KR20240058822A - Robot cleaner, purifier - Google Patents

Abstract

The present invention relates to robot cleaners, purifiers, and purifiers. These robot cleaners, purifiers, and purifiers are equipped with brushes, mops, ozone generators, negative ion generators, purifiers, IoT devices, wearable devices, sensors, buttons, cameras, notifiers, measuring devices, and controllers.

Description

Robot cleaner, purifier, purifier {Robot cleaner, purifier}

The present invention relates to robot cleaners, purifiers, purifiers, etc. having cleaning, washing, cleaning, sterilizing, disinfecting, purifying, and purifying functions.

Recently, germs, germs, contamination, dust, dust, yellow dust, heavy metals, contaminants, waste, bacteria, Viruses, fine dust, sick house syndrome, environmental hormones, formaldehyde, etc. exist in large quantities, and purification, purification, water purification, cleaning, washing, sterilization, sterilization, disinfection, quarantine, pest control, treatment, cleaning, eco-processing, etc. are required. . Currently in various fields: IT, IC, AI, VR, AR, MR, 5G, ICT, IoT, IoE, BIM, LTE, WiFi, meta, bus, device, eco, bio, semiconductor, deep learning, system, avatar, convergence. Technology, big data, cloud, wearables, metaverse, biotechnology, life technology, and 4th industrial technology are being used. It will be very beneficial if this new technology is used in the above industries, factories, fields, workshops, accident prevention, disaster prevention, work or construction, cleanliness or cleaning, etc. In order to improve the above problems, it is necessary to devise management, countermeasures, alternatives, technologies, methods, methods, methods, systems, etc. for safety, unmanned, automated, mechanized, robotized, clean, purified, sterilized, disinfected, quarantine, pest control, etc. This is the situation.

The present invention was created to solve the above problems, and uses robots, sensors, cameras, measuring devices, vacuum cleaners, purifiers, purifiers, sterilizers, disinfectors, quarantine machines, etc. to clean, purify, purify, purify, clean, clean, Sterilization, disinfection, quarantine, pest control, cleaning, unmanned, automation, mechanization, robotization, safety, systemization, high quality, observation of cleaning environment, identification of cleaning status, identification of robot status, transmission to manager, establishment of cleaning system, establishment of automatic system, quality The purpose is to build a system, quarantine system, and environmental system.

In order to achieve the above-described object, the present invention provides: a) a means, a wearable means, a band, which is worn on a robot, vacuum cleaner, purifier, purifier, etc.; b) Devices, equipment, robots, substances, materials, measuring instruments and work equipment used for cleaning; c) Sensors, buttons, lanterns, cameras, radios, notifiers, lamps, measuring instruments, batteries, controllers, generators, ozone generators, negative ion generators, purifiers, etc. provided in the above means or work equipment, etc.; d) LTE, WiFi, beacons, gateways, communication devices, communication networks, servers, clouds, processing devices, terminals, and control centers linked to the above means or purifiers; e) Hardware, software, and applications used in the above means or control centers, etc.; f) Cleaning, purification, purification, washing, sterilization, disinfection, quarantine, pest control, cleaning, management, environmental management, and quarantine management in which the above means or applications are used; g) Space, environment, factory, home, field, house, office, workshop, industrial site where the above means or management, etc. are used; h) Methods, methods and measures related to the above means or industrial sites, etc.; i) Or the above means or measures provided to people, robots, workers, managers, general managers, app users, etc.; j) A cleaning management plan, quarantine management plan, and cleanliness management plan in which the above means or measures are used; k) Automatic management system, cleaning management system, cleanliness management system, quarantine management system, safety management system that reflects the above means or cleanliness management plan, etc.; I want to devise something, or something like that.

In the present invention, a) robots, vacuum cleaners, purifiers, purifiers, sterilizers, disinfectors, quarantine devices, communication devices, communication networks, servers, terminals, clouds, big data, processing devices, etc. are designed, and b) management is performed by the above means or processing devices, etc. , cleaning management, remote management, quarantine management, environmental management, cleanliness management, cleaning environment measurement, work environment observation, cleaning video provision, live broadcasting, live streaming, cleaning status, real-time video provision, real-time information using apps, etc. , c) Unmanned, automated, robotized, improved cleaning, quarantine work, pollution prevention, environmental improvement, air purification, etc. are performed by the above means or processing devices, management or information provision, etc., and d) Finally, the above means or processing devices are efficient and systematic. It provides the effect of establishing a safety management system, etc. And a) devise optimal cleaning, cleanliness, purification, quarantine, environment, etc., b) apply the above IT and 4th industrial technologies, c) remove the above bacteria and formaldehyde, etc., and d) clean, clean. , has the effect of providing appropriate management, countermeasures, alternatives, technologies, methods, methods, methods, systems, etc. for purification, etc.

Figure 1 is a schematic diagram showing a pulse machine and a combined machine according to the present invention.
Figure 2 is a schematic diagram of a decomposer, electrolyzer, and discharger according to the present invention.
Figure 3 is a schematic diagram showing a hydrogen fuel cell according to the present invention

Claim 1 of the present invention relates to a robot vacuum cleaner, purifier, and purifier, and is equipped with a brush, cotton, cotton, fiber, rag, mop, cloth, linen cloth, woven fabric, non-woven fabric, filter cloth, absorbent cloth, and sponge at the bottom thereof, and the following 1, 2, and 3 are provided or connected. 1 refers to a) wearable means (2); Wearable means equipped with robots, vacuum cleaners, managers, or cleaners (2); b) Sensor or detector (10, 11), button or SOS button (10, 12), lantern or light (10, 13), camera or CCTV (10, 14), walkie-talkie or microphone (10) provided in the wearable means. , 15), notifier or notification light (10, 16), lamp or rear light (10, 17), measuring instrument or monitoring device (10, 18), battery or solar cell (10, 19), controller or controller (10) , 20), etc. mechanisms (10); c) the smartphone (35) of the person (30) managing the robot cleaner; d) a charger or battery (19) supplying electricity to the device (10); e) a pocket 20', a house, a case, a house, a housing, a pouch, a pocket 20' formed in the wearable means 2 to store an article or the battery 19; f) a communication device 50 linked to the device 10, smartphone 35, etc.; g) a communication network 60 linked to the communication device; h) Server 70 and cloud 70 linked to the communication network; i) Processing device 80, computing device 80, central processing unit 81, main memory that processes, calculates, stores, records, outputs, etc. data or information of the server 70, device 10, etc. device 82, auxiliary memory device 83, output device 85; j) a terminal 90 connected to the server, communication network, communication device, smartphone, etc.; etc.

Example 2 includes a) wearable means (2); Wearable means equipped with robots, vacuum cleaners, managers, or cleaners (2); b) Sensor 11, button 12, lantern 13, camera 14, radio 15, notifier 16, and measuring instrument 18, which are devices 10 provided on the front of the wearable means. ; c) a lamp 17, a camera 14, and a controller 20, which are devices provided at the rear of the wearable means; d) a smartphone (35) of the person managing the robot cleaner; e) the sensor (11), button (12), lantern (13), camera (14), radio (15), notifier (16), lamp (17), instrument (18), battery (19), controller (20), a battery (19) that supplies electricity to the apparatus (10), etc.; f) a pocket (20') formed in the means (2) into which the battery, article, article, part, device, etc. are stored; g) wires connected to the device 10, battery 19, etc.; h) a communication device 50 linked to the device 10, smartphone 35, etc.; i) a communication network 60 and a mobile communication network 60 linked to the communication device; j) Server 70, cloud 70, and cloud server 70 linked to the communication network; k) Processing device (80), computing device (80), central processing unit (81), main memory (82), auxiliary device that processes, calculates, stores, records, outputs, etc. data or information of the above servers, devices, etc. memory device (83), output device (85); ℓ) Computer (91), PC (91, personal computer), monitor (92), screen (93), mobile phone (94), tablet (94), tablet PC linked to the server, communication network, communication device, smartphone, etc. One or more terminals (90) selected from (94); etc. m) The above vacuum cleaners, purifiers, purifiers, servers, terminals, processing devices, communication devices, etc. are located in rooms, houses, buildings, offices (110), situation rooms (110), branch offices (110), field offices (110), and headquarters (120). ), control room (120), control center (120), central control center (120), headquarters office (120), etc.

Example 3 includes 1) wearable means (2); Wearable means equipped with robots, vacuum cleaners, managers, or cleaners (2); 2) a sensor 11 provided on the front or inside the wearable means; 3) Location sensor, biometric sensor, gas sensor, environmental sensor, and air quality sensor included in the above sensors; 4) a button 12 or SOS button 12 provided on the front of the wearable device and spaced apart from the sensor; 5) a lantern (13) provided on the front of the wearable device and spaced apart from the button; 6) a camera 14 provided on the front of the wearable device and spaced apart from the lantern; 7) a radio (15) provided on the front of the wearable device and spaced apart from the camera; 8) Microphone and speaker included in the radio; 9) a notifier (16) provided on the front of the wearable device and spaced apart from the radio; 10) a lamp 17 provided at the rear of the wearable means; 11) a camera 14 provided on the rear of the wearable device and spaced apart from the lamp; 12) a controller (20) provided at the rear of the wearable device and spaced apart from the camera; 13) Smartphone (35) of the person (30) managing the robot cleaner; 14) a battery 19 that supplies electricity to one or more devices selected from the sensor or smartphone; 15) a pocket 20' formed in the means in which the battery is stored; 16) Wires connected to the device and the battery; 17) a communication device 50 linked to the mechanism 10; 18) LTE, WiFi, Bluetooth, beacon 51, and gateway 52 included in the communication device 50; 19) a communication network 60 linked to the communication device; 20) A beacon (51) that recognizes the smartphone and connects the smartphone to a communication network; 21) A server 70 connected to the communication network; 22) Processing device (80), computing device (80), central processing unit (81), main memory (82), auxiliary device that processes, calculates, stores, records, outputs, etc. data or information of the above servers, devices, etc. memory device (83), output device (85); 23) A terminal 90 connected to the server or communication network; 24) PC (91), computer (91), monitor (92), screen (93), mobile phone (94), tablet (94) included in the terminal; 25) A central control center (120) equipped with the server and terminals; 26) Apps, applications, app files, applications, application files installed on the above smartphones and terminals, apps or app files that can be downloaded from the Internet or Play Store to a PC or mobile phone, etc.; 27) the mobile phone (94) communicating with the smartphone (35); 28) a radio provided on the person making the call with the radio 15 provided on the means; 29) Bands, armbands (2, 23), vests (2, 24), suspenders (2, 25), and rings (2, 29) included in the means (2); 30) An ozone device mounted on the wearable means; An anion group spaced apart from the ozone group and mounted on the wearable means; A purifier or purifier mounted on the wearable means and spaced apart from the negative ion group; etc.

Examples of the wearable means 2 according to the present invention are the same as Examples 4, 5, and 6. Here, Embodiment 4 refers to a) a wearable means (2) worn on a robot or vacuum cleaner; b) The means includes a sensor (11), a button (12), a lantern (13), a camera (14), a radio (15), a notifier (16), a lamp (17), a meter (18) and a controller (20). The mechanism 10 is mounted; c) provided with a battery (19) connected to the device (10); d) Equipped with a communication device 50 linked to the mechanism; e) a communication network 60 is connected to the communication device; f) the server 70 or cloud server 70 is connected to the communication network; g) the terminal 90 is connected to the server or communication network; etc., etc.

Example 5 shows a) a wearable means (2) worn on a robot or vacuum cleaner; b) the front surface (3) of said means is equipped with a sensor, button, lantern, camera, radio and notification device (10); c) a lamp, a camera and a controller mechanism (10) are provided at the rear (4) of said means; c) the person 30 is equipped with a smartphone 35; d) equipped with a battery that supplies electricity to the device; e) a pocket 20' in which the battery is installed is formed in the means; f) a wire is connected between the device and the battery; g) A communication device 50 is linked to the device and the smartphone; h) A communication network or mobile communication network 60 is connected to the communication device; i) A server or cloud server 70 is connected to the communication network; j) one or more terminals 90 selected from among a computer 91, a monitor 92, a screen 93, a mobile phone 94, and a tablet 94 are connected to the server or communication network; k) the server and terminal are provided in the central control center (120); etc., etc.

