CN109185993A - A kind of Intellectual air cleaner device people - Google Patents

A kind of Intellectual air cleaner device people Download PDF

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Publication number
CN109185993A
CN109185993A CN201811082572.3A CN201811082572A CN109185993A CN 109185993 A CN109185993 A CN 109185993A CN 201811082572 A CN201811082572 A CN 201811082572A CN 109185993 A CN109185993 A CN 109185993A
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CN
China
Prior art keywords
air
layer
ultraviolet
air inlet
room
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
CN201811082572.3A
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Chinese (zh)
Inventor
周毅
欧阳婷
周孟如
周宸宇
贺泽凡
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Hunan Fortune Engine Intangible Asset Management Service Co Ltd
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Hunan Fortune Engine Intangible Asset Management Service Co Ltd
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Application filed by Hunan Fortune Engine Intangible Asset Management Service Co Ltd filed Critical Hunan Fortune Engine Intangible Asset Management Service Co Ltd
Priority to CN201811082572.3A priority Critical patent/CN109185993A/en
Publication of CN109185993A publication Critical patent/CN109185993A/en
Withdrawn legal-status Critical Current

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/50Control or safety arrangements characterised by user interfaces or communication
    • F24F11/52Indication arrangements, e.g. displays
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F24F11/63Electronic processing
    • F24F11/64Electronic processing using pre-stored data
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/89Arrangement or mounting of control or safety devices
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/24Means for preventing or suppressing noise
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/28Arrangement or mounting of filters
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/32Supports for air-conditioning, air-humidification or ventilation units
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • F24F8/108Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering using dry filter elements
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • F24F8/15Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by chemical means
    • F24F8/167Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by chemical means using catalytic reactions
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • F24F8/192Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by electrical means, e.g. by applying electrostatic fields or high voltages
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/20Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/20Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation
    • F24F8/22Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation using UV light
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/30Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by ionisation

Abstract

The invention discloses a kind of Intellectual air cleaner device people, including intelligent robot, air filter, Ultraviolet room, plasma decomposition chamber, catalytic reaction chamber, adsorption chamber and plasma generator;It intelligent robot energy active detecting air pollutants and according to set threshold value or surveys and controls Electric Motor Wheel beyond threshold percentage, advance towards pollutant concentration region, it determines pollution sources and air cleaning is carried out to pollution sources near zone emphasis, it by real-time data memory and is transmitted by control mainboard, it is interacted with other smart machines, different zones and purified air data in real-time awareness room, most importantly robot is in mode a period of time, dynamic purifies air and is designed by multilayered structure, effectively clean fixation in air and liquid pollutant and germ, air after returning cleaning simultaneously is added to anion, air is set to reach the fresh and comfortable of ecological.

Description

A kind of Intellectual air cleaner device people
Technical field
The present invention relates to air purification field, specially one kind is exclusively used in indoor Intellectual air cleaner device people.
Background technique
It is PM2.5 in air, benzene,toluene,xylene, formaldehyde, sulfide, germ, smelly currently, since air pollution is larger The many pollutants of oxygen, allergenic factor etc., are broadly divided into solid and liquid pollutant and people institute is most concerned, often Report that PM2.5 is exceeded;Indoors, it is equally polluted by solid particulate matter, dust, pollen etc., certain shadow is caused to health It rings, how quickly the particulate matter in cleaning air, keeps daily life, the solid particulate matter in working environment air up to standard.It is empty The quality of makings amount (air quality) reflects air pollution degree, it is the height according to pollutants in air concentration Judgement.Air pollution is a complicated phenomenon, in specific time and place air pollutant concentration by many factors shadow It rings.The man-made pollutant discharge size for coming self-retaining and mobile pollution source is to influence one of the main factor of air quality, In include vehicle, ship, the tail gas of aircraft, industrial pollution, resident living and heating, waste incineration etc..The development intensity in city, Topography and geomorphology and meteorological etc. is also an important factor for influencing air quality.
Existing air detecting device generally volume is relatively huge, when carrying occupied space also compare it is more, Therefore inconvenient to carry, and this environment tester does not have a storage function, when work, must plug in and could use, thus Cause it limited in measurement, use scope is narrow, and when use needs manual operation.
For above situation, there are the device and equipment for measuring a kind of air pollutants or a few air pollutants, very The equipment of rare energy a variety of measurements and active probe air pollution source simultaneously, the sky interacted for intelligence with other smart machines Gas contaminant detection device is relatively fewer, is further improved therefore, it is necessary to equip to above-mentioned air detection.
In addition, " negative oxygen ion " concentration is one of the mark of air quality quality.According to the standard of the World Health Organization, when When negative oxygen ion concentration is higher than 1000-1500 per cubic centimeter in air, can just it deserve to be called " fresh air ".How Does interior possess " fresh air "?
Summary of the invention
The purpose of the present invention is to provide a kind of Intellectual air cleaner device people, to solve the above problems, including air mistake Filter device, plasma disinfection system, except benzene device, ozonolysis equipment, anion air atomising device, noise-lowering centrifugal ventilation Device and intelligent robot;First gas outlet is connect with air inlet by conduit, and air outlet and the first air inlet are logical Conduit connection is crossed, the second gas outlet is connect with the second air inlet by conduit, and third gas outlet and third air inlet pass through conduit Connection;Atomizer is connect with the 4th air inlet by conduit;The air filter, plasma disinfection system remove benzene dress Set, ozonolysis equipment, anion air atomising device and noise-lowering centrifugal ventilation device are mounted on intelligent robot and with storage Battery is connected by conducting wire;Battery be air filter, plasma disinfection system, except benzene device, ozonolysis equipment, Anion air atomising device and noise-lowering centrifugal ventilation device provide electric power.
The intelligent robot is provided with Electric Motor Wheel, and the intelligent robot bottom is provided with wireless charger, the nothing Line charge electric appliance is adapted with wireless charging base;Be fixed in the intelligent robot battery, control mainboard, horizontal location instrument, Air monitor and charging calibrator;It the battery and air monitor, Electric Motor Wheel, horizontal location instrument, control mainboard and fills Electric calibration device is connected by conducting wire and provides electric power for it;The battery is connect with wireless charger by conducting wire, the nothing Line charge electric appliance charges to battery by wireless charging base;The control mainboard and air monitor, Electric Motor Wheel, level are fixed Position instrument, wireless charger and charging calibrator are connected by conducting wire;
The air filter includes thick effect filter layer, non-woven fabrics, Electrostatic Absorption layer and efficient HEPA adsorption layer;It is described Thick effect filter layer, non-woven fabrics, Electrostatic Absorption layer and efficient HEPA adsorption layer are sequentially fixed on fixed case, are set on the fixed case It is equipped with the first gas outlet, the efficient filtered air of HEPA adsorption layer is discharged by the first gas outlet;The thick effect filtering Layer is the thick at least one for imitating air filter, thick effect airstrainer and thick effect air filtration cotton;The non-woven fabrics is nonwoven Cloth filter layer filters air of the thick effect filter layer after filtered again;The non-woven fabrics is that glass fibre and staple fibre close It compiles;The Electrostatic Absorption layer is arranged to winding type electrostatic structure, quiet by winding type by the filtered air of non-woven fabrics Electric structure carries out Electrostatic Absorption;The efficient HEPA adsorption layer is made of bracket and HEPA strainer, and the HEPA strainer is fixed on Bracket;Electrostatic Absorption layer bottom is provided with cleaning mouth, and the cleaning mouth clears up the dust that the absorption of Electrostatic Absorption layer is fallen Air filter out;
The plasma disinfection system include including plasma air disinfection device noumenon, plasma generator, Air inlet and air outlet;Disinfection room, filter layer, air are provided in the plasma air disinfection device noumenon Storage room and the first oxygen storage room;Plasma air disinfection device noumenon is divided into disinfection room and air by the filter layer Storage room is provided with pre-sterilization chamber and ultraviolet C lamp in the disinfection room, be provided in the pre-sterilization chamber the first aerial fog nozzle and Second aerial fog nozzle, first aerial fog nozzle are connect with air inlet by conduit, second aerial fog nozzle and it is equal from Daughter generator is connected by conduit and is provided with air pump among conduit;Air inlet is provided on the disinfection room;Institute It states and is provided with air outlet on air storage tank;The plasma generator and the first oxygen storage room are connected by conduit It connects;
The benzene device that removes includes the first Ultraviolet room, catalytic reaction chamber and adsorption chamber;First Ultraviolet room It is inside provided with ultraviolet lamp, first Ultraviolet room is provided with the first air inlet, and first Ultraviolet room and catalysis are anti- It answers room to be connected to by snorkel, is provided with catalytic reaction layer in the catalytic reaction chamber, the adsorption chamber is provided with filter core;It is described Filter core one end is directly connected with adsorption chamber, and the other end is provided with the first collection chamber, and first collection chamber is provided with second and goes out Port;It is provided with flow gauge on first air inlet, is provided with alarm on the outside of the adsorption chamber;The flow measurement Device and alarm pass through electric data connection;
The ozonolysis equipment includes the second Ultraviolet room, decomposition layer, air storage chamber and decomposes core;Described second is ultraviolet Decomposition chamber is provided with the second air inlet, and second Ultraviolet room is provided with ultraviolet lamp;The decomposition layer is arranged second Between Ultraviolet room and air storage chamber, the indoor gas of the second Ultraviolet leads to air storage chamber via decomposition layer, described Decomposition layer is made of the cellucotton for being coated with ozone decomposition catalyst;Decomposition core, the decomposition core are provided in the air storage chamber Bottom is provided with buffer layer, is provided with the second collection chamber at the top of the decomposition core, and the decomposition core is cylindrical and peripheral setting Have a heating layer, the heating layer it is cylindrical and with decompose the same central axis of core, be provided with heater strip in the heating layer;It is described Second collection chamber is provided with third gas outlet, and the air storage chamber gas leads to via buffer layer to be decomposed core and lead to the by decomposition core again Two collection chambers;
The anion air atomising device includes water tank and anion generator;The water tank is provided with water filling port And outlet pipe, the outlet pipe are provided with solenoid electric valve;Air humidity detector and water are fixed on the outside of the water tank Display, the hygrosensor and solenoid electric valve pass through electric data connection;The anion generator is provided with air inlet pipe And water filling port, the air inlet pipe are separately connected air storage arrangement and the second oxygen-storing device, the air storage by conduit It is provided with third air inlet on cryopreservation device, is provided with control among the air inlet pipe and the second oxygen-storing device connecting conduit Valve;The outlet pipe passes through conduit respectively with water filling port and connect atomizer, sets in the conduit that the atomizer is connect with water filling port It is equipped with acceleration pump, the acceleration pump and control valve pass through electric data connection;
The noise-lowering centrifugal ventilation device include main box, impeller, spiral case, directly to pipe, sound-absorbing disk and outlet disk;The master The 4th air inlet is provided on cabinet, the 4th air inlet is connected to spiral case, and the fixed impeller of the spiral case activity simultaneously forms song Pipe, the curved tube with directly be connected to pipe, described to be directly fixed with the first fixed link into pipe, first fixed link and directly vertical to pipe Directly, first fixed link is fixed with round support rod, and round shaft is provided on the round support rod, and the round support rod, circle turn Axis with directly to the same central axis of pipe;Spiral case described in wind wheel is provided in the round shaft, and master is weldingly fixed on by the second fixed link It is described to be directly weldingly fixed on main box to pipe by third fixed link on cabinet, it is described directly to lead to outside main box to pipe.
