CN205627634U - Portable heating adsorption catalysis module - Google Patents
Portable heating adsorption catalysis module Download PDFInfo
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- CN205627634U CN205627634U CN201620504275.3U CN201620504275U CN205627634U CN 205627634 U CN205627634 U CN 205627634U CN 201620504275 U CN201620504275 U CN 201620504275U CN 205627634 U CN205627634 U CN 205627634U
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Abstract
The utility model provides a portable heating adsorption catalysis module belongs to the air purification device field, including the filter screen, the spraying has the catalyst on the filter screen, and the filter screen both sides are equipped with the slip rack, and the cover has removal heating element on the filter screen, is equipped with the device that generates heat in moving heating element, moves the gear that is equipped with in the heating element and slides rack toothing, and the gear has a motor through the coupling joint, and the motor passes through the gear and drives and move heating element and move along the slip rack, and long service life does not need frequent change, and is portable.
Description
Technical field
This utility model provides one removable heating adsoption catalysis module, belongs to field of air purification device.
Background technology
At present, in room air, gaseous contaminant is mainly derived from indoor decorating and refurnishing materials, especially with wood-based plate for very, including plywood, core-board, medium density fibre board (MDF) and particieboard etc., main cause is that this type of finishing material employs urea-formaldehyde resin as binding agent, Lauxite in use can the slow gaseous contaminant such as release formaldehyde, time span is up to many decades.Its rate of release under the conditions of hot and humid of what is more important can substantially be accelerated, and is the main source of the gaseous contamination chemicals such as Summer Indoor formaldehyde in air, TVOC.All kinds of decoration materials such as wall paper, wallpaper, paint, coating etc. and floor glue, mould veneer, plywood, emulsion paint, synthetic fibers, binding agent etc. and all can discharge formaldehyde.
Zhuan Xiaohong (Zhuan Xiaohong. the release rule research [D] of Indoor decoration and typical pollutant；Northeastern University, 2010.) choose that market, supermarket, household city, board library, cinema, railway station waiting room 6 class be representational large-scale and totally 18 relative analyses of ultra-large type indoor public places sum up the pollution regularity of distribution of indoor public places.A () typical indoor public place each index exceeding standard situation is relevant with functional areas in place, chemical index mainly exceeds standard based on carbon dioxide, ammonia, formaldehyde, TVOC and benzopyrene (BaP), and having its each source of release and release rule, in place, the concentration of these indexs is affected by physical property indexs such as temperature.B () Newly decorated rooms formaldehyde in indoor air exceeds standard seriously, exceeding standard rate is 80%, the highest exceeds standard nearly 10 times.Benzene homologues is with the pollution of toluene and dimethylbenzene as principal character, and benzene exceeding standard rate is 2%, pollutes the most universal；Toluene exceeds standard 10%；Dimethylbenzene exceeds standard 23%.In the non-Newly decorated rooms of one hundred houses, formaldehyde pollution is the most extremely serious, and exceeding standard rate is 62%.The exceeding standard rate of benzene is still 2%, and the exceeding standard rate of toluene and dimethylbenzene is all down to 3%, pollutes and does not the most have universality, and therefore benzene homologues does not have the pollution timeliness up to the several years.(c) respectively choose 50 families fit up 1 week, 1 month, the room of more than 3 months its room air is carried out VOCs detection, discovery VOCs concentration is gradually lowered with the prolongation of the time of finishing, and after 3 months, exceeding standard rate reduces to 26% from 68%.The VOCs component still suffered from after 3 months 59 kinds, wherein 31 kinds have pollution universality, and in component, great majority are toxicant.D () carries out release rule by cycle or time period with formaldehyde, benzene homologues for object of study in climate box and analysis of Influential Factors finds: different plates source PARA FORMALDEHYDE PRILLS(91,95), benzene homologues release rule do not make significant difference, rise high-temperature and can accelerate the rate of release of formaldehyde, benzene homologues, the release changing humidity PARA FORMALDEHYDE PRILLS(91,95) and benzene homologues does not makes significant difference, and being passed through of new wind can temporarily change the release rule of formaldehyde but will not shorten the deenergized period of benzene homologues.Form aldehyde release has chronicity, and by calculating medium finishing, 15m2In room, left and right, Form aldehyde release at least needs about 16 years.
