CN203586409U - Air adjusting purifier - Google Patents
Air adjusting purifier Download PDFInfo
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- CN203586409U CN203586409U CN201320801066.1U CN201320801066U CN203586409U CN 203586409 U CN203586409 U CN 203586409U CN 201320801066 U CN201320801066 U CN 201320801066U CN 203586409 U CN203586409 U CN 203586409U
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Abstract
The utility model relates to an air adjusting purifier which comprises a machine body. The air adjusting purifier is characterized in that the machine body comprises a first air compressor, a second air compressor, an oxygen separation molecular sieve tank body, an oxygen molecular sieve, a carbon dioxide separation molecular sieve tank body, a carbon dioxide molecular sieve, a first air compressor air inlet control valve, a first air compressor air outlet control valve, an oxygen separation molecular sieve tank body air outlet control valve, an oxygen discharging opening control valve, a second air compressor air inlet control valve, a second air compressor air outlet control valve, a carbon dioxide separation molecular sieve tank body air outlet control valve and a carbon dioxide discharging opening valve, the first air compressor is provided with a first air compressor air inlet and a first air compressor air outlet, the oxygen separation molecular sieve tank body is provided with an oxygen separation molecular sieve tank body air inlet, an air outlet and a discharging opening, and the second air compressor is provided with a second air compressor air inlet and an air outlet. According to the air adjusting purifier, carbon dioxide can be extracted and be discharged out of a room, indoor space oxygen can be compensated, and the indoor habitation living environment climatic conditions are improved.
Description
Technical field
The utility model relates to a kind of conditioner, especially a kind of air conditioning clarifier.
Background technology
Existing research shows: airborne carbon dioxide has harm to human body, and its harmfulness is divided into acute poisoning and Chronic Effect.Acute poisoning: people sucks high concentration carbon dioxide, in seconds rapidly stupor is fallen down, areflexia, pupil expand or reduce, gatism, vomiting etc., there is breath stopped and shock in severe patient more, even dead.Chronic Effect: often suck higher concentration carbon dioxide person, can have dizziness, headache, insomnia, the easy nerve dysfunction phenomenon such as excited, unable.
Carbon dioxide is colourless, odorless, tasteless, is a kind of asphyxiant gas, and carbon dioxide is heavier than air, and the relative density 1.53 of carbon dioxide is higher in the concentration at low-lying place, space.The aerial content height of carbon dioxide is different on the impact of human body.When low concentration, respiratory center has been to excitation, during high concentration, produce even paralysis effect of inhibition.In people's suck mechanism of poisoning, also have the factor of anoxic concurrently.Conventionally in earth atmosphere surrounding air, carbon dioxide content is 0.03%.When the concentration of suction carbon dioxide reaches 1%, can make people feel unhappy, dizzy, palpitaition, while reaching 3%, blood pressure rising pulse speeds, and dysacousis reduces manual labor tolerance; While reaching 4% ~ 5%, people can feel asthma, headache, dizzy, and while sucking 30min, respiratory center irriate, feels headache and expiratory dyspnea after slight exerting oneself; And when reaching 10%, within several minutes, can make people's loss of consciousness, obnubilation, breath stopped and death; During higher concentration, in seconds rapidly stupor is fallen down, areflexia, pupil expand or dwindle, gatism, vomiting etc., there is breath stopped and shock in severe patient more, even dead.
By above-mentioned comprehensive analysis, understand, can be clear and definite: airborne carbon dioxide is harmful to human body, on human body, impact is different to its content size, and the higher impact of content is larger, and respiratory time is longer heavier to harm.In addition, people's breathing will consume oxygen, simultaneously release of carbon dioxide.If can not get supplementing in time of extraneous air in building, the airborne oxygen content of interior of building can sharply decline, and the corresponding rising of carbon dioxide content causes the environment for human survival in building to worsen.
Existing equipment has bacterium filtered air clarifier, ozone sterilization air purifier, ultraviolet sterilization air purifier, molecular sieve air separation family oxygen machine, indoor circulation air conditioner and band ventilation fan indoor circulation air conditioner etc., their regulate the mechanism that purifies air different, and equipment application reaches that to improve the result of people's living environment also different.Their working mechanism and feature are as follows: 1, bacterium filtered air clarifier, for example Beijing Ge Run likes the GreenAir air clearing product of Science and Technology Ltd., a kind of air that has pollution with blower fan extraction space of general use, by multiple filter filtering bacterium and dust, the air that conveying has purified is got back to the apparatus in space, makes the air of the interior space reach the object of purification.It can not remove the carbon dioxide in room air, and supplementary indoor oxygen.2, ozone sterilization air purifier: as Mo Ruier (MORAL) M-S30 ozone anion speed speed disinfecting instrument, air purifier, excellent Axara ozone air purifier, the general one high direct voltage point discharge device that uses, ionized air, in the interior space, discharge a large amount of ozone, utilize the strong oxidation of ozone kill bacterial cell in air be used for purifying air, can not remove airborne carbon dioxide, and supplemental oxygen.3, ultraviolet sterilization air purifier, for example Suning easily purchases ultraviolet air purifier, generally uses a kind of germitron, in a large amount of ultraviolet rays of interior space radiation, utilize ultraviolet ray to purify air to the killing power of bacterial cell, can not remove airborne carbon dioxide, and supplemental oxygen.4, molecular sieve air separation family oxygen machine, for example oxygenerator Domestic oxygen inhalator family expenses old man oxygen machine oxygen life jyt-1 Domestic oxygen erator, Domestic oxygen erator Domestic oxygen inhalator oxygen life jyt-2 old man oxygen absorption machine, pregnant woman's oxygen machine oxygenerator family expenses oxygen machine ZB-3B, portable U.S. water chestnut oxygenerator Domestic oxygen inhalator, a kind of molecular sieve air-separating plant of general use, from air, isolate high-purity oxygen and use to the people's incoming call that need to strengthen oxygen supply, it can not remove the carbon dioxide in room air.5, indoor circulation air conditioner, for example Haier's air-conditioning KFR-35GW/05GJC23A-DS cover machine, generally uses a kind of apparatus, makes room air reach by heat exchanger the effect that air themperature regulates automatically, can not remove airborne carbon dioxide, and supplemental oxygen.6, band ventilation fan indoor circulation air conditioner, the for example fertile air-conditioning KFR-35GW/05GJC23A-DS of happy fresh air ventilator (mute type)+Haier cover machine, a kind of apparatus of general use, make room air reach by heat exchanger the effect that air themperature regulates automatically, in needs, open oxygen in ventilation fan conditioning chamber and the content of carbon dioxide, all the time can not make carbon dioxide in the room air content lower than outside air, the content that adds to indoor oxygen does not reach all the time higher than outdoor or enough height and makes the more comfortable degree of people.