Example 6 includes 1) a wearable means (2) worn on a robot or vacuum cleaner; 2) a sensor (11) is provided on the front (3) or inside the means; 3) The above sensors include location sensors, biometric sensors, gas sensors, environmental sensors, and air quality sensors; 4) A button or SOS button (12) is provided on the front side (3), spaced apart from the sensor; 5) A lantern (13) is provided on the front side and spaced apart from the button; 6) A camera 14 is provided on the front side and spaced apart from the lantern; 7) A radio 15 is provided on the front side and spaced apart from the camera; 8) the radio includes a microphone and a speaker, and 9) an annunciator (16) is provided on the front (3), spaced apart from the radio; 10) a lamp (17) is provided at the rear (4) of the means (2); 11) A camera (14) is provided at the rear (4) of the means (2) and spaced apart from the lamp; 12) A controller 20 is provided at the rear of the means and spaced apart from the camera; 13) The person 30 is equipped with a smartphone 35; 14) Equipped with a battery 19 that supplies electricity to one or more devices 10 selected from the sensors, buttons, lanterns, cameras, radios, notifiers, lamps, measuring instruments, controllers, and smartphones; 15) A pocket 20' is formed in the means in which the battery is embedded; 16) Connect the wire between the device and the battery; 17) A communication device 50 is connected to the mechanism; 18) The above communication devices include LTE, WiFi, Bluetooth, and gateway; 19) A communication network 60 is connected to the communication device; 20) Equipped with a beacon (51) that recognizes the smartphone and connects the smartphone to a communication network; 21) Server 70 is connected to the communication network; 22) A processing device 80 that processes information, images, and data is connected to the server 70; 23) The terminal 90 is connected to the server or communication network; 24) The terminal 90 includes a computer 91, a monitor 92, a screen 93, a mobile phone 94, and a tablet 94; 25) The server and terminal are provided in the central control center (120); 26) Installation of applications or application files on the smartphone and terminal; 27) The smartphone 35 and the mobile phone 94 communicate; 28) a radio call provided in the means and a radio provided in the central control center; 29) The means (2) includes a helmet (21), a vest (24), suspenders (25), a wristband (26), a watch (27), work shoes (28), and a safety ring (29); 30) The means (2) is provided with a magnetic device; 31) An ozone device is provided in the center 120; 32) The center is provided with an anion group spaced apart from the ozone group; 33) A purifier is provided in the center and spaced apart from the negative ion group; etc., etc.

The means of the present invention, helmets, glasses, armbands, clothing, clothing, vests, suspenders, bands, wristbands, watches, safety shoes, safety rings, drones, devices, equipment, facilities, objects, all things, living things, equipment, Device, device, mechanism, robot, animal, space, world, work, business, construction, sensor, button, lantern, camera, radio, notifier, lamp, measuring instrument, battery, controller, pocket, purifier, purifier, Quarantine equipment, communication means, communication networks, servers, processing devices, terminals, mobile phones, smartphones, measuring instruments, displays, field means, wearable means, safety management systems, etc. are means (2), helmets (2, 21), hats, glasses ( 2, 22), goggles, armband (2, 23), band, clothing, clothing, vest (2, 24), suspenders (2, 25), band, X-band, wristband (2, 26), watch (2) , 27), watch, safety shoes (2, 28), work boots, safety hook (2, 29), wearer (2, 10), wear (2, 10), device, drone (42), airplane, device, Equipment (41), facilities, facilities, objects, all things, creatures, people, human beings, objects, substances, materials, materials, devices, instruments, devices, instruments, robots (30), animals (30) , avatar, metaspace, bus world, metaverse (97), metaverse space (100), virtual space (100), virtual world (100), work, work, manufacturing, production, construction, construction, architecture, construction, Sensors (10, 11), buttons (10, 12), lanterns (10, 13), cameras (10, 14), radios (10, 15), notifiers (10, 16), lamps (10, 17), Measuring instrument (10, 18), battery (10, 19), controller (10, 20), pocket (20'), pouch, purifier (43), purifier, sterilizer, disinfector, quarantine device, cleaning device (43), communication means (50), communication network (60), server (70), processing device (80), terminal (90), PC, computer, monitor, screen, mobile phone (94), smartphone (35), measuring instrument (18), display , it may be a field means (40), a wearable means (2), a safety management system (1), or a complex means combining two or more of these.

The above means and safety management systems include IT, 5G, 3D, 4D, Al, IC, VR, AR, MR, DX, ICT, NFT, IoT, IoE, AIoT, SNS, BIM, LTE, WiFi, safety, relief, Save, safe, automatic, auto, robot, mobile, unmanned, manned, wireless, wired, device, eco, green, clean, purification, sterilization, disinfection, quarantine, control, care, beacon, electricity, electronics, communication, information, Universal, remote, remote, intelligence, bit, code, pulse, signal, field, measurement, control, instrumentation, chemistry, physics, biology, health, care, artificial, logic, knowledge, intelligence, nano, chip, sensor, device, Pendulum, substrate, module, circuit, twin, smart, mobile, portable, internet, digital, deep learning, bio, microorganism, data, semiconductor, computer, memory, silicon, wafer, control, system, wearable, soft, flexible, meta , bus, metaverse, avatar, cyber, artificial intelligence, process, micro, robotics, big data, cloud, monitoring, analog, program, block chain, autonomous driving, automatic control, automatic monitoring, remote management, remote operation, remote control , transistor, hybrid, intelligent, remote control, telematics, 3D, 4D, telematics, meta, verse, save, safe, smart, safety, wearable, flexible, wearable technology, PTT (Push To Talk), Watcher, PIP( picture in picture), convergence technology, biotechnology, biotechnology, 4th industrial technology, one of the above means or a safety management system, etc. may be applicable, or, etc. The means or safety management system, etc., also include the means or safety management system that has the functions or performance of the IT or 4th industrial technology. Based on the above, a safety management system based on one of the IT and 4th industrial technologies, a safety management system based on one of the IT and 4th industrial technologies, a safety management system with the functions of one of the IT and 4th industrial technologies, etc. This is possible. An ending, modifier, prefix, etc. of one of the IT or 4th industrial technologies may be placed in front of the term such as the means or safety management system.

The IoT refers to a) IoT, Internet of Things, Internet of Things, Internet of Things, things that use the Internet, things that communicate with the Internet, things that are equipped with Internet communication, things that communicate wirelessly, and things that communicate through the Internet. Sharing, exchanging information between objects by connecting them to the Internet, controlling them with a smartphone, having a conversation between objects, a technology or environment that attaches a sensor to an object and exchanges data over the Internet in real time, short distance of NFC Home appliances that utilize wireless communication (Near Field Communication), home appliances check temperature in real time, perform product diagnosis and power saving management, smart bracelets for health management, a path for communication between objects, a common connection between objects A language that can be used, a path through which objects can communicate with each other, sensors and speakers mounted in facilities to collect information, information data acquired in real time to inform the head office, sensors installed in offices and home appliances and connected to the Internet, Attaching sensors to garbage to determine the movement path of garbage, object intelligence communication base, creation engine, foundational technology for a hyper-connected society, service and next-generation Internet, the Internet of Objects or Internet of Objects, information created by objects An environment where information is shared through the Internet, USN (Ubiquitous Sensor Network), M2M (Machine to Machine), Intelligence Buildings, GSMA (Global System for Mobile Communications Association), the Internet where sensors are used, information collected, processed, and Supports an environment for managing and implementing information as a service, enabling devices connected to the Internet to exchange information with each other and communicate autonomously through Bluetooth, near-field communication (NFC), sensor data, and networks. Exchange information such as temperature, humidity, location, and heat between objects; check the operation status or malfunction of the equipment by placing a smartphone on the equipment equipped with an NFC chip; b) Sensing technology, wired and wireless communication and network infrastructure, IoT service interface technology; c) Wired and wireless communication and network infrastructure technologies such as short-distance communication technology (WPAN, WLAN, etc.), mobile communication technology (2G, 3G, 4G, etc.), and wired communication technology (Ethernet, BcN, etc.); d) A device that collects signals generated internally and externally, such as light, sound, temperature, and chemicals, by sensors, and analyzes them in a scientific manner to determine various internal and external conditions; e) Or, this includes conversations between objects based on information from tangible objects and the surrounding environment, such as heat, gas, illumination, temperature, humidity, and ultrasonic sensors, as well as remote sensing, SAR, radar, location, motion, and video sensors. The IoE is the Internet of Everything, etc., and its explanation is similar to the IoT above, with IoE's everything replaced instead of IoT's things.

a) means, devices, equipment (41), devices, instruments, drones (42), aircraft, trucks, dozers, cranes, excavators, tower cranes, objects, substances, materials, materials, members, objects, things, etc. of the present invention; Creature, body (30), person (30), body (30), body (30), robot (30), animal (30), avatar (30), factory (100), field (100), space, ground , underground, underground, slope, slope, tunnel, road, retaining wall, bridge, port, subway, facility, building (101), material, work, manufacturing, construction, construction, building, structure, worker (30), worker, manager (31), manager (32), user (33), purifier, purifier, cleaner, washer, cleaner, sprayer, sterilizer, disinfector, quarantine machine, pest control machine, ozone machine, negative ion machine, magnetic device, purification device, disinfection device, sterilization Devices, construction equipment, manufacturing equipment, production equipment, factory equipment, field equipment, helmets, glasses, armbands, clothing, vests, bands, suspenders, watches, watches, shoes, safety shoes, safety rings, wearables, objects, accessories, Sensors, buttons, lanterns, cameras, radios, notifiers, lamps, measuring devices, batteries, controllers, pockets, communication means, communication networks, servers, processing devices, terminals, cell phones, smartphones, measuring devices, displays, headquarters, branch offices, offices ( 110), control center (120), field means (40), wearable means (2), safety management system (1); b) One of the above, front, back, left, right, top, middle, bottom, door, window , belt, shoulder belt, one side, two sides, one side, both sides, upper, lower, top, bottom, tip, podium, one side, other end, both ends, pocket, fiber, material, nearby, nearby, entrance, main gate, entrance, exit, doorway, turnstile, separation area , contact part, connection part, joint part, connection part, pocket, hollow part, border, edge, 1, 2, 3, 5, 10, 20, 30, 50, 100, multiple, 2 More than one, more than one set, one point, two points, three points, more than two points, two points, multiple points; The back includes 1) sensor (11), button (12), lantern (13), camera (14), radio (15), notifier (16), lamp (17), instrument (18), battery (19), Controller (20), pocket (20'), instrument (10), device, speaker, microphone, measuring instrument (18), measuring instrument, measuring instrument, tracker, helmet (21), glasses (22), armband (23), clothing, Vest (24), band, suspenders (25), wrist band (26), watch (27), safety shoes (28), hook, safety ring (29), wearing device (10), wearing device (10), attachment device (10), attachment (10), field means (40), wearable means (2), airbag, heater, cooler, wire, carbon wire, heating element, heating wire, heating wire, tracker, platform, smartphone (35), GPS, GIS , card, tag, tag, ID card (identity card, identification card), ID tag, identity card, communicator (50), communication network (60), server (70), processing device (80), interface, location tracking System, remote control system, authentication system, terminal (90), PC (91), computer (91), monitor (92), screen (93), mobile phone (94), tablet (94), display; 2) The above means or safety management system; 3) Complex means combining two or more of the above means or safety management systems; It is possible to use, use, apply, provide, configure, mount, install, position, wear, settle, mount, merge, coalesce, connect, link, etc. The means, safety management system, sensor, display, etc. can be used or linked in one, two, three, multiple, two or more ways. The object worn or attached to the means or safety management system may be the sensor or display.

The wearable refers to a) wearing, wearing, putting on, putting on, equipping, constructing, holding, positioning, mounting, fixing, wear, wearable, wear, wearable, cover, covering, covering, covering, covering, putting on, writing, kicking, To wear, to wear, to wear, to wear on the body, to wear on the head, to wear on the wrist, to hang, to hang around the neck; b) or body, hair, head, shoulders, chest, upper body, lower body, waist, hand, foot, arm, neck, wrist, face, face, leg, person, human, figures, object, body, body, robot, animal , wearing or hanging the above on avatars, thighs, accessories, androids, virtual humans, etc.; etc. are applicable. The above people, humans, robots, avatars, etc. are people, humans, robots, avatars, androids, virtual humans, virtual human, robot, mechanical man, cyborg, cyber human, people existing in the real world, virtual people existing in the virtual world. It can be a human, etc.

