CN107583400A - Fire prevention dust pelletizing system - Google Patents
Fire prevention dust pelletizing system Download PDFInfo
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- CN107583400A CN107583400A CN201711050395.6A CN201711050395A CN107583400A CN 107583400 A CN107583400 A CN 107583400A CN 201711050395 A CN201711050395 A CN 201711050395A CN 107583400 A CN107583400 A CN 107583400A
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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
- Y02A50/2351—Atmospheric particulate matter [PM], e.g. carbon smoke microparticles, smog, aerosol particles, dust
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Abstract
The present invention provides a kind of fire prevention dust pelletizing system, including cyclone dust collectors and sack cleaner, shower nozzle is provided with cyclone dust collectors, shower nozzle is connected with sprayer unit, sensor is provided with the airduct of the air inlet of connection cyclone dust collectors, described sensor is temperature sensor and/or photoelectric sensor, and sensor electrically connects with control device, and control device electrically connects with sprayer unit；In the position concordant with air inlet, provided with wind guide vane, the inner of wind guide vane is fixedly connected with exhaust outlet, the inwall of the outer end of wind guide vane close to cyclone dust collectors housing.By the combination of the sensor of setting and the shower nozzle in cyclone dust collectors, it can be sprayed according to temperature and/or the quantity of dust, intelligent startup shower nozzle, so as to avoid excessive moisture from entering in dust.The wind guide vane of setting, the fiber in wind and dust can be made fully to be contacted with the inwall of cyclone dust collectors housing, so that fiber, dust and water mix, consequently facilitating being separated in cyclone dust collectors.
Description
Technical field
The present invention relates to field of dust removal equipment, particularly a kind of fire prevention dust pelletizing system.
Background technology
Existing scrap steel crusher, it is that waste materials equipment such as junk vehicle, household electrical appliances is subjected to broken equipment,
More dust can be produced in shattering process, it is therefore desirable to which dust arrester, existing dust arrester are set at the top of disintegrating machine
Using cyclone dust removal and the combining structure of bag-type dust.The problem of structure is present is to include in the material being broken and knit
The fiber of thing, these fibers are more inflammable, and when running into Mars, such as the Mars as caused by breaker roll, these fibers are very easy to
Burn, so as to burn cloth bag, cause production accident.
The U of Chinese patent literature CN 204275742 describe a kind of cyclone wet-type sack cleaner, including housing, air inlet
Mouthful, gas outlet and shower nozzle, spray baffle chamber is divided into housing, ash bucket and collecting tank are sunk in cloth pocket, water seal；Air inlet is opened in spray
Drench on baffle chamber, spray and staggered dividing plate is housed in dividing plate room, shower nozzle is arranged on spray dividing plate ceiling end, sprays baffle chamber
Bottom communicates with the heavy ash bucket of water seal；Cloth bag is provided with cloth bag room, gas outlet is opened in cloth pocket, cloth pocket bottom and the heavy ash of water seal
De- mist sieve plate is set between bucket；Water seal is heavy to be isolated between ash bucket and collecting tank by overflow plate；Water pump, water pump are housed on collecting tank
It is connected by circulation pipe with the shower nozzle on spray baffle chamber, recycles scavenging solution.The spray structure of setting, can be preferable
The problem of overcoming fiber inflammable.But technical problem new caused by the structure is, after spray, humidity in dust compared with
Greatly, these dust adhesions become big, and after cloth bag is blocked by dust, cloth bag table can not be preferably removed by way of blowback
The dust of face accumulation, so as to cause efficiency of dust collection to decline to a great extent.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of fire prevention dust pelletizing system, fiber can be avoided to burn, can
The more separation fiber in cyclone dust collectors, and the humidity of fiber and dust can be controlled, avoid the dust heap of cloth bag surface
Product.
In order to solve the above technical problems, the technical solution adopted in the present invention is：One kind fire prevention dust pelletizing system, including whirlwind
Deduster and sack cleaner, shower nozzle is provided with cyclone dust collectors, shower nozzle is connected with sprayer unit, in connection cyclone dust collectors
The airduct of air inlet is provided with sensor, and described sensor is temperature sensor and/or photoelectric sensor, and sensor is with controlling
Device electrically connects, and control device electrically connects with sprayer unit；
In the position concordant with air inlet, provided with wind guide vane, the inner of wind guide vane is fixedly connected with exhaust outlet, the outer end of wind guide vane
Close to the inwall of cyclone dust collectors housing.