As a further improvement of the above technical scheme:
The non-woven fabrics answers atmospheric dust counting efficiency >=60% of partial size >=1.0 μm particle, the resistance of the non-woven fabrics ≤ 50Pa, the non-woven fabrics are that glass fibre and staple fibre are compiled in collaboration with.
The Electrostatic Absorption layer is made of support arm case, cleaning storehouse and metal plate, adjacent about the two pieces phases of the metal plate Straggly to be fixed on support arm case, the metal plate two sides are fixed and are sealed with support arm case;Adjacent two metal plate constitutes empty Air circuit;The positive and negative anodes that adjacent two metal plate is respectively turned on power supply constitute capacitance structure;The cleaning storehouse is provided with outer branch The bottom of frame case, the cleaning storehouse upper end are provided with sealing plate, and the sealing plate metal plate fixed in lower end with position connects And metal plate is sealed;The support arm case, cleaning storehouse are isolation material.
The efficient HEPA adsorption layer and bracket constitute convex, in the certain situation of efficient HEPA adsorption layer projected area Under, increase the filter area of efficient HEPA adsorption layer, increases the percent of pass of air;Described efficient its transmitance of HEPA adsorption layer≤ 0.1% or to counting transmitance≤0.001% of partial size >=0.1 μm particle;The efficient HEPA absorption layer resistance answers≤ 150Pa。
Adjacent the connected electrode of two metal plates is transformed to cathode every 1 minute primary pole, i.e. anode, and anode transformation is negative Pole.
The plasma air disinfection device, including plasma air disinfection device noumenon, plasma generator, Air inlet and air outlet;
As a further improvement of the above technical scheme:
First plasma generator is using oxygen as medium.
First aerial fog nozzle and the second aerial fog nozzle it is up and down vertical opposite and distance be greater than 2cm, be less than 10cm.Due to Plasma generator closely impacts vacuum pump very much using condition of negative pressure, and too far first reaction efficiency can not be strong.
The energy of particle is typically about several to tens electron-volts in plasma, greater than the associative key of polymer material Can (several to more than ten electron-volts), the chemical bond of organic macromolecule can be ruptured completely and form new keys, plasma and benzene, Physical and chemical reaction occurs for toluene, dimethylbenzene collision, and benzene ring structure is destroyed, the more stable small molecules such as CO2, H2O are generated, from And reach the benzene,toluene,xylene removed in air.
The ultraviolet C lamp is provided with glass lamp shade, and ultraviolet C light caused by the ultraviolet C lamp is full of disinfection room space.
As a further improvement of the above technical scheme:
The flow gauge metering enters the flow of the gas of air inlet, described when gas flow reaches preset value Flow gauge sends power information to alarm, and the alarm receives signal alarm, prompts replacement filtration core, the alarm Type of alarm includes following buzzing, flashing light, language unicast report at least one.Since benzene ring structure is difficult to destroy, the present invention is in device Final step is provided with adsorption chamber and is further purified treated gas using the suction-operated of active carbon, to make to arrange Benzene in air out, toluene, dimethylbenzene and other organic products of generation are reacted in the device further filter, reach indoor Standard air.
The ultraviolet lamp use high-power high energy ultraviolet discharge tube, the ultraviolet wavelength of sending be mainly 170nm extremely 185nm, photon energy are respectively 742KJ/mol and 647KJ/mol, can efficiently crack the molecular link of cutting molecule, to benzene into Oxidation reaction is decomposed in row collaboration.
The catalytic reaction layer burns casting by honeycomb electronic ceramics pore surface attachment molybdenum oxide and is made, in oxygen and ozone In environment, catalyst is made with molybdenum oxide, benzene selective is oxidized to maleic anhydride.
The filtration core is filled by active carbon, and the benzene in air is further adsorbed.
For second ion generator using oxygen as medium, the vacuum pump generates negative pressure, and oxygen occurs in ion In device in the case where negative pressure, plasma is generated, the plasma includes electronics, proton, free radical and ozone.Benzene and first are stupid Other nontoxic small molecules can be generated by ozone oxidation with dimethylbenzene.As a further improvement of the above technical scheme:
The decomposition in-core is provided with temperature detector, and temperature regulator, the temperature tune are provided in the heating layer It controls device and heater strip and temperature detector passes through electric data connection;The temperature regulator measurement decomposes core inner temperature feedback extremely Temperature regulator, the temperature regulator control heating wire works are to adjust the internal temperature for decomposing core.
The decomposition core inner facilitates agent, the decomposition core inner gas in ozone decomposition is covered on hole shape and pore surface Physical efficiency slow transits through.
The ozone catalyst is manganese, the Cu oxide of MnO2 or argentiferous.
As a further improvement of the above technical scheme:
The decomposition in-core is provided with temperature detector, and temperature regulator, the temperature tune are provided in the heating layer It controls device and heater strip and temperature detector passes through electric data connection;The temperature regulator measurement decomposes core inner temperature feedback extremely Temperature regulator, the temperature regulator control heating wire works are to adjust the internal temperature for decomposing core;The decomposition core inner Agent is facilitated in ozone decomposition is covered on hole shape and pore surface;First ultraviolet lamp generates ultraviolet light when working, described Ozone catalyst is at least one of the manganese of MnO2 or argentiferous, Cu oxide.
As a further improvement of the above technical scheme:
The atomizer uses the ejector principle of compression atomizer, forms high speed by tiny nozzle using compressed air The negative pressure of air-flow, generation drives outlet pipe liquid to be ejected on obstacle together, and splashing under high-speed impact around makes drop Become misty particle to spray.
The control valve can regulate and control the gas output of oxygen-storing device, the acceleration pump speed and control valve gas output at Direct ratio accelerates pump speed faster, and control valve gas output is bigger, and oxygen-storing device is arranged, increases the air oxygen content of air inlet, It is final to promote negative oxygen ion concentration.
The humidity of the air humidity detector detection air, the water yield of the solenoid electric valve control outlet pipe, institute The water yield of the numerical value and solenoid electric valve of stating air humidity detector is inversely proportional, and the air humidity detector is provided with critical Threshold value then controls solenoid electric valve by electric data and closes when detecting that air humidity is more than setting threshold limit value.
The anion generator uses sub- fullerene negative ion release technology of receiving.
Fullerene is using the electric catalyst material of nanotechnology manufacture, is a kind of material close to superconduction, and resistance is almost etc. In zero.When electron ion passes through the material, powerful resonance effects can be generated, therefore pole is conducive to the free precipitation of electron ion, institute To need very strong electric current unlike traditional ion releasing material (common carbon fibers metal etc.).Only the fainter electric current of need is Releasable large dosage of, high-purity anion can form pure ecological anion in space and bathe environment.There is no ozone simultaneously, surpass The derivative pollutions object such as oxide, nitride, radiation generates.It is and the immediate ecological anion generation technique of the Nature.