The wearable means (2) includes a) helmet (21), hat, cap, cap, hat, clothing, clothing, vest (24), pants, top, bottom, dress, work clothes, work clothes, armband (23) , straps, boots, shoes, shoes, work boots (28), safety shoes, bags, bags, packs, backpacks, bands, wrist bands (26), waist bands, shoulder bands, pants bands, suspenders (25), belts, seat belts , leather belt, waist belt, watch (27), watch, ring, earring, ring, ring, earring, gloves, glasses (22), goggles, glasses frame, hanger, necklace, earrings, protective gear, protective gear, wearing device, attachment device, wear, attachment, means worn on a person, device worn on a person, device worn on a person, article worn on a person, attachment attached to a person, attachment attached to a person, something to wear, thing to wear , device, wearable device, pin, hairpin, hook, suspender ring, safety ring (29), safety ring connected to the waist band, safety ring connected to the string connected to the waist band, loops are formed on both sides of the string and one side A safety ring whose ring is connected to the worker's waist band and the ring on the other side is connected to a high-rise safety bar; b) the helmet or safety ring worn on a person or object; c) or the helmet or safety ring provided for a person, human, robot, animal, avatar, object, all things, living things, material, material, facility, building, work, manufacturing, construction, construction, construction, etc.; d) Or the helmet or safety ring, etc., such as the IT or wearable, worn or hung, etc. The wearable means (2) is a) person (30), body, human body, body, object, all things, worker (30), worker (30), avatar (30), manager (31), manager (32), app User (33), material, material, facility, drone (42), equipment (41), work, manufacturing, construction, construction, construction; b) The body, arms, hands, eyes, nose, ears, mouth, neck, feet, legs, shoulders, chest, waist, head, hair, face, forehead, hips, knees, ankles, buttocks of the above-mentioned person or app user, etc. , calves, fingers, toes; It can be used, used, worn, attached, mounted, provided, mounted, etc.

The bands include bands, bands, belts, suspenders, wrist bands (26), diagnostic bands, examination bands, shoulder bands, These include safety bands, communication bands, smart bands, blood pressure check bands, pulse check bands, body temperature check bands, health check bands, and composite bands that combine two or more of these. The rings include rings, hooks, hooks, safety rings (29), smart rings, rings with ropes, rings worn by workers, rings (29, 292) mounted on the line (293) connected to the suspenders (25), and waist bands. A ring mounted on a line connected to a rope, a ring 29, 292 that is hung on the safety belt 294 while mounted on a line 293 connected to the suspenders 25, and a line 293 connected to the worker's suspenders 25. A ring 292 is hung on the safety bar 294 provided in the building, and is attached to the tip of the line 293 connected to the suspenders 25 of the worker 30 and connected to the safety line 294 provided on the roof of the building. This includes rings (29, 292), and composite rings in which two or more of them are combined.

The above sensors include sensors, elements, lenses, beacons, kits, wires, measuring instruments, measuring instruments, sensor phones, phone sensors, cables, location sensors, altitude sensors, latitude sensors, longitude sensors, barometric pressure sensors, motion sensors, biometric sensors, and health sensors. , human body sensor, gas sensor, environmental sensor, kit sensor, air quality sensor, electrical sensor, electronic sensor, communication sensor, wireless sensor, wired sensor, piezoelectric sensor, measurement sensor, measurement sensor, optical sensor, wire sensor, cable sensor, portable Sensor, wireless measurement sensor, wired measurement sensor, chip, sensor chip, sensing chip, location chip, motion chip, biological chip, gas chip, environmental chip, air quality chip, sensing chip, location sensing chip, ID chip, GPS chip, recognition Chip, motion sensing chip, biometric sensing chip, gas sensing chip, environmental sensing chip, air quality sensing chip, code, barcode, ID code, tag, tag, ID tag, identification tag, tracker, tracker sensor, cell phone, cell phone sensor, sensor , multiple sensor, gauge, stress gauge, strain gauge, ID sensor, RFID sensor, NFC sensor, MEMS sensor, IR sensor, FOD sensor, PIR sensor, UWB sensor, IMU, CMOS sensor, IoT sensor, ICT sensor, GPS (global positioning system), INS (inertial navigation system), biosensor, multi-type sensor, multi-sensor, light sensor, heat sensor, optical sensor, wave sensor, magnetic sensor, heat sensor, detection sensor, water leak detection sensor, vibration sensor, Vibration sensor, concentration sensor, luminescence sensor, light source sensor, element sensor, temperature sensor, humidity sensor, pressure sensor, stress sensor, strain sensor, displacement sensor, sound sensor, signal sensor, flow sensor, magnetic sensor, sound sensor, taste sensor , olfactory sensor, device sensor, equipment sensor, sound wave sensor, fiber sensor, optical fiber sensor, infrared sensor, far infrared sensor, thermal image sensor, ultrasonic sensor, camera, infrared sensor, near infrared sensor, ultraviolet sensor, digital camera, various sensors, CDS Sensor, compass sensor, altimeter sensor, tilt sensor, triaxial tilt sensor, crack sensor, wire sensor, vibrating wire sensor, stress sensor, load sensor, millivolt sensor, displacement sensor, optical displacement sensor, complex sensor combining two or more of these, etc. (11) is applicable.

The sensor performs sensing, measurement, instrumentation, observation, observation, detection, identification, monitoring, remote sensing, wireless sensing, unmanned sensing, automatic sensing, remote sensing, etc. And the sensor is a) location, altitude, height, latitude, longitude, depth, depth, coordinates, GPS, barometric pressure, slope, motion, action, phenomenon, anomaly, movement, movement, behavior, action, fall, falling, movement, collapse, body, living organism, health, health, gas, pollution, oil, oil, environment, cleanliness, purification, sterilization, disinfection, aeration, reaction, coagulation, precipitation, filtration, concentration, contamination concentration, gas concentration, pH, ORP, oxidation-reduction potential, oxidation-reduction potential, pollution level, light, heat, light, wave, short wave, long wave, wave, magnetism, electricity, power, voltage, current, magnetic field, sound, signal, sound, sound wave, image, Filming, recording, transmission, broadcasting, broadcasting, reception, storage, recording, scanning, input, output, unmanned, manned, luminescence, light source, UV, ultraviolet rays, infrared, far infrared, elements, taste, smell, smell, odor, thermal imaging , ultrasound, water quality, air, air quality, risk, danger, weather, climate, atmosphere, wind speed, wind direction, water, flow, quantity, water leak, leak, leak, water level, waterproofing, pipe, pipe, pipe, water pipe, pipe leak , membrane leak, pipe leak, water barrier leak, water pipe leak, temperature, humidity, body temperature, water temperature, water surface, underwater, water level, electrical conductivity, electrical resistivity, pollution concentration, shock, vibration, earthquake, noise, fall, force, weight , weight, load, stress, pressure, compression, strength, stiffness, tensile, draw, draw, heat, volume, length, area, strain, displacement, slope, inclination, inclination, facility inclination, building inclination, function, performance, material , materials, materials, objects, things, all things, living things, access, human access, animal access, fatigue, destruction, breakage, damage, defacement, destruction, fall, destruction, non-destruction, fire, flame, disaster, power outage, air conditioning, air conditioning , heating, speed, velocity, acceleration, 3-axis acceleration, gyro, brain wave, EEG (electroencephalogram), body temperature, respiration, pulse, blood pressure, heart rate, heart rate, heart disease, electrocardiogram, heart diagram, ECG (electrocardiogram), tracking, equipment, device, mechanism, person, human, robot, animal, worker, worker, person, job, business, work, manufacturing, production, construction, construction, construction, blasting, drilling, earthwork, cutting, filling, storage, mixing, Pressurizing, pumping, spraying, pouring, injection, laying, packaging, compaction, curing, dismantling, sorting, separation, crushing, pulverizing, classification, sensing, instrumentation, observation, measurement, surveying, testing, analysis, ground, underground, underground, slope, land, landform, facilities, fixtures, building, tunnel, road, bridge, retaining wall, subway, structure, anchor, bolt, rockbolt, nailing, rebar, concrete, reinforcement, quantity, quantity, capacity, workload, workload, Manufacturing volume, construction volume, earthwork volume, Glonass, gas leak, oxygen shortage, worker collapse, helmet, vest, wearable means, whether or not to wear a safety helmet, whether or not to wear wearable means; b) the amount or degree of one of the above positions or whether the wearable means is worn; c) a composite of two or more of the above positions and amounts; It involves measuring, sensing, measuring, observing, observing, detecting, detecting, identifying, monitoring, etc.

The cameras include cameras, cameras, camera cameras, recorders, cams, webcams, home cams, field cams, camcorders, recorders, broadcasters, broadcasting stations, cell phones, cell phone cameras, pen cameras, watch cameras, mini cameras, button cameras, field cameras, and field CCTV. , field camera, wearable camera, wearable CCTV, IP (internet protocol address) CCTV, LTE CCTV, CCTV camera, mobile camera, mobile camera, mobile CCTV, mobile broadcaster, mobile broadcasting station, mobile camera, mobile camera, mobile broadcaster, mobile broadcasting station , LED camera, LTE camera, portable LTE-CCTV, AI camera, snap camera, wireless camera, camera, camcoder, recorder, wireless camera, wired camera, video camera, digital camera, analog camera, thermal imaging camera, infrared camera, endoscope Camera, continuous shooting camera, HD camera, Full HD camera, rotating camera, angle-adjustable camera, angle rotating camera, camera with wide-angle lens, camera with CMOS sensor, 2M pixel camera, DSLR camera, mirrorless camera, tripod cam, tripod cam , a cam mounted on a tripod, a cam mounted on a tripod, a camera capable of wireless transmission, a camera capable of capturing video and wirelessly transmitting the captured video, a camera that captures video and wirelessly transmits it in real time, the sensor or controller, etc. This includes cameras with a combination of two or more cameras, etc. (14). The camera is capable of shooting, recording, storing, transmitting, transmitting, receiving, editing, etc., and also has a black box function, 140° wide-angle rotation, 180° wide-angle rotation, shooting without blind spots, Full HD, and front camera using dual cameras ( It has features such as simultaneous shooting on the 3) and rear (4) sides, real-time video transmission without delay, and call support. The pixel is a picture element, a point of light and dark in the smallest unit that constitutes a screen in television or transmitted photos, a compound word of picture and element, the higher the number, the higher the picture quality, the digital image. Resolution is expressed in ppi (pixels per inch), which is a numerical expression of how many pixels exist in 1 inch.

The above phones, smartphones, communication devices, communication networks, servers, processing devices, terminals, PCs, computers, platforms, monitors, screens, cell phones, metaverses, displays, etc. are equipped with apps, applications, platforms, processing devices, etc. It can be mounted, downloaded, downloaded, downloaded, stored, embedded, connected, linked, etc. The above apps are a) apps, applications, PC apps, Nob Book apps, tablet apps, phone apps, cell phone apps, smartphone apps, applications, application cables, mobile apps, field apps, factory apps, branch apps, head office apps, worker apps, and administrators. App, manager app, avatar app, metaverse app, worker cell phone app, manager cell phone app, manager cell phone app, App, Appl, Application, abbreviation for application, abbreviation for smartphone application, run on the computer's operating system All available application software, map apps that provide directions, transportation-related apps that tell you the subway or bus arrival time, healthcare apps that check your health status, SNS apps that connect people online, download to your mobile phone or smartphone, etc. Applications that can be downloaded and used, various applications developed for user convenience on operating systems such as smartphones or tablet PCs, application software downloaded and used on mobile devices such as smartphones or tablet PCs, and smartphone applications. Application software downloaded and used from the app store, an online market; b) Or apps supplied from Store, One Store, Google Store, Play Store, etc.; c) Or apps downloaded from the Store, One Store, Google Store, Play Store, etc. to PC, smartphone, etc.; etc. are applicable.