In preferable scheme, coarse line is being provided with the horizontal concordant position of air inlet, the inwall of cyclone dust collectors housing
Reason or hangnail.
In preferable scheme, in the position concordant with air inlet level, provided with movable housing, the inwall of movable housing is provided with
Rough grain or hangnail.
In preferable scheme, described shower nozzle be two fluid nozzles, in described sprayer unit, air compressor machine and the spray of two fluids
Head is connected, and the second electrically-controlled valve is provided with the pipeline between air compressor machine and two fluid nozzles；
Water tank or running water pipe are connected with two fluid nozzles, and it is automatically controlled that first is provided with the pipeline between water tank and two fluid nozzles
Valve；
Control device electrically connects with the first electrically-controlled valve and the second electrically-controlled valve respectively；
Two fluid nozzles are located at air inlet end, and injection direction sprays to opposite side along air intake direction from the side of air inlet.
In preferable scheme, multiple explosion-proof valves are provided with airduct.
In preferable scheme, the first ventilating duct and the second ventilating duct mutually to socket-connect is additionally provided with the bottom of exhaust outlet, the
One ventilating duct, the second ventilating duct and exhaust outlet form labyrinth type air discharge structure；
Blowback air blower and stop valve are additionally provided with the pipeline of exhaust outlet connection.
In preferable scheme, the import of the exhaust outlet and moisture separator of wind deduster connects, the outlet of moisture separator
It is connected with the import of sack cleaner.
In preferable scheme, multiple ring baffles are provided with described moisture separator, in closed housing and are kept out the wind
Cap, interlaced arrangement, the import of moisture separator are located at close to the position of bottom, aqueous vapor point ring baffle from top to bottom with air blocking cap
Outlet from device is located at top.
In preferable scheme, the outer rim of described ring baffle is fixedly connected with inner walls, the inner edge of ring baffle to
Lower inclination；Air blocking cap is installed in the projection centre position of ring baffle, and the external diameter of air blocking cap is more than the internal diameter of ring baffle, kept out the wind
The outer rim of cap tilts down.
In preferable scheme, condensation pipe network is provided with close to the top of bottom inlet in housing.
A kind of fire prevention dust pelletizing system provided by the invention, passes through the sensor of setting and the shower nozzle in cyclone dust collectors
Combination, can be sprayed according to temperature and/or the quantity of dust, intelligent startup shower nozzle, so as to avoid excessive water
Divide and enter in dust, the dust accretions of cloth bag surface is cleared up easily by blowback.The wind guide vane of setting, the fibre in wind can be made
Peacekeeping dust fully contacts with the inwall of cyclone dust collectors housing, so that fiber, dust and water mix, consequently facilitating
Separated in cyclone dust collectors.In preferable scheme, two fluid nozzles of setting, water smoke is sprayed by compressed air, one can be entered
Step reduces the moisture mixed in dust, improves the probability that water smoke is combined with dust, more so as to just make in cyclone dust collectors
Fiber and dust are fallen.The rough grain or hangnail of cyclone dust collectors inner walls are arranged on, fiber can be detained, fill fiber
Divide and mixed with water, so as to increase density, mixed fiber is not discharged with the wind from the exhaust outlet of cyclone dust collectors.Set
Moisture separator is fallen after can making the dust of humidity and the mutual aggregation of water smoke, after condensation pipe network can condense the water smoke in wind
Aggregation, further reduce the water content in wind.
Brief description of the drawings
The invention will be further described with reference to the accompanying drawings and examples：
Fig. 1 is the overall structure diagram of the present invention.
Fig. 2 is the main structure diagram of cyclone dust collectors in the present invention.
Fig. 3 is Fig. 2 A-A schematic cross-sectional views.
Fig. 4 is the main structure diagram of another preferred structure of cyclone dust collectors in the present invention.