As a further improvement of the above technical scheme:
The main box is towards directly outlet disk is fixed with to pipe air outlet side, and the outlet disk is towards mouth backwards to main box;Institute It states in outlet disk and sound-absorbing disk is fixed with by the 4th fixed link, the sound-absorbing disk is towards mouth towards main box;The sound-absorbing disk with go out Gas disk constitutes air exhausting structure.For air-flow after directly coming out to pipe gas outlet, air-flow directly rushes at sound-absorbing disk, is provided with glass on sound-absorbing disk Glass fiber, sound further absorb, and reduce the decibel of sound;Sound-absorbing disk is opposite with outlet disk, between sound disk and outlet disk Reflection, is absorbed by suction disk, therefore, noise reduction effect is very good step by step.
The air inlet and impeller are radially or axial at least one.Air inlet can be set to radial and axial with impeller Bidirection air intake, then the quick flow that impeller generates is more steady, therefore noise is smaller.
The sound-absorbing disk inner wall is provided with sound-absorbing glass fibre.
The intelligent robot is provided with Electric Motor Wheel, and the intelligent robot bottom is provided with wireless charger, the nothing Line charge electric appliance is adapted with wireless charging base;Be fixed in the intelligent robot battery, control mainboard, horizontal location instrument, Air monitor and charging calibrator;
The battery and air monitor, Electric Motor Wheel, horizontal location instrument, control mainboard and charging calibrator pass through conducting wire It connects and provides electric power for it;
The battery is connect with wireless charger by conducting wire, and the wireless charger is by wireless charging base to electric power storage It charges in pond;The control mainboard and air monitor, Electric Motor Wheel, horizontal location instrument, wireless charger and charging calibrator It is connected by conducting wire.
As a further improvement of the above technical scheme:
The Electric Motor Wheel is 360 degree of steering Electric Motor Wheels of liftable.Indoors in environment, ground is relatively very flat, is suitble to intelligence Robot automatically controls, and 360 degree of steering Electric Motor Wheels of liftable are arranged, and intelligent robot can turn in time when encountering barrier.
The control mainboard has the function of receiving, storage, handles and issue data.Control mainboard receives air detection Device, battery, Electric Motor Wheel, horizontal location instrument, wireless charger and charge calibrator data stored, handled and issued, When control mainboard receives accumulator electric-quantity lower than 30%, then data are issued to Electric Motor Wheel, intelligent robot is controlled and returns to nothing Line cradle, row when wireless charger and wireless charging base is calibrated in then control mainboard control charging calibrator unlatching, then is controlled Electric Motor Wheel contracting drop processed, controls wireless charger and wireless charging base charging height, and starting wireless charger charges.It is described to fill Wireless charger is overlapped by electric calibration device with wireless charging base position correction.
The horizontal location instrument by laser or infrared wherein at least one mode measure the barrier in travelling route with And determine the position of intelligent robot.
The air monitor is provided with multiple detection contacts, detect PM2.5 in air, temperature, humidity, CO, NO2, At least one of formaldehyde, radon gas, SO2, ammonia, toluene, dimethylbenzene, ozone and volatile organic matter.The air monitor will Institute's detection information is transmitted to control mainboard, and control mainboard carries out classification storage, the concentration of real-time perfoming analysis measurement pollutant, root The pollutant concentration detected when factually judges pollution sources, and then controls Electric Motor Wheel and advance towards pollution sources direction, final to determine Pollution sources measure the true data of pollution sources, and are stored and be sent to the smart machine being attached thereto for institute's determination data. Control mainboard can set the threshold value of different pollutants, can also set not mode;Mode one: when being detected simultaneously by multiple pollutant When, the preferably greater than highest pollutant of threshold percentage is detected, and is then successively detected according to more than threshold percentage; Mode two: multiple pollutant detects simultaneously, in measuring cell in different zones pollutant concentration.
The position of centre of gravity of intelligent robot is arranged in the battery, increases the stability of intelligent robot.
The technical solution of each embodiment can be combined in the present invention, and the technical characteristic in embodiment can also be combined shape The technical solution of Cheng Xin.
Beneficial effects of the present invention, intelligent robot energy active detecting air pollutants and according to set threshold value or institute Survey and control Electric Motor Wheel beyond threshold percentage, advance towards pollutant concentration region, determine pollution sources and to pollution sources near Region emphasis carries out air cleaning, by control mainboard by real-time data memory and transmission, interacts with other smart machines, in real time Know indoor different zones and purified air data, most importantly robot is in mode a period of time, dynamic purification Air.6 different device special project clean airs are installed on intelligent robot, is arranged by multiple filtration, carries out thick mistake first Filter, larger particles are first filtered out, the pressure of the filter layer of back is mitigated;Nonwoven layer is set into once filtering slightly smaller point Particulate matter;Then again by electrostatic filter layer, the capacitance structure of the air loop and composition that are constituted using metal plate, gas is in sky It is weaving through in air circuit, mutually with different electricity, the solid particulate matter in air is further adsorbed for metal plate, makes consolidating in air Body particulate matter is filtered significantly, and metal plate exists in every 1 minute during of falling pole, the solid particulate matter adsorbed on a metal plate Opposite electrode effect is lower and no longer adsorbs, and then falls, and improves the working efficiency of metal plate, has also reached self-cleaning work With.Plasma caused by plasma carries out decomposition to the toxic gas in air and becomes non-toxic gas, the first aerosol is arranged Nozzle and the second aerial fog nozzle and just opposite up and down, increase the reaction efficiency of plasma and toxic gas;Ultraviolet C is set Lamp, ultraviolet C light have the function of that strong bactericidal, the tiny organisms such as Common fungi class, virus type, bacillus class only need can kill for 2-5 seconds It goes out;Electronics, proton and the free radical that plasma includes, the energy of particle is typically about several to tens electricity in plasma Sub- volt can rupture organic macromolecule greater than the combination bond energy of polymer material (several to more than ten electron-volts) completely Chemical bond and form new keys, and have strong oxidizing property, it may have the effect of sterilization, plasma generator using oxygen as matchmaker It is situated between, therefore ozone can be generated, the Strong oxdiative of ozone is also sterilized and the reaction of many toxic gases.Therefore, the present invention is with super strength Disinfection and sterilizing function.The characteristics of benzene and aromatic series organic matter, aromatic series organic matter is that have phenyl ring, due to the special knot of phenyl ring Structure is difficult to be oxidized and also decompose in surroundings.Ultraviolet light is generated using high-power high energy ultraviolet discharge tube first, is utilized The photon energy of ultraviolet light cuts off the molecular structure chemical bond of benzene and aromatic series organic matter, synchronizes oxidation.Plasma It is reacted using its high energy particle, free radical and ozone with benzene and aromatic series and generates nontoxic small molecule.Benzene is catalyzed in molybdenum dioxide The case where agent selectivity be oxidized to maleic anhydride.Filtration core is set in the final step of device, utilizes the suction of active carbon Remaining benzene and aromatic series organic matter and its generated substance that reacts further are filtered in attached effect.The air of ozone into When entering decomposition layer, the ozone decomposition catalyst of decomposition layer accelerates the decomposition of ozone.When air containing ozone enters decomposition in-core, The temperature regulator and heater strip being arranged in the temperature detector and heating layer of in-core setting are decomposed, controls to adjust and decomposes in-core The optimum temperature of ozone decomposition catalyst quickly decomposes the ozone in air.Because ozonolysis reactions are exothermic chemistry Reaction can generate heat in ozone decomposition, therefore decomposition core is arranged to hole shape, first is that increasing the attached of ozone decomposition catalyst Surface, second is that increasing ozone connects true probability, third is that having using radiating or heating, to accelerate the decomposition of ozone.Utilize three Layer ozone decomposes setting, progressive layer by layer, substantially increases the decomposition efficiency of ozone.Using receiving sub- fullerene negative ion release skill Art, it is only necessary to which weak current is the anion that can release ecological.The medium of anion generator is oxygen-enriched air, can be adjusted Control the oxygen emission of oxygen-storing device.Using atomizer arrangement, according to the moisture content real-time perfoming anion of room air Air atomizing effect, generated air is oxygen-enriched anion air and also ensures the moisture content of room air, oxygen-enriched negative Ionic air can make one to stay the fresh and comfortable of the big oxygen bar of forest.In addition, the present invention can also be excessively meticulous design, noise is big Big to reduce, sound is very small when using indoors, and fresh air not instead of one direction of blow-through, spreads towards surrounding, makes room Interior air reaches naturally pure and fresh.
Detailed description of the invention
Fig. 1 is air purification structure flow diagram of the invention.
Fig. 2 is air filter structural schematic diagram of the invention.
Fig. 3 is the efficient HEPA adsorption layer positive structure schematic of air filter of the invention.
Fig. 4 is the efficient HEPA adsorption layer side structure schematic diagram of air filter of the invention.
