CN104645799A - Microalgae air purifier control system - Google Patents
Microalgae air purifier control system Download PDFInfo
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- CN104645799A CN104645799A CN201510095553.4A CN201510095553A CN104645799A CN 104645799 A CN104645799 A CN 104645799A CN 201510095553 A CN201510095553 A CN 201510095553A CN 104645799 A CN104645799 A CN 104645799A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
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Abstract
The invention discloses a microalgae air purifier control system which comprises a purifier body and a control element which is fixedly connected with the purifier body, wherein the purifier body comprises a transparent microalgae storage pool and a barrel body covering the microalgae storage pool; the microalgae storage pool is of an uncovered cuboid-shaped structure and comprises a heater A, an air inlet, a probe A, a probe C, a probe D and a fluorescent lamp; the barrel body is of a bottomless capped sectioned nested structure; a gauze layer is arranged between every two sections of the barrel body; a nozzle is arranged above each of the rest gauze layers except the uppermost gauze layer; each nozzle is fixedly connected with a water pump by virtue of a pipeline; the water pump is communicated with the microalgae storage pool; a probe B is arranged inside the barrel body; a fan is fixedly arranged on the surface of the barrel body; and a heater B is fixedly arranged below the fan. The microalgae air purifier control system disclosed by the invention has the advantages of good purification effect, low cost, simplicity in operation and maintenance and the like, can be slightly improved to be used for treating multiple waste gases such as industrial waste gas and is wide in application range.
Description
Technical field
The present invention relates to environmental project and technical field of automation, particularly relate to a kind of micro-algae control system of air purifier.
Background technology
In recent years, one day seems like a year in the quick-fried table of PM2.5 for the whole nation Middle Eastern common people, from northeast to northwest, from North China to middle part so the Yellow River and Huai He River, the south of the lower reaches of the Yangtze River, large-scale severe and severe contamination allow the common people enjoy and decoct, and the Beijing-tianjin-hebei Regions such as Beijing, Shijiazhuang, Baoding, Handan, Tianjin, Cangzhou, Langfang, Tangshan, have all issued the orange early warning of dense fog, the provinces and cities such as Shandong, Sichuan, Anhui have all issued yellow or orange early warning, and dense fog red early warning signal has even been issued in Xinxiang, Henan and Kaifeng.In hospital, the patient relevant with air pollution increases.
How national wide range of haze takes place frequently in recent years, the quick-fried table of PM2.5, and air environmental pollution becomes the significant problem threatening human survival already.For the most people living in modern city, the time of 60%-70% is about had to be spend in indoor, the quality of living conditions and healthyly have close relationship.Indoor pollution substrate concentration, higher than outdoor 2-5 times, can reach 100 times under special circumstances.Indoor pollution has that coverage is large, time of contact is long, pollutant levels are low, change in concentration is large, pollutant kind is many, be subject to environmental condition and the feature such as meteorological factor influence, health risk.Along with the continuous enhancing to indoor environment protective awareness, people urgently wish safe, comfortable, a healthy living space.
Except the impact of outdoor air pollution, the main cause that room air worsens has and uses chemical building material, decorating and renovating material, artificial board composite furniture etc. to distribute toxic and harmful in a large number, also with building because of power conservation requirement seal improve, the factor such as air amount minimizing is closely related.Indoor pollutant is mainly divided into three major types: the microorganism such as the suspended particulate substances such as PM10 and PM2.5, volatile organic contaminant, bacterial virus.Therefore, controlling room air pollution and administer is the effective way improving environment for human survival at present.
Air purifier is also known as air cleaner, air cleaner, clarifier, refer to and can adsorb, decompose or transform various air pollutants (generally comprising the finishing pollution of PM2.5, dust, pollen, peculiar smell, formaldehyde and so on, bacterium, anaphylactogen etc.), the product of effective raising air cleanliness, is mainly divided into family expenses, commercialization, industry, building.There are multiple different technology and medium in air purifier, enable it provide air that is clean and safety to user.Conventional air purifying process has: adsorption technology, negative (just) ion technology, catalysis technique, photocatalyst technology, superstructure light mineralising technology, HEPA high efficiency filter technology, electrostatic precipitation technology etc.; Material technology mainly contains: photocatalyst, active carbon, pole charcoal heart filter core technology, synthetic fibers, the efficient material of HEAP, anion generator etc.Existing air purifier is adopted as compound more, namely have employed multiple purification techniques and material medium simultaneously.Remove technology according to air purifier for particulate in air, mainly contain mechanical filter net type, electrostatic electret filter net type, high-voltage electrostatic dust-collecting, anion and plasma method etc.
