CN203349406U - Combined-type air treatment device - Google Patents
Combined-type air treatment device Download PDFInfo
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- CN203349406U CN203349406U CN 201320385823 CN201320385823U CN203349406U CN 203349406 U CN203349406 U CN 203349406U CN 201320385823 CN201320385823 CN 201320385823 CN 201320385823 U CN201320385823 U CN 201320385823U CN 203349406 U CN203349406 U CN 203349406U
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Abstract
The utility model discloses a combined-type air treatment device which is mainly composed of a drying module, an adsorption air treatment module, a photocatalytic air treatment module, a low-temperature plasma air treatment module, a fresh air purification module, a reserved air treatment module, an electric air valve, an automatic control module and the like. The air treatment device can perform an independent air treatment scheme, can also perform combination of various treatment schemes by means of a switch of the electric air valve through an upper computer control system according to pollutant treatment requirements, mutual interference is avoided, and meanwhile, a novel treatment module can be added through a reserved air treatment module interface according to special air pollutant treatment requirements to perform function extension. According to the combined-type air treatment device, various air treatment methods are used for purifying pollution gas with complicated constituents and in an enclosed space, and then optimization is performed on air environmental quality in the space; the polluted air treatment efficiency is improved, and the combined-type air treatment device is flexible and convenient to use.
Description
Technical field
The utility model patent belongs to the air cleaning process field, the combined air processing device of especially air of enclosure space being processed.
Background technology
Particularity due to sealing and hemi-closure space (as some underground cavern, special building), affect the many factors of inner air quality, mainly from the toxic and harmful of getting rid of or distributing in diesel-driven generator, personnel, decorating and renovating material and other equipment, approximately contain 150～200 kinds of different compounds, wherein the people is endangered to maximum have carbon monoxide, hydrocarbon, oxynitrides, plumbous compound and particle, formaldehyde etc.Once these chemical substances are absorbed in a large number by human body, can produce to human body the health of very large side effect-damage human body, or cause eyes blind, even directly cause death.In the situation that improper ventilation, pollutant can be more poly-more, produce each other summation action, and concentration is increased gradually, not only affect user's health, mood, also can cause fatigue, dizziness, hypomnesia etc., cause operating efficiency to reduce.For ensureing the good air quality of enclosure space, must be studied distribution, mechanism of production and the regularity of distribution of enclosure space air pollutants, in order to take control measures to be optimized the quality of air environment in enclosure space.The device that the enclosure space air is processed of the prior art, as name is called " harmful aerocolloidal processing method in a kind of relative closure space ", number of patent application is: the application for a patent for invention file of 201010267297.X, disclose and offered supplementary mouthful of new wind on a sidewall that forms the relative closure space, and passed into new wind by supplementary mouthful of this new wind in the relative closure space; The side with respect to supplementary mouthful of new wind in the relative closure space arranges the air-flow processing unit, this air-flow processing unit comprises seal case on the sidewall that is arranged on the relative closure space and is successively set on filtering and sterilizing device and the blower fan in seal case by the flow direction of air-flow, on the sealing casing, is provided with air-out passage; Control new wind and supplement the air intake flow at mouth place and the ratio of the air-out flow of discharging from air-out passage, make to produce in the relative closure space from new wind and supplement the windstream of mouthful place effluent to the air-flow processing unit, this windstream, after the air-flow processing unit processes, is discharged in atmosphere through air-out passage.Although having, this inventive method avoids aerocolloidal diffusion, high treating effect, but it can only process the limited several components such as aerosol in enclosure space, can not be processed other components, nor can be according to the different component of gas in enclosure space, take the mode of combined treatment to process at many levels, can not play the treatment effect that makes User Satisfaction.
Summary of the invention
The utility model patent is for the particularity of sealing and hemi-closure space (as some underground cavern), affect the many factors of inner air quality, the dusty gas composition is comparatively complicated, single air-treatment mode can not purify the dusty gas in sealing and hemi-closure space effectively, and a kind of combined air processing device is provided.This device can adopt and process separately or the combined treatment mode according to the pollutant processing requirements, and the dusty gas in enclosure space is carried out to purified treatment, has improved the contaminated air treatment effeciency, has improved the quality of air environment in sealing and hemi-closure space.