Fig. 5 is air filter longitudinal direction half section structure diagram of the invention.
Fig. 6 is plasma disinfection system structural schematic diagram of the invention.
Fig. 7 is air of the invention except benzene schematic device.
Fig. 8 is ozonolysis equipment longitudinal direction half section structure diagram of the invention.
Fig. 9 is anion air filter device schematic diagram of the invention.
Figure 10 is centrifugal ventilation machine device schematic diagram of the invention.
Figure 11 is structural schematic diagram of the invention.
In appended drawing reference: 1, air filter;2, plasma disinfection system;3, air removes benzene device;4, ozone point Solve device;5, anion air filter device;6, centrifugal ventilation machine device;100, fixed case;101, filter layer is slightly imitated;102, nothing Woven fabric;103, Electrostatic Absorption layer;104, efficient HEPA adsorption layer;105, the first gas outlet;106, mouth is cleaned;1031, metal plate; 1032, support arm case;1033, storehouse is cleared up;1034, sealing plate;1041, bracket;1042, HEPA strainer;200, plasma is empty Gas chlorination equipment ontology;201, air inlet;202, the first aerial fog nozzle;203, the second aerial fog nozzle;204, pre-sterilization chamber; 205, disinfection room;206, the first plasma generator;207, air pump;208, ultraviolet C lamp;209, filter layer;210, air Gas outlet;211, air storage tank;212, the first oxygen storage device;301, the first air inlet;302, the first Ultraviolet room; 303, ultraviolet lamp;304, snorkel;305, catalytic reaction layer;306, catalytic reaction chamber;307, filter core;308, the second gas outlet; 309, the first collection chamber;310, adsorption chamber;311, flow gauge;312, alarm;401, the second air inlet;402, third goes out Port;403, the second Ultraviolet room;404, decomposition layer;405, the first ultraviolet lamp;406, air storage chamber;407, core is decomposed; 408, buffer layer;409, temperature detector;410, temperature regulator;411, heater strip;412, the second collection chamber;413, it heats Layer;501, water tank;502, air humidity detector;503, water-quantity display device;504, water filling port;505, outlet pipe;506, electric Magnetic control valve;507, anion generator;508, the second oxygen-storing device;509, air storage arrangement;510, acceleration pump; 511, atomizer;512, air inlet pipe;513, control valve;514, third air inlet;601, main box;602, spiral case;603, impeller; 604, the 4th air inlet;605, curved tube;606, directly to pipe;607, the first fixed link;608, circle support rod;609, wind wheel;610, Circle shaft;611, sound-absorbing disk;612, the 4th fixed link;613, outlet disk;604, third fixed link;605, the second fixed link;7, Intelligent robot;701, air monitor;702, Electric Motor Wheel;703, wireless charging base;704, horizontal location instrument;705, electric power storage Pond;706, wireless charger;707, control mainboard;708, charge calibrator.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.
As shown in figs. 1-11, the Intellectual air cleaner device people of the present embodiment, including air filter 1, plasma Chlorination equipment 2 removes benzene device 3, ozonolysis equipment 4, anion air atomising device 5, noise-lowering centrifugal ventilation device 6, intelligence Robot 7;First gas outlet 105 is connect with air inlet 201 by conduit, air outlet 210 and the first air inlet 301 It is connected by conduit, the second gas outlet 308 is connect with the second air inlet 401 by conduit, third gas outlet 402 and third air inlet Mouth 514 passes through conduit and connects;Atomizer 511 is connect with the 4th air inlet 604 by conduit;The air filter 1, etc. from Daughter chlorination equipment 2 removes benzene device 3, ozonolysis equipment 4, anion air atomising device 5 and noise-lowering centrifugal ventilation device 6 It is mounted on intelligent robot 7 and is connect with battery 705 by conducting wire;
As shown in figure 11, intelligent robot 7 is provided with Electric Motor Wheel 702, and 7 bottom of intelligent robot is provided with wireless charger 706, wireless charger 706 is adapted with wireless charging base 703;Battery 705, control mainboard are fixed in intelligent robot 7 707, horizontal location instrument 704, air monitor 701 and charging calibrator 708;It is battery 705 and air monitor 701, electronic Wheel 702, horizontal location instrument 704, control mainboard 707 are connected by conducting wire with charging calibrator 708 and provide electric power for it;Electric power storage Pond 705 is connect with wireless charger 706 by conducting wire, wireless charger 706 by wireless charging base 703 to battery 705 into Row charging;Control mainboard 707 and air monitor 701, Electric Motor Wheel 702, horizontal location instrument 704, wireless charger 706 and charging Calibrator 708 is connected by conducting wire;
Air filter 1 includes thick effect filter layer 101, non-woven fabrics 102, Electrostatic Absorption layer 103 and efficiently HEPA absorption Layer 104;Thick effect filter layer 101, non-woven fabrics 102, Electrostatic Absorption layer 103 and efficient HEPA adsorption layer 104 are sequentially fixed at fixation On case 100, the first gas outlet 105 is provided on fixed case 100, the filtered air of efficient HEPA adsorption layer 104 passes through first Gas outlet 105 is discharged;Thick effect filter layer 101 is thick effect air filter, thick effect airstrainer and thick effect air filtration cotton At least the present embodiment;Non-woven fabrics 102 is non-woven fabrics filter layer, and air of the thick effect filter layer 101 after filtered is filtered again; Non-woven fabrics 102 is that glass fibre and staple fibre are compiled in collaboration with;Electrostatic Absorption layer 103 is arranged to winding type electrostatic structure, passes through The filtered air of non-woven fabrics 102 carries out Electrostatic Absorption by winding type electrostatic structure;Efficient HEPA adsorption layer 104 is by bracket 1041 and HEPA strainer 1042 forms, and HEPA strainer 1042 is fixed on bracket 1041;103 bottom of Electrostatic Absorption layer is provided with cleaning The dust that the absorption of Electrostatic Absorption layer 103 is fallen is cleaned out air filter 1 by mouth 106, cleaning mouth 106;
Plasma disinfection system 2 includes including plasma air disinfection device noumenon 200, plasma generator 206, air inlet 201 and air outlet 210;Disinfection room is provided in plasma air disinfection device noumenon 200 205, filter layer 209, air storage tank 211 and the first oxygen storage room 212;Filter layer 209 fills plasma air disinfection It sets ontology 200 and is divided into disinfection room 205 and air storage tank 211, pre-sterilization chamber 204 and ultraviolet C lamp are provided in disinfection room 205 208, the first aerial fog nozzle 202 and the second aerial fog nozzle 203, the first aerial fog nozzle 202 and air are provided in pre-sterilization chamber 204 Air inlet 201 is connected by conduit, and the second aerial fog nozzle 203 is connect and in conduit by conduit with plasma generator 206 Between be provided with air pump 207;Air inlet 201 is provided on disinfection room 205;Air is provided on air storage tank 211 to go out Port 210;Plasma generator 206 is connect with the first oxygen storage room 212 by conduit;
Except benzene device 3 includes the first Ultraviolet room 302, catalytic reaction chamber 306 and adsorption chamber 310;First Ultraviolet Ultraviolet lamp 303 is provided in room 302, the first Ultraviolet room 302 is provided with the first air inlet 301, the first Ultraviolet room 302 It is connected to catalytic reaction chamber 306 by snorkel 304, catalytic reaction layer 305, adsorption chamber 310 is provided in catalytic reaction chamber 306 It is provided with filter core 307;307 one end of filter core is directly connected with adsorption chamber 310, and the other end is provided with the first collection chamber 309, and first Collection chamber 309 is provided with the second gas outlet 308;Flow gauge 311,310 outside of adsorption chamber are provided on first air inlet 301 It is provided with alarm 312;Flow gauge 311 and alarm 312 pass through electric data connection;
Ozonolysis equipment 4 includes the second Ultraviolet room 403, decomposition layer 404, air storage chamber 406 and decomposes core 407;The Two Ultraviolet rooms 403 are provided with the second air inlet 401, and the second Ultraviolet room 403 is provided with ultraviolet lamp 405;Decomposition layer 404 are arranged between the second Ultraviolet room 403 and air storage chamber 406, and the gas in the second Ultraviolet room 403 is via decomposition Layer 404 leads to air storage chamber 406, and decomposition layer 404 is made of the cellucotton for being coated with ozone decomposition catalyst;It is set in air storage chamber 406 It is equipped with and decomposes core 407, decompose 407 bottom of core and be provided with buffer layer 408, decompose and be provided with the second collection chamber 412 at the top of core 407, Decompose core 407 it is cylindrical and it is peripheral be provided with heating layer 413, heating layer 413 it is cylindrical and with decompose the same central axis of core 407 Line is provided with heater strip 411 in heating layer 413;Second collection chamber 412 is provided with third gas outlet 402,406 gas of air storage chamber Lead to decomposition core 407 via buffer layer 408 and the second collection chamber 412 is led to by decomposition core 407 again;
Anion air atomising device 5 includes water tank 501 and anion generator 507;Water tank 501 is provided with water filling Mouth 504 and outlet pipe 505, outlet pipe 505 are provided with solenoid electric valve 506;Air humidity detection is fixed on the outside of water tank 501 Device 502 and water-quantity display device 503, hygrosensor 502 and solenoid electric valve 506 pass through electric data connection;Anion generator 507 are provided with air inlet pipe 512 and water filling port 504, and air inlet pipe 512 is separately connected air storage arrangement 509 and second by conduit Oxygen-storing device 508 is provided with third air inlet 514, air inlet pipe 512 and the second oxygen storage on air storage arrangement 509 Control valve 513 is provided among 508 connecting conduit of device;Outlet pipe 505 connect atomizer by conduit respectively with water filling port 504 511, acceleration pump 510 is provided in the conduit that atomizer 511 is connect with water filling port 504, and acceleration pump 510 passes through with control valve 513 Electric data connection;
Noise-lowering centrifugal ventilation device 6 include main box 601, impeller 603, spiral case 602, directly to pipe 606,611 and of sound-absorbing disk Outlet disk 613;The 4th air inlet 604 is provided on main box 601, the 4th air inlet 604 is connected to spiral case 602, and spiral case 602 is living Dynamic fixed impeller 603 simultaneously forms curved tube 605, curved tube 605 be directly connected to pipe 606, the first fixed link is directly fixed with into pipe 606 607, the first fixed link 607 with it is directly vertical to pipe 606, the first fixed link 607 is fixed with round support rod 608, on circle support rod 608 It is provided with round shaft 610, justifies support rod 608, circle shaft 610 and directly to the same central axis of pipe 606;It is provided in circle shaft 610 609 spiral case 602 of wind wheel is weldingly fixed on main box 601 by the second fixed link 605, directly passes through third fixed link to pipe 606 604 are weldingly fixed on main box 601, directly lead to outside main box 601 to pipe 606.