Fig. 5 is Fig. 2 B-B schematic cross-sectional views.
Fig. 6 is the close-up schematic view of the labyrinth type air discharge structure in Fig. 4.
In figure：Airduct 1, inlet scoop 2, temperature sensor 3, two fluid nozzles 4, cyclone dust collectors 5, exhaust outlet 501, air intake
Mouth 502, cyclone dust collectors housing 503, wind guide vane 504, movable housing 505, the first ventilating duct 506, the second ventilating duct 507, water
Gas separating device 6, ring baffle 61, air blocking cap 62, condense pipe network 63, sack cleaner 7, air exhauster 8, air compressor machine 9, control device
10, water tank 11, the first electrically-controlled valve 12, the second electrically-controlled valve 13, explosion-proof valve 14, blowback air blower 15.
Embodiment
Embodiment 1：
In Fig. 1 ~ 5, one kind fire prevention dust pelletizing system, including cyclone dust collectors 5 and sack cleaner 7, it is provided with cyclone dust collectors 5
Shower nozzle, shower nozzle are connected with sprayer unit, and sensor 3 is provided with the airduct 1 of the air inlet 502 of connection cyclone dust collectors 5, described
Sensor 3 be temperature sensor and/or photoelectric sensor, sensor 3 electrically connects with control device 10, control device 10 with spray
Mist device electrically connects；
In the position concordant with air inlet 502, provided with wind guide vane 504, the inner of wind guide vane 504 is fixedly connected with exhaust outlet 501,
Inwall of the outer end of wind guide vane 504 close to cyclone dust collectors housing 503.Control device 10 in this example uses PLC, tool
Body controlling means are：Airduct 1 is provided with multiple inlet scoops 2, and dust is drawn into airduct 1 by negative pressure caused by air exhauster 8, works as temperature
Degree sensor detects that temperature rises, then shower nozzle sprays water smoke, dust is cooled, and plays a part of fire extinguishing, or works as photoelectricity
Sensor detects that more floccule is entered in airduct 1, then shower nozzle sprays water smoke, increases the density of floccule, holds
Easily separated by cyclone dust collectors 5.Or temperature sensor and photoelectric sensor combination, spray is started according to the condition each set
Head.The wind guide vane 504 of setting, fiber can be made at least to touch whirlwind and removed by changing the direction of motion of fiber and dust
The inwall of dirt device housing 503, so that fiber is sufficiently mixed with water, increases density, will not be taken out of by wind from exhaust outlet 501.It is logical
Cross and use above scheme, the humidity of dust under the premise of fireproof is ensured, can be reduced as far as possible, separate fiber as much as possible.
In preferable scheme, it is provided with the horizontal concordant position of air inlet 502, the inwall of cyclone dust collectors housing 503
Rough grain or hangnail.Rough grain refers to regular or irregular raised and sunk structure so that can slow down at this fiber,
The instantaneous velocity of dust and water, it is easy to assemble.Hangnail refers to multiple rigid thorns, and the height of thorn is 1 ~ 5cm.Preferably adopted in this example
With the structure of rough grain.
In preferable scheme such as Fig. 5, with the horizontal concordant position of air inlet 502, provided with movable housing 505, active shell
The inwall of body 505 is provided with rough grain or hangnail.The one end of movable housing 505 passes through bearing pin and the activity of cyclone dust collectors housing 503
Connection, the other end are fixedly connected by buckle with cyclone dust collectors housing 503.The structure of hangnail, hangnail are preferably used in this example
Can more preferable sluggish fiber, fiber is fully combined with water.In use for some time, opening movable housing 505 can be square
Just fiber is cleared up.
In preferable scheme such as Fig. 1, described shower nozzle be two fluid nozzles 4, in described sprayer unit, air compressor machine 9 and
Two fluid nozzles 4 are connected, and the second electrically-controlled valve 13 is provided with the pipeline between the fluid nozzle 4 of air compressor machine 9 and two；
Water tank 11 or running water pipe are connected with two fluid nozzles 4, and the is provided with the pipeline between the fluid nozzle 4 of water tank 11 and two
One electrically-controlled valve 12；
Control device 10 electrically connects with the first electrically-controlled valve 12 and the second electrically-controlled valve 13 respectively；
Two fluid nozzles 4 are located at the end of air inlet 502, and injection direction sprays to separately along air intake direction from the side of air inlet 502
Side.