But existing air purifier only adopts a kind of air purifying process, treatable pollutant is comparatively single.Existing activated carbon air purifier usually faces activated carbon adsorptive capacity overload, needs the problem again changing active carbon.And existing air purifier generally can only reach the effect absorbing pollutant, and cost is higher, is unfavorable for safeguarding.Therefore develop a kind of good purification, clarifier that cost is low has very important meaning.
Summary of the invention
The object of the invention is to for the deficiencies in the prior art, micro-algae air purifier that a kind of good purification, cost are lower, be easy to operation and safeguard is provided.
For solving the problems of the technologies described above, the technical solution used in the present invention is: a kind of micro-algae control system of air purifier, the control element comprising clarifier body and be fixedly linked with clarifier body.
Described clarifier body comprises transparent storage algae pond and is covered in the staving above storage algae pond.
Described storage algae pond is the rectangular structure of uncovered, fixedly mounts having heaters A bottom described storage algae pond; Side, upper end, described storage algae pond has air inlet; Interior lower end position, described storage algae pond is installed with probe A; Side, bottom, described storage algae pond has an apopore, described apopore is connected with water pump by outlet pipe, described water pump comprises water sucking mouth and delivery port, and described outlet pipe one end seals with apopore and is communicated with, and the outlet pipe other end is fixedly connected with the water sucking mouth of water pump; Upper end, described storage algae pond lateral surface is installed with probe C and probe D; Fluorescent lamp is installed with bottom described storage algae pond.
Described staving is the bottomless segmentation nesting type structure having lid, and described staving, except bottommost and top two sections, all the other bucket walls of every section all has through hole; One deck gauze is all separated with between the section of described staving and section; Described gauze is equipped with a shower nozzle above all the other every layer gauze except the one deck of the top; Described each shower nozzle all by through through hole and the hard tube be parallel to each other be connected with a vertical flexible pipe, the described flexible pipe other end is fixedly connected with the delivery port of water pump; Described staving inner side is installed with probe B; Described staving top has air vent, is installed with a blower fan on the surface outside described air vent at staving, is installed with a heater B inside described air vent below blower fan.
Described probe A, probe B, probe C, probe D, heater A, heater B, blower fan, water pump, fluorescent lamp are all connected with control element by holding wire A.
Further, described staving is divided into five sections, is followed successively by a section, A section, B section, C section, D section from top to bottom; The side bucket wall of described A section, B section, C section has through hole A, through hole B, through hole C; Described a section and A is intersegmental is separated with gauze a, described A section and B is intersegmental is separated with gauze A, B section and C is intersegmental is separated with gauze B, C section and D is intersegmental is separated with gauze C, above described gauze a, tiling has layer of active carbon; Shower nozzle A is provided with above described gauze A, shower nozzle B is provided with above gauze B, be provided with shower nozzle C above gauze C, described shower nozzle A, shower nozzle B, shower nozzle C are connected with flexible pipe respectively by through through hole A, through hole B, through hole C and the hard tube A be parallel to each other, hard tube B, hard tube C.
Further, described probe A is temperature sensor, and described probe B is Temperature Humidity Sensor, and described probe C is that poisonous and harmful detects gas probe, and described probe D is PM2.5 detection probe.
Further, described staving inner surface is installed with ultraviolet lamp respectively in air vent both sides, and described ultraviolet lamp is connected with control element by wire.
Further, described fluorescent lamp, heater A, heater B, blower fan, be connected to a relay A, relay B, relay C, relay D, relay E between water pump and control element.
Further, described control element is also connected with display screen and buzzer by holding wire B, and described display location is in clarifier body side, and described buzzer is installed on above display screen.
Beneficial effect of the present invention is as follows:
1. the present invention is by the cooperation of multiple sensors, detect the content of toxic and harmful in the humiture of clarifier inside and clarifier outer air and PM2.5, testing result is fed back to control element, by control element control heater, photosynthesis is carried out to the micro-algae in clarifier again, control ultraviolet lamp and active carbon make it jointly purify air simultaneously, by the pollutant in air and toxic and harmful purification, reach and purify air, increase the object of oxygen, automatic control technology is applied in micro-algae air purifier, make whole system more automation, intelligent, and there is good purification, cost is lower, be easy to the advantages such as operation and maintenance, can be used for processing room air, improve the process that also may be used for the multiple waste gas such as industrial waste gas a little, applied range.
