles and information on coordinating hairstyles suitable for the conditions of one's head and hair.

Meanwhile, it is very common for a lot of fine dust, harmful substances, viruses, and odors to exist in places shared by many people, cities, and industrialized areas.

Around us, due to the rapid development of industrialization, population density, and increase in vehicles, factory areas and urban areas are subject to air pollution caused by smog, exhaust gases, volatile organic compounds such as benzene and toluene, cigarette smoke, fine dust, and various harmful chemicals. Air pollution is on the rise, and humans are suffering from various diseases due to air pollution. Meanwhile, about 40% of air pollutants are photodecomposed by sunlight (sunlight), and most of the remaining 60% fall to the ground due to moisture in the air (clouds, fog, rainwater, etc.), and only a small portion of them are polluted. Substances enter the human body and cause serious harm to people.

These harmful chemicals (harmful gases, pollutants, and hazardous substances) include fine dust, NOx, SOx, VoX, VOC, fine dust (PM), CO, and HC, and are harmful to the human body. It easily penetrates the body and causes serious health problems, and a very small amount of it may be excreted outside the body through urine and feces.

Therefore, it can be seen that various harmful substances are introduced from outside and circulated repeatedly around our lives, always existing.

In order to electrolyze water, a spark of shock discharge is required, and this spark is called overvoltage, and overvoltage requires activation energy.

Overvoltage is a phenomenon in which a higher voltage (generally +5% or more) than the highest voltage value that appears between two lines during normal operation is supplied for a long time (generally more than 1 second), and it is difficult to determine what reaction actually occurs at the electrodes. It is defined as an excess potential voltage that exceeds the peak value of the voltage difference that occurs while the same reaction as the voltage occurring reversibly maintains equilibrium at the same electrode.

In general, the overvoltage generated by a platinum (Pt) electrode or an insoluble metal-coated electrode (DSE: Dimensionally stable electrode) is less than 100 millivolts (mV), whereas that of a BDD (boron-doped diamond) electrode is less than 100 millivolts (mV). The overvoltage can be very large, over 1 volt (V).

When water is electrolyzed, the noble potential required for the generation of active oxygen such as hydroxyl group (OH group, HO*), hydrogen peroxide (H2O2, hydrogen peroxide), and ozone (O3, ozone) is maintained at the anode in addition to O2 generation. .

When ultrapure water is electrolyzed in a two-chamber electrolyzer using an ion exchange membrane, large amounts of hydrogen peroxide (H2O2) and ozone (O3) are simultaneously synthesized at the BDD electrode, and OH groups are synthesized through electron spin resonance (ESR). (HO*) is detected.

In electrolyzers using BDD electrodes, ozone is generated by an advanced oxidation process (AOP) using ozone (O3) as the main component, and is generated with the following chemical formula.

Formula 1 ---

Electrodes made of lead dioxide (PbO2), platinum (Pt), titanium dioxide (TiO2), tin dioxide (SnO2), and the registered trademark DSE have less oxidizing power than BDD electrodes, lack stability, and cannot transmit large current densities. There is a problem that does not exist.

Let's take a look at the characteristics of BDD electrodes to electrolyze inorganic substances.

When using 0.5 mol dm**-3 salt (NaCl, sodium chloride) and 0.2 mol dm**-3 sodium sulfate (Na2SO4) aqueous solution, the anode of platinum (Pt) is a salt (NaCl) aqueous solution. Cl2 is generated from and O2 is generated from an aqueous solution of sodium sulfate (Na2SO4).

BDD's anode produces hypochlorous acid (HClO) at a rate more than twice as fast as that of platinum (Pt) anode, and the raw material salt is oxidized to perchlorate ion (ClO4-).

BDD electrodes, which are oxidized with perchlorate ions (ClO4-), perform better than platinum (Pt) electrodes. Additionally, the BDD electrode can obtain a current efficiency of more than 70% in an aqueous solution of persulfate ions (S2O82-).

In low-temperature electrolysis using carbonate and alkali of percarbonate ion (C2O62-) as raw materials and using a BDD electrode, more than three times the efficiency is obtained compared to a commercial platinum (Pt) electrode.

Urea acid (IO3-) can synthesize superuric acid ion (IO4-) with high efficiency.

Additionally, the BDD electrode is attracting attention as an electrode that replaces graphite and nickel (Ni) in the gas synthesis of fluorine (F2) and fluorine nitride (NF3) from molten salt.

Let's take a look at the characteristics of BDD electrodes for electrolyzing organic substances.

The report shows that the BDD electrode has excellent properties in decomposing carbon dioxide (CO2) from substances subject to decomposition such as formic acid and phenol compared to conventional electrodes, and is also suitable for organic wastewater treatment applications where organic compounds are decomposed into low molecules by oxidation and reduction. is widely known.

The decomposition methods of organic matter include ① direct electrolysis, ② indirect electrolysis using OH groups generated on the electrode surface, ③ indirect electrolysis using active species such as ozone, hydrogen peroxide and peroxides inherent in the electrolyte, and ④ indirect electrolysis using OH groups generated from active species. .

BDD electrodes generate indirect reactions, so they are useful for decomposing and sterilizing low-concentration target substances.

For example, the cyan complex can be decomposed using a PbO2 electrode, but using a BDD electrode allows decomposition with a smaller amount of electricity and also reduces the size or scale of the device.

Since the decomposition potential of formic acid is lower than the O2 generation potential, the oxidation reaction can proceed easily. The BDD electrode is significantly superior in the total organic carbon (TOC) attenuation ratio corresponding to the formic acid concentration in Na2CO3 and NaHCO3 aqueous solutions.

Meanwhile, the decomposition potential of phenol (C6H5OH) is lower than the O2 generation potential, so the oxidation reaction can proceed easily. If a BDD electrode is installed in an electrolyzer on a pipe and chemical plating wastewater treatment is performed, hypophosphorous acid, phosphorous acid and organic compounds remaining on the cathode surface of the BDD electrode can be oxidized and decomposed simultaneously with metal recovery, and the concentration range that can be discharged is possible. There is an advantage in being able to reduce it.

There are many reports of tests to decompose organic substances contained in industrial water using BDD electrodes. It is noted that it reduces TOD and Chemical Oxygen Demand (COD), decomposes chelating agents and fluorine-based surfactants of non-decomposable substances, and decomposes polishing agents in plating wastewater so that they can be recovered and reused.