In preferable scheme such as Fig. 1, multiple explosion-proof valves 14 are provided with airduct 1.
In preferable scheme such as Fig. 4,6, the He of the first ventilating duct 506 mutually to socket-connect is additionally provided with the bottom of exhaust outlet 501
Second ventilating duct 507, the first ventilating duct 506, the second ventilating duct 507 and exhaust outlet 501 form labyrinth type air discharge structure；Such as Fig. 6
In, the top of the first ventilating duct 506 is closed and is fixedly connected with exhaust outlet 501, and bottom opens；Second ventilating duct 507 is socketed in
In first ventilating duct 506, the bottom lock of the second ventilating duct 507, open-top, the second ventilating duct 507 passes through multiple support bars
It is fixedly connected with exhaust outlet 501.The path of air draft is as shown in the direction of arrow in Fig. 6.Wind is introduced into the first ventilating duct from bottom
506 and the second passage between ventilating duct 507, then turning back, it is logical between the second ventilating duct 507 and exhaust outlet 501 to enter
Road, wind is encountered to turn back behind the bottom of the second ventilating duct 507 discharges from exhaust outlet 501.
Blowback air blower 15 and stop valve are additionally provided with the pipeline that exhaust outlet 501 connects.In use for some time, close
The stop valve positioned at downstream is closed, blowback air blower 15 is opened, reversely air-supply, clears up labyrinth type air discharge structure.
In preferable scheme such as Fig. 1, the exhaust outlet 501 of wind deduster 5 is connected with the import of moisture separator 6, and aqueous vapor is divided
Outlet from device 6 is connected with the import of sack cleaner 7.
In preferable scheme, in described moisture separator 6, multiple ring baffles 61 and gear are provided with closed housing
Blast cap 62, interlaced arrangement, the import of moisture separator 6 are located at close to the position of bottom ring baffle 61 from top to bottom with air blocking cap 62
Put, the outlet of moisture separator 6 is located at top.
In preferable scheme, the outer rim of described ring baffle 61 is fixedly connected with inner walls, ring baffle 61 it is interior
Edge tilts down；Air blocking cap 62 is installed in the projection centre position of ring baffle 61, and the external diameter of air blocking cap 62 is more than ring baffle
61 internal diameter, the outer rim of air blocking cap 62 tilt down.
In preferable scheme, condensation pipe network 63 is provided with close to the top of bottom inlet in housing.In dedusting operating mode, wind
Speed is about 9 ~ 20 meter per seconds, and wind speed is higher, the ring baffle 61 of setting and the structure of air blocking cap 62, advantageously reduces windage, is reduced
Energy consumption, when the air comprising dust, fiber and water smoke is entered in moisture separator 6, first pass around condensation pipe network 63, condensation
Pipe network 63 is similar to the structure of fin, and more condenser pipes pass through fin, and condenser pipe is connected with refrigeration plant, by condensing pipe network 63
The temperature of air is reduced, after the multiple impacts on ring baffle 61 and air blocking cap 62, dust, fiber and water smoke are gathered in one
Rising turns into large water droplet or grey sludge pellet, is fallen along inclined ring baffle 61 or air blocking cap 62, is deposited in cyclone dust collectors 5
Bottom, regularly to clear up.
Embodiment 2：
In Fig. 1 ~ 5, one kind fire prevention dust pelletizing system, including cyclone dust collectors 5 and sack cleaner 7, it is provided with cyclone dust collectors 5
Shower nozzle, shower nozzle are connected with sprayer unit, in the position concordant with air inlet 502, provided with wind guide vane 504, the inner of wind guide vane 504
It is fixedly connected with exhaust outlet 501, the inwall of the outer end of wind guide vane 504 close to cyclone dust collectors housing 503.In this example, omit
Sensor and control device, shower nozzle lasting ejection water smoke.Thus structure, the cost of equipment is reduced.And separation fiber
It is better.
