CN207237541U - Interior circulator bath dust pelletizing system - Google Patents
Interior circulator bath dust pelletizing system Download PDFInfo
- Publication number
- CN207237541U CN207237541U CN201721142991.2U CN201721142991U CN207237541U CN 207237541 U CN207237541 U CN 207237541U CN 201721142991 U CN201721142991 U CN 201721142991U CN 207237541 U CN207237541 U CN 207237541U
- Authority
- CN
- China
- Prior art keywords
- water
- toilet
- expansion chamber
- valve
- dust collector
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Sanitary Device For Flush Toilet (AREA)
Abstract
A kind of interior circulator bath dust pelletizing system is the utility model is related to, air, concentrated dust-removing, wind are filtered and purified mainly for the production of during and send the fields such as dedusting.Dusty gas is using interior circulation without sewage discharge water bath dust-removing mode; when dust-laden sky along air hose through wind turbine enter wet dust collector after; to spray at a high speed at atomizer; go out the water surface; water is set to form substantial amounts of foam and water mist; grit is poured in water and is captured with air-flow, and tiny grit can also purify in water mist, therefore efficiency is higher up to 95%.To realize recycling for water bath dust-removing water, main overflow pipe is fabricated to zigzag structure and is connected with wet dust collector conical lower portion center outlet of sewer, the grit being captured in deduster is settled along bottom immediately, the grit of sedimentation flows into expansion chamber along overflow pipe, through main overflow port from bottom interface tube and is settled, toilet is entered back into after filtering, then purified water is pumped into wet dust collector recycling again through circulating pump；To avoid suspended matter from drifting about to downstream toilet, suspended matter filter plate is installed in expansion chamber water outlet.
Description
Technical field
Interior circulator bath dust pelletizing system belongs to environmental protection new technology engineering goods --- advanced practical green technology collection
Into industrial pollution Treatment process and the new high-tech product of equipment class, it is widely used in filtering and purifying in commercial process
Air, is practically applicable to carry out each field of environmental protection.
Circulator bath dust pelletizing system belongs to new and high technology and rebuilds traditional industry in the utility model --- environmental protection class
New high-tech product.
Background technology
Interior circulator bath dust pelletizing system be suitable for machine-building, tobacco factory, colliery building site, metallurgy, building materials, chemical industry, light industry and
The purification and dedusting of the dusty gases such as grain processing, fly upward dust to removing, improve working conditions and environmental protection, especially again
It is that the workshop dedusting limited to indoor location space is especially beneficial.
The cigarette machine concentrated dust-removing of tobacco factory is applicable in, the wind of scrap prodn. line send dedusting, can be widely used for beating leaf, takes off stalk, Qie Ye, matches somebody with somebody
Leaf, cut stalk, seperator, wind sorting machine, screening jigging conveyer, throwing cooler, tobacco shreds drying, stem drying, cigarette bag etc. entirely
Process produces the dust treatment of cigarette equipment.
Interior circulator bath dust pelletizing system thoroughly prevents：Occur fire behavior, ash-laden gas in production process because dust content is exceeded
Body because of equipment high speed rotary motion, produce friction, electrostatic, impact, collision and there is spark, dusty gas gathers dust wind with spark edge
Pipe causes the hidden danger of burning when entering deduster.
Application target：Dedusting, purification and technique recycling.
Have the characteristics that：It is compact-sized, suction is powerful, operation is flexible, volume is big, safe and reliable, purification efficiency is high, purposes is wide
It is general, performance stabilization, conveniently moving, the safe and simple convenience of Operation and Maintenance.
Utility model content
It is an object of the invention to provide filtering and purification air, concentrated dust-removing, wind in a kind of production process for design to send
The technical solution of dedusting, its interior circulator bath dust pelletizing system include：
Dusty gas collect air hose 1., centrifugal high pressure fan 2., wet dust collector 3., the dirty water decontamination handles room 4., circulation
5. five parts are formed water piping system, wherein：
1. dusty gas collects air hose：
Formed using the high-quality carbon cold-rolled steel sheet roll-forming group weldering of thin-walled, by adjusting valve（1）, elbow and and external equipment
The various pipe fitting being connected is formed.