As shown in Figure 2-5, slightly effect filter layer 101 is worked out by at least one of polyamide fibre, glass fibre and non-woven fabrics, right Air dirt counting efficiency >=40% of partial size >=6.0 μm particle, the thick resistance for imitating filter layer 101 answer≤20Pa;Non-woven fabrics 102 is right Atmospheric dust counting efficiency >=60% of partial size >=1.0 μm particle, the resistance of non-woven fabrics 102 answer≤50Pa;Electrostatic Absorption layer 103 by Support arm case 1032, cleaning storehouse 1033 and metal plate 1031 form, and about 1031 adjacent two pieces of metal plate mutually straggly to be fixed on outside On bracket case 1032,1031 two sides of metal plate and support arm case 1032 are fixed and are sealed;Adjacent two metal plate 1031 constitutes sky Air circuit;The positive and negative anodes that adjacent two metal plate 1031 is respectively turned on power supply constitute capacitance structure;Cleaning storehouse 1033 is provided with outer branch The bottom of frame case 1032, cleaning 1033 upper end of storehouse are provided with sealing plate 1034, sealing plate 1034 and the position gold fixed in lower end Belong to plate 1031 to connect and seal metal plate 1031;Support arm case 1032, cleaning storehouse 1033 are isolation material;Efficient HEPA inhales Attached layer 104 constitutes convex with bracket 1041, in the case where efficient 104 projected area of HEPA adsorption layer is certain, increases efficient The filter area of HEPA adsorption layer 104 increases the percent of pass of air;Efficient 104 its transmitance≤0.1% or right of HEPA adsorption layer Counting transmitance≤0.001% of partial size >=0.1 μm particle;Efficient 104 resistance of HEPA adsorption layer answers≤150Pa;Adjacent two gold medal Belong to the connected electrode of plate 1031 every 1 minute primary pole, i.e. anode is transformed to cathode, and anode is transformed to cathode.
As shown in fig. 6, plasma generator 206 is using oxygen as medium;First aerial fog nozzle 202 and the second aerosol Nozzle 203 is up and down vertical opposite and distance is greater than 6cm, is less than 20cm;Ultraviolet C lamp 208 is provided with glass lamp shade, ultraviolet C lamp 208 Generated ultraviolet C light is full of 205 space of disinfection room.
As shown in fig. 7, air enters the stream of the gas of the first air inlet 301 except the metering of flow gauge 311 of benzene device 3 Amount, when gas flow reaches preset value, flow gauge 311 sends power information to alarm 312, and alarm 312 receives letter Number alarm, prompts replacement filter core 307, and 312 type of alarm of alarm includes that following buzzing, flashing light, language unicast report are at least one;It is purple Outer smooth lamp 303 uses high-power high energy ultraviolet discharge tube, and the ultraviolet wavelength of sending is mainly 170nm to 185nm, photon energy Respectively 742KJ/mol and 647KJ/mol can efficiently crack the molecular link of cutting molecule, carry out collaboration to benzene and decompose oxidation Reaction;Catalytic reaction layer 305 burns casting by honeycomb electronic ceramics pore surface attachment molybdenum oxide and is made, and filter core 307 is by active carbon It is filled into.Catalytic reaction layer 305 burns casting by honeycomb electronic ceramics pore surface attachment molybdenum oxide and is made, in oxygen and ozone ring In border, catalyst is made with molybdenum oxide, benzene selective is oxidized to maleic anhydride.Benzene in air is further adsorbed.
Shown in institute Fig. 8, decomposes in core 407 and be provided with temperature detector 409, be provided with temperature regulator in heating layer 413 410, temperature regulator 410 and heater strip 411 and temperature detector 409 pass through electric data connection;The measurement point of temperature regulator 410 407 internal temperature feedback of core is solved to temperature regulator 410, temperature regulator 410 controls the work of heater strip 411 to adjust decomposition core 407 internal temperature;Decompose inside core 407 is in be covered with ozone decomposition on hole shape and pore surface to facilitate agent;First ultraviolet light Lamp 405 generates ultraviolet light when working, the ozone catalyst is at least one of the manganese of MnO2 or argentiferous, Cu oxide.
As shown in figure 9, ejector principle of the atomizer 511 of anion air filter device 5 using compression atomizer, benefit High-speed flow is formed by tiny nozzle with compressed air, the negative pressure of generation drives 505 liquid of outlet pipe to be ejected into blocking together On object, splashing under high-speed impact around, which makes drop become misty particle, sprays;Control valve 513 can regulate and control the storage of the second oxygen The gas output of cryopreservation device 508,510 speed of acceleration pump is directly proportional to 513 gas output of control valve, and 510 speed of acceleration pump is faster, control 513 gas output of valve is bigger, and the second oxygen-storing device 508 is arranged, and increases the air oxygen content of air inlet pipe 512, and final promoted is born Oxygen ion concentration;Air humidity detector 502 detects the humidity of air, and solenoid electric valve 506 controls the water outlet of outlet pipe 505 Amount, the water yield of the numerical value and solenoid electric valve 506 of air humidity detector 502 are inversely proportional, and air humidity detector 502 is arranged There is threshold limit value, when detecting that air humidity is more than setting threshold limit value, then controls solenoid electric valve 506 by electric data and close It closes;Anion generator 507 uses sub- fullerene negative ion release technology of receiving.
As shown in Figure 10, the main box 601 of denoising centrifugal ventilation machine 6 is towards being directly fixed with outlet to 606 air outlet side of pipe Disk 613, outlet disk 613 is towards mouth backwards to main box 601;Sound-absorbing disk 611 is fixed with by the 4th fixed link 612 in outlet disk 613, Sound-absorbing disk 611 is towards mouth towards main box 601;Sound-absorbing disk 611 and outlet disk 613 constitute air exhausting structure;4th air inlet 604 and leaf Wheel 603 is radially or axial at least one;611 inner wall of sound-absorbing disk is provided with sound-absorbing glass fibre.