In preferable scheme such as Fig. 3, with the horizontal concordant position of air inlet 502, the inwall of cyclone dust collectors housing 503
Provided with rough grain or hangnail.
In preferable scheme such as Fig. 5, with the horizontal concordant position of air inlet 502, provided with movable housing 505, active shell
The inwall of body 505 is provided with rough grain or hangnail.
In preferable scheme, described shower nozzle is two fluid nozzles 4, in described sprayer unit, the fluid of air compressor machine 9 and two
Shower nozzle 4 is connected, and water tank 11 or running water pipe are connected with two fluid nozzles 4；
Two fluid nozzles 4 are located at the end of air inlet 502, and injection direction sprays to separately along air intake direction from the side of air inlet 502
Side.
In preferable scheme, multiple explosion-proof valves 14 are provided with airduct 1.
In preferable scheme, the first ventilating duct 506 and the second wind-guiding mutually to socket-connect is additionally provided with the bottom of exhaust outlet 501
Cylinder 507, the first ventilating duct 506, the second ventilating duct 507 and exhaust outlet 501 form labyrinth type air discharge structure；
Blowback air blower 15 and stop valve are additionally provided with the pipeline that exhaust outlet 501 connects.
In preferable scheme, the exhaust outlet 501 of wind deduster 5 is connected with the import of moisture separator 6, moisture separator 6
Outlet be connected with the import of sack cleaner 7.
In preferable scheme, in described moisture separator 6, multiple ring baffles 61 and gear are provided with closed housing
Blast cap 62, interlaced arrangement, the import of moisture separator 6 are located at close to the position of bottom ring baffle 61 from top to bottom with air blocking cap 62
Put, the outlet of moisture separator 6 is located at top.
In preferable scheme, the outer rim of described ring baffle 61 is fixedly connected with inner walls, ring baffle 61 it is interior
Edge tilts down；Air blocking cap 62 is installed in the projection centre position of ring baffle 61, and the external diameter of air blocking cap 62 is more than ring baffle
61 internal diameter, the outer rim of air blocking cap 62 tilt down.
In preferable scheme, condensation pipe network 63 is provided with close to the top of bottom inlet in housing.
Embodiment 3：
In Fig. 1 ~ 6, one kind fire prevention dust pelletizing system, including cyclone dust collectors 5, it is provided with shower nozzle, shower nozzle and spray in cyclone dust collectors 5
Mist device connects, and is additionally provided with the first ventilating duct 506 and the second ventilating duct 507 mutually to socket-connect in the bottom of exhaust outlet 501, and first
Ventilating duct 506, the second ventilating duct 507 and exhaust outlet 501 form labyrinth type air discharge structure；In preferable scheme, in the first wind-guiding
The inwall of the ventilating duct 507 of cylinder 506 and second is provided with rough grain or hangnail.
Blowback air blower 15 and stop valve are additionally provided with the pipeline that exhaust outlet 501 connects.By above-mentioned structure, eliminate
Sensor and control device, the lasting ejection water smoke of shower nozzle, reduce the cost of equipment.
In preferable scheme, it is provided with the horizontal concordant position of air inlet 502, the inwall of cyclone dust collectors housing 503
Rough grain or hangnail.
In preferable scheme, in the position concordant with the level of air inlet 502, provided with movable housing 505, movable housing 505
Inwall be provided with rough grain or hangnail.
In preferable scheme, described shower nozzle is two fluid nozzles 4, in described sprayer unit, the fluid of air compressor machine 9 and two
Shower nozzle 4 is connected, and water tank 11 or running water pipe are connected with two fluid nozzles 4；
Two fluid nozzles 4 are located at the end of air inlet 502, and injection direction sprays to separately along air intake direction from the side of air inlet 502
Side.
In preferable scheme, multiple explosion-proof valves 14 are provided with airduct 1.
In preferable scheme, the exhaust outlet 501 of wind deduster 5 is connected with the import of moisture separator 6, moisture separator 6
Outlet be connected with the import of sack cleaner 7.