Centrifugal high pressure fan is 2.：
Select YZ-19No4A right（R）90oWind turbine, 1704 m of total head 3253Pa air quantity3/h 2900rpm 3kw。
Wet dust collector is 3.：
By atomizer（2）, cone-shaped water mist filter mantle（3）, deduster stack shell（4）, maintenance door（5）, cross air filtering outside arrange
Pipe（6）, rain cap（7）, main overflow port（8）, upper limit overflow port（9）, recirculated water inlet（10）Component is formed.
The dirty water decontamination handles room is 4.：
By expansion chamber（11）, toilet（12）, suspended matter filter plate（13）, toilet's overflow port（14）, clean water supplement
Mouthful（17）, toilet cleaning sewage draining exit（21）, expansion chamber silt displacement mouth（25）Component is formed.
Circulating water pipeline system is 5.
By circulating pump（15）, initial fill mouth（16）, recirculated water pipe network（18）, flexible hose（19）, silt displacement mouth
（20）, toilet's circulating-water valve（22）, check-valves（23）, toilet's hose valves（24）, expansion chamber hose valves（26）, recirculated water note
Mouth valve（27）, low level silt displacement valve（28）, high-order silt displacement valve（29）, middle position silt displacement valve（30）Component is formed.
Operation principle
Dusty gas is drawn into water-bath through wind turbine and is removed using interior circulation without sewage discharge water bath dust-removing mode, dusty gas
Clean gas, is discharged into air by dirt device again after filtering.
When dust-laden sky along dust-laden air hose through wind turbine enter wet dust collector after, to spray at a high speed at atomizer, go out
The water surface, makes water form substantial amounts of foam and water mist, and grit is poured in water and is captured with air-flow, and tiny grit can also be in water mist
Middle purification, therefore efficiency is higher up to 95%.
To realize recycling for water bath dust-removing water, main overflow port overflow pipe is fabricated to zigzag structure and and water bath dust-removing
Device conical lower portion center outlet of sewer is weldingly connected, and the grit being captured in deduster is settled along bottom immediately.Bottom sedimentation
Grit flows into the dirty water decontamination handles room along overflow pipe, through main overflow port from bottom interface tube and carries out purified treatment, filtered purification
Clean water afterwards re-injects recycling along wet dust collector top.
Important technological parameters
General sewage enter be detained needed for expansion chamber must assure that >=1 it is small when, pressure circulates in-pipe flow in 0.4MPA
Speed is generally 1 meter per second, and when circulation road diameter takes DN=32mm, circulating water flow is：2.9m3/h。
The normal flow of water, by design, is no more than 3 meter per seconds in exit of pump, when designing pipeline, generally 1.5~
2.0 meter per second.
Sewage disposal circulating pump：
Model：32GW8-12-0.75 power：0.75kw duct type no-blocking pollution discharging pumps DN=32mm
The dirty water decontamination handles room：
Long 1.80m × wide 1.60m × high 1.26m=3.6m3
Circulating water pipe allows maximum flow rate：1.24m /s
Circulating water pipe maximum stream flow：3.59m3/h
Expansion chamber most settling time：1 it is small when.
Brief description of the drawings
Fig. 1 is the principles and structure schematic front view of the utility model.
Fig. 2 is the structural representation top view of the utility model.
Fig. 3 is the A-A schematic cross-sectional views of Fig. 1.
Fig. 4 is the B-B schematic cross-sectional views of Fig. 1.
The structure, operation principle, design reason of interior circulator bath dust pelletizing system are described in detail by Fig. 1, Fig. 2, Fig. 3, Fig. 4
Read, the utility model includes：
Dusty gas collect air hose 1., centrifugal high pressure fan 2., wet dust collector 3., the dirty water decontamination handles room 4., circulation
5. five parts are formed water piping system.
Embodiment
Technical solutions of the utility model are further described below in conjunction with the accompanying drawings：
Interior circulator bath dust pelletizing system as shown in Figure 1, Figure 2, Figure 3, Figure 4, including：
1. dusty gas collects air hose：
Formed using the high-quality carbon cold-rolled steel sheet roll-forming group weldering of thin-walled, by adjusting valve（1）, elbow and and external equipment
The various pipe fitting being connected is formed.
Centrifugal high pressure fan is 2.：
Select YZ-19No4A right（R）90oWind turbine, 1704 m of total head 3253Pa air quantity3/h 2900rpm 3kw。
Wet dust collector is 3.：
By atomizer（2）, cone-shaped water mist filter mantle（3）, deduster stack shell（4）, maintenance door（5）, cross air filtering outside arrange
Pipe（6）, rain cap（7）, main overflow port（8）, upper limit overflow port（9）, recirculated water inlet（10）Component is formed.