By inquiry and market, understand, the air purifier of existing indoor use or air regulator, do not have a kind of apparatus can complete room air carbon dioxide and extract eliminating, and its content of automatic control and adjustment; Do not have a kind of apparatus can complete indoor automatic control simultaneously and extract eliminating carbon dioxide, supplemental oxygen and control and regulation air humidity.Air-conditioning is to regulate the conditioning equipment that changes indoor air temperature, its application makes people have a comfortable Tempeerature-constant air environment indoor, when it install and use, conventionally require and the convection current of extraneous adiabatic isolation outside air, therefore the environment for use of air-conditioning, the carbon dioxide that can make people breathe out spreads in the interior space, along with the increase of indoor people's breathing time, people suck the concentration of carbon dioxide of oneself breathing out can be more and more higher, brain respiratory center is suppressed poisoning feature can be more and more obvious, Here it is, and people are called the obvious sign of air conditioner disease, with promoting the use of of ventilatory air-conditioning, do not make air conditioner disease obtain spreading rapidly, produced thus the air exchangeable conditioner with fan, but its use still can not be extracted indoor carbon dioxide gas out, reach and meet human settlements optimal spatial gas component ratio requirement condition.Therefore, people expect that a kind of apparatus coordinates the thermostatically controlled function of air-conditioning to use when can remove air conditioner disease, better regulate the human settlements indoor air environment condition of improving very much.Along with industrialized process is accelerated rapidly, overhead, city aerosol haze is more and more heavier, be accompanied by the impact of people in indoor living space and outside air pollution, bacterium in room air and dust also have more and more heavier trend, and the purification that people get rid of bacterium and dust to indoor living space requires also more and more stronger.
In sum, under earth environment, the mankind survive at Indoor environment, and it is very necessary taking to strengthen the measure that indoor ventilation improves indoor air environment.Along with people's growth in the living standard, to health, there is the people of higher pursuit more and more, research, exploitation, carry out Automatic Extraction eliminating interior space carbon dioxide with a kind of apparatus, automatically supplement the content that regulates space oxygen in building, the bacterium of filtering simultaneously dust control air, adjusting air humidity, the hope that the apparatus that makes the interior space reach more pleasant livable survival environmental conditions comes into operation is more and more superior strong, and this is necessary, urgent for improving raising human settlement quality.
Existing equipment or device all can not make self of the Indoor environment people from space of relative closure breathe outside the increasing carbon dioxide draw discharge chamber of generation, cause indoor carbon dioxide gas by people self, to be breathed out and incoming call and the constantly long-term vicious circle of rising of concentration, constantly lead human body itself into a trap, indoor oxygen also can not get suitably rationally providing supplementary, the independent use of air-conditioning makes air conditioner disease rapid spread, and anxious the waiting of indoor living space air ambient condition requires to improve.
Therefore, there is defect in existing conditioner, need to improve.
Summary of the invention
The purpose of this utility model is to provide a kind of can be extracted relatively airtight interior space carbon dioxide and discharge outdoorly, and can supplement interior space oxygen, improves the air conditioning clarifier of indoor human settlements living environment weather conditions.
Basic conception of the present utility model is: in the breathing of having studied people, make indoor air environment density of carbon dioxide gas constantly increase the root that causes air conditioner disease, understood again the harm to human body that spreads of existing similar equipment behaviour in service and air conditioner disease anxious to be resolved, after the active demand of raising people living environment quality, research successfully.