In preferable scheme, in described moisture separator 6, multiple ring baffles 61 and gear are provided with closed housing
Blast cap 62, interlaced arrangement, the import of moisture separator 6 are located at close to the position of bottom ring baffle 61 from top to bottom with air blocking cap 62
Put, the outlet of moisture separator 6 is located at top.
In preferable scheme, the outer rim of described ring baffle 61 is fixedly connected with inner walls, ring baffle 61 it is interior
Edge tilts down；Air blocking cap 62 is installed in the projection centre position of ring baffle 61, and the external diameter of air blocking cap 62 is more than ring baffle
61 internal diameter, the outer rim of air blocking cap 62 tilt down.
In preferable scheme, condensation pipe network 63 is provided with close to the top of bottom inlet in housing.
Embodiment 4：
Based on embodiment 1, when in use, dust and fiber are inhaled into from inlet scoop 2, in airduct 1, dust and fiber warp
The position of sensor 3 is crossed, is changed by temperature change or the shading value of light, temperature sensor or photoelectric sensor will gather
The data transfer arrived is compared with default numerical value in control device 10 to control device 10, after reaching preset value, then controlled
Device 10 processed opens the first electrically-controlled valve 12 and the second electrically-controlled valve 13, after the compressed air of air compressor machine 9 makes water fogging, is sprayed from two fluids
First 4 spray.The wind guide vane 504 of setting, wind is oriented to the inwall of cyclone dust collectors housing 503, so as to be risen between dust, fiber and water
To more preferable congregational rate.After dust and fiber are drenched, easily assemble agglomerating, stopped by cyclone dust collectors 5.In convolution process
In, dust, fiber are easier by the rough grain or hangnail of cyclone dust collectors housing 503 or the inwall of movable housing 505 sluggishness,
Further enhance the congregational rate between dust, fiber and water.During the air draft of cyclone dust collectors 5, labyrinth type air draft knot
Structure can further enhance the congregational rate between dust, fiber and water.In the wind discharged from cyclone dust collectors 5, containing more
Water smoke.After wind enters moisture separator 6, first pass through and condense pipe network 63, the water smoke in wind is gathered into water droplet and fallen, and wind is passing through
To cross into after the ring baffle 61 and air blocking cap 62 of labyrinth-like interlaced arrangement, further aggregation, the humidity in wind is greatly reduced,
The bottom of moisture separator 6 is provided with conical bottom, for collecting dust and water droplet.Wind enters cloth after the discharge of moisture separator 6
Bag dust collector 7, the cloth bag in sack cleaner 7 by after filtering dust, from air exhauster 8 discharge by wind.When dust is in cloth bag surface heap
After product is excessive, the negative pressure increase of the inner outlet position of sack cleaner 7, after the interior pressure sensor set collects pressure data
Send to control device 10, control device 10 and start the impulse jet nozzle that sack cleaner 7 is located on the inside of cloth bag, utilize compressed air
The inwall of cloth bag is impacted in a pulsed fashion, and the dust of cloth bag surface is removed.
The above embodiments are only the preferred technical solution of the present invention, and are not construed as the limitation for the present invention, this Shen
Please in embodiment and embodiment in feature in the case where not conflicting, can mutually be combined.The protection model of the present invention
Enclose the equivalent substitution side of technical characteristic in the technical scheme that should be recorded with claim, including the technical scheme of claim record
Case is protection domain.Equivalent substitution i.e. within this range is improved, also within protection scope of the present invention.
Claims (10)
1. one kind fire prevention dust pelletizing system, including cyclone dust collectors（5）And sack cleaner（7）, it is characterized in that：In cyclone dust collectors
（5）Provided with shower nozzle, shower nozzle is connected with sprayer unit, in connection cyclone dust collectors（5）Air inlet（502）Airduct（1）It is provided with
Sensor（3）, described sensor（3）For temperature sensor and/or photoelectric sensor, sensor（3）With control device（10）
Electrical connection, control device（10）Electrically connected with sprayer unit；
With air inlet（502）Concordant position, provided with wind guide vane（504）, wind guide vane（504）The inner and exhaust outlet（501）
It is fixedly connected, wind guide vane（504）Outer end close to cyclone dust collectors housing（503）Inwall.