Air hose is collected through dusty gas 1. 2. 3. wet dust collector is entered by centrifugal high pressure fan when dusty gas
Afterwards, in atomizer（2）Sentence and spray at a high speed, go out the water surface, water is formed substantial amounts of foam and water mist, grit is poured with air-flow
It is captured in water, tiny grit can also purify in water mist, therefore efficiency is higher up to 95%.
To realize recycling for water bath dust-removing water, wet dust collector 3. main overflow port（8）Interface tube design is removed in water-bath
Dirt device 3. conical lower portion center, the grit being captured in deduster are settled along bottom immediately；The grit of bottom sedimentation is from lower tube
Interface along overflow pipe, through main overflow port（8）Flow into the dirty water decontamination handles room and 4. carry out purified treatment, conical lower portion central tube connects
Mud cleaning water injection valve is installed at mouthful, on-line cleaning is carried out to sediment in main overflow pipe using high pressure water；Filtered purification
Recirculated water afterwards is along wet dust collector 3. top recirculated water inlet（10）Re-inject, recycle.
To ensure that 3. interior water level control is in the range of design allows wet dust collector, when water level exceedes what design allowed
During peak level, water can be along upper limit overflow port（9）Discharge, flows into the dirty water decontamination handles room and 4. recycles.
Circulator bath dedusting method thoroughly prevents in no discharge：
Occur because dust content is exceeded fire behavior, dusty gas in production process because of equipment high speed rotary motion, produce friction,
Electrostatic, impact, collision and there is spark, dusty gas caused when entering deduster along dust-collection air pipe with spark burning hidden danger.
The dirty water decontamination handles room is 4.：
By expansion chamber（11）, toilet（12）, suspended matter filter plate（13）, toilet's overflow port（14）, clean water supplement
Mouthful（17）, toilet cleaning sewage draining exit（21）, expansion chamber silt displacement mouth（25）Component is formed.
Wet dust collector 3. main overflow port（8）The dust-laden sewage given off, into expansion chamber（11）Sedimentation, after filtering
Enter back into toilet（12）, then through circulating pump（15）Purified water is pumped into wet dust collector again 3. to recycle.To avoid
Suspended matter drifts about to downstream toilet（12）, in expansion chamber（11）Water outlet is provided with one of suspended matter filter plate（13）.
Efflux gas after 3. being filtered due to wet dust collector can take away a large number of water molecules, it is therefore desirable to gradual to system
A certain amount of clean water is supplemented, for this in toilet（12）Top is designed with clean water supply port（17）, what efflux gas was taken away
Hydrone can form dynamic equilibrium with supplement water, and guarantee system can have normal work institute water requirement.When the clean water supplemented
During more than design requirement, excessive water can be from toilet's overflow port（14）Overflow.
Sewage draining exit cleans in toilet（21）, expansion chamber silt displacement mouth（25）Exit is separately installed with ball valve, can distinguish
Ball valve is directly opened by mud along low level silt displacement valve（28）Mouth discharge.
Circulating water pipeline system is 5.：
By circulating pump（15）, initial fill mouth（16）, recirculated water pipe network（18）, flexible hose（19）, silt displacement mouth
（20）, toilet's circulating-water valve（22）, check-valves（23）, toilet's hose valves（24）, expansion chamber hose valves（26）, recirculated water note
Mouth valve（27）, low level silt displacement valve（28）, high-order silt displacement valve（29）, middle position silt displacement valve（30）Component is formed.
Water bath dust-removing water recycles：
First turn on clean water supply port（17）Ball valve, makes toilet（12）Water level is close to toilet's overflow port（14）It is attached
Closely, then by toilet's circulating-water valve（22）, recirculated water geat valve（27）Open, other each valves are closed, then will just
Beginning water filling port（16）Ball valve is opened, to recirculated water pipe network（18）Water is inside filled, turns off initial fill mouth（16）Ball valve, Ran Houqi
Dynamic circulating pump（15）；From check-valves（23）Locate entrance by toilet（12）In clean water continuously from recirculated water inlet
（10）In being injected into wet dust collector 3.；Until deduster stack shell（4）Interior water is from main overflow port（8）Flow out into sedimentation
Room（11）It is interior it is full after flow into toilet（12）In, work as toilet（12）Middle water is from toilet's overflow port（14）, can will be clean during spilling
Water purification supply port（17）Gradually turn down or close.