The basic principle of the utility model air conditioning clarifier is: using general family, office electric power is power, air molecule is sieved to separator and detection, Analysis Control Unit modularization are integrated into air conditioning clarifier.Equipment is comprised of air separation, air cleaning, air wetting and 4 parts of intelligent control.Wherein air separation adopts molecular sieve adsorption Desorption separation technology, and by the air extraction compression of the interior space, with molecular sieve adsorption carbon dioxide and moisture, enrichment feedback oxygen, nitrogen useful component are to indoor, to reduce the heat-energy losses of air; When molecular sieve adsorption function is repaired in desorb, the carbon dioxide and the water decomposition pressure that are adsorbed on molecular sieve are put into outdoor; Oxygen replenishment in separation chamber's outer air, to indoor, makes indoor oxygen meet the life condition that is suitable for human settlements most.Air cleaning is in separating carbon dioxide gas, also filters out the coarse granule compositions such as most of bacterium dust, is rejected to outdoorly, has purified room air.Humidification function is to detect control technology by air humidity, controls the moistening space of humidifier, keeps humidity to reach the optimum condition that is suitable for people living.Intelligent control equipment device is integrated detection analyzer-controller, namely oxygen carbon dioxide humiture detects controller, this controller can be microcomputer, central processing unit (device) or single-chip microcomputer etc., as long as mutually should be able to acknowledge(ment) signal each switch of output signal control after programming.Can realize the automation and intelligentification control of air separation, air cleaning, humidification function simultaneously; All right integrated remote communication interface, the Long-distance Control that realizes mobile phone, microcomputer connects, Long-distance Control can realize two-way communication by GSM or CDMA or shortwave or note etc. mode, complete the remote intelligent control and management of air conditioning clarifier electric equipment, equipment Operating Management hommization is strong, presses close to modern's era step.This air conditioning clarifier work basic principle is to use air duct, control valve, compressor, carbon dioxide molecule sieve air separator that indoor air is extracted out, in the air compressing stage, carbon dioxide molecule sieve absorbing carbon dioxide pernicious gas and moisture, oxygen, nitrogen that concentration and separation goes out turn back to indoor, at carbon dioxide molecule sieve decompress(ion) repairing phase, by carbon dioxide pernicious gas and the moisture of the absorption of carbon dioxide molecule sieve, obtained decompress(ion) and discharge outdoor; Use air duct, control valve, compressor, molecular sieve air separator by outdoor air extraction, compression, decompress(ion), by air fluorite molecular sieve separator separating high-purity oxygen, deliver to indoor supplemental oxygen; Filter bacterium when getting rid of indoor carbon dioxide gas and dirt particle is discharged into outdoor purifying the air of a room separating; Use humidifier to supplement indoor air humidity; Use composition of air detection, analysis, controlled adjuster to realize the automatic operating of various functions; Integrated use remote automation control interface building block technique, is combined with other communication apparatus, can realize apparatus remote intelligent control management function.The utility model air conditioning clarifier by detecting, analysis, the automatic complete operation process of controller, its course of work is divided into three subprocess, comprise: the course of work of subprocess 1 room air carbon dioxide eliminating, air cleaning and the feedback of oxygen nitrogen, at room air, extract, compress the period, by carbon dioxide molecule, sieve separator and separate absorbing carbon dioxide and moisture, indoor oxygen, the nitrogen that is enriched with use is transmitted back to indoor, with the heat energy in holding chamber, loses less; At carbon dioxide molecule sieve, repair the decompress(ion) period, the carbon dioxide of absorption and moisture decompress(ion) are removed outdoor side by side; Be rejected to outdoorly getting rid of indoor bacteria dust to be filtered in carbon dioxide, purify the air of a room.Subprocess 2 interior space oxygen replenishment courses of work, extract outdoor air, compression by the separation of fluorite molecular sieve separator, and collecting oxygen is transported to indoor, supplements the deficiency of indoor oxygen.The supplementary course of work of subprocess 3 indoor air humidity adjustment, in room air, separate dioxy carbon get rid of outdoor in, air humidity obtained minimizing, by indoor humidity, detecting analyzer-controller control humidifier increases and adjusts the humidity of air.
The work of these three processes is described in detail as follows: 1, the course of work of the purification of room air carbon dioxide deaeration and the feedback of oxygen nitrogen, this course of work is divided into indoor gas and extracts compression molecular sieve adsorption and separate with molecular sieve decompress(ion) and recover the course of work that two timesharing are alternately carried out, and the execution of its course of work is subject to indoor detection analyzer-controller and carbon dioxide sensor to pick up whether measuring exceeds standard controls.When indoor carbon dioxide gas exceeds standard, first carry out the air compressing period, gas extraction compression molecular sieve adsorption carbon dioxide, water in controller priming chamber, feedback oxygen nitrogen arrives indoor function, order opens solenoid valve and air compressor.Air goes out from indoor bleeding point, pass the magnetic valve of opening to air compressor, again by the magnetic valve of opening, enter carbon dioxide separation molecular sieve tank body, carbon dioxide and moisture are resident by 5A molecular sieve adsorption, the oxygen having purified and nitrogen prolong pipeline through the magnetic valve of opening again through molecular sieve and enter in air inlet return chamber, after within delay working 1-30 minute, finishing, controller starts carbon dioxide molecule sieve decompress(ion) and recovers absorption and get rid of bacterium dust to outdoor function process, orderly