Currently for purified treatment many employings air purifier of gaseous contaminant in room air, its many employing absorption filter element especially activated carbon adsorption filter elements in formaldehyde and TVOC processing procedure are main, generally based on column charcoal filled honeycomb plate, the particles filled cellular board of coconut husk, spherical carbon filled honeycomb plate.Core Feature material used by this kind of processing mode is mainly activated carbon, use the initial stage can reach preferable clean-up effect at depurator, owing in air, exhaust gas constituents is complicated, the adsorption capacity of activated carbon is limited, saturation is i.e. can reach in the shortest time, on the one hand making depurator lose its original performance, What is more can cause depurator itself to become waste gas volatile source, gives and uses environment to cause secondary pollution.In addition; the filter element directly granular active carbon (30～60 mesh) and the gluing compound suppressing of non-woven fabrics prepared also is currently used main flow filter element; as PHILIPS Co.'s AC4076 air purifier i.e. uses such pattern; but it is combined with HEPA filter cloth because this filter element is many; HEPA filter cloth is affected greatly because dust containing capacity is limited by humidity, and then the related active carbon filter core replacement cycle shortens.
In sum, it is too short the most all to there is the life-span in traditional air purifier, and filter element needs the defect frequently changed, and use cost is too high.
Utility model content
This utility model purpose is to provide one removable heating adsoption catalysis module, and service life, length need not frequently change, removable.
Removable heating adsoption catalysis module described in the utility model, including drainage screen, catalyst it is coated with on drainage screen, drainage screen both sides are provided with sliding rack, it is cased with mobile heating assembly on drainage screen, is provided with electro-heat equipment in mobile heating assembly, is provided with and sliding rack meshed gears in mobile heating assembly, gear is connected by shaft coupling motor, and motor moves heating assembly by gear driven and moves along sliding rack.
Described removable heating adsoption catalysis module, drainage screen can be that ceramic material, activated carbon or molecular sieve etc. can be with the materials of formaldehyde adsorption, and the shape of drainage screen can be rectangle, circle, triangle or trapezoidal etc. variously-shaped, the water become by Formaldehyde decomposition and the catalyst of carbon dioxide it is coated with on drainage screen, catalyst is not catalyzed Formaldehyde decomposition when not heating, when mobile heating assembly does not works, drainage screen only plays the effect of formaldehyde adsorption；nullElectro-heat equipment is strip，And length is corresponding with drainage screen width，Electro-heat equipment is energized，Electro-heat equipment is made to discharge heat，Drainage screen is heated，Catalyst is after the heating，Catalysis Formaldehyde decomposition Cheng Shui and carbon dioxide，Give electrical power simultaneously，Motor is made to pass through the engagement of wheel and rack，Drive upper from drainage screen of mobile heating assembly、Lower surface scans and mistake，The formaldehyde making scanned region adsorb all is decomposed，Drainage screen has recovered again the ability of formaldehyde adsorption，The control module controlling motor translational speed can be set，The scanned filter screen of the motor time once is made to reach to adsorb the saturated time with drainage screen corresponding，When mobile heating component scans to the end after，Control the reversion of device automatic control motor，Circulation is formed with this，Make the ability having formaldehyde adsorption that drainage screen can continue，Can life-time service，And need not change，Owing to scanning speed is the slowest，So the electric energy of electrical consumption is considerably less，Energy consumption is the lowest，Maintain low cost，Heating assembly can be heated by PTC herein，Electro-heat equipment heats，Heat radiation heats，The various mode of heating such as microwave heating，Mobile heating assembly carries out zone heating to drainage screen，I.e. in the range of the set time，Uniform speed scanning crosses target area，This mode of heating can be greatly reduced energy consumption.
Described removable heating adsoption catalysis module, mobile heating assembly is provided with rosette and lower rosette, upper rosette is connected with lower rosette two ends, upper rosette and lower rosette lay respectively at above and below drainage screen, and in it, it is respectively equipped with electro-heat equipment, upper rosette two ends are provided with two perforation, fix a motor respectively above two perforation, and the rotating shaft of motor is connected with gear through perforation and by shaft coupling.By two motors at two ends drive mobile heating assembly, mobile heating assembly two ends power is made to balance, go up the upper and lower surface respectively to drainage screen of the electro-heat equipment in rosette and lower rosette simultaneously and be scanned heating, make heats more preferable, it is possible to make formaldehyde sufficiently be decomposed.