Dust-containing water is from wet dust collector 3. main overflow port（8）Flow out into expansion chamber（11）Slowly settled, generally
Sewage enters expansion chamber（11）It is required delay must assure that >=1 it is small when, recirculated water pipe network（18）Interior water velocity be generally 1 meter/
Second.
To avoid suspended matter from drifting about to downstream toilet（12）, in expansion chamber（11）Water outlet is provided with one of suspended matter
Filter plate（13）.
Recirculated water after purified filtering, flows slowly into toilet（12）It is interior, thereby realize following for water bath dust-removing water
Ring utilizes.
The silt displacement and cleaning of the dirty water decontamination handles room 4.：
First method：
Low level flows out naturally, i.e. expansion chamber silt displacement mouth（25）With low level silt displacement valve（28）Ball valve is opened, remaining
Each valve is closed, and mud just can be from low level silt displacement valve（28）Flowed out naturally at mouthful.
Or toilet's cleaning sewage draining exit（21）With low level silt displacement valve（28）Ball valve is opened, remaining each valve is closed, with regard to energy
To toilet（12）Carry out cleaning to keep a public place clean, sewage just can be from low level silt displacement valve（28）Flowed out naturally at mouthful.
Second method：
By high-order silt displacement valve（29）, middle position silt displacement valve（30）, expansion chamber silt displacement mouth（25）Ball valve is whole
Open, remaining each valve is closed, open the circulation pump（15）, mud just can be from high-order silt displacement valve（29）Flowed out at mouthful.
By high-order silt displacement valve（29）, middle position silt displacement valve（30）, toilet cleaning sewage draining exit（21）Ball valve is whole
Open, remaining each valve is closed, open the circulation pump（15）, sewage just can be from high-order silt displacement valve（29）Flowed out at mouthful.
The third method：
Operating personnel holds flexible hose（19）, in expansion chamber（11）It is interior, the mud of any place can be cleared up；As long as
By high-order silt displacement valve（29）, expansion chamber hose valves（26）Open, remaining each valve is closed, open the circulation pump（15）, mud is just
Can be along flexible hose（19）Mouthful from high-order silt displacement valve（29）Flowed out at mouthful.
Operating personnel is by flexible hose（19）It is connected to toilet's hose valves（24）Place, holds flexible hose（19）In cleaning
Room（12）It is interior, the mud of any place can be cleared up；As long as by high-order silt displacement valve（29）, toilet's hose valves（24）Beat
Open, remaining each valve is closed, open the circulation pump（15）, sewage just can be along flexible hose（19）Mouthful from high-order silt displacement valve（29）Mouthful
Place's outflow.
Cone-shaped water mist filter mantle（3）Formed using high-quality carbon cold-rolled steel sheet shaping group weldering, bottom and deduster stack shell（4）
Link position is designed with conical water blocking and deletes column, and water droplets and outer row's pure air are filtered, are monolithically fabricated coniform
Form, the pure air after filtering are discharged along cone top part.
Deduster stack shell（4）Welded using high-quality carbon cold-rolled steel sheet shaping group, middle part is columnar structured, and bottom is taper
Structure, cone bottom center is outlet of sewer, with main overflow port（8）Overflow pipe is weldingly connected, and above middle cylinder horizontal plane, is provided with
Maintenance door（5）, recirculated water inlet（10）, atomizer（2）, be welded with dusty gas inlet connecting branch, top and taper water
Mist filter mantle（3）Connection.
Main overflow port（8）Overflow pipe be fabricated to zigzag structure and with deduster stack shell（4）Conical lower portion center outlet of sewer
It is weldingly connected, mud cleaning pipe and ball valve is installed at the main pipe elbow of bottom, using high pressure water to sediment in main overflow pipe
Carry out on-line cleaning.
Circulating pump（15）It is the silt displacement and cleaning that recycle with the dirty water decontamination handles room 4. of water bath dust-removing water
Power source, is selected：Duct type no-blocking pollution discharging pump, model 32GW8-12-0.75, power 0.75kw；In circulating pump（15）People
Initial fill mouth is installed before mouthful（16）, when starting first, first by initial fill mouth（16）Ball valve is opened, to recirculated water pipe network
（18）Water is inside filled, turns off initial fill mouth（16）Ball valve, then could start circulating pump（15）Start to work.