The technical scheme of the utility model patent: combined air processing device, mainly comprise airduct, extractor fan, inventiona gas treatment module, gas-detecting device and control device, the suction opeing end of wind pipe component and air outlet end all are communicated with described enclosure space, extractor fan enters airduct by the gas of enclosure space by the suction of suction opeing end, send in enclosure space through the air outlet end, be connected with control device for detection of the gas-detecting device of enclosure space gas component, it is characterized in that: at the suction opeing end, drying and filtering module are set, at the air outlet end, the hot wet process of air and filtering module are set, on the airduct between drying and filtering module and the hot wet process of air and filtering module, be set up in parallel some sub-pipes, the photocatalyst air treatment module is set respectively on sub-pipes, plasma air treatment module and absorbed air processing module, every root pipeline all arranges valve member with the unlatching of control place sub-pipes or closes, valve member is connected with described control device, control device is according to the testing result of gas-detecting device input, to each valve member output control signal, valve member is opened or closed, valve member front in photocatalyst air treatment module, plasma air treatment module and absorbed air processing module, be provided with the bypass duct of control valve, bypass duct is connected with sub-pipes and the plasma air treatment module at plasma air treatment module place the photocatalyst air treatment module with the sub-pipes at absorbed air processing module place, control valve is connected with described control device, and the control signal of sending according to control device opens or closes.
Be further characterized in that: also comprise new wind air treatment module, the new wind air treatment module be arranged on airduct is communicated with enclosure space through the air outlet end.
This device can adopt and process separately or the combined treatment mode according to the pollutant processing requirements, and the dusty gas in enclosure space is carried out to purified treatment.
With respect to prior art, the utility model patent has following features:
1, comprehensive strong: combined air processing device can carry out quality optimization to multiple air pollutants in enclosure space.
2, control flexibly: adopt Electric air valve to carry out pipeline control, by host computer, different air-treatment modes is combined, the air-treatment mode is flexible.
3, effective strong: for enclosure space air-polluting characteristics, select targetedly the air-treatment mode, the air-treatment effect is better.
4, this device can be according to the pollutant processing requirements, by upper computer control system, switch by Electric air valve, carry out independent processing or the combined treatment of the Different treatments such as absorbed air processing module, photocatalyst air treatment module, low-temperature plasma air treatment module, absorbed air processing module, fresh air purifying module and reserved air treatment module, dusty gas in enclosure space is carried out to purified treatment, improved the contaminated air treatment effeciency, flexible and convenient to use, improved the quality of air environment in sealing and hemi-closure space.
The accompanying drawing explanation
Fig. 1 is the utility model patent structure schematic diagram.
The specific embodiment
In figure, the combined air processing device of the utility model patent forms as shown in the figure.Enclosure space 100 is a certain size spaces of relative closure, as enclosure spaces such as some underground cavern, special buildings, need to be processed the air in it; Treating apparatus of the present utility model, mainly comprise wind pipe component 1, extractor fan, gas-detecting device and control device, the suction opeing end 11 of wind pipe component 1 and air outlet end 12 all are communicated with described enclosure space 100, extractor fan produces the effect of suction, air-supply, the gas of enclosure space 100 is entered to wind pipe component 1 quilt by 11 suctions of suction opeing end, in air outlet end 12 is sent into enclosure space 100, gas-detecting device for detection of enclosure space 100 gas components is connected with control device, will detect in the data input control device.At suction opeing end 11, drying and filtering module 2 are set, at air outlet end 12, the hot wet process of air and filtering module 3 are set, on the wind pipe component 1 between drying and filtering module 2 and the hot wet process of air and filtering module 3, be set up in parallel some sub-pipes 13, photocatalyst air treatment module 4 is set respectively on sub-pipes 13, plasma air treatment module 5 and absorbed air processing module 6, it is photocatalyst air treatment module 4, plasma air treatment module 5 and absorbed air processing module 6 are separately positioned on different sub-pipes 13, every root pipeline 13 all arranges valve member 7 with the unlatching of control place sub-pipes 13 or closes, valve member 7 is connected with described control device, control device is according to the testing result of gas-detecting device input, to each valve member 7 output control signal, opening or closing of by-pass valve control assembly 7, thereby control corresponding pipeline (wind pipe component 1, opening or closing sub-pipes 13), valve member 7 fronts in photocatalyst air treatment module 4, plasma air treatment module 5 and absorbed air processing module 6, be provided with the bypass duct 14 of control valve 8, bypass duct 14 is connected with sub-pipes 13 and the plasma air treatment module 5 at plasma air treatment module 5 places catalyst air treatment module 4 with the sub-pipes 13 at absorbed air processing module 6 places, control valve 8 is connected with described control device, and the control signal of sending according to control device opens or closes, thereby the bypass duct 14 at its place is opened or closed.
In order in enclosure space 100, to add ozone when needed, also comprise new wind air treatment module 9, the new wind air treatment module 9 be arranged on wind pipe component 1 is communicated with enclosure space 100 through air outlet end 12, by the air after new wind air treatment module 9 is processed in air outlet end 12 enters enclosure space 100.