By using BDD electrodes, it is possible to remove and decompose nitrogen components present in fertilizers and livestock feed in soil water from the agricultural and livestock industry. It is known that it is possible to decompose pesticides and herbicides such as methamidophos, an organic phosphorus compound and environmental hormones that have a serious impact on the ecosystem.

BDD electrodes are also suitable for generating electrolytic water and ozonated water. BDD electrode is an on-site synthesis technology that replaces existing cleaning and disinfecting chemicals, eliminating the hassle of storing and managing chemicals and reducing chemical usage.

BDD electrodes are highly durable and are also used for cleaning electronic components. Acidic electrolyzed water has dozens of times more sterilizing power than sodium hypochlorite (NaClO4) because it contains more HClO that does not dissociate.

The electrode-membrane assembly consists of a strip-shaped fluororesin ion exchange membrane wrapped around a rod-shaped BDD anode and a cathode ray, which is the H2 generating electrode, and the concentration of ozone water increases as the current increases. At a Cl-concentration of 1 mol dm-3 or less, ozone water is produced, and at a Cl-concentration of 3 mol dm-3 or more, HClO is produced.

When producing HClO using a BDD electrode, the Cl- concentration is preferably 3 mol dm-3 or more.

By wrapping the membrane on the diaphragm sheet and the cathode ray around two rod-shaped BDD electrodes and using the gap between the anode and the membrane on the sheet as a flow passage, H2 gas can be separated from the cathode. Since the separate electrode maintains a high partial pressure of ozone gas, it is possible to generate disinfection water with high concentration ozone water, up to three times that of the mixed electrode.

BDD electrodes can be usefully applied to sensors for detecting pollutants, electrolytic synthesis of peroxide, sterilization wastewater treatment, recovery of valuable metals, deodorization, plating, electrodialysis, electrolytic processing, etc., and are expected to function as simple direct electrolysis and indirect electrolysis. It is confirmed that there is an advantage in building a reaction field and reaction system of highly active materials, including a cathode, a diaphragm, and an electrolyte.

Diamonds are colorless, transparent and strong, so they are used for industrial and jewelry purposes, but are also being developed and used as electrochemical electrode materials to prevent global environmental pollution and secure water resources. Diamond has a high activation energy, so it has the advantage of being durable even at high voltages.

Diamond is a semiconductor with a large energy gap, but it is highly durable and electrochemical resistance can be reduced by adding additives. Recently, Permelec Electrode developed a diamond-coated electrode coated with a diamond film and added boric acid to secure water resources. Diamond-coated electrodes are an eco-friendly electrochemical technology that oxidizes and decomposes polymeric organic substances and converts them into substances. Electrochemical decomposition has the advantage of improving the environment and securing water resources to prevent global warming.

In addition, diamond-coated electrodes generate perchlorate ions, hypochlorous acid, persulfate ions, and percarbonate ions to decompose organic matter, sterilize, bleach, and decolorize, and have high overvoltage, making them electrochemically resistant to corrosion and durable. The anode generates 10 to 300 times more ozone and hydrogen peroxide than platinum, iridium dioxide, and lead dioxide electrodes, and has a strong effect on organic matter and wastewater treatment, sterilization, and bleaching. The U.S. Food and Drug Administration is developing food storage and disinfectants using boric acid-added diamond electrodes, and is also used to develop electrolytic hexagonal water to restore human organ function.

Hydroxyl radical (OH Radical, OH-, hydroxyl radical) chemically decomposes and removes almost all contaminants to sterilize and disinfect them. It is a natural substance that is harmless to the human body and has strong oxidizing power (sterilization, disinfection, and decomposition ability) and fast sterilization speed. It is a substance that has In other words, the OH radical has an oxidizing power of 200% more than that of chlorine and 150% more than that of hydrogen peroxide, and has a sterilization rate that is 2000 times faster than ozone and 180 times faster than ultraviolet rays.

Hydroxide radicals (OH radicals) perform sterilization and disinfection, surface activation, oxidation and decomposition of decomposable organic substances, decolorization, deodorization, and detoxification, and are used in various sterilization and deodorization devices.

There are methods for generating hydroxyl radicals (OH radicals), such as using ultraviolet lamps or ozone and electrolyzing water.

The method using an ultraviolet lamp generates ozone by irradiating oxygen with ultraviolet rays with a wavelength of 184.9 nm, and then irradiates the generated ozone again with ultraviolet rays with a wavelength of 253.7 nm to photodecompose it.

The method of using an ultraviolet lamp consumes relatively much power, so the ultraviolet lamp is controlled to blink, but it is not effective because it cannot perform a sterilization function when the light is off, and miniaturization is relatively difficult due to the size of the ultraviolet lamp.

Substances that pollute the air include formaldehyde, dust, mold, benzene such as TVOC, etc., and with the improvement of living standards, the problem of pollution of surrounding air is receiving a lot of attention.

Volatile organic substances (VOC), which include benzene, formaldehyde, and dioxin, are known to emit bad odors and are harmful to the human body, including cancer-causing substances. They are also generated by activities necessary for everyday life, such as dry cleaning or small laundries, and are used in various products. Since it is discharged as a by-product during the production and processing process, it is necessary to provide a corresponding purification device.

The cheapest way to purify volatile organic substances (VOC, Vox) is by adsorbing them with activated carbon. However, as time passes, the adsorption power of activated carbon becomes saturated and the air purification ability becomes impossible, and activated carbon is replaced for purification ability. is discarded, and VOCs adsorbed on the discarded activated carbon cause environmental pollution.

When activated carbon with VOC adsorbed is heat treated or plasma treated, the VOC is desorbed (decomposed) and the activated carbon can be reused. When a catalyst is used, VOC decomposition (desorption) is easily accomplished, and the desorbed VOC is desorbed at a temperature of 250 to 300 degrees Celsius. When passed through a specific catalyst at a high temperature in the range of 100 degrees Fahrenheit, the catalyst promotes the oxidation reaction of VOC, thermally decomposes the VOC, and converts it into a safe substance such as carbon dioxide (CO2) and discharges it.

To treat VOCs that remain in an adsorbed state due to incomplete combustion during the heat treatment of activated carbon, a specific catalyst is added, referring to Korea Registered Utility No. 20-0340079, but VOC removal is insufficient, and energy consumption is required to install a heater to create a high-temperature environment. There is a risk of fire due to high temperature, and the thermal decomposition rate of VOC takes a relatively long time even if a catalyst is present. On the other hand, when VOCs are removed using plasma, a relatively large amount of energy is consumed compared to the amount of VOCs removed, so it is not efficient.