Described removable heating adsoption catalysis module, it is provided with control device, the power end of motor is connected to electric machine controller, the signal receiving end of electric machine controller is connected to control the signal receiving end of device, the power end of electro-heat equipment is connected to power supply by controlling device, control device to control device can control electro-heat equipment and the conducting of power supply and disconnection by the rotating speed of motor controller controls motor.Servomotor selected by motor, control the device electric machine controller transmission speed signal to servomotor, thus control the scanning speed of mobile heating assembly, the number of turns that again may be by controlling motor controls the mobile displacement heating assembly, after scanning completes, control device and pass through motor controller controls motor reversal, make mobile heating assembly reverse scan.
Described removable heating adsoption catalysis module, drainage screen is foam ceramic filter.
Described removable heating adsoption catalysis module, mobile heating assembly moves to the other end and time of playbacking is 24 hours.
Described removable heating adsoption catalysis module, electro-heat equipment is positive temperature-sensitive electro-heat equipment.
Described removable heating adsoption catalysis module, the heating-up temperature of electro-heat equipment is less than 300 degree.
This utility model compared with prior art has the beneficial effect that
Described removable heating adsoption catalysis module, be different from existing drainage screen formaldehyde adsorption reach saturated after, just cannot adsorb by PARA FORMALDEHYDE PRILLS(91,95) again, now this drainage screen is i.e. scrapped, needs are replaced, and change frequently and i.e. bother, and bring again the application cost of costliness；The drainage screen of the technical program can be with formaldehyde adsorption, the water become by Formaldehyde decomposition and the catalyst of carbon dioxide it is coated with on drainage screen, catalyst is not catalyzed Formaldehyde decomposition when not heating, and when mobile heating assembly does not works, drainage screen only plays the effect of formaldehyde adsorption；Electro-heat equipment is strip, and length is corresponding with drainage screen width, electro-heat equipment is energized, electro-heat equipment is made to discharge heat, drainage screen is heated, catalyst is after the heating, catalysis Formaldehyde decomposition Cheng Shui and carbon dioxide, give electrical power simultaneously, motor is made to pass through the engagement of wheel and rack, mobile heating assembly is driven to scan and mistake from the upper and lower surface of drainage screen, the formaldehyde making scanned region adsorb all is decomposed, drainage screen has recovered again the ability of formaldehyde adsorption, make the ability having formaldehyde adsorption that drainage screen can continue, can life-time service, and need not change, owing to scanning speed is the slowest, so the electric energy of electrical consumption is considerably less, energy consumption is the lowest, maintain low cost, mobile heating assembly uses zone heating, can greatly reduce energy consumption.
Accompanying drawing explanation
Fig. 1 is this utility model structural representation；
Fig. 2 is this utility model front view；
Fig. 3 is this utility model top view；
Fig. 4 is this utility model left view.
In figure: 1, drainage screen；2, sliding rack；3, mobile heating assembly；3.1, motor；3.2, gear；3.3, rosette；3.3.1, upper rosette；3.3.2, lower rosette；3.4, electro-heat equipment；3.4.1, electro-heat equipment A；3.4.2, electro-heat equipment B.
Detailed description of the invention
Below in conjunction with this utility model, this utility model embodiment is described further:
Embodiment 1: as shown in Figure 1, Figure 2, Figure 3 and Figure 4, removable heating adsoption catalysis module described in the utility model, including drainage screen 1, it is coated with catalyst on drainage screen 1, drainage screen 1 both sides are provided with sliding rack 2, mobile heating assembly 3 it is cased with on drainage screen 1, it is provided with electro-heat equipment 3.4 in mobile heating assembly 3, it is provided with and sliding rack 2 meshed gears 3.2 in mobile heating assembly 3, gear 3.2 is connected by shaft coupling motor 3.1, and motor 3.1 drives mobile heating assembly 3 to move along sliding rack 2 by gear 3.2.
nullDescribed removable heating adsoption catalysis module，Mobile heating assembly 3 is provided with rosette 3.3.1 and lower rosette 3.3.2，Upper rosette 3.3.1 is connected composition rosette 3.3 with lower rosette 3.3.2 two ends by screw，Upper rosette 3.3.1 and lower rosette 3.3.2 lay respectively at above and below drainage screen 1，And in it, it is respectively equipped with electro-heat equipment A3.4.1 and electro-heat equipment B3.4.2，Drainage screen 1 upper surface is heated by electro-heat equipment A3.4.1，Drainage screen 1 lower surface is heated by electro-heat equipment B3.4.2，Upper rosette 3.3.1 two ends are provided with two perforation，A motor 3.1 is fixed respectively above two perforation，The rotating shaft of motor 3.1 is connected with gear 3.2 through perforation and by shaft coupling，Motor 3.1 is moved along sliding rack 2 with the drive mobile heating assembly 3 that engages of sliding rack 2 by gear 3.2.
