CN205253368U - Real -time automatically cleaned air device of diplopore zone circle formula static - Google Patents
Real -time automatically cleaned air device of diplopore zone circle formula static Download PDFInfo
- Publication number
- CN205253368U CN205253368U CN201520953167.XU CN201520953167U CN205253368U CN 205253368 U CN205253368 U CN 205253368U CN 201520953167 U CN201520953167 U CN 201520953167U CN 205253368 U CN205253368 U CN 205253368U
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- CN
- China
- Prior art keywords
- axle
- zone circle
- crust
- short flannel
- macropore
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Abstract
The utility model discloses a real -time automatically cleaned air device of diplopore zone circle formula static, by square frame, square frame air intake, go up thick axle, short flannel crust down thick axle, the thin axle in a short flannel crust left side, the thin axle in the right side, macropore zone circle, aperture zone circle, pore, insulating bearing frame, motor, scraper, scrape the knife rest, scrape the blade holder, take -up screw, steam spray tube form. Insulating bearing frame is fixed on the square frame, go up thick axle, the short flannel crust is thick axle down, the thin axle in a short flannel crust left side, the thin axle in the right side is installed on insulating bearing frame, the macropore zone circle winds at last thick axle, the short flannel crust is slightly epaxial down, the aperture zone circle passes the macropore zone circle around left thin at the short flannel crust, the right side is carefully epaxial, the motor is fixed on insulating bearing frame and with last thick, the short flannel crust is thick axle down, the thin axle in a short flannel crust left side, the thin axle in the right side is connected, the blade holder is fixed on the square frame, the knife rest passes through taut screwed connection on the blade holder, the scraper is fixed on the knife rest, the vapour spray tube is fixed on the square frame. The device automatically cleaned adhesion in real time reaches automatic dust removal, exempts from to dismantle abluent purpose at the black dirt that the pore area circled.
Description
Technical field
The utility model relates to a kind of air purification processing equipment, belongs to air cleaning and environment-friendly field, shouldFor civilian and industrial.
Background technology
Existing electrostatic air cleaner is mainly made up of corona wire and battery lead plate, and dust granule sticks toOn battery lead plate, form black dirt, if cleaned not in time, can cause purification efficiency to reduce rapidly, windage is fastSpeed increases, and simultaneously a large amount of black dirts can produce secondary air pollution, if regular dismounting cleaning, the expense of taking a lot of workTime, and very inconvenient.
Summary of the invention
The purpose of this utility model is to improve deficiency of the prior art, provides a kind of volume little twoThe real-time self-purging air assembly of pore area ring type static, self-purging in real time sticks on pore area circleBlack dirt, thereby reach automated cleaning, efficient stable purifying and dedusting, exempt from the object of disassembly, cleaning, andEliminate the secondary air pollution causing too much because of black dirt.
For achieving the above object, the utility model adopts following technical scheme:
The real-time self-purging air assembly of diplopore band ring type static is mainly by square frame, square frame air inlet, upper thickThe outer subcutaneous thick axle of axle, short flannel, the left thin axle of short flannel crust, right thin axle, macropore zone circle, aperture zone circle,Pore, insulated bearing pedestal, motor, scraper, doctor blade holder, scraper base, tensioned screw, steam jetComposition.
Insulated bearing pedestal is fixed on square frame, and upper thick axle, the outer subcutaneous thick axle of short flannel, a short flannel crust left side are carefullyAxle, right thin axle are arranged on insulated bearing pedestal, and macropore zone circle is subcutaneous thick axle outside upper thick axle, short flannelUpper, aperture zone circle is through macropore zone circle on the left thin axle of short flannel crust, right thin axle, and motor is fixed onOn insulated bearing pedestal, motor and with the outer subcutaneous thick axle of upper thick axle, short flannel, the left thin axle of short flannel crust, the right sideThin axle is connected, and tool rest is fixed on square frame, and knife rest is connected on tool rest by tensioned screw, scraperBe fixed on knife rest, steam nozzle is fixed on square frame.
Macropore zone circle as above, aperture zone circle are closed zone circle, macropore zone circle, little pore areaOn circle, uniform Design has pore; Outside short flannel as above, subcutaneous thick axle, the left thin axle of short flannel crust is shortSuede crust is made up of the short glass fibre of arranged radially.
The real-time self-purging air assembly of diplopore band ring type static, both can install and use separately, also couldInstall and use in groups with multiple, by filtering step by step absorption, dust granule is trapped by efficient adsorption.