2. the present invention is based on micro-algae, ultraviolet lamp and active carbon are the air purifier that auxiliary multiple air purifying process combines, a kind of air purifying process is only adopted with conventional air cleaners, single pollutant can only be processed compare, treatable pollutant kind is many, as the toxic and harmful in air, PM2.5 etc., and energy releasing oxygen, good purification.
3. before the aerial pollutant of the present invention arrives charcoal treatment, the algae liquid having utilized shower nozzle to spray has carried out washing process and micro-algae process to pollutant, therefore the pollutant component in air is reduced greatly, usually face activated carbon adsorptive capacity with traditional activated carbon air purifier to transship, the problem again changing active carbon is needed to compare, this design significantly can reduce the replacement frequency of active carbon, cost-saving.
4. air purifier of the present invention is by the photosynthesis of fluorescent lamp to micro-algae, also have the effect increasing indoor oxygen content, and this oxygenation way is pure natural, can not bring any side effect.
5. the present invention is by gauze spraying algae liquid to purify air, both the value of PM2.5 can have been reduced by water-washing technique, the micro-algae photosynthesis be more conducive on gauze absorbs the carbon dioxide in air, releasing oxygen, and the gathering of micro-algae when being convenient to manufacture biodiesel.
6. the present invention adopts micro-algae water bath heating, avoid micro-algae and contact with the direct of heater, and heating effect is more even.
7. probe A of the present invention is placed on the micro algae growth district of storage algae pond lower end position, temperature sensor signal that can be more accurate, real-time.
8. the present invention utilizes three floor gauze to constitute the micro-algae of three floor, washing co-treatment district, avoids the incomplete problem of single treatment, and can increase the number of plies for the treatment of region according to site environment.
9. be connected with a relay A between fluorescent lamp of the present invention and control element, carry out time controling by control element to fluorescent lamp, time by day, fluorescent lamp does not work; Time at night, control element is to relay a-signal, and relay A closes, now fluorescent lamp work, and design saves the energy like this, has saved cost.
10. heater A of the present invention, heater B, blower fan, be connected to a relay B, relay C, relay D, relay E between water pump and control element; the signal of telecommunication sent due to control element is very little; only have a few volt or several microamperes; can not Direct driver heater A, heater B, blower fan, pump working; so when needs above-mentioned parts generation action; control element exports a signal to the relay of specifying; after relay connection, above-mentioned parts just can work, and protecting above-mentioned electric equipment like this can normally work.
11. control elements of the present invention are also connected with display screen and buzzer, the toxic and harmful that display screen can show probe C in real time and the D that pops one's head in records and the value of PM2.5, when the pollutant in air exceedes the preset value of control element, buzzer warning, the personnel near prompting note.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is bucket body structure schematic diagram of the present invention.
Fig. 3 is component framework figure of the present invention.
Drawing reference numeral: 1, control element, 2, storage algae pond, 3, staving, 31, a section, 32, A section, 321, through hole A, 33, B section, 331, through hole B, 34, C section, 341, through hole C, 35, D section, 4, heater A, 5, air inlet, 6, probe A, 7, apopore, 8, outlet pipe, 9, water pump, 91, water sucking mouth, 92, delivery port, 10, probe C, 11, probe D, 12, fluorescent lamp, 13, gauze a, 14, gauze A, 15, gauze B, 16, gauze C, 17, active carbon, 18, shower nozzle A, 19, shower nozzle B, 20, shower nozzle C, 21, flexible pipe, 22, probe B, 23, air vent, 24, blower fan, 25, heater B, 26, ultraviolet lamp, 271, relay A, 272, relay B, 273, relay C, 274, relay D, 275, relay E, 28, display screen, 29, buzzer.
Detailed description of the invention
By particular specific embodiment, embodiments of the present invention are described below, person skilled in the art scholar the content disclosed by this description can understand other advantages of the present invention and effect easily.