In the present invention, a) a magnetizer (431), a magnetic field (431), a vibrator (432), an exciter, an ozone generator (433), an anion generator, a purifier, a purifier, a water purifier, a water softener, a cleaner, a washer, and a sterilizer (434). , sterilizer, quarantine machine, pest control machine, decomposer, electrolyzer (electrolyzer), discharger (electric discharge machine), piezoelectric (piezoelectric, 435), thermoelectric (Peltier, 436), incubator, fermenter, humidifier, dryer, heater, cooler, Cooler, fogger, condenser, propagator, sonicator, ultrasonicator, inductor, pulser, aerator, impulse machine, sprayer, vortexer, cavitation machine, reactor, flocculator, precipitator, filter, filter, demister, Eliminator, thermistor, mist machine, diode, wave machine, solenoid, magnetron machine; b) Magnetization (441), magnetic field generation (441), vibration (442), excitation, ozone sterilization (443), negative ion disinfection, cleanliness, purification, water purification, soft water, cleaning, washing, sterilization (444), disinfection, quarantine, Control, decomposition, electrolysis (electrolysis), discharge (electric discharge), piezoelectricity (445), thermoelectricity (446), culture, fermentation, humidification, drying, heating, cooling, cold temperature, mist generation, condensation, radio wave generation, sound wave generation. , ultrasonic vibration, electromagnetic induction, pulse generation, aeration, impulse generation, spraying, vortex, cavitation, reaction, coagulation, precipitation, filtration, filtering, moisture removal, dust removal, thermal variable resistance generation, mist generation, light emission, wave generation, Magnetic field generation, microwave generation; c) magnetized material (441), magnetic field (441), vibrating material (442), excited water, ozone (443), ozone water, anion, anionic water, clean water, purified water, purified water, soft water, washed water, Cleaning material, sterilization material (444), disinfection material, quarantine material, pest control material, decomposition material, electrolyte (electrolyzate), discharge material (electrical discharge material), piezoelectric material (445), thermoelectric material (446), culture material, fermentation Water, humidifier, dried material, heated material, cooled material, hot and cold water, mist, condensate, electric wave, sound wave, ultrasound, electromagnetic, pulse, aerated material, impulse, jet, vortex material, cavitation material, reactant, condensate, precipitate. , filtrate, filter material, moisture, water droplets, thermal variable resistance, mist, luminous material, wave, hexagonal material, magnetic field material, microwave; d) Treatment, magnetization treatment (441), magnetic field treatment (441), vibration treatment (442), excitation treatment, ozone treatment (443), negative ion treatment, cleaning treatment, purification treatment, water purification treatment, soft water treatment, cleaning treatment, washing Treatment, sterilization treatment (444), disinfection treatment, quarantine treatment, pest control treatment, decomposition treatment, electrolytic treatment, discharge treatment, piezoelectric treatment (445), cold and hot treatment (446), culture treatment, fermentation treatment, humidification treatment, drying treatment, Heat treatment, cooling treatment, cold treatment, mist treatment, condensation treatment, radio wave treatment, sonic treatment, ultrasonic treatment, electromagnetic treatment, pulse treatment, aeration treatment, impulse treatment, spray treatment, vortex treatment, cavitation treatment, reaction treatment, flocculation treatment. , precipitation treatment, filtration treatment, filter treatment, demister treatment, eliminator treatment, thermal variable resistance treatment, mist treatment, luminescence treatment, wave treatment, magnetic field treatment, microwave treatment; e) a combination of two or more of the above (440), processing, complex (430), complex action, complex, complex processing; f) one of the magnetizer or complex processing function (440), functional group (430), functional material (440), or functional processing (440); It is possible to use, use, apply, provide, place, inject, put in, generate, create, supply, provide, spray, etc. the lights (430, 440) or the lights (430, 440).

The ozone group 433, anion group, etc. are a) a device that generates, generates, forms, radiates, spreads, irradiates, emits, etc. ozone, anions, etc., or b) or is a device that is spaced apart from a certain plate and faces it. Consisting of objects such as needles, chips, brushes, electrodes, needles, carbon wires, carbon brushes, etc., the plate is an anode and the object is a cathode, connecting a wire to the plate and the object, applying electricity to the wire, and applying the electricity. This includes the generation of ozone or negative ions from the plate and the object, the generation of negative ions from the plate, and the generation of ozone between the plate and the object. The plate and object can be equipped with the sensor or measuring device. The purifier, purifier, washer, washing machine, sterilizer 434, sterilizer, quarantine machine, pest control machine, etc. are devices that perform cleaning, purification, cleaning, washing, sterilization, disinfection, quarantine, and pest control. These devices may include or be connected to lights, lights, LED lights, containers, mixers, pumps, pressurizers, hoses, filters, nozzles, sprayers, misters, cyclones, etc.

The decomposer, electrolyzer, electrolyzer, incubator, fermenter, etc. a) water, liquid, material, H ₂ O, waste water, fresh water, sewage, sea water, salt water, sea water, food, microorganisms, waste, virus, bacteria, etc. It is a device that decomposes, cultivates, ferments, rots, electrolyzes, etc., or b) or a container; An anode, a cathode, a heater, a heater, an air inlet, and an oxygen inlet mounted therein; A separator provided in the middle of the container, a wire connected to the anode and the cathode, and a power supply connected to the wire; The container or power supply equipped with the sensor or measuring device, etc.; It may be composed of etc. The device generates H ₂ , O ₂ , CO ₂ , H ⁺ , OH ^- , Na ⁺ , Cl ^- , NaOCl, OH radicals, cells, cells, microorganisms, ions, positive ions, gas, electricity, etc. The above discharger, electric discharger, etc. are devices that perform discharge, shorting, shorting, spark, electric discharge, arc discharge, corona discharge, etc. The device is a container; Electrodes inside it; A wire connected to the container; A wire connected to the electrode; A power supply connected to the wire; It may be composed of etc.

The piezoelectric device is a piezoelectric device (435), a piezoelectric device, a piezoelectric device, a piezoelectric device, a piezoelectric device, a piezoelectric element, a piezoelectric sensor, a piezoelectric generator, a piezoelectric vibrator, a piezo device, a piezo device, a piezo device, a piezo device, a piezo-electric tool, a piezo. -electric device, piezoelectricity device, device that generates electrical energy, piezoelectric device that generates electricity through the piezoelectric effect, device using a piezoelectric element, vibrator of a piezoelectric element that vibrates when pressed, piezoelectric that generates electricity when pressed A generator of an element, a device that generates electricity by applying pressure to a certain type of crystal plate, a device or crystal that generates electricity in proportion to the pressure when pressure is applied in a certain direction, and an external force is applied to both sides of the plate when pressure is applied to the crystal plate in a certain direction. A device or crystal plate that generates piezoelectricity of positive and negative charges proportional to the This includes a piezoelectric device that performs the magnetization or function, and a piezoelectric device that performs the magnetization or function processing, etc. 435. The word piezo means pressure.

The piezoelectric element includes a piezoelectric element, a piezoelectric element, a piezoelectric element, a piezoelectric element, a piezoelectric transducer, an element with a piezoelectric effect, an element that integrates electrical conversion, an element that exhibits a piezoelectric phenomenon, and a crystal plate of some kind. A device in which positive and negative charges proportional to the external force appear on both sides of the plate when pressure is applied to the plate in a certain direction. The piezoelectricity that appears in a single crystal plate is weak, but the amount increases significantly when multiple sheets are overlapped while inserting metal foil. , The crystal plate has its own vibration, and when elastic vibration and electric vibration match, it combines with piezoelectricity to produce stronger vibration. When mechanical pressure is applied, voltage is generated, and when voltage is applied, mechanical deformation occurs. A device with the phenomenon of external force. When applied, electric polarization occurs, creating a potential difference, and conversely, when voltage is applied, a device has the property of generating deformation or strain. When an impact force is applied, a high voltage is generated and sparks fly, and these sparks ignite gas ranges, bathtub boilers, etc., and mechanical devices from the outside. These include devices that utilize the phenomenon of electrical polarization when strain is applied, devices that change voltage when pressure is applied (piezoelectric effect), and, conversely, devices that expand or contract when voltage is applied. Materials for piezoelectric elements include quartz, tourmaline, Rochelle salt, ceramics, barium titanate, barium titanate, ammonium dihydrogen phosphate, ethyldiamine tartrate, ethylenediamine tartrate, and lead zirconate titanate (PZT). Piezoelectric elements are used in pickups, receivers, speakers, loudspeakers, microphones, mechanical filters, record player pickups, telephone speakers, radio speakers, ultrasonic detectors, oscillators of quartz clocks, broadcasting equipment, long-distance communication circuits, piezoelectric sensors, lighters, knock sensors, and various other products. It is used for pressure sensors, ultrasonic sensors, automatic ignition devices, ignition of gas appliances, piezoelectric microphones, record playback pickups, ultrasonic generators, record player pickups, etc.

The thermoelectric device uses or includes a thermoelectric device (436), a hot electric device, a hot electric device, a Peltier device, a Peltier device, a Peltier device, a thermoelectricity device, a device that radiates hot electricity, and a thermoelectric device. devices that use or include Peltier elements, devices that generate the Peltier effect, devices that heat and cool by supplying electricity, devices that perform heating and cooling by supplying electricity, devices that heat one side and heat the other by supplying electricity. The side is a cooling device, a device that generates electricity from the temperature difference between the two joints when two metals are connected, and a device that creates a loop circuit by joining metal wires with different properties at both ends and creates a temperature difference at the two junction points to allow loop current to flow. , a device that creates an electric circuit by joining different types of metal wires at both ends and then allows current to flow by applying a temperature difference between the two junction points.

The Peltier element is a thermoelectric element, Peltier element, Peltier material, cooling element, cold and hot element, electronic cooling element, electronic cold and hot element, thermoelectric cooling module, thermoelectric cold and hot module, Peltier element, thermoelectric element, thermal electronic cooler, thermal electronic module, Peltier Thermoelectric element using the effect, electronic element using the Peltier effect, when a certain type of metal is paired and an electric current flows, one contact point generates heat and the other contact point cools. Devices with heat-absorbing and heat-absorbing phenomena, devices in which n-type and p-type semiconductors made of V-VI group alloys and their solid solutions are connected through a copper plate using cooling contacts, and other types. When two metals are joined and an electric current is passed through them, the junction heats or cools depending on the direction of the current. When electricity is supplied to a semiconductor, the electrons in the semiconductor are concentrated to one side, and the temperature of the side where the electrons are concentrated increases. The side from which electrons escape corresponds to the device light 436, where a temperature difference between both sides occurs as the temperature decreases.

In the present invention, chips, pins, plates, pans, needles, cones, rings, nets, files, lines, threads, threads, brushes, combs, caps, eggs, rods, poles, frames, brushes, balls, shovels, chisels , saw, knife, blade, blade, bead, metal, element, pendulum, terminal, battery, electrode, anode, cathode, pole, needle, coil, spiral, twine, zipper, jack, chuck, hook, head, tail, sensor , boards, kits, modules, heaters, coolers, circuits, servers, hubs, modems, conductors, drones, robots, condensers, transformers, springs, avatars, semiconductors, systems, etc. (420) It is available. And the chip or composite element, etc. 420 can be provided, mounted, used, applied, installed, etc. in the means, sensors or controllers, sensors or displays, magnetizers or functional devices, means or safety management systems, etc. In addition, the means or safety management system, etc. (5) can be equipped with the chip or composite element, etc. (420). The chip or composite element, etc. 420 is applied as a part of the means or safety management system, etc. 5, is mounted and applied to the means or safety management system, etc., or performs a certain function described below, or It can be applied when trying to use the unique functions, performance, and characteristics of each of the above-mentioned means or safety management systems, etc. In the present invention, the IT and 4th industrial technologies such as the chips and composite elements are possible. And the chips or complex elements of IT or 4th industrial technology are possible.

The above means or combined means, etc. (5) include electricity, power, current, voltage, battery, electrode, positive electrode, negative electrode, power, energy, panel, battery, dry cell, rechargeable battery, charger, charging jack, large capacity battery, replaceable battery, Rechargeable batteries, solar cells, solar panels, fuel cells, hydrogen fuel cells, battery houses, battery housings, battery mounting brackets, battery fixtures, sockets, plugs, wires, cables, outlets, condensers, transformers, rectifiers, static electricity, relays, Amplifier, converter, electrolyzer, discharge tank, AC/DC converter, transducer, power supply, high voltage generator, generator, solar generator, wind generator, hydro generator, simple generator, small generator, communication device, communication network, server, processing device, Terminals, PCs, computers, monitors, screens, smartphones, displays, applications, metaverses, virtual spaces, virtual worlds, etc. may be included, linked, or supplied. An example of this is to supply power to the sensor by linking the sensor, cable, plug, outlet, transducer, and power supply in that order. Another example of this is that the meter, cable, plug, outlet, charger, and solar panel are connected in that order, and the electricity generated from the solar panel is supplied to the meter. Another example of this is that the camera, communication device, communication network, server, processing device, terminal, cable, and solar cell are linked in that order, so that the electricity generated from the solar cell is transmitted through the cable to the camera, communication device, communication network, server, processing device, and terminal. The information captured by the camera is transmitted and received wirelessly to communication devices, communication networks, servers, processing devices, terminals, etc. The means or complex means, etc. may be of a certain or various form, form, form, method, method, construction method, aspect, direction, method, capacity, function, performance, use, purpose, IT or 4th industrial technology, etc., Or, etc. are possible, or have or, etc.