close-down magnetic valve, open the magnetic valve of discharge, the carbon dioxide that is compressed to the absorption of carbon dioxide molecule sieve tank body is extracted, and together with moisture bacterium dust, by the magnetic valve of discharge, by outlet, be discharged into again outdoor, time delay 1-30 minute finishes again, sequentially again repeat the function course of above-mentioned air compressing decompress(ion) period ...., press certain hour time delay like this, go round and begin again and carry out room air extraction compression, the course of work of decompress(ion), until indoor carbon dioxide concentration is lower than default setting.Completed indoor carbon dioxide and extracted and get rid of, the function that the feedback of oxygen nitrogen is indoor, purify air.Wherein the oxygen replenishment course of work of the interior space is divided into outdoor gas extraction compression molecular sieve adsorption and separates with molecular sieve decompress(ion) and recover the course of work that two timesharing are alternately carried out, and the execution of its process is picked up by indoor detection analyzer-controller and lambda sensor to measure whether sufficient indoor oxygen is controls.In indoor oxygen concentration, lower than setting during index, first carry out outdoor air compression oxygen separation, carbon dioxide, water, nitrogen period, indoor controller order opens solenoid valve and air compressor.Outdoor air enters from air inlet, pass the magnetic valve of opening to outdoor air compressor, again by the magnetic valve of opening, enter molecular sieve and separate tank body, carbon dioxide, nitrogen and moisture are resident by molecular sieve adsorption, the oxygen of enrichment prolongs pipeline through the magnetic valve of opening again through molecular sieve tank body and enters indoor air inlet to indoor, after delay working a period of time, controller starts fluorite molecular sieve decompress(ion) and recovers absorption and get rid of carbon dioxide, water, nitrogen is to outdoor function process, close the magnetic valve of air inlet, open the magnetic valve of exhaust, be compressed to the carbon dioxide of molecular sieve tank body absorption, nitrogen is extracted, and together with moisture, by the magnetic valve of exhaust, by outlet, be discharged into again outdoor, time delay a period of time again, once more carry out the function course of air compressing period, by 1-30, divide time delay segmentation like this, alternately go round and begin again and carry out the course of work that outdoor air compression oxygen separation decompress(ion) is repaired molecular sieve, until indoor oxygen concentration reaches default setting, till general setting oxygen concentration 21%, completed the course of work of interior space oxygenating.In addition, indoor air humidity adjustment supplements by room air detection analyzer-controller, indoor temperature and humidity sensor, humidifier parts and forms.Its course of work is to be less than setting value when air humidity detects, when general setting value is RH40%, humidifier is started working, interior space air is carried out to humidification, until humidity is increased to meet to set, require, stop humidification, completed the supplementary course of work of indoor air humidity adjustment.In the course of work, air compressor can keep "on" position always, during air compressor opening, its air intake control valve also must be opened, its opening and closing are to be controlled by the pressure control switch of air compressor, after reaching certain air pressure, air compressor enters resting state, air compressor rearming after lower than certain air pressure.
The utility model can with existing use air conditioner product coupling very widely, reach interior space carbon dioxide and extract automatic adjusting and the air cleaning object of eliminating, oxygen content and aerial temperature and humidity.It is power that this equipment is used electric power, and the in the situation that of power-off, equipment all functions lost efficacy, and can therefore on the interior space, not cause any pollution and uncomfortable impact.
Feature of the present utility model is: 1, adopt first molecular sieve air separation control technology to extract from Indoor environment space and get rid of carbon dioxide inhibition cerebral nerve toxin to outdoor, and supplement indoor oxygen from outdoor extraction, reach to improve and improve Indoor environment human settlements, office, amusement quality of air environment, manufacture the more pleasant livable condition of indoor air environment.2. by outdoor oxygen extraction, automatically regulate the method that adds to Indoor environment, realized the indoor people living space oxygen supplementary function that automatically adjusts as required; 3. get rid of in indoor carbon dioxide extracting, oxygen useful in the interior space, nitrogen are sent back to indoor by Feedback Technology, reduced usage space gas extraction and got rid of the thermal loss causing completely, equipment has energy-saving effect; Integration of equipments detection analysis and Control humidification function, make Indoor environment people living space air humidity realize as required automatic adjusting, can make Indoor environment human settlements, office, amusement there are more comfortable weather conditions; This apparatus adopt comprehensive multifunctional detect, analyze, control, with RCI technology, the carbon dioxide of having realized Indoor environment human settlements, office, gaming space air ambient extracts gets rid of automation, oxygen replenishment automation, air humidity is supplemented automation, bacterium filtering automation, the intelligentized multiple function of Long-distance Control, has realized and has detected the integrated application that control technology purifies in room air adjusting.6. this equipment has modular function, can select integrated various control management function by being suitable for people living environmental condition, its function can increase or reduce according to user's request the configuration of system equipment, and applying flexible is changeable, being suitable for the multiple client of colony, is the apparatus that a using value is very high.7, bacterium and the dust in all right filtering room air of this equipment, air-borne bacteria dust obtains filtering and purifies, and more improves users'comfort and health degree.