As shown in Figure 1, the invention discloses a kind of micro-algae control system of air purifier, the control element 1 comprising clarifier body and be fixedly linked with clarifier body.The staving 3 that clarifier body comprises transparent storage algae pond 2 and is covered in above storage algae pond 2.The structure in storage algae pond 2 is the cuboid of uncovered, and storage fixedly mounts having heaters A4 bottom algae pond 2.Storage side, upper end, algae pond 2 has air inlet 5.Storage interior lower end position, algae pond 2 is installed with probe A 6, and probe A 6 is temperature sensor.Storage side, bottom, algae pond 2 has an apopore 7, apopore 7 is connected with water pump 9 by outlet pipe 8, water pump 9 comprises water sucking mouth 91 and delivery port 92, and outlet pipe 8 one end seals with apopore 7 and is communicated with, and outlet pipe 8 other end is fixedly connected with the water sucking mouth 91 of water pump 9.Storage upper end, algae pond 2 lateral surface is installed with probe C10 and probe D11.Probe C10 is that poisonous and harmful detects gas probe, and probe D11 is PM2.5 detection probe, and storage is installed with fluorescent lamp 12 bottom algae pond 2.Staving 3 inner side is installed with probe B 22, and probe B 22 is Temperature Humidity Sensor.Staving 3 top has air vent 23, is installed with a blower fan 24 on the surface outside air vent 23 at staving 3, is installed with a heater B25 inside air vent 23 below blower fan 24.
As shown in Figure 2, the structure of staving 3 is the bottomless segmentation nesting type structure having lid, and the staving 3 of the present embodiment is divided into five sections, is followed successively by a section 31, A section 32, B section 33, C section 34, D section 35 from top to bottom.The side bucket wall of A section 32, B section 33, C section 34 has through hole A321, through hole B331, through hole C341.Be separated with gauze a13 between a section 31 and A section 32, between A section 32 and B section 33, be separated with gauze A14, between B section 33 and C section 34, be separated with gauze B15, between C section 34 and D section 35, be separated with gauze C16.Above gauze a13, tiling has layer of active carbon 17, is provided with shower nozzle A18, is provided with shower nozzle B19 above gauze B15, be provided with shower nozzle C20 above gauze C16 above gauze A14.Shower nozzle A18, shower nozzle B19, shower nozzle C20 are connected with flexible pipe 21 respectively by through through hole A321, through hole B331, through hole C341 and the hard tube A181 be parallel to each other, hard tube B191, hard tube C201.Flexible pipe 21 other end is fixedly connected with the delivery port 92 of water pump 9.
As shown in Figure 3, probe A 6, probe B 22, probe C10, probe D11, heater A4, heater B25, blower fan 24, water pump 9, fluorescent lamp 12 are all connected with control element 1 by holding wire A.
As to further optimization of the present invention, as shown in Figure 1, staving 3 inner surface is installed with ultraviolet lamp 26 respectively in air vent 23 both sides, and ultraviolet lamp 26 is connected with control element 1 by wire.Control element 1 is also connected with display screen 28 and buzzer 29 by holding wire B, and display screen 28 is positioned at clarifier body side, and buzzer 29 is installed on above display screen 28.As shown in Figure 3, fluorescent lamp 12, heater A4, heater B25, blower fan 24, be connected to a relay A271, relay B272, relay C273, relay D274, relay E275 between water pump 9 and control element 1.
The present invention in use, is first the purification of air of clarifier inside, namely by air inlet 5 blowing air, makes micro-algae carry out photosynthesis releasing oxygen.Whole process is as follows: the Temperature Humidity Sensor of probe B 22 can the temperature and humidity of Real-Time Monitoring clarifier inside.Because micro-algae there are certain requirements growing environment, probe B 22 is input to the temperature and humidity recorded in control element 1 by holding wire A, control element 1 can be PLC or single-chip microcomputer or embedded, the numerical value of control element 1 to input carries out a judgement, if when temperature value is lower than preset value, heater B25 above staving 3 and blower fan 24 are started working, the hot-air produced toward blowing down, to improve the temperature of clarifier inside.When temperature reaches preset value, control element 1 controls blower fan 24 and heater B25 quits work.Simultaneously, if when humidity value is lower than preset value, control element 1 controls water pump 9 and starts working, and sprays on gauze A14, gauze B15, gauze C16 after algae liquid is aspirated by water pump 9 through shower nozzle A18, shower nozzle B19, shower nozzle C20, when humidity reaches preset value, water pump 9 quits work.The temperature sensor of probe A 6 detects the temperature of micro-algae algae liquid in storage algae pond 2, and in real-time for the temperature value of algae liquid input control element 1, control element 1 is by input value with preset value contrast, if when temperature is lower than preset value, the heater A4 bottom storage algae pond 2 starts working.When temperature reaches preset value, heater A4 quits work.And the fluorescent lamp 12 bottom storage algae pond 2 does not work by day, during to evening, control element 1 is by time controling to relay A271 signal, and relay A271 closes, and fluorescent lamp 12 is started working.