The above processing includes treatment, disposal, repair, reinforcement, purification, purification, cleansing, restoration, healing, cleaning, washing, washing, laundering, car washing, watering, dehydration, fountain, spraying, sorting, separation, fractionation, shredding, grinding, and crushing. , shredding, decomposition, incineration, calcination, combustion, painting, painting, waterproofing, insulation, soundproofing, disaster prevention, pest control, fire prevention, fire extinguishing, fire resistance, fire retardancy, flame retardancy, repair, reinforcement, protection, landfill, pyrolysis, wet sorting, water tank sorting. , dry screening, wind screening, water treatment, self-treatment, external power treatment, water treatment, liquid treatment, oil treatment, water treatment, sewage treatment, wastewater treatment, sewage treatment, pollution treatment, air treatment, dust treatment, soil treatment, contaminated soil. Processing, food treatment, waste treatment, microbiological treatment, domestic waste treatment, industrial waste treatment, construction waste treatment, waste intermediate treatment, waste final treatment, magnetization treatment, vibration treatment, ozone treatment, purification treatment, clean treatment; b) Among them, a process, process, path, trajectory, procedure, sequence, step, scene, video, video, roadmap, process; c) a combination of two or more of the above; d) the above processing or combination using the above means or combination means, etc.; e) the above processing or compounding performed by a robot or avatar; f) the above processing or combination performed in the metaverse; g) The above processing or combination broadcasted on a mobile phone or platform or metaverse; etc. are applicable. Robots, avatars, metaverses, 3-dimensional virtual spaces, 3-dimensional virtual worlds, etc. that implement the above-mentioned processing or compounding, etc., are also possible. An example of this is Metaverse, which shows the processing process three-dimensionally in real time or step by step through an app. In the present invention, water, water, liquid, oil, agent, ash, substance, material, material, device, device, apparatus, apparatus, equipment, device, Equipment, facilities, structure, work, tasks, systems, platforms, metaverse, etc. can be used.

The objects of purification or cleaning include germs, rust, dirt, pollution, air, atmosphere, dust, dust, asbestos, stains, contaminants, foreign substances, SOx, NOx, VOC, scale, sediment, pathogens, fine dust, viruses, and bacteria. , environmental hormones, sick building syndrome, chloroform, formaldehyde, water, water, water, liquid, oil, energy, suffering, agent. ), material, product, body, energy, energy, body, hands, feet, neck, nails, teeth, mouth, face, body, clothes, clothing, laundry , moving in, moving, relocating, dishes, dishes, containers, tanks, boxes, silos, materials, materials, gas, soil, contaminated soil, drinking water, tap water, drinking water, drinking water, bottled water, clean water, sewage, waste water, muddy water, dam water , polluted water, factory water, impounded water, stored water, tank water, field water, construction water, tunnel water, excavation water, spring water, groundwater, surface water, river water, substances, objects, things, goods, goods, supplies, products , equipment, device, object, object, object, object surface, target area, room, room, house, wall, exterior wall, glass, window, window frame, ceiling, wallpaper, floor, flooring, furniture, home appliances, dining table, sofa, desk, Chairs, beds, hoods, pipes, plumbing, conduits, ducts, chimneys, pipes, water pipes, sewer pipes, water pipes, waterworks, sewers, facilities, water facilities, sewage facilities, buildings, houses, bridges, roads, roads, road, tunnel, railing, bath, hot bath, cold bath, bathhouse, jjimjilbang, jjimjilbang, toilet, restroom, restroom, shoe rack, fence, facilities, structures, office, apartment, school, classroom, door, entrance, indoors, kitchen, living room , outdoor, elevator, factory, home, field, place, place, area, air, underwater, underground, ground, ground, surface, pavement, water quality, soil quality, air quality, air quality, food, waste, garbage, metaverse; A combination of two or more of the above bacteria and metaverse; The above-mentioned bacteria or complex containing one of the above-mentioned bacteria or complex; etc. are applicable.

The purifier, purifier, water purifier, vacuum cleaner, washer, washer, car wash, washing machine, sprayer, nozzle, water cannon, shower, mixer, injector, syringe, injector, dust collector, collector, absorber, filter Aerator, aerator, reactor, flocculator, precipitator, sterilizer, disinfector, quarantine device, pest control device, filter, separator, shredder, processor, blower, ventilator, heater, electric fan, rotating fan, ventilation fan, drone, tube, adsorption tower, ventilation Equipment, purification tunnel, clean tunnel, spray tunnel, dust collection tunnel, quarantine tunnel, spray passage, dust collection passage, quarantine passage, clean arch, spray arch, dust collection arch, quarantine arch, clean entrance, spray entrance, dust collection entrance, quarantine entrance, Purification facilities, cleaning facilities, spraying facilities, dust collection facilities, quarantine facilities, mist machines, sprinklers, ventilation facilities; b) A nozzle with a pump, a sprayer with a pump, a nozzle with a collision plate and an expansion cone, a drone with a nozzle, a drone with a sprayer, a sprayer with a nozzle, a sprinkler with a nozzle, a drone equipped with one or more of the above purifiers or ventilation facilities, drones with The purifier or ventilation facility provided; c) or tank, barrel, ship, rod, fan, dam, river, column, drone, vehicle, engine, boat, tube, nozzle, hose, hopper, box, tank, pipeline, piping, pump, filter, wall, door , window, window, window, entrance, gate, entrance, exit, doorway, turnstile, glass, ceiling, ceiling, indoor, outdoor, facility, equipment, building, house, factory, chimney, site, atmospheric, aerial, underwater, underground , tunnel, road, lane, street, year, sidewalk, sidewalk, bridge, tunnel, construction site, underpass, passage, street light, traffic light, sign, separator, pavement, pipe, hollow body, moving body, floating body, flying vehicle, combustor, The purifier or ventilation facility provided in one or more of an incinerator, pourer, sprayer, filter, case, and housing; d) the purifier or ventilation facility equipped with one or more of the tanks or housings; e) the tank or housing equipped with one or more of the purifiers and ventilation facilities; f) the tank or housing provided with one or more of the tanks or housings; g) the purifier or ventilation facility equipped with one or more of the purifier or ventilation facility; h) the purifier or ventilation facility having one of the shapes of the tank or housing; i) a device for one of the above clean to complex; j) A multi-function device combining two or more of these; k) the purifier or multi-function device provided in the equipment, robot, or avatar; ℓ) The above-mentioned purifier or multi-function device provided in the workplace or metaverse; etc. are applicable.

The above robots include a) robots, avatars, safety robots, disaster prevention robots, work robots, work robots, work robots, manufacturing robots, production robots, serving robots, service robots, order robots, transfer robots, mobile robots, construction robots, and construction robots. , construction robots, packaging robots, automatic robots, unmanned robots, clean robots, purification robots, cleaning robots, washing robots, sterilization robots, disinfection robots, quarantine robots, quarantine robots, androids, virtual humans, human robots, animal robots, dogs. Robots, guide robots, massage robots, factory robots, transportation robots, field robots, dog robots, cat robots, massage robots, cyber humans; b) a robot equipped with the above means or combined means; c) Robots that perform the above work to complex, manufacturing to complex, construction to complex, cleaning to complex, etc.; d) Robots used in the above work to complex, manufacturing to complex, construction to complex, clean to complex, etc.; e) A robot equipped with a sensor that measures environmental quality in real time and, when the measured value exceeds the standard, autonomously drives and sprays disinfectant fog to prevent quarantine and spray disinfectant; f) A robot that purifies air while driving autonomously, sterilizes bacteria and viruses using plasma method, and disinfects by shining an LED lamp; etc. are applicable.

In the present invention, materials 1 and 2 can be used. The above material 1 is thread, silk thread, rope, rope, yarn, silk, line, membrane, cotton, cotton, fiber, silk, ramie, cloth, rag, paper, film, file, felt, fleece, mesh, yarn, silk, Fabric, mesh, grid, leather, cowhide, leather, agar, fabric, foam, cloth, hemp cloth, woven fabric, non-woven fabric, filter cloth, absorbent cloth, oil absorbent cloth, filter paper, filter cloth, sponge, Styrofoam, fiber, skein, thread, fiber material , FRP, steel fiber, nylon, graphene, vinylon, plastic, hydroxyl, glass fiber, carbon fiber, FRP fiber, fiber fiber, glass fiber, metal fiber, cellulose, apatite, geotextile, geomembrane, filter, nanofilter, Ultra filter, micro filter, wire mesh, polyester, aramid fiber, polyethylene fiber, polypropylene fiber, PVA (polyvinyl alcohol) fiber, fiber with a length of 1.1 to 100 times its own thickness, two or more composite or composite materials, etc. do.

The material 2 is a cleaning agent, purifying agent, water purifying agent, aeration agent, reactant, coagulant, precipitant, adsorbent, collector, cleaning agent, cleaning agent, detergent, detergent, laundry detergent, car wash, disinfectant, disinfectant, sterilizing solution, disinfectant solution, Antibacterial agents, disinfectants, sterilizers, decontamination agents, insecticides, insecticides, insecticides, dehumidifiers, foaming agents, foaming agents, aeration agents, swelling agents, water-stop agents, waterproofing fluids, waterproofing agents, waterproofing agents, rust preventives, prevention agents, Anti-rust agent, anti-fouling agent, water repellent, plasticizer, admixture, additive, additive, solidifying agent, setting agent, hardener, binder, adhesive, adhesive, adhesive, heat insulating agent, anti-seismic agent, silicic acid agent, fragrance, chemicals, chemicals , chemicals, pozzolanic agents, additives, admixtures, accelerators, finalizers, sintering agents, water reducers, fire retardants, flame retardants, fire retardants, emulsifiers, fluidizers, binders, modifiers, AE agents (air entraining agents), fastening agents, Dispersing agent, coupling agent, cross-linking agent, dispersing agent, plasticizer, accelerator, retardant, coagulation retardant, swelling agent, foaming agent, foaming agent, anti-foaming agent, coloring agent, rust preventive agent, Setting accelerator, setting retardant, absorbent, adsorbent, collector, dehydrating agent, separating agent, sorting agent, crushing agent, pulverizing agent, wind crushing agent, crushing agent, filter, restoring agent, healing agent, treatment agent, activator, surfactant, Moisturizing agent, containing agent, containing agent, thickening agent, air entraining agent, acidic agent, base agent, neutral agent, neutralizer, alkaline agent, pH agent, pH adjuster, agent below pH 7, agent above pH 7, combination or combination of two or more of these. This applies to materials, etc.

The disinfectants include formalin, alcohol, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux solution, lime sulfur solution, phenol water, cresol water, Seunghwa water, chlorcalc, organic mercury agent, dithiocarbamate, DysenM, Bali. B, Valcot, Benomyl, Blasticidin S, Vinclozolin, Edifenphos, Oxycarboxin, Oxincofer, Organophosphorus disinfectant, Organosulfur disinfectant, Isoprothiolein, Iprodione, Zineb, Manet B, Anthrachol, Georam, Phthalamide, Carboxin, Captan, Cooper Hydroxide, Chlorothalonil, Triadimefon, Dodyne, Dinocap, Dichlorfluanide, Diclon, Dithianon, Manet B, Captan, Captipol, Dipolatan, Folpet, Bendimidazole, Benomyl, Benate, Thiophaneethyl, Triazole, Triadimefon, Tricyclazole, Organic Disinfectant, Metalaxyl, Dazigaren (hymexazol) , chitazine (IBP), hinosan (edifenphos), fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, casugamycin, polyoxin, validamycin, neoasozin, valida. Mycin A, a complex of two or more of these, etc.

The disinfectants include alcohol, methanol, ethanol, isopropanol, chlorhexidine, sodium metabisulfite, citric acid, chlorhexidine gluconate, chlorhexidine digluconate, citric acid hydrate, sodium citrate, potassium citrate, surfactant, polyoxyl 40 hydrogenated castor oil, poloxamer. 407, polyoxyethylene alkyl ether, glycerin, propylene glycol, sorbitol, polyethylene glycol, xylitol, polypropylene glycol, neotame, saccharin, aspartame, acesulfame potassium, stevioside, neohesperidin dihydrochalcone, glycyrrhizin, pe These include lilartin, thaumatin, and combinations of two or more of them.