Described removable heating adsoption catalysis module, it is provided with control device, the power end of motor 3.1 is connected to electric machine controller, the signal receiving end of electric machine controller is connected to control the signal receiving end of device, the power end of electro-heat equipment is connected to power supply by controlling device, controlling device can be by the rotating speed of motor controller controls motor 3.1, rotate the number of turns, and direction of rotation, thus control the translational speed of mobile heating assembly 3, displacement and moving direction, realize the round scanning of circulation, control device and can control electro-heat equipment and the conducting of power supply and disconnection.
Described removable heating adsoption catalysis module, drainage screen 1 is foam ceramic filter 1.
Described removable heating adsoption catalysis module, mobile heating assembly 3 moves to the other end and time of playbacking is 24 hours.
Described removable heating adsoption catalysis module, electro-heat equipment 3.4 is positive temperature-sensitive electro-heat equipment.
Described removable heating adsoption catalysis module, the heating-up temperature of electro-heat equipment 3.4 is 270 degree.
Claims (7)
1. a removable heating adsoption catalysis module, including drainage screen (1), it is characterised in that drainage screen
(1) being coated with catalyst on, drainage screen (1) both sides are provided with sliding rack (2), the upper set of drainage screen (1)
There is mobile heating assembly (3), in mobile heating assembly (3), be provided with electro-heat equipment (3.4), mobile heating group
Being provided with in part (3) and sliding rack (2) meshed gears (3.2), gear (3.2) is connected by shaft coupling
Having motor (3.1), motor (3.1) drives mobile heating assembly (3) along sliding rack by gear (3.2)
(2) mobile.
Removable heating adsoption catalysis module the most according to claim 1, it is characterised in that move and add
Hot assembly (3) is provided with rosette (3.3.1) and lower rosette (3.3.2), upper rosette (3.3.1) with under
Rosette (3.3.2) two ends connect, and upper rosette (3.3.1) and lower rosette (3.3.2) lay respectively at filtration
Above and below net (1), and in it, it is respectively equipped with electro-heat equipment (3.4), upper rosette (3.3.1) two
End is provided with two perforation, fixes a motor (3.1) respectively above two perforation, and the rotating shaft of motor (3.1) is worn
Cross perforation and be connected with gear (3.2) by shaft coupling.
Removable heating adsoption catalysis module the most according to claim 2, it is characterised in that be provided with control
Device processed, the power end of motor (3.1) is connected to electric machine controller, and the signal of motor (3.1) controller connects
Receiving end is connected to control the signal receiving end of device, and the power end of electro-heat equipment (3.4) is by controlling device even
Receiving power supply, controlling device can be by the rotating speed of motor controller controls motor (3.1), and controlling device can
To control conducting and the disconnection of electro-heat equipment (3.4) and power supply.
Removable heating adsoption catalysis module the most according to claim 3, it is characterised in that drainage screen
(1) it is foam ceramic filter (1).
Removable heating adsoption catalysis module the most according to claim 4, it is characterised in that move and add
Hot assembly (3) moves to the other end and time of playbacking is 24 hours.
Removable heating adsoption catalysis module the most according to claim 5, it is characterised in that heating dress
Putting (3.4) is positive temperature-sensitive electro-heat equipment (3.4).
Removable heating adsoption catalysis module the most according to claim 6, it is characterised in that heating dress
Put the heating-up temperature of (3.4) less than 300 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620504275.3U CN205627634U (en) | 2016-05-27 | 2016-05-27 | Portable heating adsorption catalysis module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620504275.3U CN205627634U (en) | 2016-05-27 | 2016-05-27 | Portable heating adsorption catalysis module |
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| Publication Number | Publication Date |
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| CN205627634U true CN205627634U (en) | 2016-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620504275.3U Active CN205627634U (en) | 2016-05-27 | 2016-05-27 | Portable heating adsorption catalysis module |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106039986A (en) * | 2016-05-27 | 2016-10-26 | 山东永华净化科技有限公司 | Movable heating adsorption catalysis module |
-
2016
- 2016-05-27 CN CN201620504275.3U patent/CN205627634U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106039986A (en) * | 2016-05-27 | 2016-10-26 | 山东永华净化科技有限公司 | Movable heating adsorption catalysis module |
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