Then be the purification of air of clarifier outside, whole process is as follows: probe C10 is toxic and harmful detection probe, CO, NOx, the SOx in air can be detected, the value of detection is delivered in control element 1 and contrasts with preset value, when the value of CO, NOx, SOx exceedes the arm's length standard in air, control element 1 makes blower fan 24 start reversion, extraneous gas is sucked in clarifier, water pump 9 is started working, algae liquid sprays on gauze A14, gauze B15, gauze C16, and micro-algae, active carbon 17, ultraviolet lamp 26 purify the air sucked simultaneously.Probe D11 is PM2.5 detection probe, when the PM2.5 value in air is greater than preset value, control element 1 pair of blower fan 24 carries out stepless time adjustment, namely when the value of PM2.5 exceed preset value a lot of time, illustrate that in air, PM2.5 is seriously polluted, the rotating speed controlling blower fan 24 reversion is lower, and clarifier inside is fully purified air; When to exceed preset value be not a lot of for the value of PM2.5, illustrate that PM2.5 concentration is lower, control the rotating speed that blower fan 24 reverses higher, can fast purification air, accelerate purification speed.While whole clarifier work, the numerical value of detection shows on the display 28 by control element 1 in real time, and buzzer 29 starts to report to the police, and the personnel near prompting note.
The mentality of designing of air purifier of the present invention is based on micro-algae, ultraviolet lamp 26 and active carbon 17 are that auxiliary multiple air purifying process combines, a kind of air purifying process is only adopted with conventional air cleaners, single pollutant can only be processed compare, treatable pollutant kind is many, as the toxic and harmful in air, PM2.5 etc., and energy releasing oxygen, good purification.Before aerial pollutant arrives charcoal treatment, three floor gauze have been utilized to constitute the micro-algae of three floor, washing co-treatment district, pollutant component in air is reduced greatly, avoid the incomplete problem of single treatment, usually face activated carbon adsorptive capacity with traditional activated carbon air purifier to transship, the problem again changing active carbon is needed to compare, this design significantly can reduce the replacement frequency of active carbon, cost-saving, and the number of plies for the treatment of region can be increased according to site environment.
The present invention, by gauze spraying algae liquid to purify air, both can reduce the value of PM2.5 by water-washing technique, the more micro-algae photosynthesis be conducive on gauze absorb carbon dioxide in air, releasing oxygen, and the gathering of micro-algae when being convenient to manufacture biodiesel.Adopt micro-algae water bath heating, avoid micro-algae and contact with the direct of heater A, heating effect is more even.
Probe A 6 is placed on the micro algae growth district of storage algae pond 2 lower end position, temperature sensor signal that can be more accurate, real-time.Be connected with a relay A271 between fluorescent lamp 12 and control element 1, carry out time controling by control element 1 pair of fluorescent lamp 12, time by day, fluorescent lamp 12 does not work; Time at night, control element 1 gives relay A271 signal, and relay A271 closes, and now fluorescent lamp 12 works, and design saves the energy like this, has saved cost.Heater A4 of the present invention, heater B25, blower fan 24, a relay B272 is connected between water pump 9 and control element 1, relay C273, relay D274, relay E275, the signal of telecommunication sent due to control element 1 is very little, only have a few volt or several microamperes, can not Direct driver heater A4, heater B25, blower fan 24, water pump 9 works, so when needs above-mentioned parts generation action, control element 1 exports a signal to the relay of specifying, after relay connection, above-mentioned parts just can work, protect above-mentioned electric equipment like this can normally work.
Control element of the present invention is also connected with display screen 28 and buzzer 29, the toxic and harmful that display screen 28 can show probe C10 in real time and the D11 that pops one's head in records and the value of PM2.5, when the pollutant in air exceedes the preset value of control element 1, buzzer 29 is reported to the police, and the personnel near prompting note.
The present invention is by the cooperation of multiple sensors, detect the content of toxic and harmful in the humiture of clarifier inside and clarifier outer air and PM2.5, testing result is fed back to control element 1, by control element 1 control heater, photosynthesis is carried out to the micro-algae in clarifier again, increase the effect of indoor oxygen content, and this oxygenation way is pure natural, any side effect can not be brought.Control ultraviolet lamp 26 and active carbon 17 make it jointly purify air simultaneously, by the pollutant in air and toxic and harmful purification, reach and purify air, increase the object of oxygen, automatic control technology is applied in micro-algae air purifier, makes whole system more automation, intellectuality, and have good purification, cost lower, be easy to the advantages such as operation and maintenance, can be used for processing room air, improve the process that also may be used for the multiple waste gas such as industrial waste gas a little, applied range.