Advanced oxidation process (AOP) is a chemical treatment method or technology that removes organic or inorganic solvents in water or wastewater through an oxidation reaction using OH radicals. In reality, chemical processes using ozone (O3), hydrogen peroxide (H2O2), or ultraviolet rays (UV) are used in wastewater treatment.

As interest in energy and environment-related technologies continues to increase, water treatment technology to secure safe water resources has also developed, and the treatment of non-degradable pollutants and toxic organic pollutants, including NOX and SOX, has become a new technological field. A technology that is emerging and solves some of these problems is advanced oxidation technology or advanced oxidation process (AOP).

In the following description, advanced oxidation process and advanced oxidation technology have the same meaning and will be used selectively as appropriate to the context.

Advanced oxidation process (AOP) is a chemical water treatment technology that oxidizes and decomposes pollutants using the oxidizing agent hydroxyl radical (OH-, It can be changed to an oxidized state by -), but oxidative decomposition is impossible.

Hydroxyl radicals in advanced oxidation process (AOP) can be generated by directly applying energy such as gamma rays, high voltage discharge, or ultrasound to water molecules, and the technology for generating hydroxyl radicals by applying high voltage discharge to water molecules has been registered as a patent in Korea. It is described in No. 10-1061227 (2011. 08. 25.) ‘Hydroxy radical number and hydrogen oxygen gas generation device using underwater plasma discharge and system using the same.’

Advanced oxidation process (AOP) uses highly reactive hydroxyl radicals (*OH), etc. These chemical species are the most powerful oxidants in existence and can oxidize any compound dissolved in water, as well as diffusion control and reaction. It works through speed.

Hydroxyl radicals (*OH) actively react with various pollutants from the moment they are created, oxidizing and decomposing pollutants into small inorganic molecules very quickly and efficiently. Hydroxyl radicals (*OH) react with one or more oxidizing agents ( ozone, hydrogen peroxide, coral ion, etc.), energy sources or catalysts (ultraviolet rays, titanium dioxide, etc.), and in order to increase the yield, conditions such as dosage, sequence, and combination of reactants are very accurate and are prepared from pre-prepared and expected conditions. It has to react.

The AOP process reduces the initial concentration of pollutants from at least 5 ppb to hundreds of ppm under well-adjusted reaction conditions, and reduces total organic carbon and chemical oxygen demand. In particular, it is useful for biologically toxic or poorly decomposed substances such as aromatic compounds, pesticides, petroleum components, and volatile organic compounds dissolved in wastewater. On the other hand, when wastewater that has completed secondary treatment is used for tertiary treatment, a large amount of contaminants are converted (mineralized) into stable inorganic compounds such as water, carbon dioxide, and salt. Additionally, the toxicity and chemical contaminants of cleanly treated wastewater can be reduced and the wastewater can be sent back to the stream or conventional sewage treatment plant. In addition, it is widely used in tertiary treatment processes to remove organic and inorganic substances that are difficult to handle due to its high oxidizing power and efficiency.

There are three main chemical principles of the AOP process.

first ; Formation of hydroxyl radical (*OH).

Second: initial reaction of hydroxyl radical (*OH) to the target molecule and destruction of by-products.

Third: subsequent reactions with hydroxyl radicals (*OH) until they proceed to the final mineralization reaction.

The synthesis mechanism of hydroxyl radical (*OH) largely depends on the type of advanced oxidation process technology. For example, ozonation, ultraviolet light/hydrogen peroxide, and photocatalytic oxidation each constitute a different hydroxyl radical (*OH) synthesis pathway. .

one ; AOP based on ultraviolet rays and hydrogen peroxide

two ; Ozone-based AOP

(The second ozone molecule reacts with HO2- to produce an ozone radical anion (ozonide radical).)

three ; Photocatalytic oxidation using titanium dioxide

(When light is irradiated on the surface of the photocatalyst, excited electrons (e-) and orbitals (h-) are generated.)

The reaction steps presented here are only part of the reaction sequence.

Although there is no established theory about the detailed mechanism of the ‘three’ part, it is known that clues regarding the oxidation process of the target molecule by hydroxyl radical (*OH) have been confirmed in the reaction of the ‘two’ part.

In essence, the hydroxyl radical (*OH) is a radical molecule and acts as a highly reactive electrophile, and requires hydrogen removal and addition reactions during the initial oxidation reaction.

Below is the oxidation mechanism of benzene using hydroxyl radical (*OH).

The initial reaction of ‘two’ is an electrophilic reaction that decomposes the aromatic ring of (A) to create two hydroxyl groups (-OH) in the intermediate (C). Later, a hydroxyl radical (*OH) molecule captures the hydrogen atom of one of the hydroxyl groups (-OH) and creates a radical species (D). This compound easily rearranges into the more stable (E), which readily undergoes oxidation of the hydroxyl radical (*OH) to produce 2,4-hexadiene-1,6-dione (F).

As long as there are enough hydroxyl radicals (*OH), oxidation continues after (F) and eventually (F) is decomposed into small, stable molecules such as H2O or CO2.

Advanced oxidation process (AOP) or advanced oxidation reaction has many advantages in water treatment. One of them effectively removes organic cargoes in a water-soluble state and is efficient in capturing pollutants by converting them to another state or adsorbing them.

Due to the high reactivity of the hydroxyl radical (*OH), it reacts indiscriminately with all water-soluble pollutants and is widely used in the removal of various organic pollutants.

When some heavy metals are removed in the form of precipitated M(OH)x, disinfection is possible, thereby solving the water quality problem at once. In addition, after the generated hydroxyl radical (*OH) is reduced, the hydroxyl radical (*OH) is reduced and water (H2O) is finally generated, so no other harmful substances remain.

Advanced Oxidation Process (AOP) includes titanium oxide/ultraviolet system, hydrogen peroxide/ultraviolet system, fenton, photo-fenton and electro-fenton system, and other systems are being developed continuously. There is a situation. For example, techniques such as increasing photocatalytic properties by adding non-metallic elements to titanium oxide or increasing the production of hydroxyl radicals (*OH) by applying ultrasonic treatment.

Hot-filament chemical vapor deposition (HFCVD) is a coating technology widely used to coat diamonds. Diamond film deposition (coating) using HFCVD technology is suitable for the production of tools, machine components, electrodes, etc. It is chemically stable, has a very low coefficient of friction even in poor lubrication conditions and has the highest wear resistance even when in contact with abrasive substances. It has the characteristics of and is generally well known.