In the time of the real-time self-purging air assembly work of diplopore band ring type static, macropore zone circle is negative pole,Aperture zone circle is anodal, forms high voltage electric field between the two poles of the earth, flows through by macropore zone circle and aperture zone circleOn the dust air-flow generation corona of pore, charged dust granule is adsorbed under the effect of highfieldOn macropore zone circle and aperture zone circle. When the dust granule on macropore zone circle, aperture zone circle has been accumulated toTo a certain degree time, electric motor starting, and drive upper thick axle, the outer subcutaneous thick axle of short flannel, a short flannel crust left side carefullyAxle, right thin axle rotate, thereby drive macropore zone circle, aperture zone circle loopy moving, are adsorbed on large pore areaBlack dirt on circle, aperture zone circle by scraper scraping, makes macropore zone circle, little pore area in loopy movingCircle remains clean state, reaches automated cleaning and exempts from the object of cleaning, efficient stable purifies air.
In the time quitting work, do not having under the state of high voltage electric field and dust air-flow, steam jet is by heightHeated steam is sprayed on scraper, macropore zone circle, aperture zone circle, and electric motor starting, drives large pore area simultaneouslyCircle, aperture zone circle loopy moving, under the acting in conjunction of scraper and high-temperature water vapor, loopy movingMacropore zone circle, aperture zone circle be cleaned, stick to black dirt on scraper also by high-temperature water vapor simultaneouslyRemove, thereby make macropore zone circle, aperture zone circle, scraper remain clean state, eliminate a large amount of black dirtsThe secondary air pollution causing, maintains a long-term stability the duty of high purifying rate and low windage.
Compared with prior art, feature of the present utility model and advantage are: stick to macropore zone circle and littleDust granule on pore area circle is automatically removed in real time scraping by scraper in loopy moving, thereby reaches certainlyMoving clean, efficient stable purifying and dedusting, exempt from the object of disassembly, cleaning, eliminate that a large amount of black dirts cause twoInferior air pollution, makes the duty stable for extended periods of time of high purifying rate and low windage.
Brief description of the drawings
Fig. 1 is the master of the real-time self-purging air assembly of the utility model diplopore band ring type static schematic diagramView.
Fig. 2 is the master of the real-time self-purging air assembly of the utility model diplopore band ring type static schematic diagramView is along the cutaway view of A-A line.
Fig. 3 is scraping of the utility model diplopore band ring type static real-time self-purging air assembly schematic diagramThe cutaway view of cutter, doctor blade holder, scraper base, tensioned screw and macropore zone circle, the outer subcutaneous thick axle of short flannelEnlarged drawing.
Drawing reference numeral explanation:
Square frame 1, square frame air inlet 2, upper thick axle 3, the outer subcutaneous thick axle 4 of short flannel, a short flannel crust left side are carefullyAxle 5, right thin axle 6, macropore zone circle 7, aperture zone circle 8, pore 9, insulated bearing pedestal 10, motor11, scraper 12, doctor blade holder 13, scraper base 14, tensioned screw 15, steam jet 16.
Detailed description of the invention
Insulated bearing pedestal 10 is fixed on square frame 1, upper thick axle 3, the outer subcutaneous thick axle 4 of short flannel, short flannelThe left thin axle 5 of crust, right thin axle 6 are arranged on insulated bearing pedestal 10, and macropore zone circle 7 is around upper thick axle3,, on the outer subcutaneous thick axle 4 of short flannel, aperture zone circle 8 passes macropore zone circle 7 around the left thin axle of short flannel crust5, on right thin axle 6, motor 11 is fixed on insulated bearing pedestal 10, and with upper thick axle 3, short flannel outsideSubcutaneous thick axle 4, the left thin axle 5 of short flannel crust, right thin axle 6 are connected, and scraper base 14 is fixed on square frameOn 1, doctor blade holder 13 is connected on scraper base 14 by tensioned screw 15, and scraper 12 is fixed on to be scrapedOn knife rest 13, steam nozzle 16 is fixed on square frame 1.
Macropore zone circle 7 as above, aperture zone circle 8 are closed metal strip loop, macropore zone circle 7,On aperture zone circle 8, uniform Design has pore 9; The outer subcutaneous thick axle 4 of short flannel as above, short flannel crustThe short flannel crust of left thin axle 5 is made up of the short glass fibre of arranged radially.
The real-time self-purging air assembly of diplopore band ring type static, both can install and use separately, also couldInstall and use in groups with multiple, by filtering step by step absorption, dust granule is trapped by efficient adsorption.