Specifically, air conditioning clarifier described in the utility model comprises body, it is characterized in that described body comprises the first air compressor, the second air compressor, oxygen separation molecular sieve tank body, oxygen molecule sieve, carbon dioxide separation molecular sieve tank body, carbon dioxide molecule sieve, the first air compressor air inlet control valve, the first air compressor gas outlet control valve, oxygen separation molecular sieve tank body gas outlet control valve, oxygen separation molecular sieve tank body floss hole control valve, the second air compressor air inlet control valve, the second air compressor gas outlet control valve, carbon dioxide separation molecular sieve tank body gas outlet control valve and carbon dioxide separation molecular sieve tank body floss hole control valve, described the first air compressor has the first air compressor air inlet and the first air compressor gas outlet, described oxygen molecule sieve is positioned at oxygen separation molecular sieve tank body, described oxygen separation molecular sieve tank body has oxygen separation molecular sieve tank body air inlet, oxygen separation molecular sieve tank body gas outlet and oxygen separation molecular sieve tank body floss hole, described oxygen separation molecular sieve tank body floss hole is positioned at oxygen separation molecular sieve tank body air inlet one side, described the first air compressor air inlet is connected with outside atmosphere by the first air compressor air inlet control valve, described the first air compressor gas outlet is connected with oxygen separation molecular sieve tank body air inlet by the first air compressor gas outlet control valve, described oxygen separation molecular sieve tank body floss hole is connected with outside atmosphere by oxygen separation molecular sieve tank body floss hole control valve, described the second air compressor has the second air compressor air inlet and the second air compressor gas outlet, described carbon dioxide molecule sieve is positioned at carbon dioxide separation molecular sieve tank body, described carbon dioxide separation molecular sieve tank body has carbon dioxide separation molecular sieve tank body air inlet, carbon dioxide separation molecular sieve tank body gas outlet and carbon dioxide separation molecular sieve tank body floss hole, described the second air compressor air inlet control valve is arranged on the second air compressor air inlet place, described the second air compressor gas outlet is connected with carbon dioxide separation molecular sieve tank body air inlet by the second air compressor gas outlet control valve, described carbon dioxide separation molecular sieve tank body gas outlet control valve is arranged on place, carbon dioxide separation molecular sieve tank body gas outlet, described carbon dioxide separation molecular sieve tank body floss hole is positioned at carbon dioxide separation molecular sieve tank body air inlet one side, described carbon dioxide separation molecular sieve tank body floss hole is connected with outside atmosphere by carbon dioxide separation molecular sieve tank body floss hole control valve.Described the first air compressor air inlet control valve, the first air compressor gas outlet control valve, oxygen separation molecular sieve tank body gas outlet control valve, oxygen separation molecular sieve tank body floss hole control valve, the second air compressor air inlet control valve, the second air compressor gas outlet control valve, carbon dioxide separation molecular sieve tank body gas outlet control valve and carbon dioxide separation molecular sieve tank body floss hole control valve can be all magnetic valve, open or shut electromagnetic valve, can, by program control, can certainly realize by craft.
Described in the utility model, the first air compressor can have the first air compressor air storage tank, and described the second air compressor can have the second air compressor air storage tank.When the first air compressor has the first air compressor air storage tank, when the second air compressor has the second air compressor air storage tank, the Compressed Gas producing during compressor operating just can be stored in compressor air accumulator.At compression stage, provide the steady air flow of certain constant pressure efficiently to separate for molecular sieve.
Body described in the utility model can also comprise that oxygen carbon dioxide humiture detects controller (microcomputer, central processing unit (device) or single-chip microcomputer), gas concentration lwevel detecting sensor, oxygen concentration detecting sensor, humiture detecting sensor and humidifier, described oxygen carbon dioxide humiture detects controller and has power interface, transducing signal input interface and control signal output interface, described oxygen carbon dioxide humiture detects controller by transducing signal input interface and gas concentration lwevel detecting sensor, oxygen concentration detecting sensor and humiture detecting sensor are connected, and described oxygen carbon dioxide humiture detects controller by control signal output interface and humidifier, the first air compressor air inlet control valve, the first air compressor gas outlet control valve, oxygen separation molecular sieve tank body gas outlet control valve, oxygen separation molecular sieve tank body floss hole control valve, the second air compressor air inlet control valve, the second air compressor gas outlet control valve, carbon dioxide separation molecular sieve tank body gas outlet control valve and carbon dioxide separation molecular sieve tank body floss hole control valve are connected.So, just can detect by oxygen carbon dioxide humiture the course of work of controller entirety control air conditioning clarifier, more intelligent, make user more convenient to use.
The carbon dioxide of oxygen described in the utility model humiture detects controller can also have remote communication interface.Arrange after remote communication interface, this air conditioning clarifier just can allow user's Remote open or cut out, and makes user can control in real time equipment running status, reaches best result of use.
The molecular sieve tank body of carbon dioxide separation described in the utility model and oxygen separation molecular sieve tank body all can be two, by the control valve that connects respectively its air inlet, carry out air pressure distribution.So, two carbon dioxide separation molecular sieves and two oxygen separation molecular sieves just can one after the other work, continue to carry out carbon dioxide and filter and get rid of and oxygen replenishment.
Compared with the aforementioned existing similar products, air conditioning clarifier of the present utility model can extract relatively airtight interior space carbon dioxide and discharge outdoorly, and can supplement interior space oxygen, improves indoor human settlements living environment weather conditions.
Content of the present utility model is further described with the following Examples, but content of the present utility model is not limited only to content related in embodiment.
Accompanying drawing explanation
Fig. 1 is the structural representation of air conditioning clarifier in embodiment.