Hereinafter, the artificial intelligence fashion hair styling self-coordination unmanned room system (900) according to the present invention will be described in detail with reference to all the attached drawings, which will include a hair style hair salon (1000), a public communication network (2000), and a hair style collection server (3000). ) and a mass communication server (4000), a hairstyle terminal (5000), and an equipment code motor winding unit (6100).

The hair styling equipment (1000) is equipped with one or more hair styling equipment, operates the hair styling equipment (6000) in an operating state for the time entered through the kiosk screen or app, and removes surrounding odors, fine dust, and harmful substances. After removing the virus, fashion hairstyle image information is searched based on the user's head and hair shape obtained as an image, and fashion hairstyle coordination information is displayed as an image and provided.

The hair style salon (1000) includes a hair style desk (1010), a waste storage unit (1011), a cosmetics refrigerator (1013), a flat mirror (1015), a hair style central control unit (1100), a kiosk screen unit (1200), and a target. An image input unit (1300), a hairstyle communication unit (1400), a BD advanced oxidation process reaction unit (1500), an ultra-ultraviolet sterilization unit (1600), a hair touch command input unit (1700), an advertising screen unit (1800), and a styling belt conveyor. (1900).

Each functional part provided in the hair style hair straightener 1000 is installed and has the shape of a desk. A vertical frame 1205 is connected and installed at a right angle at the rear end of the desk surface 1012, and the desk surface 1012 and the vertical frame ( The hair styling equipment 6000 is stored in the portion where 1205) is connected to form an equipment storage box 1014 in the shape of a rectangular cylinder with an open front.

The waste loading unit 1011 is installed on one side of the lower part of the desk surface 1012 of the hairstyle desk 1010, and the desk surface 1012 consisting of the styling belt conveyor 1900 moves by driving the styling belt conveyor 1900. It has the same configuration as the trash can where foreign matter located on the upper part of the desk surface 1012 falls and is contained.

The cosmetics refrigerator 1013 is installed on the other side of the lower desk surface 1012 of the hairstyle desk 1010 and stores cosmetics at a constantly controlled temperature.

The flat mirror 1015 is installed on the front part of the vertical frame 1205 of the hairstyle desk 1010. Plane mirror 1015 is generally well known.

The hairstyling central control unit 1100 is fixedly installed on one side of the interior space of the hairstyling desk 1010, outputs corresponding control signals to each function unit provided in the hairstyling hair depot 1000, and monitors the operating status.

The kiosk screen unit 1200 is fixed and installed vertically on one side of the back wall, which is installed vertically at the rear end of the hairstyle desk 1010. It is connected to the hairstyle central control unit 1010 and displays fashion hairstyle images retrieved by the corresponding control signal. It outputs information and receives and transmits command signals by touch.

The object image input unit 1300 is fixedly installed on the upper part of the central part of the rear wall installed vertically at the rear end of the hairstyle desk 1010, is connected to the hairstyle central control unit 1010, and is connected to the subject's face and the object's face by the corresponding control signal. Take a three-dimensional (3D) image of your feet and input it.

The hairstyle communication unit 1400 is fixedly installed on the other side of the interior space of the hairstyle desk 1010, connects to the hairstyle central control unit 1010, and connects the hairstyle collection server 3000 and the hairstyle terminal 5000 by the corresponding control signal. ), but simultaneously connects using one or more than one selected communication method among the CDMA communication method, Wi-Fi communication method, and Bluetooth communication method and communicates the same content at the same time.

Here, connecting for communication means being assigned a communication channel and being able to communicate.

The BD advanced oxidation process reaction unit 1500 is fixedly installed on the upper part of the central portion of the back wall installed vertically at the rear end of the hairstyle desk 1010, is connected to the hairstyle central control unit 1010, and operates by the corresponding control signal. The incoming purified water is maintained at a certain temperature, converted into a disinfectant solution containing hydroxyl radicals, hydrogen peroxide, and ozone through electrolysis, and discharged through an advanced oxidation process reaction.

The BD advanced oxidation process reaction unit 1500 includes an advanced oxidation external case 1505, a purified water inlet 1510, a BD D housing 1520, a purified water heating unit 1530, a temperature sensor unit 1540, and a purified water filter unit ( 1550), a BBD electrode 1560, a disinfectant discharge port 1570, an inflow control valve 1580, a distributed discharge unit 1590, and a BBD electrode fixing unit 1522.

The highly oxidized outer case 1505 has a box shape with an empty interior.

The highly oxidized external case 1505 has one or more nozzles 1506 on the front through which the disinfectant solution discharged from the distributed discharge unit 1590 is dispersed and discharged, and one or more fixing grooves 1507 along the circumference on both sides. ) are formed at even intervals, and are formed on bent pieces 1503 that are each bent upward at both ends of the fixing bracket 1504, which is fixed and installed horizontally on a portion of the upper end of the vertical frame 1205, so as to provide a highly oxidized exterior. By being axially coupled to the rotation axis 1502 that rotates the case 1505, the bent piece 1503 is recessed into one of the fixing grooves 15074 to prevent the highly oxidized outer case 1505 from rotating around the rotation axis 1502. It is comprised of a fixing protrusion (1501).

Each part constituting the BD advanced oxidation process reaction unit (1500) is preferably made of a chemically stable Teflon material, and is chemically stable and has excellent physical properties. Known materials or Sus-360 series metals can be selected as needed. It can be used as

Since the disinfectant solution has the property of promoting oxidation of all living things and objects with which it comes into contact, it is relatively highly desirable that the relevant components, including containers and pipes in direct contact, be made of chemically stable Teflon material.

The purified water inlet 1510 is fixedly installed on one side of the inside of the highly oxidized external case 1505 and forms a path to receive a fixed amount of purified water from the outside. Here, the purified water is connected to a water pipe and supplied from a commercial water supply. This is included.

The BD housing 1520 connects the purified water inlet 1510 to one side of the highly oxidized external case 1505 and temporarily stores the purified water flowing from the purified water inlet 1510 in the internal cavity 1521.

It is relatively preferable that the purified water inlet 1510 and the BD housing 1520 are made of a chemically stable Teflon material, but it is quite natural that they can be made of other similar materials.

It is relatively preferable that the internal cavity 1521 has a capacity in the range of 100 to 150 milliliters (ml). It is good if the capacity is large, but the capacity is relatively sufficient to remove odors, fine dust, harmful substances, and viruses in a volume of 125 cubic meters (febe).