Embodiment 2: the Intellectual air cleaner device people of the present embodiment, including air filter 1, plasma disinfection dress Set 2, except benzene device 3, ozonolysis equipment 4, anion air atomising device 5, noise-lowering centrifugal ventilation device 6;First gas outlet 105 are connect with air inlet 201 by conduit, and air outlet 210 is connect with the first air inlet 301 by conduit, and second Gas outlet 308 is connect with the second air inlet 401 by conduit, and third gas outlet 402 and third air inlet 514 are connected by conduit It connects;Atomizer 511 is connect with the 4th air inlet 604 by conduit;
Air filter 1 includes thick effect filter layer 101, non-woven fabrics 102, Electrostatic Absorption layer 103 and efficiently HEPA absorption Layer 104;Thick effect filter layer 101, non-woven fabrics 102, Electrostatic Absorption layer 103 and efficient HEPA adsorption layer 104 are sequentially fixed at fixation On case 100, the first gas outlet 105 is provided on fixed case 100, the filtered air of efficient HEPA adsorption layer 104 passes through first Gas outlet 105 is discharged;Thick effect filter layer 101 is thick effect air filter, thick effect airstrainer and thick effect air filtration cotton At least the present embodiment;Non-woven fabrics 102 is non-woven fabrics filter layer, and air of the thick effect filter layer 101 after filtered is filtered again; Non-woven fabrics 102 is that glass fibre and staple fibre are compiled in collaboration with;Electrostatic Absorption layer 103 is arranged to winding type electrostatic structure, passes through The filtered air of non-woven fabrics 102 carries out Electrostatic Absorption by winding type electrostatic structure;Efficient HEPA adsorption layer 104 is by bracket 1041 and HEPA strainer 1042 forms, and HEPA strainer 1042 is fixed on bracket 1041;103 bottom of Electrostatic Absorption layer is provided with cleaning The dust that the absorption of Electrostatic Absorption layer 103 is fallen is cleaned out air filter 1 by mouth 106, cleaning mouth 106;
Plasma disinfection system 2 includes including plasma air disinfection device noumenon 200, plasma generator 206, air inlet 201 and air outlet 210;Disinfection room is provided in plasma air disinfection device noumenon 200 205, filter layer 209, air storage tank 211 and the first oxygen storage room 212;Filter layer 209 fills plasma air disinfection It sets ontology 200 and is divided into disinfection room 205 and air storage tank 211, pre-sterilization chamber 204 and ultraviolet C lamp are provided in disinfection room 205 208, the first aerial fog nozzle 202 and the second aerial fog nozzle 203, the first aerial fog nozzle 202 and air are provided in pre-sterilization chamber 204 Air inlet 201 is connected by conduit, and the second aerial fog nozzle 203 is connect and in conduit by conduit with plasma generator 206 Between be provided with air pump 207;Air inlet 201 is provided on disinfection room 205;Air is provided on air storage tank 211 to go out Port 210;Plasma generator 206 is connect with the first oxygen storage room 212 by conduit;
Except benzene device 3 includes the first Ultraviolet room 302, catalytic reaction chamber 306 and adsorption chamber 310;First Ultraviolet Ultraviolet lamp 303 is provided in room 302, the first Ultraviolet room 302 is provided with the first air inlet 301, the first Ultraviolet room 302 It is connected to catalytic reaction chamber 306 by snorkel 304, catalytic reaction layer 305, adsorption chamber 310 is provided in catalytic reaction chamber 306 It is provided with filter core 307;307 one end of filter core is directly connected with adsorption chamber 310, and the other end is provided with the first collection chamber 309, and first Collection chamber 309 is provided with the second gas outlet 308;Flow gauge 311,310 outside of adsorption chamber are provided on first air inlet 301 It is provided with alarm 312;Flow gauge 311 and alarm 312 pass through electric data connection;
Ozonolysis equipment 4 includes the second Ultraviolet room 403, decomposition layer 404, air storage chamber 406 and decomposes core 407;The Two Ultraviolet rooms 403 are provided with the second air inlet 401, and the second Ultraviolet room 403 is provided with ultraviolet lamp 405;Decomposition layer 404 are arranged between the second Ultraviolet room 403 and air storage chamber 406, and the gas in the second Ultraviolet room 403 is via decomposition Layer 404 leads to air storage chamber 406, and decomposition layer 404 is made of the cellucotton for being coated with ozone decomposition catalyst;It is set in air storage chamber 406 It is equipped with and decomposes core 407, decompose 407 bottom of core and be provided with buffer layer 408, decompose and be provided with the second collection chamber 412 at the top of core 407, Decompose core 407 it is cylindrical and it is peripheral be provided with heating layer 413, heating layer 413 it is cylindrical and with decompose the same central axis of core 407 Line is provided with heater strip 411 in heating layer 413;Second collection chamber 412 is provided with third gas outlet 402,406 gas of air storage chamber Lead to decomposition core 407 via buffer layer 408 and the second collection chamber 412 is led to by decomposition core 407 again;
Anion air atomising device 5 includes water tank 501 and anion generator 507;Water tank 501 is provided with water filling Mouth 504 and outlet pipe 505, outlet pipe 505 are provided with solenoid electric valve 506;Air humidity detection is fixed on the outside of water tank 501 Device 502 and water-quantity display device 503, hygrosensor 502 and solenoid electric valve 506 pass through electric data connection;Anion generator 507 are provided with air inlet pipe 512 and water filling port 504, and air inlet pipe 512 is separately connected air storage arrangement 509 and second by conduit Oxygen-storing device 508 is provided with third air inlet 514, air inlet pipe 512 and the second oxygen storage on air storage arrangement 509 Control valve 513 is provided among 508 connecting conduit of device;Outlet pipe 505 connect atomizer by conduit respectively with water filling port 504 511, acceleration pump 510 is provided in the conduit that atomizer 511 is connect with water filling port 504, and acceleration pump 510 passes through with control valve 513 Electric data connection;
Noise-lowering centrifugal ventilation device 6 include main box 601, impeller 603, spiral case 602, directly to pipe 606,611 and of sound-absorbing disk Outlet disk 613;The 4th air inlet 604 is provided on main box 601, the 4th air inlet 604 is connected to spiral case 602, and spiral case 602 is living Dynamic fixed impeller 603 simultaneously forms curved tube 605, curved tube 605 be directly connected to pipe 606, the first fixed link is directly fixed with into pipe 606 607, the first fixed link 607 with it is directly vertical to pipe 606, the first fixed link 607 is fixed with round support rod 608, on circle support rod 608 It is provided with round shaft 610, justifies support rod 608, circle shaft 610 and directly to the same central axis of pipe 606;It is provided in circle shaft 610 609 spiral case 602 of wind wheel is weldingly fixed on main box 601 by the second fixed link 605, directly passes through third fixed link to pipe 606 604 are weldingly fixed on main box 601, directly lead to outside main box 601 to pipe 606.
Electric Motor Wheel 702 is 360 degree of steering Electric Motor Wheels of liftable.Indoors in environment, ground is relatively very flat, is suitble to intelligent machine Device people automatically controls, and 360 degree of steering Electric Motor Wheels of liftable are arranged, and intelligent robot can turn in time when encountering barrier.
Control mainboard 707 has the function of receiving, storage, handles and issue data.Control mainboard 707 receives air detection Device 701, battery 705, Electric Motor Wheel 702, horizontal location instrument 704, wireless charger 706 and charge calibrator 708 data into Row storage, processing and publication then issue data to electronic when control mainboard 707 receives 705 electricity of battery lower than 30% 702 are taken turns, control intelligent robot 7 returns to wireless charging base 703, and the then control of the control mainboard 707 charging unlatching of calibrator 708 will Row is calibrated when wireless charger 706 and wireless charging base 703, then controls the contracting drop of Electric Motor Wheel 702, controls 706 He of wireless charger The charging height of wireless charging base 703, starting wireless charger 706 charge.
Wireless charger 706 is overlapped by charging calibrator 708 with 703 position correction of wireless charging base.
Horizontal location instrument 704 by laser or infrared wherein at least one mode measure barrier in travelling route and Determine the position of intelligent robot 7.
Air monitor 701 is provided with multiple detection contacts, PM2.5, temperature, humidity, CO, NO2, first in detection air At least one of aldehyde, radon gas, SO2, ammonia, toluene, dimethylbenzene, ozone and volatile organic matter.The air monitor 701 will Institute's detection information is transmitted to control mainboard 707, and control mainboard 707 carries out classification storage, real-time perfoming analysis measurement pollutant Concentration judges pollution sources according to the pollutant concentration that real-time detection goes out, and then controls Electric Motor Wheel 702 towards before pollution sources direction Into finally determining pollution sources, measure the true data of pollution sources, and institute's determination data is stored and is sent to and is attached thereto Smart machine.Control mainboard can set the threshold value of different pollutants, can also set not mode;Mode one: when being detected simultaneously by When multiple pollutant, the preferably greater than highest pollutant of threshold percentage is detected, then successively according to more than threshold value percentage Than being detected;Mode two: multiple pollutant detects simultaneously, in measuring cell in different zones pollutant concentration.
The position of centre of gravity of intelligent robot is arranged in battery 705, increases the stability of intelligent robot.
As shown in Figure 2-5, slightly effect filter layer 101 is worked out by at least one of polyamide fibre, glass fibre and non-woven fabrics, right Air dirt counting efficiency >=40% of partial size >=6.0 μm particle, the thick resistance for imitating filter layer 101 answer≤20Pa;Non-woven fabrics 102 is right Atmospheric dust counting efficiency >=60% of partial size >=1.0 μm particle, the resistance of non-woven fabrics 102 answer≤50Pa;Electrostatic Absorption layer 103 by Support arm case 1032, cleaning storehouse 1033 and metal plate 1031 form, and about 1031 adjacent two pieces of metal plate mutually straggly to be fixed on outside On bracket case 1032,1031 two sides of metal plate and support arm case 1032 are fixed and are sealed;Adjacent two metal plate 1031 constitutes sky Air circuit;The positive and negative anodes that adjacent two metal plate 1031 is respectively turned on power supply constitute capacitance structure;Cleaning storehouse 1033 is provided with outer branch The bottom of frame case 1032, cleaning 1033 upper end of storehouse are provided with sealing plate 1034, sealing plate 1034 and the position gold fixed in lower end Belong to plate 1031 to connect and seal metal plate 1031;Support arm case 1032, cleaning storehouse 1033 are isolation material;Efficient HEPA inhales Attached layer 104 constitutes convex with bracket 1041, in the case where efficient 104 projected area of HEPA adsorption layer is certain, increases efficient The filter area of HEPA adsorption layer 104 increases the percent of pass of air;Efficient 104 its transmitance≤0.1% or right of HEPA adsorption layer Counting transmitance≤0.001% of partial size >=0.1 μm particle;Efficient 104 resistance of HEPA adsorption layer answers≤150Pa;Adjacent two gold medal Belong to the connected electrode of plate 1031 every 1 minute primary pole, i.e. anode is transformed to cathode, and anode is transformed to cathode.