The specific embodiment
As shown in Figure 1, the clarifier of air conditioning described in the present embodiment comprises body 1, it is characterized in that described body 1 comprises the first air compressor 2, the second air compressor 3, oxygen separation molecular sieve tank body 4, oxygen molecule sieve 5, carbon dioxide separation molecular sieve tank body 6, carbon dioxide molecule sieve 7, the first air compressor air inlet control valve 8, the first air compressor gas outlet control valve 9, oxygen separation molecular sieve tank body gas outlet control valve 10, oxygen separation molecular sieve tank body floss hole control valve 11, the second air compressor air inlet control valve 12, the second air compressor gas outlet control valve 13, carbon dioxide separation molecular sieve tank body gas outlet control valve 14 and carbon dioxide separation molecular sieve tank body floss hole control valve 15, described the first air compressor 2 has the first air compressor air inlet 16 and the first air compressor gas outlet 17, described oxygen molecule sieve 5 is positioned at oxygen separation molecular sieve tank body 4, described oxygen separation molecular sieve tank body 4 has oxygen separation molecular sieve tank body air inlet 18, oxygen separation molecular sieve tank body gas outlet 19 and oxygen separation molecular sieve tank body floss hole 20, described oxygen separation molecular sieve tank body floss hole 20 is positioned at oxygen separation molecular sieve tank body air inlet 18 1 sides, described the first air compressor air inlet 16 is connected with outside atmosphere by the first air compressor air inlet control valve 8, described the first air compressor gas outlet 17 is connected with oxygen separation molecular sieve tank body air inlet 18 by the first air compressor gas outlet control valve 9, described oxygen separation molecular sieve tank body floss hole 20 is connected with outside atmosphere by oxygen separation molecular sieve tank body floss hole control valve 11, described the second air compressor 3 has the second air compressor air inlet 21 and the second air compressor gas outlet 22, described carbon dioxide molecule sieve 7 is positioned at carbon dioxide separation molecular sieve tank body 6, described carbon dioxide separation molecular sieve tank body 6 has carbon dioxide separation molecular sieve tank body air inlet 23, carbon dioxide separation molecular sieve tank body gas outlet 24 and carbon dioxide separation molecular sieve tank body floss hole 25, described the second air compressor air inlet control valve 12 is arranged on the second air compressor air inlet 21 places, described the second air compressor gas outlet 22 is connected with carbon dioxide separation molecular sieve tank body air inlet 23 by the second air compressor gas outlet control valve 13, described carbon dioxide separation molecular sieve tank body gas outlet control valve 14 is arranged on 24 places, carbon dioxide separation molecular sieve tank body gas outlet, described carbon dioxide separation molecular sieve tank body floss hole 25 is positioned at carbon dioxide separation molecular sieve tank body air inlet 23 1 sides, described carbon dioxide separation molecular sieve tank body floss hole 25 is connected with outside atmosphere by carbon dioxide separation molecular sieve tank body floss hole control valve 15.The sieve of oxygen molecule described in the present embodiment 5 is fluorite molecular sieve, and described carbon dioxide molecule sieve 7 is 5A molecular sieve.
Described in the present embodiment, the first air compressor 2 has the first air compressor air storage tank 26, and described the second air compressor 3 has the second air compressor air storage tank 27.
The carbon dioxide of oxygen described in the present embodiment humiture detects controller 28 and also has remote communication interface 36.
While using the present embodiment air conditioning clarifier, suppose to have an interior space to there are 20 square metres, the 2 people rooms that spatial altitude is 2.6 meters, interior space air is 52 cubic metres, a power is installed to be the air conditioning cleaning equipment device of 2 kilowatts to the maximum and to come into operation, the condition that initial stage reaches is that indoor air temperature adjusted is set as 25 degrees Celsius, and have external air-conditioning do temperature regulate be used in conjunction with, airborne carbon dioxide, oxygen content, relative air humidity the unknown, use the requirement reaching after this air conditioning purifier to be: in air, to contain oxygen between 20-21%, carbon dioxide content is between 0.03-0.05%, humidity is between 40-60HR%.
Implementing under above assumed condition, this invention apparatus is used the course of work to be described in detail as follows:
1. room air carbon dioxide is got rid of, air cleaning, the course of work (controlled condition is to make interior space carbon dioxide content in 0.03-0.05% scope) of oxygen nitrogen feedback: this course of work is divided into indoor gas and extracts the course of work that compression 5A molecular sieve adsorption separates and two timesharing of 5A molecular sieve decompress(ion) recovery are alternately carried out, the execution of its course of work is subject to indoor oxygen carbon dioxide humiture detection controller 28 to pick up and measure titanium dioxide concentration index analysis and Control with gas concentration lwevel detecting sensor 29, detecting that indoor carbon dioxide concentration index exceedes 0.05%, start the alternately course of work eliminating reduction indoor carbon dioxide concentration of execution of this time-division, lower than 0.03%, close this course of work and reach and save the object of energy indoor carbon dioxide concentration index being detected.When the super body of indoor carbon dioxide gas crosses 0.05%, first carry out indoor gas and extract compression (indoor gas extracts compression and the separates absorption feedback) period, controller is opened the second air compressor air inlet control valve 12, the second air compressor gas outlet control valve 13, carbon dioxide separation molecular sieve tank body gas outlet control valve 14 and the second air compressor 3, extract indoor gas compression, Compressed Gas is by molecular sieve adsorption carbon dioxide, water, and Sync enrichment oxygen nitrogen feeds back to indoor.Room air goes out from bleeding point, by the second air compressor air inlet control valve 12 of opening, by