The BDD electrode fixing part 1522 is installed on one side of the BDD housing 1520 and attaches and detaches (couples or uncouples) the BBD electrode 1560 in a watertight state.

The purified water heating unit 1530 is fixedly installed in a coil shape in a portion of the internal cavity 1521 where the purified water is stored in the BD housing 1520 and heats the purified water by the corresponding control signal. It is relatively preferable that the purified water heating unit 1530 is configured to heat purified water using an indirect heating method.

The temperature sensor unit 1540 is fixedly installed in another part of the internal cavity 1521 of the BD housing 1520 and detects the temperature of the purified water by the corresponding control signal and transmits it to the hairstyle central control unit 1100.

The temperature sensor unit 1540 detects a state in which the temperature of the purified water flowing into the internal cavity 1521 falls below 27 degrees Celsius or rises above 28 degrees Celsius and transmits the detected state to the hair style central control unit 1100. (1100) outputs a corresponding control signal that controls the operation of the purified water heating unit (1530).

The water purification filter unit 1550 is another part of the internal cavity 1521 of the BDD housing 1520 and is fixedly installed at the water purification inlet 1510 and removes foreign substances contained in the flowing water.

The BBD electrode 1560 is installed with one end fixed at the central position of the internal cavity 1521 of the BDD housing 1520, and electrolyzes purified water according to the corresponding control signal, thereby generating hydroxyl radicals, hydrogen peroxide, and ozone to create a disinfectant solution. creates .

The BBD electrode 1560 includes an anode part 1562, an ion exchange membrane 1564, a cathode part 1566, and a BDD electrode holder 1568.

The anode part 1562 is made of a niobium rod and its surface is coated with diamond powder and boric acid to form an anode.

The anode portion 1562 has a total diameter of 1.4 to 1.6 millimeters (mm) and is formed by hot filament chemical vapor deposition of diamond powder with a diameter of 1 to 10 micrometers (um) on the surface of a niobium rod with a length of 150 to 165 millimeters. (HFCVD) is deposited for 9 to 10 hours to form a diamond coating layer with a thickness of 400 to 500 micrometers, and boric acid is coated with a thickness of 400 to 500 micrometers on the diamond coating layer to form a boric acid layer.

The boric acid layer is formed by putting the diamond layer formed into a chamber where 99.99% hydrogen gas flows at a flow rate of 532 sccm and a pressure of 100 Torr is applied, and boron trioxide (B2O3) is deposited for 10 hours, but carbon is supplied at a flow rate of 10 sccm and mixed at a ratio of boron to carbon of 10**4 ppm, and hydrogen gas is used as a carrier gas through which carbon and boron are moved.

The ion exchange membrane 1564 is configured to surround the entire exterior of the anode portion 1562 in an insulated state.

The ion exchange membrane 1564 is made of an insulating material with a thickness of 1.2 to 1.3 millimeters and has a structure that surrounds the entire exterior of the anode portion 1562.

It is highly desirable that the ion exchange membrane 1564 is made of chemically stable Teflon.

The hairstyle central control unit 1100 controls and monitors the operation power supply of 24 volts of direct current at a magnitude of 0.5 ampere between the anode unit 1562 and the cathode unit 1566.

The cathode portion 1566 wraps the entire exterior of the ion exchange membrane 1564 in a coil shape, forms a cathode, and is made of stainless steel.

The cathode portion 1566 has an outer diameter of 4 millimeters and is made of stainless steel with a diameter of 0.25 millimeters wound evenly in a spiral shape at intervals of 1.7 to 2.2 millimeters.

The BDD electrode holder 1568 is installed to fix one end of the anode part 1562 and the cathode part 1566, and a conductor electrically connected to the anode part 1562 and the cathode part 1566 is connected to the BDD advanced oxidation process. It is drawn out to the outside of the reaction unit 1500, has an overall cylindrical shape, and has threads on its outer circumference, so that it is coupled or uncoupled (detachable and attached) from the BDD electrode fixing part 1522 in a watertight state.

The disinfectant discharge port 1570 is connected to the other side of the BD housing 1520 and forms a path for discharging the disinfectant generated in the internal cavity 1521 to the outside of the BD housing 1520.

It is quite natural that the BD electrode fixing part 1522, the BD electrode holder 1568, and the disinfectant discharge port 1570 are made of chemically stable materials.

The inflow control valve 1580 is fixedly installed in a portion of the purified water inlet 1510 and controls the flow of purified water into or out of the BD housing 1520 according to the corresponding control signal from the hairstyle central control unit 1100.

The dispersion discharge unit 1590 is fixedly installed at the outlet of the disinfectant discharge port 1570 and is configured to disperse and discharge the disinfectant so that the disinfectant comes into contact with surrounding oxygen over as large an area as possible so that the advanced oxidation process occurs relatively quickly and strongly. In other words, the distributed discharge unit 1590 is configured to discharge the discharged disinfectant solution with a large surface area, and includes all generally known components of this function.

The ultra-ultraviolet sterilization unit 1600 is fixedly installed in the equipment storage box 1014 of the hairstyle desk 1010 and the chair hydraulic space 1016 where the chair is stored, and is connected to the hairstyle central control unit 1010 and operates by the corresponding control signal. Ultraviolet rays in the 315 to 400 nanometer wavelength range are output for a specified period of time.

The hair touch command input unit 1700 is connected to the hairstyle central control unit 1010 and receives a command signal by touch according to the corresponding control signal.

The advertising screen unit 1800 connects to the hairstyle central control unit 1010 and outputs advertising multimedia according to the corresponding control signal.

The styling belt conveyor 1900 is installed in the longitudinal direction on the desk surface 1012 of the hairstyle desk 1010 and functions as the desk surface 1012, and moves in an endless orbit in one direction by the corresponding control signal from the hairstyle central control unit 1100. rotate it.

The public communication network (2000) is a configuration that provides a communication path (communication channel) with a designated counterpart by switching.

The hair style collection server (3000) connects to the hair style hair salon (1000) via the public communication network (2000) and periodically connects to the mass media server (4000) to collect and record hair styling image information and use artificial intelligence to collect and record head information. Hair information and skin color information are analyzed, classified, and recorded.

The hairstyle collection server (3000) includes the wired and wireless communication department (3100), the hair fashion intensive management department (3200), the image big data recording department (3300), the artificial intelligence analysis department (3400), the fashion hairstyle DB department (3500), and the head It is composed of an image separation DB unit (3600) and a two-foot image separation DB unit (3700).