2. a kind of fire prevention dust pelletizing system according to claim 1, it is characterized in that：With air inlet（502）Horizontal concordant
Position, cyclone dust collectors housing（503）Inwall be provided with rough grain or hangnail.
3. a kind of fire prevention dust pelletizing system according to claim 1, it is characterized in that：With air inlet（502）Horizontal concordant
Position, provided with movable housing（505）, movable housing（505）Inwall be provided with rough grain or hangnail.
4. a kind of fire prevention dust pelletizing system according to any one of claim 1 ~ 3, it is characterized in that：Described shower nozzle is two fluids
Shower nozzle（4）, in described sprayer unit, air compressor machine（9）With two fluid nozzles（4）Connection, in air compressor machine（9）With two fluid nozzles
（4）Between pipeline be provided with the second electrically-controlled valve（13）；
Water tank（11）Or running water pipe and two fluid nozzles（4）Connection, in water tank（11）With two fluid nozzles（4）Between pipeline
It is provided with the first electrically-controlled valve（12）；
Control device（10）Respectively with the first electrically-controlled valve（12）With the second electrically-controlled valve（13）Electrical connection；
Two fluid nozzles（4）Positioned at air inlet（502）End, injection direction is along air intake direction from air inlet（502）Side
Spray to opposite side.
5. a kind of fire prevention dust pelletizing system according to claim 1, it is characterized in that：In airduct（1）Provided with multiple explosion-proof valves
（14）.
6. a kind of fire prevention dust pelletizing system according to claim 1, it is characterized in that：In exhaust outlet（501）Bottom be additionally provided with
The first ventilating duct mutually to socket-connect（506）With the second ventilating duct（507）, the first ventilating duct（506）, the second ventilating duct（507）With
Exhaust outlet（501）Form labyrinth type air discharge structure；
In exhaust outlet（501）Blowback air blower is additionally provided with the pipeline of connection（15）And stop valve.
7. a kind of fire prevention dust pelletizing system according to claim 1, it is characterized in that：Cyclone dust collectors（5）Exhaust outlet（501）
With moisture separator（6）Import connection, moisture separator（6）Outlet and sack cleaner（7）Import connection.
8. a kind of fire prevention dust pelletizing system according to claim 7, it is characterized in that：Described moisture separator（6）In, it is close
Multiple ring baffles are provided with the housing closed（61）And air blocking cap（62）, ring baffle（61）With air blocking cap（62）Hand over from top to bottom
Mistake arrangement, moisture separator（6）Import be located at close to bottom position, moisture separator（6）Outlet be located at top.
9. a kind of fire prevention dust pelletizing system according to claim 8, it is characterized in that：Described ring baffle（61）Outer rim with
Inner walls are fixedly connected, ring baffle（61）Inner edge tilt down；Air blocking cap（62）It is installed in ring baffle（61）Throwing
Shadow center, air blocking cap（62）External diameter be more than ring baffle（61）Internal diameter, air blocking cap（62）Outer rim tilt down.
10. a kind of fire prevention dust pelletizing system according to claim 8, it is characterized in that：Close to the upper of bottom inlet in housing
Side is provided with condensation pipe network（63）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711050395.6A CN107583400B (en) | 2017-10-31 | 2017-10-31 | Fireproof dust removal system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711050395.6A CN107583400B (en) | 2017-10-31 | 2017-10-31 | Fireproof dust removal system |
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| Publication Number | Publication Date |
|---|---|
| CN107583400A true CN107583400A (en) | 2018-01-16 |
| CN107583400B CN107583400B (en) | 2023-05-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711050395.6A Active CN107583400B (en) | 2017-10-31 | 2017-10-31 | Fireproof dust removal system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108905473A (en) * | 2018-08-01 | 2018-11-30 | 宜昌元龙塑模技术开发有限责任公司 | Workshop dust-extraction unit |
| CN109499798A (en) * | 2018-12-14 | 2019-03-22 | 广州帆智能自动化设备有限公司 | A kind of paint finishing |
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| CN109499798A (en) * | 2018-12-14 | 2019-03-22 | 广州帆智能自动化设备有限公司 | A kind of paint finishing |
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