the second air compressor 3, compress again, again by the second air compressor gas outlet control valve 13 of opening, enter carbon dioxide separation molecular sieve tank body 6, carbon dioxide and moisture are resident by molecular sieve adsorption, and the oxygen having purified and nitrogen enter indoorly through the carbon dioxide separation molecular sieve tank body gas outlet control valve 14 of opening through molecular sieve again.After 5 minutes this course of work time delay a period of times finished, controller starts carbon dioxide molecule sieve decompress(ion) and recovers absorption and get rid of the process of bacterium dust to the outdoor function period, controller cuts out the second air compressor air inlet control valve 12, carbon dioxide separation molecular sieve tank body gas outlet control valve 14, open carbon dioxide separation molecular sieve tank body floss hole control valve 15, be compressed to the carbon dioxide decompress(ion) that carbon dioxide molecule sieve tank body is adsorbed, and together with moisture bacterium dust, by carbon dioxide separation molecular sieve tank body floss hole control valve 15, by carbon dioxide separation molecular sieve tank body floss hole 25, be discharged into outdoor again, time delay finishes this decompress(ion) course of work for 5 minutes again, again then start to carry out the function course of next air compressing period ....Press like this certain hour time delay segmentation, go round and begin again and alternately carry out the course of work of room air compression, decompress(ion), until indoor carbon dioxide concentration is lower than 0.03%, along with making interior indoor carbon dioxide concentration again exceed the next course of work that reduces interior space gas concentration lwevel of 0.05%., people's breathing will again carry out, realized like this people and constantly breathed increase indoor carbon dioxide concentration, equipment is just ceaselessly carried out to detect and is controlled reduction space gas concentration lwevel until be suitable for the condition moment of people living.Equipment starts the work that stops alternately going round and beginning again like this, has completed indoor carbon dioxide and has got rid of by predeterminated target requirement; Air is purified; Indoor useful oxygen nitrogen feeds back to indoor heat and has obtained the functional objective task keeping.
2. the oxygen replenishment course of work of room air (controlled condition is to make interior space oxygen content in 20-21% scope): this course of work is divided into outdoor gas extraction compression fluorite molecular sieve adsorption and separates the course of work of alternately carrying out with two timesharing of fluorite molecular sieve decompress(ion) recovery, the execution of its process is subject to indoor detection oxygen carbon dioxide humiture to detect controller 28 and oxygen concentration detecting sensor 30 is controlled, pick up and measure indoor oxygen lower than 20%, start this process and supplement indoor oxygen concentration, detecting that lower than 20%, closing this course of work reaches the object of saving energy.In indoor oxygen concentration lower than setting during index 20%, first carry out outdoor gas compression (the outdoor gas extraction compression molecular sieve adsorption separates) period, oxygen carbon dioxide humiture detects controller 28 and opens the first air compressor air inlet control valve 8, the first air compressor gas outlet control valve 9, oxygen separation molecular sieve tank body floss hole control valve 11 and the first air compressor 2, and the outer gas extraction compression of priming chamber is through the course of work of fluorite molecular sieve adsorption carbon dioxide, water, nitrogen.Outdoor air enters from air inlet, through the first air compressor air inlet control valve 8 to first air compressors 2 of opening, again by the first air compressor gas outlet control valve 9 of opening, enter fluorite molecular sieve and separate tank body, carbon dioxide, nitrogen and moisture are resident by fluorite molecular sieve adsorption, and the oxygen of enrichment prolongs pipeline through the oxygen separation molecular sieve tank body floss hole control valve 11 of opening again through molecular sieve tank body and enters indoor air inlet to indoor.After this compression period delay working finishes for 10 minutes, controller starts fluorite molecular sieve decompress(ion) and recovers absorption and get rid of carbon dioxide, water, and nitrogen is to the outdoor course of work.This work decompression procedure is, controller cuts out the first air compressor air inlet control valve 8, oxygen separation molecular sieve tank body floss hole control valve 11, open oxygen separation molecular sieve tank body floss hole 20, the carbon dioxide, the nitrogen that are compressed to the absorption of fluorite molecular sieve tank body are extracted, and together with moisture bacterium dust, by oxygen separation molecular sieve tank body floss hole 20, by outlet, be discharged into again outdoor, this decompress(ion) course of work time delay finishes for 10 minutes, starts again to carry out the function course of next outdoor air Compress softwares period ....Press like this certain hour time delay segmentation, alternately go round and begin again and carry out the course of work of outdoor air Compress softwares supplemental oxygen, until indoor oxygen concentration reaches default setting 21% for temporarily stopping this course of work, when people breathes, indoor oxygen concentration is just reduced to below 20%, the above-mentioned oxygenating course of work will repeat again.The equipment that completed supplements indoor oxygen automatically to appropriate function.
3. the supplementary course of work of indoor air humidity adjustment: this subsystem is comprised of room air oxygen carbon dioxide humiture detection controller 28, humiture detecting sensor 31, humidifier 32 parts.When detecting, air humidity is less than setting value during 40HR%, humidifier is started working, room air is carried out to humidification, until humidity while exceeding 60HR% equipment suspend humidification, when indoor humidity is during again lower than 40HR%, above-mentioned humidification will repeat again, humidification and the work that alternately goes round and begins again that suspends humidification, and the equipment that completed regulates indoor air humidity to arrive appropriate function automatically.