The wired and wireless communication unit 3100 simultaneously connects to the public communication network 2000 through one channel selected from a wired communication channel and a wireless communication channel or one or more selected channels, connects and communicates with a designated counterpart, and simultaneously uses one or more channels. When connected, communication signals with the same content are transmitted and received.

The hair fashion centralized management unit 3200 connects to the wired and wireless communication unit 3100 and connects to each functional unit provided in the hairstyle collection server 3000, outputs corresponding control signals, and monitors the operating status.

The image big data recording DB unit 3300 periodically connects to the mass communication server 4000 in accordance with the corresponding control signal from the hair fashion intensive management unit 3200, searches for, collects, and records fashion hairstyle images from public big data. .

The artificial intelligence analysis unit 3400 analyzes the hairstyle image recorded in the image big data recording DB unit 3300 according to the corresponding control signal from the hair fashion intensive management unit 3200, and analyzes the head, hair, and skin color of each image. Classifies and records are managed by linking the number of searches for each search to preference.

The fashion hairstyle DB unit 3500 records and manages fashion hairstyle images and preferences classified by the artificial intelligence analysis unit 3400 by skin color in response to the corresponding control signal from the hair fashion intensive management unit 3200.

The head image separation DB unit 3600 records and manages head images based on the head skeleton of each fashion hairstyle classified by the artificial intelligence analysis unit 3400 according to skin color according to the corresponding control signal from the hair fashion intensive management unit 3200.

The hair image separation DB unit 3700 records and manages hair images according to the shape of each fashion hairstyle classified by the artificial intelligence analysis unit 3400 according to skin color according to the corresponding control signal from the hair fashion intensive management unit 3200.

The mass communication server (4000) is connected via the hairstyle collection server (3000) and the public communication network (2000), extracts and provides hair styling image information of celebrities published through mass media upon request, and provides information on one or more TVs. It consists of servers for broadcasting stations, newspapers, magazines, and Internet portal sites.

The hair style terminal (5000) connects via the hair style collection server (3000) and the public communication network (2000), downloads and installs the latest version of the hair style app, connects to the hair style hair salon (1000), and uses the selected time unit. Enter the command signal operated by .

Hair styling equipment 6000 includes one or more hair dryers, perm machines, or curling equipment.

It includes an equipment cord motor winding unit 6100 that winds the wire cord that supplies operating power to the hair styling equipment 6000 in response to a corresponding control signal from the hair styling central control unit 1100.

The hair styling equipment 6000 has a built-in tilt sensor and detects the tilt value and transmits it to the hair style central control unit 1100. If the change in tilt value is not detected for more than a predetermined time, the hair styling central control unit 1100 performs the hair styling It is configured to forcibly cut off the operating power supplied to the equipment (6000).

The equipment cord motor winding unit 6100 winds the wire cord that supplies operating power to the hair styling equipment 6000 in accordance with the corresponding control signal from the hair styling central control unit 1100. When not controlled, the wire cord is pulled out in proportion to the external force.

The above configuration allows an unspecified number of people to conveniently, safely and hygienically use multiple hair styling devices provided in a limited space within a permitted time range, and removes fine dust and viruses that may be contained in the air in a limited space through BDD. It removes various odors and harmful substances from the surrounding area through advanced oxidation process (AOP) through the oxidation reaction of hydroxyl radicals (OH radicals), and artificial intelligence periodically manages search records from big data. Currently trendy fashion hair styling information. It is extracted and provided based on the user's head and hair shape at the user's request, and has the advantage of providing fashion hair styling coordination information based on the user's preferred hair styling information and user body information.

Although the present invention has been described in detail with respect to the disclosed embodiments above, it is clear to those skilled in the art that various changes and modifications are possible within the technical scope of the present invention, and it is natural that such changes and modifications fall within the scope of the appended patent claims.

900: Artificial intelligence fashion hair styling self-coordination unmanned room system
1000: Hairstyle Gode Room 1010: Hairstyle Desk
1011: Waste loading unit 1013: Cosmetics refrigerator
1015: Flat mirror 1100: Hairstyle central control unit
1200: Kiosk screen unit 1205: Vertical frame
1300: Target image input unit 1400: Hairstyle communication unit
1500: BD advanced oxidation process reaction unit 1501: Fixed protrusion
1502: rotation axis 1503: bending piece
1504: Fixing bracket 1505: Highly oxidized external case
1506: nozzle 1507: fixed groove
1510: Purified water inlet 1520: BDD Housing
1521: Internal cavity 1522: BDD electrode fixing unit
1530: Purified water heating unit 1540: Temperature sensor unit
1550: Water purification filter unit 1560: BBD electrode
1562: anode part 1564: ion exchange membrane
1566: cathode part 1568: BDD electrode holder
1570: Disinfectant outlet 1580: Inflow control valve
1590: Dispersion discharge unit 1600: Ultra-ultraviolet sterilization unit
1700: Hair touch command input unit 1800: Advertisement screen unit
1900: Styling belt conveyor 2000: Public communication network
3000: Hairstyle collection server 3100: Wired and wireless communication department
3200: Hair Fashion Intensive Management Department 3300: Image Big Data Record DB Department
3400: Artificial Intelligence Analysis Department 3500: Fashion Hairstyle DB Department
3600: Head image separation DB 3700: Head image separation DB
4000: Mass communication server 5000: Hairstyle terminal
6000: Hair styling equipment 6100: Equipment cord motor winding unit

Claims (23)