The relevant apparatus that the utility model relates to, as extractor fan, gas-detecting device and control device (micro-chip processor of the prior art, microprocessor), drying and filtering module 2, the hot wet process of air and filtering module 3, photocatalyst air treatment module 4, plasma air treatment module 5 and absorbed air processing module 6, valve member 7 and control valve 8 etc., all select parts of the prior art; Annexation between gas-detecting device wherein and the annexation between control device, valve member 7 and control valve 8 and control device etc., its annexation adopts prior art; As prior art, at this, be not further described.
Valve member 7 and control valve 8 can be identical, also can select different structures; The quantity of valve member 7 and control valve 8 and position, set according to the glide path of gas.
The course of work of the utility model patent: the gas in enclosure space 100, after gas-detecting device detects its component, it is detected in the connected control device of input information, control device is according to predefined program and mode of operation, determine in gas and have which component to need to process, and determine the working method of being processed, to related valve assembly 7, control valve 8 output control signals, control it and open or close.Pending air takes the lead in after drying and filtering module 2 carry out drying and filter pretreatment in enclosure space, then, according to the difference of processing mode, carries out independent air-treatment scheme or combination air-treatment scheme.
(1) of the present utility model independent air-treatment scheme:
According to the difference of space internal contamination gas complexity and composition, carry out the selection of air-treatment mode:
1) the wet filter type that reaches of heat: dusty gas, through the hot wet process of air and filtering module 3, is got back to enclosure space after purification;
2) photocatalyst air-treatment mode: dusty gas is mainly processed through photocatalyst air treatment module 4, gets back to enclosure space after purification;
3) plasma air-treatment mode: dusty gas is mainly processed through plasma air treatment module 5, gets back to enclosure space after purification;
4) adsorption air processing mode: dusty gas is mainly processed through absorbed air processing module 6, gets back to enclosure space after purification;
5) other independent air-treatment modes of expansion: other suitable treatments module can also be set again, through independent processing, get back to enclosure space after purification.
(2) of the present utility model combination air-treatment scheme:
The different processing requirements according to enclosure space air pollutants, by control device (host computer) control system, valve member 7 in airduct, control valve 8 are sent to control signal, carry out opening and closing control, carry out different air-treatment scheme combinations, contaminated air is processed, specific as follows:
1) mist by the air-treatment scheme of drying and filtering module 2, plasma air treatment module 5 and the hot wet process of air and filtering module 3, is got back to enclosure space successively after purification.
2) contaminated air of enclosure space, by the air-treatment scheme of drying and filtering module 2, photocatalyst air treatment module 4 and the hot wet process of air and filtering module 3, get back to enclosure space successively after purification.
3) mist by the air-treatment scheme of drying and filtering module 2, absorbed air processing module 6 and the hot wet process of air and filtering module 3, is got back to enclosure space successively after purification.
4) mist by the air-treatment scheme of drying and filtering module 2, plasma air treatment module 5, absorbed air processing module 6 and the hot wet process of air and filtering module 3, is got back to enclosure space successively after purification.
5) mist by the air-treatment scheme of drying and filtering module 2, photocatalyst air treatment module 4, absorbed air processing module 6 and the hot wet process of air and filtering module 3, is got back to enclosure space successively after purification.
6) mist by the air-treatment scheme of drying and filtering module 2, photocatalyst air treatment module 4, plasma air treatment module 5 and the hot wet process of air and filtering module 3, is got back to enclosure space successively after purification.
7) mist by the air-treatment scheme of drying and filtering module 2, photocatalyst air treatment module 4, plasma air treatment module 5, absorbed air processing module 6 and the hot wet process of air and filtering module 1, is got back to enclosure space successively after purification.
8) after Function Extension, other combinations, other suitable treatments module can also be set again, form the combined treatment structure with aforesaid drying and filtering module 2, photocatalyst air treatment module 4, plasma air treatment module 5, absorbed air processing module 6 etc., obtain more excellent treatment effect.
The utility model patent is for the particularity of sealing and hemi-closure space (as some underground cavern), affect the many factors of inner air quality, the dusty gas composition is comparatively complicated, single air-treatment mode can not purify the dusty gas in sealing and hemi-closure space effectively, simultaneously for problems, lack the relevant problems such as experimental study platform, a set of combined air processing device of design-build.This device can be according to the processing requirements of different pollutants, by upper computer control system, switch by valve member, carry out independent processing or the combined treatment of the Different treatments such as absorbed air processing module, photocatalyst air treatment module, low-temperature plasma air treatment module, fresh air purifying module and reserved air treatment module, dusty gas in enclosure space is carried out to purified treatment, improved the contaminated air treatment effeciency, flexible and convenient to use, improved the quality of air environment in sealing and hemi-closure space.The system that the enclosure space entity of simultaneously utilize building and combined air processing device form, for relevant teaching and scientific research project provide experiment porch.