Claims (4)
1. an air conditioning clarifier, comprise body, it is characterized in that described body comprises the first air compressor, the second air compressor, oxygen separation molecular sieve tank body, oxygen molecule sieve, carbon dioxide separation molecular sieve tank body, carbon dioxide molecule sieve, the first air compressor air inlet control valve, the first air compressor gas outlet control valve, oxygen separation molecular sieve tank body gas outlet control valve, oxygen separation molecular sieve tank body floss hole control valve, the second air compressor air inlet control valve, the second air compressor gas outlet control valve, carbon dioxide separation molecular sieve tank body gas outlet control valve and carbon dioxide separation molecular sieve tank body floss hole control valve, described the first air compressor has the first air compressor air inlet and the first air compressor gas outlet, described oxygen molecule sieve is positioned at oxygen separation molecular sieve tank body, described oxygen separation molecular sieve tank body has oxygen separation molecular sieve tank body air inlet, oxygen separation molecular sieve tank body gas outlet and oxygen separation molecular sieve tank body floss hole, described oxygen separation molecular sieve tank body floss hole is positioned at oxygen separation molecular sieve tank body air inlet one side, described the first air compressor air inlet is connected with outside atmosphere by the first air compressor air inlet control valve, described the first air compressor gas outlet is connected with oxygen separation molecular sieve tank body air inlet by the first air compressor gas outlet control valve, described oxygen separation molecular sieve tank body floss hole is connected with outside atmosphere by oxygen separation molecular sieve tank body floss hole control valve, described the second air compressor has the second air compressor air inlet and the second air compressor gas outlet, described carbon dioxide molecule sieve is positioned at carbon dioxide separation molecular sieve tank body, described carbon dioxide separation molecular sieve tank body has carbon dioxide separation molecular sieve tank body air inlet, carbon dioxide separation molecular sieve tank body gas outlet and carbon dioxide separation molecular sieve tank body floss hole, described the second air compressor air inlet control valve is arranged on the second air compressor air inlet place, described the second air compressor gas outlet is connected with carbon dioxide separation molecular sieve tank body air inlet by the second air compressor gas outlet control valve, described carbon dioxide separation molecular sieve tank body gas outlet control valve is arranged on place, carbon dioxide separation molecular sieve tank body gas outlet, described carbon dioxide separation molecular sieve tank body floss hole is positioned at carbon dioxide separation molecular sieve tank body air inlet one side, described carbon dioxide separation molecular sieve tank body floss hole is connected with outside atmosphere by carbon dioxide separation molecular sieve tank body floss hole control valve.
2. air conditioning clarifier as claimed in claim 1, is characterized in that described the first air compressor has the first air compressor air storage tank, and described the second air compressor has the second air compressor air storage tank.
3. air conditioning clarifier as claimed in claim 1 or 2, is characterized in that described body also comprises that oxygen carbon dioxide humiture detects controller, gas concentration lwevel detecting sensor, oxygen concentration detecting sensor, humiture detecting sensor and humidifier, described oxygen carbon dioxide humiture detects controller and has power interface, transducing signal input interface and control signal output interface, described oxygen carbon dioxide humiture detects controller by transducing signal input interface and gas concentration lwevel detecting sensor, oxygen concentration detecting sensor and humiture detecting sensor are connected, and described oxygen carbon dioxide humiture detects controller by control signal output interface and humidifier, the first air compressor air inlet control valve, the first air compressor gas outlet control valve, oxygen separation molecular sieve tank body gas outlet control valve, oxygen separation molecular sieve tank body floss hole control valve, the second air compressor air inlet control valve, the second air compressor gas outlet control valve, carbon dioxide separation molecular sieve tank body gas outlet control valve and carbon dioxide separation molecular sieve tank body floss hole control valve are connected.
4. air conditioning clarifier as claimed in claim 3, is characterized in that described oxygen carbon dioxide humiture detects controller and also has remote communication interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320801066.1U CN203586409U (en) | 2013-12-09 | 2013-12-09 | Air adjusting purifier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320801066.1U CN203586409U (en) | 2013-12-09 | 2013-12-09 | Air adjusting purifier |
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| Publication Number | Publication Date |
|---|---|
| CN203586409U true CN203586409U (en) | 2014-05-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320801066.1U Expired - Fee Related CN203586409U (en) | 2013-12-09 | 2013-12-09 | Air adjusting purifier |
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| CN (1) | CN203586409U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104633782A (en) * | 2015-02-07 | 2015-05-20 | 青岛太美伟业环保科技有限公司 | Air purifier with oxygen release function and method of air purifier |
| CN105526650A (en) * | 2016-01-22 | 2016-04-27 | 北京广为环科科技发展有限公司 | Harmless sterilization, purification and oxygen supplementation system and method |
| CN106989472A (en) * | 2017-05-23 | 2017-07-28 | 华东交通大学 | A kind of central air exchange system |
-
2013
- 2013-12-09 CN CN201320801066.1U patent/CN203586409U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104633782A (en) * | 2015-02-07 | 2015-05-20 | 青岛太美伟业环保科技有限公司 | Air purifier with oxygen release function and method of air purifier |
| CN105526650A (en) * | 2016-01-22 | 2016-04-27 | 北京广为环科科技发展有限公司 | Harmless sterilization, purification and oxygen supplementation system and method |
| CN105526650B (en) * | 2016-01-22 | 2018-07-10 | 北京广为环科科技发展有限公司 | Harmless sterilization, purification and oxygen supplementation system and method |
| CN106989472A (en) * | 2017-05-23 | 2017-07-28 | 华东交通大学 | A kind of central air exchange system |
| CN106989472B (en) * | 2017-05-23 | 2023-07-11 | 华东交通大学 | Central ventilation system |
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