It is equipped with one or more hair styling equipment, operates the hair styling equipment (6000) in an operating state for the time entered through the kiosk screen or app, removes odors, fine dust, harmful substances, and viruses in the surrounding area, and provides images secured through images. Hairstyle Godebang (1000), which searches fashion hairstyle image information based on the user's head and hair shape and displays popular hairstyle coordination information as an image;
Connect to the hair styling salon (1000) via a public communication network (2000) and periodically connect to the mass media server (4000) to collect and record hair styling image information and collect head information, hair information, and skin color information using artificial intelligence. A hairstyle collection server (3000) that analyzes, classifies and manages records;
It is connected via the hairstyle collection server (3000) and the public communication network (2000), extracts and provides hair styling image information of celebrities upon request, and consists of one or more TV broadcasters, newspaper magazines, and Internet portal site servers. Mass communication server (4000); An artificial intelligence fashion hair styling self-coordination unmanned room system including.
According to claim 1,
A command signal to connect via the hairstyle collection server (3000) and the public communication network (2000), download the latest version of the hairstyle app, install and operate it, connect to the hairstyle hair salon (1000), and operate it in selected time units. Hairstyle terminal (5000) for inputting; An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
The method of claim 1 or 2,
The hair style hair straightener (1000) is
Each functional part provided in the hair style hair straightener 1000 is installed and has the shape of a desk. A vertical frame 1205 is connected and installed at a right angle to the rear end of the desk surface 1012, and is perpendicular to the desk surface 1012. A hairstyling desk 1010 that stores hairstyling equipment 6000 at a portion where the frame 1205 is connected and forms an equipment storage box 1014 in the shape of a rectangular cylinder with an open front;
A hairstyle central control unit 1100 that is fixedly installed on one side of the interior space of the hairstyle desk 1010 and outputs control signals to each function unit provided in the hairstyle hair salon 1000 and monitors the operating status;
It is fixed and installed vertically on one side of the rear wall installed vertically at the rear end of the hairstyle desk 1010, connects to the hairstyle central control unit 1010, outputs and touches the fashion hairstyle image information searched by the corresponding control signal. a kiosk screen unit 1200 that receives and transmits command signals;
It is fixedly installed on the upper central portion of the rear wall installed vertically at the rear end of the hairstyle desk 1010, is connected to the hairstyle central control unit 1010, and creates a three-dimensional image of the object's face and hair by the corresponding control signal. A target image input unit 1300 that captures and inputs a target image;
It is fixedly installed on the other side of the interior space of the hairstyle desk 1010, connects to the hairstyle central control unit 1010, and connects to the hairstyle collection server 3000 and the hairstyle terminal 5000 by the corresponding control signal. A hairstyle communication unit 1400 that simultaneously connects and communicates the same content through one or more selected communication methods selected from the CDMA communication method, Wi-Fi communication method, and Bluetooth communication method; An artificial intelligence fashion hair styling self-coordination unmanned room system including.
According to claim 3,
It is fixedly installed on the upper part of the central portion of the rear wall installed vertically at the rear end of the hairstyle desk 1010, is connected to the hairstyle central control unit 1010, and maintains the purified water flowing in by the corresponding control signal at a constant temperature. A BD advanced oxidation process reaction unit (1500) that converts hydroxyl radicals, hydrogen peroxide, and ozone into a disinfectant solution by electrolysis and discharges it in an advanced oxidation process reaction state;
It is fixed to the equipment storage box 1014 of the hairstyle desk 1010 and the chair pressure space 1016 where the chair is stored, and is connected to the hairstyle central control unit 1010 and emits a wavelength of 315 to 400 nanometers by the corresponding control signal. An ultra-ultraviolet sterilization unit (1600) that outputs ultraviolet rays for a specified period of time; An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
According to claim 3,
A hair touch command input unit 1700 that is connected to the hair style central control unit 1010 and receives a command signal by touch according to the corresponding control signal;
An advertising screen unit 1800 that connects to the hairstyle central control unit 1010 and outputs advertising multimedia according to the corresponding control signal; An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
According to claim 5,
A styling belt conveyor (1900) that is installed in the longitudinal direction of the hairstyle desk (1010), functions as the desk surface (1012), and rotates in an endless orbit in one direction in response to a corresponding control signal from the hairstyle central control unit (1100): An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
According to claim 5,
A waste loading unit (1011) is installed on one side of the lower part of the desk surface (1012) of the hairstyle desk (1010) and causes foreign substances on the upper part of the desk surface (1012) to move, fall, and be contained by the driving of the styling belt conveyor (1900). ;
A cosmetics refrigerator (1013) installed on the other side of the lower desk surface (1012) of the hairstyle desk (1010) and storing cosmetics at a controlled temperature;
A flat mirror (1015) installed on the front part of the vertical frame (1205) of the hairstyle desk (1010); An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
According to claim 1,
The hair styling equipment (6000) is an artificial intelligence fashion hair styling self-coordination unmanned room system consisting of a hair dryer and at least one perm or curling equipment.
According to claim 1,
an equipment cord motor winding unit (6100) that winds the wire cord that supplies operating power to the hair styling equipment (6000) in response to a corresponding control signal from the hair styling central control unit (1100); An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
According to clause 9,
The hair styling equipment 6000 has a tilt sensor built into each of them, detects the tilt value and transmits it to the hair style central control unit 1100, and the hair style central control unit 1100 detects the tilt value for more than a predetermined period of time. An artificial intelligence fashion hair styling self-coordination unattended room system that is configured to forcibly cut off the operating power supplied to the hair styling equipment (6000) if not detected.
According to claim 4,
The BD advanced oxidation process reaction unit 1500 is
A highly oxidized outer case (1505) shaped like a box with an empty interior;
A purified water inlet (1510) is fixedly installed on one side of the highly oxidized external case (1505) and forms a path for receiving a fixed amount of purified water from the outside;
A BDD housing 1520 that connects and installs the purified water inlet 1510 on one side inside the highly oxidized external case 1505 and temporarily stores purified water flowing from the purified water inlet 1510 in the internal cavity 1521. );
A purified water heating unit 1530 that is fixedly installed in a coil shape in a portion of the internal cavity 1521 where purified water is stored in the BD housing 1520 and heats purified water by a corresponding control signal;
A temperature sensor unit 1540 that is fixedly installed in another part of the internal cavity 1521 of the BD housing 1520 and detects the temperature of purified water by a corresponding control signal;
A water purification filter unit 1550 that is fixedly installed in a portion of the inside of the purified water inlet 1510 and removes foreign substances contained in the incoming purified water;