In the time of the real-time self-purging air assembly work of diplopore band ring type static, macropore zone circle 7 is negative pole,Aperture zone circle 8 is anodal, forms high voltage electric field between the two poles of the earth, flows through by macropore zone circle 7 and apertureThe dust air-flow generation corona of the pore 9 on zone circle 8, charged dust granule is in the effect of highfieldUnder be attracted on macropore zone circle 7 and aperture zone circle 8. When on macropore zone circle 7, aperture zone circle 8When dust granule has been accumulated to a certain degree, motor 10 starts, and drives upper thick axle 3, short flannel crustLower thick axle 4, the left thin axle 5 of short flannel crust, right thin axle 6 rotate, thereby drive macropore zone circle 7, apertureZone circle 8 loopy movings, are adsorbed on black dirt on macropore zone circle 7, aperture zone circle 8 in loopy movingBy scraper 12 scrapings, make macropore zone circle 7, aperture zone circle 8 remain clean state, reach certainlyThe moving clean object of cleaning, efficient stable purifies air exempted from.
In the time quitting work, there is no under the state of high voltage electric field and dust air-flow steam jet 16High-temperature water vapor is sprayed on scraper 12, macropore zone circle 7, aperture zone circle 8, and motor 11 starts simultaneously,Drive macropore zone circle 7, aperture zone circle 8 loopy movings, common at scraper 12 and high-temperature water vaporUnder effect, macropore zone circle 7, the aperture zone circle 8 of loopy moving are cleaned, and stick to scraper 12 simultaneouslyOn black dirt also removed by high-temperature water vapor, thereby make macropore zone circle 7, aperture zone circle 8, scraper 12Remain clean state.
The real-time self-purging air assembly of the utility model diplopore band ring type static can make to stick to macroporeOn zone circle 7 and aperture zone circle, 8 dust granule is automatically removed and is scraped in real time by scraper 12 in loopy movingOnly, thereby reach automated cleaning, efficient stable purifying and dedusting, exempt from the object of disassembly, cleaning, eliminate largeThe secondary air pollution that amount black dirt causes, keeps the duty of high purifying rate and low windage for a long timeStable.
Claims (3)
1. the real-time self-purging air assembly of diplopore band ring type static, is mainly entered by square frame, square frameThe outer subcutaneous thick axle in air port, upper thick axle, short flannel, the left thin axle of short flannel crust, right thin axle, macropore zone circle,Aperture zone circle, pore, insulated bearing pedestal, motor, scraper, doctor blade holder, scraper base, tensioned screw,Steam jet composition, is characterized in that: it is upper that insulated bearing pedestal (10) is fixed on square frame (1), upper thickAxle (3), the outer subcutaneous thick axle (4) of short flannel, the left thin axle (5) of short flannel crust, right thin axle (6) are arranged onInsulated bearing pedestal (10) is upper, and macropore zone circle (7) is subcutaneous thick axle (4) outside upper thick axle (3), short flannelUpper, aperture zone circle (8) passes macropore zone circle (7) around the left thin axle (5) of short flannel crust, right thin axle(6) upper, it is upper that motor (11) is fixed on insulated bearing pedestal (10), and with upper thick axle (3), short flannelOuter subcutaneous thick axle (4), the left thin axle (5) of short flannel crust, right thin axle (6) are connected, scraper base (14)Be fixed on square frame (1) upper, doctor blade holder (13) is connected to scraper base (14) by tensioned screw (15)Upper, it is upper that scraper (12) is fixed on doctor blade holder (13), and steam nozzle (16) is fixed on square frame (1)On.
2. the real-time self-purging air assembly of diplopore band ring type static as claimed in claim 1, its spyLevy and be: macropore zone circle (7), aperture zone circle (8) are closed metal strip loop, macropore zone circle (7),The upper uniform Design of aperture zone circle (8) has pore (9).
3. the real-time self-purging air assembly of diplopore band ring type static as claimed in claim 1, its spyLevy and be: the short flannel crust of the outer subcutaneous thick axle (4) of short flannel, the left thin axle (5) of short flannel crust is by radially arrangingThe short glass fibre of row forms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520953167.XU CN205253368U (en) | 2015-11-17 | 2015-11-17 | Real -time automatically cleaned air device of diplopore zone circle formula static |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520953167.XU CN205253368U (en) | 2015-11-17 | 2015-11-17 | Real -time automatically cleaned air device of diplopore zone circle formula static |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205253368U true CN205253368U (en) | 2016-05-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520953167.XU Expired - Fee Related CN205253368U (en) | 2015-11-17 | 2015-11-17 | Real -time automatically cleaned air device of diplopore zone circle formula static |
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| Country | Link |
|---|---|
| CN (1) | CN205253368U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105457758A (en) * | 2015-11-17 | 2016-04-06 | 吴新明 | Double-hole-belt-ring type automatic real-time static air purification device |
-
2015
- 2015-11-17 CN CN201520953167.XU patent/CN205253368U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105457758A (en) * | 2015-11-17 | 2016-04-06 | 吴新明 | Double-hole-belt-ring type automatic real-time static air purification device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160525 Termination date: 20181117 |