Hereinafter, the content, technology, method, system, claims, scope, etc. of the present invention will be further explained with reference to the drawings. Figure 1 is a schematic diagram showing a pulse machine, aerator, pressurizer, vortex machine, discharge machine, electrolyzer, magnetizer, vibrator, cavitation machine, and two or more combined machines, etc. 450 according to the present invention. It is possible to implement a metaverse for the above schematic diagram. The pulse machine or complex machine, etc. includes 1) a hollow body 1, a magnetic body 1 embedded in the hollow body 1, an attachment plate to which the magnetic body is attached, a magnetic body 2 spaced apart from the attachment plate, an electrode 1 spaced apart from the magnetic body 2, and the above. Electrode 2 spaced apart from electrode 1, ozone group 1 merged with electrode 2, anion group 1 merged with ozone group 1, wire 1 connected to the electrode, plug 1 sequentially connected to the wire 1, outlet 1, AC/DC converter 1, power supply 1;

2) Hollow body 2 spaced apart from or provided separately from the hollow body 1, two magnetic bodies 3 built into the hollow body 2, a core body mounted between the two, a coil body 1 surrounding the core body, and the core A spacer plate spaced apart from the sieve and the magnetic body 3, an electrode 3 spaced apart from the spacer plate, an electrode 4 spaced apart from the electrode 3, an ozone group 2 incorporated into the electrode 4, an anion group 2 incorporated into the ozone group 2, the Wire 2 connected to electrode 3 and electrode 4, plug 2 sequentially connected to wire 2, outlet 2, AC/DC converter 2, power supply 2;

3) A hollow body 3 spaced apart from the hollow body 2 or provided separately, a fixed plate built into the hollow body 3, a stand mounted on both ends of the plate, a holding plate mounted on the standing plate, and attached to the holding plate. magnetic material 4, coil body 2 surrounding the magnetic material 4 and the mounting plate, electrode 5 spaced apart from the mounting plate, electrode 6 spaced apart from the electrode 5, ozone group 3 merged with the electrode 6, and merged with the ozone group 3. negative ion generator 3, wire 3 connected to electrode 5 and electrode 6, plug 3 sequentially connected to wire 3, outlet 3, AC/DC converter 3, power supply 3;

4) A discharge cylinder spaced apart from or separately provided in the hollow body 3, an electrode 7 provided inside the discharge cylinder, an electrode 8 spaced apart from the electrode, an ozone group 4 incorporated into the electrode 8, and an ozone group 4. Merged negative ion device 4, wire 4 connected to electrode 7 and electrode 8, strike stand provided on the outside of the discharge tank, plug 4 sequentially connected to wire 4, outlet 4, AC/DC converter 4, power supply 4 ;

5) A hollow body 4 spaced apart from the discharge tank or provided separately, a coil body 3 built in the hollow body 4, a perforated plate mounted in front of the coil body 3, an electrode 9 spaced apart from the coil body 3, Magnetic body 5 spaced apart from electrode 9, filter installed behind the magnetic body 5, ozone group 5 merged with electrode 9, anion group 5 merged with ozone group 5, wire 5 connected to coil body 3 and electrode 9 , plug 5, outlet 5, AC/DC converter 5, power supply 5 sequentially connected to the wire 5;

6) An electrolyzer mounted spaced apart from the hollow body 4 or provided separately, an anode and a cathode provided inside the electrolyzer, an electrolyte solution filled in the electrolyzer, a separator provided in the middle of the electrolyzer, and an ozone group incorporated into the cathode. 6, negative ion unit 6 merged with the ozone unit 6, wire 6 connected to the anode and cathode, plug 6 sequentially connected to the wire 6, outlet 6, AC/DC converter 6, power supply 6;

7) Hollow body 5 (437) mounted separately or spaced apart from the electrolyzer; 8) Tanks, columns, barrels, boxes, tubes, cylinders, boxes, silos, storage containers, hollow containers, hollow bodies, hollow cylinders belonging to the above hollow bodies; 9) Magnetizer 1 (431), vibrator 1 (432), vibrator 1, ozone group 7, anion group 7, and magnetic device 430, which are functional groups 430 built into the hollow body 5 (437); 10) an inlet 472 mounted on the front end of the hollow body 5, the inlet through which a certain material flows; 11) Venturi tube 1 (477) mounted on the front end of the inlet, injector 1 mounted on a side of the venturi tube 1, and injector 1 (393) into which a certain additive flows; 12) the inlet 472 through which the material 481 passes through one or more of the hollow body 1, hollow body 2, hollow body 3, discharge tank, hollow body 4, and electrolyzer; 13) A holder provided inside the hollow body 5, a holder for the functional group, a vortex forming holder, a three-legged holder, a spiral holder, a spiral holder 112 for forming a vortex, and a holder provided inside the hollow body. A supporter for supporting the functional group 430 so that it does not flow, a supporter provided inside the hollow body and mounted on both ends of the functional group 430 to support the functional group so that it does not flow, a supporter provided inside the hollow body Supports mounted on both ends of the functional group 430 to support the functional group from flowing and to swirl the material passing through the interior of the hollow body;

14) Tee pipe (475), Venturi pipe 2 (477), and outlet (478) sequentially mounted at the rear end of the hollow body 5 (437); 15) the outlet 478 through which the material flowing in from the inlet 472 flows out; 16) Venturi tube 3 (477) mounted on the side of the hollow body 5, injector 2 (393) mounted on the side of the venturi tube 3, and injector 2 into which a certain additive (485) flows; 17) Check valve 1 (491), solenoid valve 1 (492), venturi pipe 4 (477), pressure air inlet (472), and pressure hose (471) sequentially mounted in the middle (490) of the tee pipe (475). , compressor (470); 18) The compressed air inlet (472) through which compressed air (483, compressed air) generated by the compressor, ozone or negative ions (482) generated by the ozone generator, and other input additives (484) sequentially flow into the venturi. Pipe 4 (477), solenoid valve 1 (492), check valve (491), Tee pipe (475); 19) The outlet 478 through which the material 481 containing the pressurized air 483, ozone 482, anion 482, other additives 484, etc. flows out through the TEE pipe 475; Here, the pressure air inlet 472 and the ozone inlet 494 below can be connected to a pipe, venturi tube, etc., so that ozone, negative ions, etc. can flow into the pressure air inlet; 20) Injector 3 (393), check valve 2 (491), solenoid valve 2 (492), ozone inlet (494), ozone funnel (495), and ozone generator sequentially mounted in the middle of the venturi tube 2 (477). (496); The ozone generator, negative ion generator, ozone generator, etc. are devices that generate, generate, form, form, supply, provide, radiate, irradiate, spray, etc. ozone, negative ions, flames, sparks, sparks, etc.;

21) The ozone funnel (495), ozone inlet (494), solenoid valve 2 (492), check valve 2 (491), and injector into which ozone or negative ions (482) generated by the ozone generator (496) are sequentially introduced. (493), Venturi tube 2 (477); Here, the pressure air inlet 472 and the ozone inlet 494 can be connected by a pipe, venturi tube, etc., so that pressure air can flow into the ozone inlet; 22) the outlet 478 through which the material 481 containing the ozone or negative ions 482 flows out through the venturi tube 2 (477); 23) The ozone inlet 494 that introduces ozone or negative ions that have passed through the ozone funnel into the solenoid valve 2; 24) The ozone funnel (495) that focuses ozone or negative ions generated by the ozone generator into the ozone inlet; 25) The ozone generator (496) that generates ozone or negative ions (482); 26) a high voltage generator (499) that applies high voltage to the ozone generator; 27) Hose 1 mounted at the front of the inlet; Hose 2 mounted at the rear end of the outlet; 28) Nozzle 1 (466) connected to the hose 2, sprayer 1 (466), nozzle 1 (466) equipped with a collision plate 467 and a diffusion cone 468, a collision plate 467 inside and at the tip. Nozzle 1 provided with a diffusion cone 468, nozzle 1 (466) provided with a vortex plate 467 inside and an expansion portion 468 at the tip; 29) Peltier element provided in one of the outlet, hose 2, nozzle 1, and sprayer 1; 30) the outlet, hose 2, nozzle 1, sprayer 1 through which cold or hot material flows out by the Peltier element; The Peltier element (thermoelectric element, Peltier effect device, thermoelectric effect device) is a device in which one side is cooled and the other side is heated when power is supplied;

31) Elbow pipe 1 (473) mounted between the inlet (472) and hollow body 5 (437); Elbow pipe 2 (474) mounted between the hollow body 5 (437) and the tee pipe (475); 32) Venturi pipe 5 (477) connected to one side of the elbow pipe 2, injector 3 (393) mounted on the side of the venturi pipe 5, and injector 3 into which a certain additive (485) is introduced; 33) Pipe 1 (476) mounted between the Tee pipe and Venturi pipe 2, Pipe 2 (476) mounted between the Venturi pipe 2 and the outlet; 34) Pipe 3 (476) mounted between the check valve 1 and solenoid valve 1, pipe 4 (476) mounted between the solenoid valve 1 and venturi pipe 4, and between the venturi pipe 4 and the pressure air inlet. mounted pipe 5 (476); 35) A pipe 476 mounted between the injector and check valve 2, a pipe 7 476 mounted between the check valve 2 and solenoid valve 2, and a pipe mounted between the solenoid valve 2 and the ozone inlet. 8(476); 36) Check valve 3 (491), pump 463, and reservoir 475 sequentially mounted on one of pipes 1 to 8; 37) the storage unit (475) in which a certain amount of additives (485) are stored; 38) Pipes 1 to 8 (476) through which the additive 485 flows through the reservoir 475, pump 463, and check valve 3 (491); 39) the outlet 478 through which the material 481 containing the additive 485 flows out through one 476 of the pipes 1 to 8; 40) the outlet (78) through which the material (80) into which the compressor (483), ozone or anion (482), additive (485), other additive (484), etc. flows, flows out;

41) a timer (498) for adjusting the opening and closing interval of solenoid valve 1 (492) and solenoid valve 2 (492); 42) The solenoid valve 1 and solenoid valve 2 (492) whose valves repeat opening and closing at regular intervals by adjusting the timer; 43) A distribution board (497) that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; 44) a switch 473 that controls the electricity supply; 45) Wire 7 (468), plug 7 (410), outlet 7 (411), and power supply 7 sequentially connected to the distribution board; 46) Case 1 (451) equipped with one or more of the 7) hollow bodies 5 to 45) power supply 7, a device 450 consisting of the 7) hollow bodies 1 to 46) case 1, etc.; 47) Case 2 provided with one or more of the above 1) hollow bodies 1 to 46) case 1; 48) By adjusting the opening and closing interval of the timer 498, the process of allowing the pressure air 483 to pass when the valve is opened and not passing the pressure air 483 when the valve is closed is repeated two or more times. Solenoid valve 1 (492); 49) By adjusting the opening and closing interval of the timer 498, the ozone or negative ions 482 pass through when the valve is opened, and the ozone or negative ions 482 do not pass through when the valve is closed. The process occurs at least twice. The solenoid valve 2 to repeat;

50) the outlet 478 through which one or more of the passed pressure, ozone, and anions flows in and the aerated material 80 flows out; 51) The outlet (478) through which at least one of the pressure air, ozone, and anions does not flow in due to the non-aeration, and thus the non-aerated material (481) flows out; 52) the outlet (478) through which the material (481) in which the aeration and non-aeration are repeated two or more times flows out; 53) the outlet 478 through which the material 481, which generates pulse pressure by repeating the process two or more times, flows out; 54) The substance 80 flows out due to the pulse pressure generated as the aeration and non-aeration are repeated at the opening and closing interval according to the opening and closing interval adjusted by the timer 498. the outlet 478; 55) a pulse machine 450 that generates the pulse pressure; 56) 7) hollow body 1 to 46) case 1 to generate the pulse pressure; 57) 7) hollow bodies 1 to 46) case 1 forming the pulse machine 450;

58) A water softener, piezoelectric, electrolyzer, or thermoelectric installed inside one or more of the inlet, pipe, venturi tube, and outlet; 59) the piezoelectric generator that generates electricity by one or more of the aeration, pulse pressure, and material flow pressure; 60) The electrode, anode, cathode, water softener, electrolyzer, thermoelectric, and power supply to which the generated electricity is supplied; 61) the electrode, anode, cathode, and electrolyzer for electrolyzing the material by the electricity; 62) Anode and cathode included in the electrolyzer; 63) Gases of H ⁺ , OH ^- , Na ⁺ , Cl ^- , NaOCl, oxygen (O ₂ ), hydrogen (H ₂ ), O ₂ and H ₂ generated by electrolysis of H ₂ O contained in the above substances. , bubbles caused by O ₂ and H ₂ , OH radical; 64) the outlet through which a material containing one or more of the H ⁺ to OH radicals flows out;