Claims (6)
1. a micro-algae control system of air purifier, is characterized in that: the control element comprising clarifier body and be fixedly linked with clarifier body;
Described clarifier body comprises transparent storage algae pond and is covered in the staving above storage algae pond;
Described storage algae pond is the rectangular structure of uncovered, fixedly mounts having heaters A bottom described storage algae pond; Side, upper end, described storage algae pond has air inlet; Interior lower end position, described storage algae pond is installed with probe A; Side, bottom, described storage algae pond has an apopore, described apopore is connected with water pump by outlet pipe, described water pump comprises water sucking mouth and delivery port, and described outlet pipe one end seals with apopore and is communicated with, and the outlet pipe other end is fixedly connected with the water sucking mouth of water pump; Upper end, described storage algae pond lateral surface is installed with probe C and probe D; Fluorescent lamp is installed with bottom described storage algae pond;
Described staving is the bottomless segmentation nesting type structure having lid, and described staving, except bottommost and top two sections, all the other bucket walls of every section all has through hole; One deck gauze is all separated with between the section of described staving and section; Described gauze is equipped with a shower nozzle above all the other every layer gauze except the one deck of the top; Described each shower nozzle all by through through hole and the hard tube be parallel to each other be connected with a vertical flexible pipe, the described flexible pipe other end is fixedly connected with the delivery port of water pump; Described staving inner side is installed with probe B; Described staving top has air vent, is installed with a blower fan on the surface outside described air vent at staving, is installed with a heater B inside described air vent below blower fan;
Described probe A, probe B, probe C, probe D, heater A, heater B, blower fan, water pump, fluorescent lamp are all connected with control element by holding wire A.
2. the micro-algae control system of air purifier of one according to claim 1, is characterized in that: described staving is divided into five sections, is followed successively by a section, A section, B section, C section, D section from top to bottom; The side bucket wall of described A section, B section, C section has through hole A, through hole B, through hole C; Described a section and A is intersegmental is separated with gauze a, described A section and B is intersegmental is separated with gauze A, B section and C is intersegmental is separated with gauze B, C section and D is intersegmental is separated with gauze C, above described gauze a, tiling has layer of active carbon; Shower nozzle A is provided with above described gauze A, shower nozzle B is provided with above gauze B, be provided with shower nozzle C above gauze C, described shower nozzle A, shower nozzle B, shower nozzle C are connected with flexible pipe respectively by through through hole A, through hole B, through hole C and the hard tube A be parallel to each other, hard tube B, hard tube C.
3. the micro-algae control system of air purifier of one according to claim 1, it is characterized in that: described probe A is temperature sensor, described probe B is Temperature Humidity Sensor, and described probe C is that poisonous and harmful detects gas probe, and described probe D is PM2.5 detection probe.
4. the micro-algae control system of air purifier of one according to claim 1, is characterized in that: described staving inner surface is installed with ultraviolet lamp respectively in air vent both sides, and described ultraviolet lamp is connected with control element by wire.
5. the micro-algae control system of air purifier of one according to claim 1, is characterized in that: described fluorescent lamp, heater A, heater B, blower fan, be connected to a relay A, relay B, relay C, relay D, relay E between water pump and control element.
6. the micro-algae control system of air purifier of one according to claim 1, it is characterized in that: described control element is also connected with display screen and buzzer by holding wire B, described display location is in clarifier body side, and described buzzer is installed on above display screen.
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| CN108087975A (en) * | 2017-12-15 | 2018-05-29 | 山东佳星环保科技有限公司 | A kind of indoor fresh air purifier |
| CN108579405A (en) * | 2018-07-03 | 2018-09-28 | 南昌大学 | A kind of novel microalgae removes haze oxygen-enriched air purifier |
| CN112368516A (en) * | 2018-07-12 | 2021-02-12 | 美诺两合公司 | Air purifier |
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| CN104807086A (en) * | 2015-01-21 | 2015-07-29 | 南通大学 | Microalgae air purifier automatic control system and control method |
| CN204865487U (en) * | 2015-03-04 | 2015-12-16 | 昆山清旭环境科技有限公司 | Little algae air purifier control system |
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| CN108579405A (en) * | 2018-07-03 | 2018-09-28 | 南昌大学 | A kind of novel microalgae removes haze oxygen-enriched air purifier |
| CN112368516A (en) * | 2018-07-12 | 2021-02-12 | 美诺两合公司 | Air purifier |
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Application publication date: 20150527 |