Finally it should be noted that, above embodiment is only in order to the technical solution of the utility model to be described but not the restriction technologies scheme, although the applicant has been described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, the modification that those carry out the technical solution of the utility model or be equal to replacement, and do not break away from aim and the scope of the technical program, all should be encompassed in the middle of claim scope of the present utility model.
Claims (2)
1. combined air processing device, mainly comprise airduct (1), extractor fan, gas-detecting device and control device, the suction opeing end (11) of wind pipe component (1) and air outlet end (12) all are communicated with enclosure space (100), extractor fan enters wind pipe component (1) by the gas of enclosure space (100) by suction opeing end (11) suction, in air outlet end (12) is sent into enclosure space (100), for detection of the gas-detecting device of enclosure space (100) gas component, with described control device, be connected, it is characterized in that: at suction opeing end (11), drying and filtering module (2) are set, at air outlet end (12), the hot wet process of air and filtering module (3) are set, on the wind pipe component (1) between drying and filtering module (2) and the hot wet process of air and filtering module (3), be set up in parallel some root pipelines (13), first, photocatalyst air treatment module (4) is set respectively on second liang of root pipeline (13), plasma air treatment module (5) and absorbed air processing module (6), every root pipeline (13) all arranges valve member (7) with the unlatching of control place sub-pipes or closes, valve member (7) is connected with described control device, control device is according to the testing result of gas-detecting device input, to each valve member (7) output control signal, valve member (7) is opened or closed, valve member (7) front in photocatalyst air treatment module (4), plasma air treatment module (5) and absorbed air processing module (6), be provided with the bypass duct (14) of control valve (8), bypass duct (14) is connected photocatalyst air treatment module (4) with the sub-pipes (13) at adsorption air processing module (5) place, control valve (8) is connected with described control device, and the control signal of sending according to control device opens or closes.
2. combined air processing device according to claim 1, it is characterized in that: also comprise new wind air treatment module (9), the new wind air treatment module (9) be arranged on wind pipe component (1) is communicated with enclosure space (100) through air outlet end (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320385823 CN203349406U (en) | 2013-07-01 | 2013-07-01 | Combined-type air treatment device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320385823 CN203349406U (en) | 2013-07-01 | 2013-07-01 | Combined-type air treatment device |
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| CN203349406U true CN203349406U (en) | 2013-12-18 |
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| CN 201320385823 Expired - Fee Related CN203349406U (en) | 2013-07-01 | 2013-07-01 | Combined-type air treatment device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106642433A (en) * | 2016-12-31 | 2017-05-10 | 宁波华仪宁创智能科技有限公司 | Purifying device and method for gas in closed space |
| CN108525479A (en) * | 2018-04-23 | 2018-09-14 | 任臻臻 | A kind of school duty room air detection and purifier |
| CN109142634A (en) * | 2018-09-07 | 2019-01-04 | 国网天津市电力公司 | Work well ventilating gas detection device |
| CN113640459A (en) * | 2021-07-16 | 2021-11-12 | 福建九五检测技术服务有限公司 | Waste gas detection device and detection method thereof |
-
2013
- 2013-07-01 CN CN 201320385823 patent/CN203349406U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106642433A (en) * | 2016-12-31 | 2017-05-10 | 宁波华仪宁创智能科技有限公司 | Purifying device and method for gas in closed space |
| WO2018121087A1 (en) * | 2016-12-31 | 2018-07-05 | 宁波华仪宁创智能科技有限公司 | Device and method for purifying air in enclosed space |
| CN106642433B (en) * | 2016-12-31 | 2019-07-02 | 宁波华仪宁创智能科技有限公司 | The purification device and method of gas in enclosure space |
| CN108525479A (en) * | 2018-04-23 | 2018-09-14 | 任臻臻 | A kind of school duty room air detection and purifier |
| CN109142634A (en) * | 2018-09-07 | 2019-01-04 | 国网天津市电力公司 | Work well ventilating gas detection device |
| CN113640459A (en) * | 2021-07-16 | 2021-11-12 | 福建九五检测技术服务有限公司 | Waste gas detection device and detection method thereof |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131218 Termination date: 20150701 |
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| EXPY | Termination of patent right or utility model |