65) The electrode or power supply to which a certain amount of electricity is supplied; 66) The electrode, anode, cathode, and discharge tank that discharge electrically by the electricity; 67) The electrode, anode, cathode, electrolyzer, and electrolyzer for electrolysis by the electricity; 68) The piezoelectric vibrates by the electricity; 69) The piezoelectric device that vibrates the material by the vibration; 70) a spiral, magnetizer 2, vibrator 2, and vibrator 2 provided in one of the pipe, outlet, nozzle 1, and sprayer 1; 71) The spiral that vortexes the material, the magnetizer 2 that magnetizes the material, the vibrator 2 that vibrates the material, and the vibrator 2 that excites the material; 72) A discharger, sterilizer, disinfector, ozone device 8, and anion device 8 provided in the case, the inside of the case, or the outside of the case; 73) Spark or visible light generated from the discharger, the spark or visible light with a sterilizing function, the disinfectant generated by the sterilizer, the disinfectant generated by the sterilizer, the ozone generated by the ozone group, the anion group generated anion;

74) Cyclone 486 provided in one of the outlet, hose, nozzle 1, and sprayer 1; 75) Venturi tube 6 provided at the front or rear of the cyclone, injector 6 mounted on the venturi tube 6 provided at the front, the injector 6 into which a certain additive flows, and the additive introduced through the injector 6 contained. The cyclone 486 through which material is discharged; 76) the inlet through which a certain substance flows in, and the outlet through which the substance flows out; 77) The cyclone through which material passing through the outlet is discharged through centrifugal rotation, and an upper outlet of the cyclone (487); 78) Nozzle 2 and sprayer 2 connected to the upper outlet; 79) The lower outlet 488 of the cyclone, the lower outlet through which heavy materials or coarse particles separated by the centrifugal rotation of the cyclone fall, and the upper portion through which materials containing light materials or fine particles from which the heavy materials or coarse materials are removed flow out. Discharge port, tank 475 mounted on the lower discharge port;

80) A cable mounted on one or more of the inlet, tube, pipe, valve, venturi tube, outlet, nozzle, sprayer, and cyclone; 81) A sacrificial electrode, a sacrificial anode, attached to the object or cable to prevent corrosion of the object; 82) Zinc or aluminum bodies used as the sacrificial electrode or sacrificial anode; 83) The sacrificial electrode, the sacrificial anode, which is first corroded and sacrificed before the object is corroded; 84) The sacrificial electrode and sacrificial anode, which are ionized or have a faster ionization tendency than the object and thus corrode and sacrifice themselves before the object; 85) The object, inlet or cyclone, protected or protected by the sacrificial electrode or sacrificial anode; 86) Case 3 provided with one or more of the above 1) hollow bodies 1 to 85) cyclones; 87) The sensor or measuring device 10, magnetizer or functional group 430, chip or composite element 420, or device or composite device mounted on one or more of the above 1) hollow body 1 to 86) case 3 (421), means to multiple means (5); 88) Communication devices, communication networks, servers, terminals, computers, monitors, screens, mobile phones, displays linked to the above 1) hollow bodies 1 to 87) complex means, etc.; etc. may be used or included.

The hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, case 1 (451), case 2, case 3, 1) hollow body 1 to 86) case 3, etc., the above means or composite means, etc. It can be provided. And the above means or composite means are provided with the hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, case 1, case 2, case 3, 1) hollow body 1 to 86) case 3, etc. It can be. Examples of this include a sensor provided in hollow body 1, a chip provided in hollow body 2, a plate provided in hollow body 3, a piezoelectric device provided in hollow body 4, a semiconductor provided in hollow body 5, a hub provided in case 1 (451), and case 2. Equipped with a pendulum, equipped with a modem in Case 3, equipped with a hollow body 1 in the tool, equipped with a hollow body 2 in the equipment, equipped with a hollow body 3 in the crane, equipped with a hollow body 4 in the storage, equipped with a hollow body 5 in the drone, Case 1 in the metaverse. (451) Equipped, Case 2 equipped in the house, Case 3 equipped in the complex, etc. The above means or composite means include the hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, case 1 (451), case 2, case 3, 1) hollow body 1 to 86) case 3 etc. may be included.

In the present invention, a) hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, case 1, case 2, case 3, 1) hollow body 1 to 86) case 3; b) inlets, outlets, hoses, pipes, and venturi tubes of the hollow bodies 1 to 3, etc.; c) material flowing into the inlet, material flowing out of the outlet; d) materials passing through the inlet, outlet, hose, pipe, venturi tube, etc.; e) Sensors, equipment, devices, instruments, means, instruments, drones, cameras, measuring instruments using one or more of the above; f) substances, materials that have passed one or more of the above; g) Materials, products, goods and supplies in which the above-mentioned substances or materials are used; h) Work, work, business, manufacturing, production, construction, construction, construction, construction in which one or more of the above is used; i) Facilities, buildings, houses, roads, and structures created by one or more of the above; j) Safety, quality, cleanliness, purification, sterilization, disinfection, management and processing of one or more of the above; k) A method, method, plan, technology or system of any of the above; ℓ) A person, human, animal, creature, robot, drone, avatar doing any of the above; m) IT, IC, AI, VR, AR, MR, 5G, DX, ICT, NFT, IoT, IoE, AIoT, BIM, LTE, sensor, measuring instrument, bio, semiconductor, deep learning, used in one or more of the above Big data, wearable devices; n) the above means or combination means in which one or more of the above are used; o) Beacons, routers, communication devices, servers, clouds linked to one of the above; p) Apps, terminals, computers, SNS, platforms, mobile phones, media, metaverse linked to one or more of the above; It is possible to use or implement, etc.

a) An example of the hollow body 1 is equipped with the magnetizer or functional group, etc.; Equipped with the chip or composite element, etc., equipped with the device or composite device, etc.; The hollow bodies 1 to clouds, etc. are used; The above means or composite means are installed; Performing the magnetization and functions, etc.; Generating the magnetization or functional material, etc.; Performing the magnetization treatment or functional treatment, etc.; It is a hollow body 1 that becomes the back. b) As an example of the hollow body 5, the magnetizer or functional group is mounted; The above chips, composite elements, etc. are provided; It is mounted on the above machine, multi-function machine, etc.; It is established in the above means or complex means, etc.; Performs the above magnetization and functions; Spinning the magnetization or functional material, etc.; Performing the magnetization treatment or functional treatment, etc.; It is a hollow body 5. c) As an example of Case 1, the ozone group and the anion group are provided; Generating the magnetic field and generating the mist; generating said electromagnetism and haze; This is case 1 in which the above luminescence processing and wave processing are performed. d) An example of the camera includes the hollow body 1 and case 1; carrying out the above cleaning and disinfection; generating the sound waves and pulses; This is a camera that performs the thermal variable resistance processing and magnetic field processing. e) Examples of the LTE include linking to the hollow body 1, linking to the case 1, becoming the magnetization or function during information transmission, etc.; Supplying the vibrating material or ozone material while receiving information; During information wireless communication, the magnetization processing or functional processing, etc.; It is LTE, etc. f) Examples of the WiFi include linking to the sensor provided in the hollow body 1, connecting to the measuring instrument mounted in the case 1, transmitting information of the sensor and measuring instrument, adding the magnetization or function, etc. during the linking; The magnetization or functional material is added during the connection; The magnetization processing, functional processing, etc. are added during the transmission; This is WiFi, etc. g) Examples of the drone include hollow body 1, the material flowing into its inlet, the material aerated from the hollow body 1, the material discharged through the outlet of the hollow body 1, the case in which the hollow body 1 is built, A piezoelectric device provided in the case, electricity generation by the piezoelectric device, a magnetizer built into the hollow body 1 to which the electricity is applied, magnetic field generation by the magnetizer, an ozone device mounted around the piezoelectric device, and a magnetizer built into the hollow body 1 to which the electricity is applied. This is a drone that generates ozone, magnetizes the material by the magnetic field, and sterilizes the ozone. h) Examples of the metaverse include hollow body 1, the material flowing into its inlet, the material aerated from the hollow body 1, the material discharged through the outlet of the hollow body 1, and the case in which the hollow body 1 is built. , a piezoelectric device provided in the case, electricity generation by the piezoelectric device, a magnetizer built into the hollow body 1 to which the electricity is applied, magnetic field generation by the magnetizer, an ozone device mounted around the piezoelectric device, and the ozone device. It is a metaverse in which ozone generation, magnetization of the material by the magnetic field, sterilization by the ozone, etc. are realized or shown. i) In the same manner as the above example, the hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, case 1 (451), case 2, case 3, 1) hollow body 1 to 86 ) Case 3, embodiments such as devices to complex devices, chips to composite elements, magnetizers to functional processing, and means to complex means can be derived.

A pump or pressurizer 463, a filter or purifier, a nozzle or sprayer 466, etc. may be provided at the outlet 478 and the rear end of the pulse machine, functional machine, etc. 450. Here, the pump or pressurizer 463 pumps or pressurizes the material passing through the functional group 450, the filter or purifier filters the material passing through the functional group 450, and the nozzle or sprayer 466 is used to filter the material passing through the functional group 450. 450) is to spray the passing material. In addition, the inlet, front end, inlet, etc. 472 of the functional unit 450 can be equipped with a hose, inlet hose, pump, or pressurizer 463. In addition, the inlet, front end, inlet, hose, inlet hose, etc. can be equipped with pipes, conduits, water pipes, pressure pipes, water supply facilities, and water pipes through which tap water is supplied. and hoses, pipes, and venturi tubes of the functional group 450; one side, outer, middle; It is provided with a reservoir 475, a pump 463, a check valve 491, a pipe 476, etc., so that the substances and additives 485 in the reservoir are transferred to the functional group 450 through the pump, check valve, pipe, etc. , it is possible for it to flow into hoses, pipes, venturi pipes, etc. The substances 481 discharged through the outlet, hose, nozzle, sprayer, etc. are pulse, aeration, pressurization, vortex, discharge, electrolysis, magnetization, vibration, cavitation, pressure injection (483), pulse pressure injection, and ozone (482). injection, anion (482) injection, additive (484, 485) injection, etc.

Figure 2 shows a schematic diagram or metaverse of a decomposer, electrolyzer, and discharger according to the present invention. The decomposer 550 may include decomposer 1, decomposer 2, decomposer 3, etc. The decomposer 1 is one of the decomposer 550, a fermenter, a fermenter, an incubator, an electrolyzer, an electrolyzer, a microbial decomposer, a microbial fermenter, a microbial incubator, and a microbial fuel cell (MFC).

The decomposer 2 includes a container 102, an anode 551 and a cathode 552 spaced apart from each other inside the container, an ion film 553 between the anode and the cathode, a wire 6 connected to the anode and the cathode, A storage battery or power supply 412 connected to this wire, a heater 555 mounted on the container, a material inlet 560 of the container, an outlet 561 of the container, and a supply for supplying air or oxygen to the container. It consists of one or more of lines 562. Please refer to Figure 2a.

In the decomposer, water, water, liquid, oil, substances, microorganisms, organic matter, wastewater, sewage, waste, etc. are introduced into the container 102, and the water or waste is cultured, decomposed, fermented, putrid, matured, etc. It's a place. The storage battery 412 stores electricity generated when a microbial fuel cell is formed through a reaction of the microorganisms or wastes. The power supply 412 is used to supply electricity to the anode, cathode, electrode, etc.

The decomposition unit 3 includes the following incubator, electrolyzer, MFC, CO ₂ ; or externally imported CO ₂ ; Ca, CaO, lime, mortar, etc. contained _in wastewater, seawater, salt, brine, water, waste, by-products, food, microorganisms, electrolyte, electrolyte solution, cement material, waste concrete, etc. by one or more of or by injection of CO 2 Decomposition, separation, removal, desorption, carbonation, formation of CaCO ₃ , separation of Na, separation of Cl, and reduction of pH of one or more of cement, salt, and NaCl.

Here, carbonation refers to the formation of CaCO ₃ . CaCO ₃ is formed by CaO + CO2 = CaCO ₃ . Due to the formation of CaCO ₃ , the waste water or waste concrete is decomposed, separated, removed, desorbed, carbonated, and pH reduced. The pH is reduced by the above decomposition, separation, removal, desorption, carbonation, etc. The salt or NaCl is separated into Na and Cl by electrolysis.