A BBD electrode that is fixedly installed at one end at the central position of the internal cavity 1521 of the BD housing 1520 and electrolyzes purified water in response to a corresponding control signal, thereby generating hydroxyl radicals, hydrogen peroxide, and ozone to generate a disinfectant solution. (1560); An artificial intelligence fashion hair styling self-coordination unmanned room system that includes.
According to claim 11,
a disinfectant discharge port 1570 that is connected to a portion of the other side of the BD housing 1520 and forms a path through which the disinfectant solution generated in the internal cavity 1521 is discharged to the outside of the BD housing 1520;
An inflow control valve (1580) that is fixedly installed at a portion of the purified water inlet (1510) and controls the inflow of purified water into or out of the purified water by a corresponding control signal;
A distributed discharge unit (1590) is fixedly installed at the outlet of the disinfectant discharge port (1570) and disperses and discharges the disinfectant solution so that an advanced oxidation process occurs when it comes into contact with surrounding oxygen;
A BDD electrode fixing part (1522) installed on one side of the BDD housing (1520) and for attaching and detaching the BBD electrode (1560) in a watertight state; An artificial intelligence fashion hair styling self-coordination unmanned room system that further includes.
According to claim 11,
The highly oxidized external case 1505 has one or more nozzles 1506 on the front through which the disinfectant solution discharged from the distributed discharge unit 1590 is dispersed and discharged, and one or more fixing grooves along the circumference on both sides. (1507) are formed at even intervals, and are formed on bent pieces (1503) each bent upward at both ends of the fixing bracket (1504) fixed horizontally to a portion of the upper end of the vertical frame (1205). The highly oxidized outer case 1505 is axially coupled to the rotation shaft 1502 that rotates, and the bent piece 1503 is recessed into one of the fixing grooves 1507 so that the highly oxidized outer case 1505 is connected to the rotation shaft 1502. ) An artificial intelligence fashion hair styling self-coordination unattended room system, characterized in that it is comprised of a fixing protrusion (1501) that prevents it from rotating around the center.
According to claim 11,
The internal cavity 1521 is an artificial intelligence fashion hair styling self-coordination unmanned room system with a capacity in the range of 100 to 150 milliliters (ml).
According to claim 11,
The temperature sensor unit 1540 is
The hairstyle central control unit 1100 controls the operation of the purified water heating unit 1530 by detecting a state in which the temperature of the purified water flowing into the internal cavity 1521 falls below 27 degrees Celsius or rises above 28 degrees Celsius. An artificial intelligence fashion hair styling self-coordination unattended room system, characterized in that it is configured to output a corresponding control signal.
According to claim 11,
The BBD electrode 1560 is
An anode part 1562 made of a niobium rod and coated on the surface with diamond powder and boric acid to form an anode;
an ion exchange membrane 1564 that surrounds the entire exterior of the anode portion 1562 in an insulated state;
A cathode portion 1566 that wraps the entire exterior of the ion exchange membrane 1564 in a coil shape and forms a cathode and is made of stainless steel;
One end of the anode part 1562 and the cathode part 1566 is fixed and installed, and a conductor electrically connected to the anode part 1562 and the cathode part 1566 is drawn out, and the overall shape is cylindrical and has an outer circumference. BDD electrode holder 1568 having a threaded portion; An artificial intelligence fashion hair styling self-coordination unmanned room system, characterized in that it consists of a configuration including.
According to claim 16,
The BBD electrode 1560 is
An artificial intelligence fashion hair styling self-coordination unmanned room system, characterized in that it is configured to supply 24 volts of direct current at a size of 0.5 ampere between the anode part 1562 and the cathode part 1566.
According to claim 16,
The anode part 1562 is
Diamond powder with a diameter of 1 to 10 micrometers was deposited on the surface of a niobium rod with an overall diameter of 1.4 to 1.6 millimeters and a length of 150 to 165 millimeters using hot filament chemical vapor deposition (HFCVD) for 9 to 10 hours. Artificial intelligence fashion hair styling self-coordination comprising forming a diamond coating layer by coating to a thickness of 400 to 500 micrometers and forming a boric acid layer by coating boric acid to a thickness of 400 to 500 micrometers on the diamond coating layer. Unmanned room system.
According to claim 16,
The ion exchange membrane 1564 is
An artificial intelligence fashion hair styling self-coordination unmanned room system, characterized in that it is made of an insulating material with a thickness of 1.2 to 1.3 millimeters and has a structure that surrounds the entire exterior of the anode part 1562.
According to claim 19,
The ion exchange membrane 1564 is an artificial intelligence fashion hair styling self-coordination unmanned room system, characterized in that it is made of Teflon.
According to claim 16,
The cathode portion 1566 has an outer diameter of 4 millimeters and is made of stainless steel with a diameter of 0.25 millimeters wound evenly in a spiral at intervals of 1.7 to 2.2 millimeters. An artificial intelligence fashion hair styling self-coordination unmanned room system.
According to claim 18,
The boric acid layer is
The diamond layer is formed by putting it into a chamber where 99.99% hydrogen gas flows at a flow rate of 532 sccm and a pressure of 100 Torr is applied, and boron trioxide (B2O3) is deposited for 10 hours, and carbon 10 Artificial intelligence fashion hair that is supplied at a flow rate of sccm and mixed with a boron to carbon ratio of 10**4 ppm, and hydrogen gas is used as a carrier gas through which carbon and boron are moved. Styling self-coordination unmanned room system.
According to claim 1,
The hairstyle collection server (3000) is
Simultaneous access to the public communication network (2000) through any one channel selected from a wired communication channel or a wireless communication channel or any one or more selected channels, connection and communication with a designated counterpart, and simultaneous access to one or more channels is the same. A wired and wireless communication unit (3100) that transmits and receives communication signals of content;
A hair fashion intensive management unit 3200 that connects to the wired and wireless communication unit 3100 and connects to each functional unit provided in the hairstyle collection server 3000, outputs corresponding control signals, and monitors the operating status;
An image big data recording DB unit (3300) that periodically connects to the mass communication server (4000) in response to a corresponding control signal from the hair fashion intensive management unit (3200), searches for, collects, and records and manages fashion hairstyle images from public big data. ;
By analyzing the hairstyle image recorded in the image big data recording DB unit 3300 according to the corresponding control signal from the hair fashion intensive management unit 3200, the head, hair, and skin color of each image are analyzed and classified, and the number of searches for each An artificial intelligence analysis unit (3400) that manages records by linking them to preferences;
a fashion hairstyle DB unit (3500) that records and manages fashion hairstyle images and preferences classified by the artificial intelligence analysis unit (3400) according to the corresponding control signal from the hair fashion intensive management unit (3200) by skin color;
A head image separation DB unit (3600) that records and manages head images based on the head skeleton of each fashion hairstyle classified by the artificial intelligence analysis unit (3400) according to the corresponding control signal from the hair fashion intensive management unit (3200) by skin color. ;
A hair image separation DB unit (3700) that records and manages hair images according to the shape of each fashion hairstyle classified by the artificial intelligence analysis unit (3400) in response to a corresponding control signal from the hair fashion intensive management unit (3200) by skin color; An artificial intelligence fashion hair styling self-coordination unmanned room system including.