As shown in fig. 6, plasma generator 206 is using oxygen as medium;First aerial fog nozzle 202 and the second aerosol Nozzle 203 is up and down vertical opposite and distance is greater than 6cm, is less than 20cm;Ultraviolet C lamp 208 is provided with glass lamp shade, ultraviolet C lamp 208 Generated ultraviolet C light is full of 205 space of disinfection room.
As shown in fig. 7, air enters the stream of the gas of the first air inlet 301 except the metering of flow gauge 311 of benzene device 3 Amount, when gas flow reaches preset value, flow gauge 311 sends power information to alarm 312, and alarm 312 receives letter Number alarm, prompts replacement filter core 307, and 312 type of alarm of alarm includes that following buzzing, flashing light, language unicast report are at least one;It is purple Outer smooth lamp 303 uses high-power high energy ultraviolet discharge tube, and the ultraviolet wavelength of sending is mainly 170nm to 185nm, photon energy Respectively 742KJ/mol and 647KJ/mol can efficiently crack the molecular link of cutting molecule, carry out collaboration to benzene and decompose oxidation Reaction;Catalytic reaction layer 305 burns casting by honeycomb electronic ceramics pore surface attachment molybdenum oxide and is made, and filter core 307 is by active carbon It is filled into.Catalytic reaction layer 305 burns casting by honeycomb electronic ceramics pore surface attachment molybdenum oxide and is made, in oxygen and ozone ring In border, catalyst is made with molybdenum oxide, benzene selective is oxidized to maleic anhydride.Benzene in air is further adsorbed.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, the scope of the present invention is defined by the appended.

Claims (8)

1. a kind of Intellectual air cleaner device people, it is characterised in that: including air filter (1), plasma disinfection system (2), except benzene device (3), ozonolysis equipment (4), anion air atomising device (5), noise-lowering centrifugal ventilation device (6) and intelligence It can robot (7);First gas outlet (105) is connect with air inlet (201) by conduit, air outlet (210) and the One air inlet (301) is connected by conduit, and the second gas outlet (308) are connect with the second air inlet (401) by conduit, and third goes out Port (402) is connect with third air inlet (514) by conduit;Atomizer (511) and the 4th air inlet (604) are connected by conduit It connects;The air filter (1), removes benzene device (3), ozonolysis equipment (4), anion at plasma disinfection system (2) Air atomizing device (5) and noise-lowering centrifugal ventilation device (6) are mounted on intelligent robot (7) and pass through with battery (705) Conducting wire connection;
The intelligent robot (7) is provided with Electric Motor Wheel (702), and intelligent robot (7) bottom is provided with wireless charger (706), the wireless charger (706) is adapted with wireless charging base (703);Storage is fixed in the intelligent robot (7) Battery (705), control mainboard (707), horizontal location instrument (704), air monitor (701) and charging calibrator (708);It is described Battery (705) and air monitor (701), Electric Motor Wheel (702), horizontal location instrument (704), control mainboard (707) and charging Calibrator (708) is connected by conducting wire and provides electric power for it;The battery (705) is with wireless charger (706) by leading Line connection, the wireless charger (706) charge to battery (705) by wireless charging base (703);The control master Plate (707) and air monitor (701), Electric Motor Wheel (702), horizontal location instrument (704), wireless charger (706) and charging school Quasi- device (708) is connected by conducting wire;
The air filter (1) includes thick effect filter layer (101), non-woven fabrics (102), Electrostatic Absorption layer (103) and efficient HEPA adsorption layer (104);The thick effect filter layer (101), non-woven fabrics (102), Electrostatic Absorption layer (103) and efficient HEPA absorption Layer (104) is sequentially fixed on fixed case (100), is provided with the first gas outlet (105), the height on the fixed case (100) HEPA adsorption layer (104) filtered air is imitated to be discharged by the first gas outlet (105);The thick effect filter layer (101) is thick Imitate at least one of air filter, thick effect airstrainer and thick effect air filtration cotton;The non-woven fabrics (102) is non-woven fabrics Filter layer, by slightly imitate filter layer (101) it is filtered after air filter again;The non-woven fabrics (102) is glass fibre and people Fiber is made to compile in collaboration with;The Electrostatic Absorption layer (103) is arranged to winding type electrostatic structure, after non-woven fabrics (102) filtering Air by winding type electrostatic structure carry out Electrostatic Absorption;The efficient HEPA adsorption layer (104) by bracket (1041) and HEPA strainer (1042) composition, the HEPA strainer (1042) are fixed on bracket (1041);Electrostatic Absorption layer (103) bottom It is provided with cleaning mouth (106), the dust that Electrostatic Absorption layer (103) absorption is fallen is cleaned out air mistake by cleaning mouth (106) It filters device (1);
The plasma disinfection system (2) includes occurring including plasma air disinfection device noumenon (200), plasma Device (206), air inlet (201) and air outlet (210);In the plasma air disinfection device noumenon (200) It is provided with disinfection room (205), filter layer (209), air storage tank (211) and the first oxygen storage room (212);The filter layer (209) plasma air disinfection device noumenon (200) is divided into disinfection room (205) and air storage tank (211), it is described to disappear It is provided with pre-sterilization chamber (204) and ultraviolet C lamp (208) in malicious room (205), is provided with the first gas in the pre-sterilization chamber (204) Atomizing nozzle (202) and the second aerial fog nozzle (203), first aerial fog nozzle (202) and air inlet (201) pass through conduit Connection, second aerial fog nozzle (203) is connect with plasma generator (206) by conduit and setting is had time among conduit Air pump (207);Air inlet (201) are provided on the disinfection room (205);It is provided on the air storage tank (211) Air outlet (210);The plasma generator (206) is connect with the first oxygen storage room (212) by conduit;
Described remove benzene device (3) include the first Ultraviolet room (302), catalytic reaction chamber (306) and adsorption chamber (310);It is described It is provided with ultraviolet lamp (303) in first Ultraviolet room (302), first Ultraviolet room (302) is provided with the first air inlet Mouth (301), first Ultraviolet room (302) are connected to catalytic reaction chamber (306) by snorkel (304), the catalysis It is provided with catalytic reaction layer (305) in reaction chamber (306), the adsorption chamber (310) is provided with filter core (307);The filter core (307) one end is directly connected with adsorption chamber (310), and the other end is provided with the first collection chamber (309), first collection chamber (309) the second gas outlet (308) are provided with;Flow gauge (311), the suction are provided on first air inlet (301) Alarm (312) are provided on the outside of alcove (310);The flow gauge (311) and alarm (312) pass through electric data and connect It connects;
The ozonolysis equipment (4) includes the second Ultraviolet room (403), decomposition layer (404), air storage chamber (406) and decomposes Core (407);Second Ultraviolet room (403) is provided with the second air inlet (401), second Ultraviolet room (403) It is provided with ultraviolet lamp (405);Decomposition layer (404) setting is in it of the second Ultraviolet room (403) and air storage chamber (406) Between, the gas in second Ultraviolet room (403) leads to air storage chamber (406), the decomposition layer via decomposition layer (404) (404) cellucotton by being coated with ozone decomposition catalyst is made;It is provided in the air storage chamber (406) and decomposes core (407), institute It states decomposition core (407) bottom to be provided with buffer layer (408), is provided with the second collection chamber (412) at the top of the decomposition core (407), The decomposition core (407) it is cylindrical and it is peripheral be provided with heating layer (413), the heating layer (413) it is cylindrical and with point Xie Xin (407) same to central axis, the heating layer (413) is interior to be provided with heater strip (411);Second collection chamber (412) sets It is equipped with third gas outlet (402), air storage chamber (406) gas leads to via buffer layer (408) decomposes core (407) again by decomposing Core (407) leads to the second collection chamber (412);
The anion air atomising device (5) includes water tank (501) and anion generator (507);The water tank (501) it is provided with water filling port (504) and outlet pipe (505), the outlet pipe (505) is provided with solenoid electric valve (506);It is described Air humidity detector (502) and water-quantity display device (503), the hygrosensor (502) are fixed on the outside of water tank (501) Pass through electric data connection with solenoid electric valve (506);The anion generator (507) is provided with air inlet pipe (512) and water filling Mouth (504), the air inlet pipe (512) are separately connected air storage arrangement (509) and the second oxygen-storing device by conduit (508), it is provided with third air inlet (514) on the air storage arrangement (509), the air inlet pipe (512) and the second oxygen Control valve (513) are provided among storage device (508) connecting conduit;The outlet pipe (505) is led to respectively with water filling port (504) Conduit connection atomizer (511) is crossed, is provided with acceleration pump in the conduit that the atomizer (511) connect with water filling port (504) (510), the acceleration pump (510) and control valve (513) pass through electric data connection;
The noise-lowering centrifugal ventilation device (6) include main box (601), impeller (603), spiral case (602), directly to pipe (606), inhale Sound disk (611) and outlet disk (613);The 4th air inlet (604), the 4th air inlet are provided on the main box (601) (604) it is connected to spiral case (602), spiral case (602) activity fixed impeller (603) simultaneously forms curved tube (605), the curved tube (605) with directly it is connected to pipe (606), described to be directly fixed with the first fixed link (607) into pipe (606), first fixed link (607) with it is directly vertical to pipe (606), first fixed link (607) is fixed with round support rod (608), the round support rod (608) it is provided on round shaft (610), the round support rod (608) justifies shaft (610) and directly to pipe (606) same to central axis Line;Wind wheel (609) spiral case (602) is provided on the round shaft (610) to be weldingly fixed on by the second fixed link (605) It is described to be directly weldingly fixed on main box (601) to pipe (606) by third fixed link (604) on main box (601), institute It states and directly leads to main box (601) outside to pipe (606).
2. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: the thick effect filter layer (101) Worked out by at least one of polyamide fibre, glass fibre and non-woven fabrics, to the air dirt counting efficiency of partial size >=6.0 μm particle >= 40%, the resistance of thick effect filter layer (101) answers≤20Pa;Atmosphere of the non-woven fabrics (102) to partial size >=1.0 μm particle The resistance of dirt counting efficiency >=60%, the non-woven fabrics (102) answers≤50Pa;The Electrostatic Absorption layer (103) is by support arm case (1032), cleaning storehouse (1033) and metal plate (1031) form, adjacent about the two pieces fixations mutually straggly of the metal plate (1031) On support arm case (1032), metal plate (1031) two sides and support arm case (1032) are fixed and are sealed;Adjacent two gold medal Belong to plate (1031) and constitutes air loop;The positive and negative anodes that adjacent two metal plate (1031) is respectively turned on power supply constitute capacitive junctions Structure;Cleaning storehouse (1033) is provided with the bottom of support arm case (1032), and cleaning storehouse (1033) upper end is provided with sealing Plate (1034), the sealing plate (1034) and the position metal plate (1031) fixed in lower end connect and close to metal plate (1031) Envelope;The support arm case (1032), cleaning storehouse (1033) are isolation material;The efficient HEPA adsorption layer (104) and bracket (1041) it constitutes convex and increases efficient HEPA adsorption layer in the case where efficient HEPA adsorption layer (104) projected area is certain (104) filter area increases the percent of pass of air;Described efficient its transmitance≤0.1% of HEPA adsorption layer (104) or to grain Counting transmitance≤0.001% of diameter >=0.1 μm particle;Efficient HEPA adsorption layer (104) resistance answers≤150Pa;It is adjacent Two metal plates (1031) connected electrode is transformed to cathode every 1 minute primary pole, i.e. anode, and anode is transformed to cathode.
3. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: the plasma generator (206) using oxygen as medium;First aerial fog nozzle (202) and the second aerial fog nozzle (203) it is up and down vertical opposite and Distance is greater than 2cm, is less than 10cm;The ultraviolet C lamp (208) is provided with glass lamp shade, and the ultraviolet C lamp (208) is generated Ultraviolet C light is full of disinfection room (205) space.
4. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: the flow gauge (311) Metering enters the flow of the gas of the first air inlet (301), when gas flow reaches preset value, the flow gauge (311) power information is sent to alarm (312), and the alarm (312) receives signal alarm, prompts replacement filter core (307), institute Stating alarm (312) type of alarm includes following buzzing, flashing light, language unicast report at least one;The ultraviolet lamp (303) uses High-power high energy ultraviolet discharge tube, the ultraviolet wavelength of sending are mainly 170nm to 185nm, and photon energy is respectively 742KJ/ Mol and 647KJ/mol can efficiently crack the molecular link of cutting molecule, carry out collaboration to benzene and decompose oxidation reaction;The catalysis Conversion zone (305) is burnt casting by honeycomb electronic ceramics pore surface attachment molybdenum oxide and is made, and the filter core (307) is filled out by active carbon It fills into.
5. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: set in the decomposition core (407) It is equipped with temperature detector (409), is provided with temperature regulator (410), the temperature regulator in the heating layer (413) (410) pass through electric data connection with heater strip (411) and temperature detector (409);Temperature regulator (410) measurement is decomposed Core (407) internal temperature feedback to temperature regulator (410), temperature regulator (410) control heater strip (411) work with Adjust the internal temperature for decomposing core (407);It is in that ozone decomposition is covered on hole shape and pore surface inside the decomposition core (407) Facilitate agent;First ultraviolet lamp (405) generates ultraviolet light when working, the ozone catalyst be MnO2 or argentiferous manganese, At least one of Cu oxide.
6. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: according to as described in claim 1 Anion air filter device, it is characterised in that: the atomizer (511) use compression atomizer ejector principle, benefit High-speed flow is formed by tiny nozzle with compressed air, the negative pressure of generation drives outlet pipe (505) liquid to be ejected into resistance together On block material, splashing under high-speed impact around, which makes drop become misty particle, sprays;The control valve (513) can regulate and control The gas output of two oxygen-storing devices (508), acceleration pump (510) speed is directly proportional to control valve (513) gas output, accelerates Pump (510) speed is faster, and control valve (513) gas output is bigger, is arranged the second oxygen-storing device (508), increases air inlet pipe (512) air oxygen content, finally promotes negative oxygen ion concentration;The humidity of air humidity detector (502) the detection air, The water yield of solenoid electric valve (506) control outlet pipe (505), the numerical value and electricity of the air humidity detector (502) The water yield of magnetic control valve (506) is inversely proportional, and the air humidity detector (502) is provided with threshold limit value, when detecting sky When air humidity degree is more than setting threshold limit value, then closed by electric data control solenoid electric valve (506);The anion generator (507) sub- fullerene negative ion release technology of receiving is used.
7. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: the noise-lowering centrifugal ventilation Machine, it is characterised in that: the main box (601) towards being directly fixed with outlet disk (613) to pipe (606) air outlet side, it is described go out Gas disk (613) is towards mouth backwards to main box (601);Sound-absorbing disk is fixed with by the 4th fixed link (612) in the outlet disk (613) (611), the sound-absorbing disk (611) is towards mouth towards main box (601);The sound-absorbing disk (611) and outlet disk (613) constitute outlet air Structure;4th air inlet (604) and impeller (603) are radially or axial at least one;Sound-absorbing disk (611) inner wall It is provided with sound-absorbing glass fibre.
8. according to Intellectual air cleaner device people as described in claim 1, it is characterised in that: the Electric Motor Wheel (702) is can Go up and down 360 degree of steering Electric Motor Wheels;The control mainboard (707) has the function of receiving, storage, handles and issue data;Control Mainboard can connect other smart machines and send and receive data;The charging calibrator (708) is by wireless charger (706) Be overlapped with wireless charging base (703) position correction: the horizontal location instrument (704) passes through laser or infrared wherein at least one side Formula measures the barrier in travelling route and determines the position of intelligent robot (7);The air monitor (701) is provided with Multiple detection contacts, detect air in PM2.5, temperature, humidity, CO, NO2, formaldehyde, radon gas, SO2, ammonia, toluene, dimethylbenzene, At least one of ozone and volatile organic matter;The position of centre of gravity of robot is arranged in the battery (705), increases machine The stability of people.
CN201811082572.3A 2018-09-17 2018-09-17 A kind of Intellectual air cleaner device people Withdrawn CN109185993A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110315080A (en) * 2019-08-09 2019-10-11 南京精铖新材料科技有限公司 A kind of metal powdering 3D printer with dedusting function
CN110594872A (en) * 2019-09-30 2019-12-20 宁波奥克斯电气股份有限公司 Air purification method, air purification device and air conditioner
CN110736150A (en) * 2019-10-30 2020-01-31 广东美的制冷设备有限公司 Air conditioner, sterilization and disinfection device and control method thereof
CN111481723A (en) * 2020-04-17 2020-08-04 重庆有艾生物科技有限公司 Integrated technology and method for dynamically disinfecting air in gathering place by using weak-acid hypochlorous acid disinfectant

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110315080A (en) * 2019-08-09 2019-10-11 南京精铖新材料科技有限公司 A kind of metal powdering 3D printer with dedusting function
CN110594872A (en) * 2019-09-30 2019-12-20 宁波奥克斯电气股份有限公司 Air purification method, air purification device and air conditioner
CN110736150A (en) * 2019-10-30 2020-01-31 广东美的制冷设备有限公司 Air conditioner, sterilization and disinfection device and control method thereof
CN111481723A (en) * 2020-04-17 2020-08-04 重庆有艾生物科技有限公司 Integrated technology and method for dynamically disinfecting air in gathering place by using weak-acid hypochlorous acid disinfectant

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Application publication date: 20190111