The incubator includes a) the waste water or waste concrete introduced into the container 102; b) heat by heater 555; c) air, oxygen, and nutrients introduced into the container through the supply line 562; d) H ₂ generated at the anode and O ₂ generated at the cathode in the container by applying electricity; e) Decomposition and cultivation of one or more of the above microorganisms and waste concrete; f) H ₂ , O ₂ , CO ₂ , CH ₄ , microorganisms, proliferating microorganisms, cultured microorganisms, bio-water, bio-liquid, biogas, and biosimilars produced by the above decomposition or cultivation; One or more of the following is used, implemented, or generated.

The microbial fuel cell (MFC, 570) is one of MFC 1, MFC 2, and MFC 3. The MFC 1 is a battery 570 that converts the chemical energy of organic matter contained in one or more of the wastewater or waste concrete into electrical energy using microorganisms as a catalyst. The MFC 2 is a battery in which electrons (e ^- ) and hydrogen ions (H ⁺ ) generated when microorganisms oxidize organic substances travel between the anode 551 and the cathode 552 to generate water and electricity.

The MFC 3 is a) the waste, material, or organic matter inputted into the anode part 551 of the container 102; b) H ⁺ , CO ₂ , and electrons (e ^- ) generated in the anode part 551; c) the H ⁺ directed to the cathode through the ion film 553; d) H ₂ O formed by combining the H ⁺ with O ₂ in the external incoming air in the cathode part 552; e) the electrons (e ^- ) flowing through the wire 468 connected to the anode 551 of the anode part and the cathode 552 of the cathode part; f) electricity generated by the flow of electrons (e ^- ); g) a storage battery 412 that stores the electricity; One or more of the batteries are used or generated. Please refer to Figure 2b. The container 102 is one of a tank, barrel, box, ring, pipe, tank, box, container, tube, band, hose, conduit, pipe, hollow body, hollow cylinder, hollow tube, silo, case, house, and housing. .

The electrolyzer may include electrolyzer 1, electrolyzer 2, electrolyzer 3, electrolyzer 4, etc. The electrolyzer 1 includes a) an electrolyzer (571), an electrolyzer, an electrolyzer, an electrolyzer, an electrolyzer, an electrolyzer (102); b) Electrode and electrolyte applied to one of them; c) an ion film 553 between the anode 551 and the cathode 552 among the electrodes; d) a wire 468, a plug 410, an outlet 411, and a power supply 412 sequentially connected to the electrodes; e) electrolyte, electrolyte solution 554, which is electrolyzed when electricity is applied to the electrode; f) By the above electrolysis, H ⁺ , OH ^- , Na ⁺ , Cl ^- , Fe ⁺ , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, OH radical, ion, iron ion, metal ion, bubble , an electrolyzer (102) in which one or more of gas, fresh water, electrolyzed water, electrolyte, acidic water, alkaline water, bleach, salt, and hypochlorous acid is produced; It consists of one or more of: See Figure 2c.

The electrolyzer 2 includes a) the waste water or waste concrete introduced into the electrolyzer 102; b) Electrolysis of one or more of the waste water or waste concrete generated at the anode 551 and the cathode 552 by applying electricity; c) the H ⁺ to hypochlorous acid produced by the electrolysis; d) desalting and desalinating at least one of the wastewater and waste concrete by electrolysis; e) H ₂ and O ₂ discharged separately into the anode and cathode by the ion film 433; One or more of the following is used, generated, formed, implemented, or discharged.

The electrolyzer 3 includes a) a pipe, purifier, condenser, compressor, and storage tank sequentially connected to the electrolyzer 102; b) the pipe or storage tank that transports, purifies, condenses, pressurizes, and stores at least one of H ₂ and O ₂ ; One or more of these is provided.

The electrolyzer 4 includes a) the electrolyzer, a power supply, a pipe, or a storage tank in which one of the magnetized or composite materials is used; b) the electrolyzer or storage tank equipped with one or more of a hose, nozzle, diffuser, or sprayer for supplying or spraying one or more of the H ⁺ to hypochlorous acid; c) the electrolyzer to the storage tank to perform one or more of sterilization, disinfection, purification, purification, carbonation, mortar removal, cement removal, and foreign matter removal by one or more of the H ⁺ to hypochlorous acid; It consists of one or more of:

The decomposer, electrolyzer, discharger, container or supply line, storage battery, electrolyzer, anode, cathode, anode part, cathode part, electrolyzer or power supply, pipe or storage tank, etc. are not equipped with or use the above means or composite means. possible. It is possible to use or be equipped with the above-mentioned decomposer or storage tank in the above-described means or complex means. Looking at the generation of H ⁺ to hypochlorous acid, etc., 1) H ⁺ is the anode, OH ^- is the cathode, Fe ⁺ is the anode, H ₂ is the anode, O ₂ is the cathode, CO ₂ is the anode, OH radical is the cathode, ion or Fe ⁺ is the anode, acidic water is the anode, and alkaline water is the cathode; 2) And Na ⁺ , Cl ^- , Cl ₂ , HOCl, NaOCl, bubbles, gas, fresh water, bleach, hypochlorite, hypochlorous acid, etc. are stored in the electrolytic cell, electrolyzed water, electrolyte, between the anode and cathode; It occurs in etc. The fresh water is fresh water created by electrolysis of sea water. The electrolyte solution is water, water, liquid, oil, seawater, etc. used in electrolysis or introduced into an electrolyzer, and the electrolytic water is water, water, liquid, oil, fresh water, etc. electrolyzed or discharged from an electrolyzer. The electrolyte is an electrolyzed material, and its materials include H ⁺ to hypochlorous acid.

The discharger 572 includes a) discharger 572, electric discharger 572; b) Containers 102 and 551 into which the electrode 552 is inserted, a discharger 572 that discharges electricity by applying electricity to the electrode and the container, and ozone is generated by the discharge or dust is charged in the air passing through the container. a discharger 572 that is attached to the container and removed; etc. may be included. See Figure 2d. The discharger can be applied as an electrostatic precipitator. The discharger or electrostatic precipitator includes: a) a discharger, an electrostatic precipitator, a precipitator that uses electricity, a precipitator that uses electrical corona discharge, and a precipitator that collects charged particles by corona discharge; b) A device that applies an electric field to dust floating in the air to make it electrically charged and then collects and removes the dust with electrostatic force; c) Electrostatic precipitators using voltages of 40,000 to 70,000 V; d) An electrostatic precipitator using a voltage of 40,000 to 70,000 V generated through a high-voltage generator using alternating current power of 50 to 60 Hz; e) A dust collector in which the electric charge generated by corona discharge attaches to dust particles and becomes charged particles, which are attracted to electrodes of opposite polarity by electrostatic force and move to collect dust; f) The dust collection electrode of the cylinder is used as the anode (551) and the discharge line mounted in the center of the cylinder is used as the cathode (552). Then, air containing dust is passed through the cylinder to collect dust. A dust collector that is charged with this sound and attaches to and removes the inner surface of the cylinder; This is shown in Figure 46 d, g) a dust collector that removes dust deposited on the cylinder by washing it with water or applying mechanical shock to the cylinder; It is one of the

Figure 3 shows an example of a hydrogen battery or hydrogen fuel cell according to the present invention. The hydrogen battery or hydrogen fuel cell 573 may include hydrogen battery 1, hydrogen battery 2, hydrogen battery 3, hydrogen battery 4, etc. In the hydrogen cell 1, electrons generated through a reaction in which hydrogen (H) and oxygen (O) react to form water (2H ₂ + O 2 → H ₂ O) are transferred from the anode 551 or the anode to an external conductor. Electricity is generated by moving to the cathode 552 or cathode through 468 (573). See Figure 3a. The hydrogen cell 2 is a hydrogen cell 573 that generates electricity by providing at least one of an electrolyte 438 and an ion film 433 between the anode and the cathode, or between the anode and the cathode. See Figure 3b. In the hydrogen cell 3, the oxidation reaction of hydrogen, which is a fuel, occurs at the anode electrode 551 as in Reaction 1 or Reaction 2 below, and the reduction reaction of oxygen occurs at the reduction electrode 552 as Reaction 3 or Reaction 4 below. It is a hydrogen battery (573) that generates electricity as follows. See Figure 3 ab c. The above reaction 1 is 2H ₂ → 4H ⁺ + 4e ^- under acidic conditions. The reaction 2 is 2H ₂ + 4OH ^- → 4H ₂ O+ 4e ^- under basic conditions. Reaction 3 above is O ₂ + 4H ⁺ + 4e ^- → 2H ₂ O under acidic conditions. The above reaction 4 is O ₂ + 2H ₂ O + 4e ^- → 4OH ^- under basic conditions. The hydrogen cell 4 is a combination of an electrolyzer 571 and a hydrogen fuel cell 573. See Figure 3c. This is a battery that generates electricity in the hydrogen fuel cell 573 using hydrogen and oxygen generated in the electrolyzer 571. The above means or combination means can be used or provided for the decomposer, electrolyzer, discharger, electrolyzer, electrolyte, ion film, electrode, anode, cathode, heater, inlet, outlet, supply line, etc. It is possible to use or be equipped with the decomposition device or supply line in the above means or complex means. Materials, hydrogen, oxygen, electricity, etc. provided from the decomposition unit or supply line may be used or supplied to the above means or complex means.

The contents, terms, words, idioms, phrases, phrases, phrases, sentences, paragraphs, descriptions, explanations, expressions, notations, drawings, illustrations, claims, etc. described or explained above are included in the scope, contents, claims, etc. of the present invention. may be included. The above relates to some of the contents, claims, examples, etc. that can be implemented by the present invention, and as is well known, the scope of the present invention should not be construed as limited to the above contents, claims, examples, etc. The technical details of the present invention described above and the technical details underlying it will all be included in the scope of the present invention.

102: electrolyzer, electrolyzer 410: plug 411: outlet
412: Power supply 468: Electric wire 551: Anode 552: Cathode 553: Ion film

Claims (1)

As a robot vacuum cleaner,
The lower part is equipped with one selected from among brushes, cotton, cotton, fiber, cloth, rag, cloth, hemp cloth, woven fabric, non-woven fabric, filter cloth, absorbent cloth, and sponge.
a) wearable means;
One or more devices selected from sensors, buttons, lanterns, cameras, radios, notifiers, lamps, measuring instruments, and controllers provided in the wearable means;
A smartphone of the person managing the robot vacuum cleaner;
a battery that supplies electricity to the device;
a pocket formed in the wearable means to store the battery;
A communication device linked to the device and a smartphone;
a communication network linked to the communication device;
a server connected to the communication network;
A terminal connected to the server or communication network; is provided or connected,
b) or wearable means;
Sensors, buttons, lanterns, cameras, radios, and notifiers provided on the front of the wearable device;
A lamp, camera, and controller provided at the rear of the wearable device;
A smartphone of the person managing the robot vacuum cleaner;
a battery that supplies electricity to the device;
a pocket formed in the wearable means to store the battery;
Wires connected to the device and the battery;
A communication device linked to the device and a smartphone;
A communication network or mobile communication network linked to the communication device;
A server or cloud server connected to the communication network;
One or more terminals selected from computers, mobile phones, and tablets connected to the server or communication network; is provided or connected,
c) or wearable means;
A sensor provided on the front or inside of the wearable means;
Position sensors, biometric sensors, gas sensors, environmental sensors, and air quality sensors included in the sensors;
A button or SOS button provided on the front side and spaced apart from the sensor;
A lantern provided on the front side and spaced apart from the button;
a camera provided at the front and spaced apart from the lantern;
A radio provided at the front and spaced apart from the camera;
Microphone and speaker included in the radio;
A notification device provided on the front side and spaced apart from the radio;
a lamp provided at the rear of the wearable means;
a camera provided on the rear of the wearable device and spaced apart from the lamp;
a controller provided on the rear of the wearable device and spaced apart from the camera;
A smartphone of the person managing the robot vacuum cleaner;
A battery that supplies electricity to one or more devices selected from the sensor or smartphone;
a pocket formed in the wearable means to store the battery;
Wires connected to the device and the battery;
a communication device linked to the mechanism;
LTE, WiFi, Bluetooth, and gateway included in the communication device;
a communication network linked to the communication device;
A beacon that recognizes the smartphone and connects the smartphone to a communication network;
a server connected to the communication network;
A terminal connected to the server or communication network;
Computers, mobile phones, and tablets included in the terminal;
Applications or application files installed on the smartphone and terminal;
the mobile phone communicating with the smartphone;
An ozone device mounted on the wearable means;
An anion group spaced apart from the ozone group and mounted on the wearable means;
a purifier mounted on the wearable means and spaced apart from the negative ion group; A robot vacuum cleaner characterized in that it is equipped with or connected to