Expansion chamber（11）And toilet（12）Welded using high-quality carbon cold-rolled steel sheet shaping group, top design has twice activity
Head cover, to avoid suspended matter from drifting about to downstream toilet（12）, in expansion chamber（11）Water outlet is provided with one of suspended matter mistake
Filter plate（13）, while expansion chamber silt displacement mouth is installed（25）；Toilet（12）Toilet's overflow port is installed（14）, it is clean
Water supply port（17）, toilet cleaning sewage draining exit（21）；Expansion chamber silt displacement mouth（25）, toilet cleaning sewage draining exit（21）It is logical
Cross ball valve and recirculated water pipe network（18）It is connected.
Claims (9)
1. a kind of interior circulator bath dust pelletizing system, including：Dusty gas collect air hose 1., centrifugal high pressure fan 2., water bath dust-removing
Device 3., the dirty water decontamination handles room 4., circulating water pipeline system 5. five parts form, it is characterised in that：
The wet dust collector is 3.：
By atomizer（2）, cone-shaped water mist filter mantle（3）, deduster stack shell（4）, maintenance door（5）, cross the outer comb of air filtering
（6）, rain cap（7）, main overflow port（8）, upper limit overflow port（9）, recirculated water inlet（10）Component is formed；
Dusty gas is after 1. 2. 3. dusty gas collection air hose enters wet dust collector by centrifugal high pressure fan, in mist
Change nozzle（2）Sentence and spray at a high speed, go out the water surface, water is formed substantial amounts of foam and water mist, grit pour in water with air-flow and
It is captured, tiny grit can also purify in water mist；
To realize recycling for water bath dust-removing water, wet dust collector 3. main overflow port（8）Interface tube is designed in wet dust collector
3. conical lower portion center, bottom sedimentation grit from bottom interface tube along overflow pipe, through main overflow port（8）Flow into sewage purification
4. process chamber carries out purified treatment, conical lower portion central tube interface is provided with mud cleaning water injection valve, using high pressure water to master
Sediment carries out on-line cleaning in overflow pipe；Filtered purified recirculated water is along top recirculated water inlet（10）Note again
Enter, recycle；
To ensure that 3. interior water level control is in the range of design allows wet dust collector, when water level exceedes the highest for designing and allowing
During water level, water can be along upper limit overflow port（9）Discharge, flows into the dirty water decontamination handles room and 4. recycles；
The dirty water decontamination handles room is 4.：
By expansion chamber（11）, toilet（12）, suspended matter filter plate（13）, toilet's overflow port（14）, clean water supply port
（17）, toilet cleaning sewage draining exit（21）, expansion chamber silt displacement mouth（25）Component is formed；
Wet dust collector 3. main overflow port（8）The dust-laden sewage given off, into expansion chamber（11）Sedimentation, filtering after again into
Enter toilet（12）, then through circulating pump（15）Purified water is pumped into wet dust collector again 3. to recycle；To avoid suspending
Thing drifts about to downstream toilet（12）, in expansion chamber（11）Water outlet is provided with one of suspended matter filter plate（13）；
Efflux gas after 3. being filtered due to wet dust collector can take away a large number of water molecules, in toilet（12）Top is set
In respect of clean water supply port（17）；When the clean water supplemented exceedes design requirement, excessive water can be from toilet's overflow
Mouthful（14）Overflow；
Sewage draining exit cleans in toilet（21）, expansion chamber silt displacement mouth（25）Exit is separately installed with ball valve, can be direct respectively
Ball valve is opened by mud along low level silt displacement valve（28）Mouth discharge.
2. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The circulating water pipeline system is 5.：
By circulating pump（15）, initial fill mouth（16）, recirculated water pipe network（18）, flexible hose（19）, silt displacement mouth（20）, it is clean
Clean room circulating-water valve（22）, check-valves（23）, toilet's hose valves（24）, expansion chamber hose valves（26）, recirculated water geat valve
（27）, low level silt displacement valve（28）, high-order silt displacement valve（29）, middle position silt displacement valve（30）Component is formed.
3. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The dusty gas collects air hose
①：
Formed using the high-quality carbon cold-rolled steel sheet roll-forming group weldering of thin-walled, by adjusting valve（1）, elbow and be connected with external equipment
The various pipe fitting connect is formed.
4. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The centrifugal high pressure fan is 2.：
Select YZ-19No4A right（R）90oWind turbine, 1704 m of total head 3253Pa air quantity3/h 2900rpm 3kw。
5. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The cone-shaped water mist filter mantle（3）
Formed using high-quality carbon cold-rolled steel sheet shaping group weldering, bottom and deduster stack shell（4）Link position is designed with conical water blocking
Column is deleted, water droplets and outer row's pure air are filtered, are monolithically fabricated conical like form, the pure air edge cone after filtering
Discharge at top.
6. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The deduster stack shell（4）Using
High-quality carbon cold-rolled steel sheet shaping group weldering, middle part is columnar structured, and bottom is pyramidal structure, and cone bottom center is outlet of sewer,
With main overflow port（8）Overflow pipe is weldingly connected, and above middle cylinder horizontal plane, is provided with maintenance door（5）, recirculated water inlet
（10）, atomizer（2）, be welded with dusty gas inlet connecting branch, top and cone-shaped water mist filter mantle（3）Connection.
7. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The main overflow port（8）Overflow pipe
Be fabricated to zigzag structure and with deduster stack shell（4）Conical lower portion center outlet of sewer is weldingly connected, at the main pipe elbow of bottom
Mud cleaning pipe and ball valve are installed, on-line cleaning is carried out to sediment in main overflow pipe using high pressure water.
8. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The circulating pump（15）It is that water-bath removes
The power source for recycling silt displacement and cleaning with the dirty water decontamination handles room 4. of dirt water, is selected：Duct type is without the row of blocking
Dirt pump, model 32GW8-12-0.75, power 0.75kw；In circulating pump（15）Initial fill mouth is installed before population（16）, it is first
During secondary startup, first by initial fill mouth（16）Ball valve is opened, to recirculated water pipe network（18）Water is inside filled, turns off initial fill mouth
（16）Ball valve, then could start circulating pump（15）Start to work.
9. interior circulator bath dust pelletizing system according to claim 1, it is characterised in that：The expansion chamber（11）And toilet
（12）Welded using high-quality carbon cold-rolled steel sheet shaping group, top design has twice removable top cover, to avoid suspended matter from drifting about under
Swim toilet（12）, in expansion chamber（11）Water outlet is provided with one of suspended matter filter plate（13）, while expansion chamber is installed
Silt displacement mouth（25）；Toilet（12）Toilet's overflow port is installed（14）, clean water supply port（17）, toilet cleaning row
Dirty mouth（21）；Expansion chamber silt displacement mouth（25）, toilet cleaning sewage draining exit（21）Pass through ball valve and recirculated water pipe network（18）Phase
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721142991.2U CN207237541U (en) | 2017-09-07 | 2017-09-07 | Interior circulator bath dust pelletizing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721142991.2U CN207237541U (en) | 2017-09-07 | 2017-09-07 | Interior circulator bath dust pelletizing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207237541U true CN207237541U (en) | 2018-04-17 |
Family
ID=61887447
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721142991.2U Expired - Fee Related CN207237541U (en) | 2017-09-07 | 2017-09-07 | Interior circulator bath dust pelletizing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207237541U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108722098A (en) * | 2018-06-08 | 2018-11-02 | 浙江万源环保机械科技有限公司 | A kind of water-bath deodorization deduster |
| CN109763819A (en) * | 2019-03-22 | 2019-05-17 | 中国石油大学(华东) | A kind of dust removing apparatus for development machine |
| CN111939698A (en) * | 2020-07-13 | 2020-11-17 | 倪其棍 | Industrial smoke particulate matter filter equipment |
-
2017
- 2017-09-07 CN CN201721142991.2U patent/CN207237541U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108722098A (en) * | 2018-06-08 | 2018-11-02 | 浙江万源环保机械科技有限公司 | A kind of water-bath deodorization deduster |
| CN109763819A (en) * | 2019-03-22 | 2019-05-17 | 中国石油大学(华东) | A kind of dust removing apparatus for development machine |
| CN111939698A (en) * | 2020-07-13 | 2020-11-17 | 倪其棍 | Industrial smoke particulate matter filter equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105999923B (en) | A kind of the multimachine reason wet-scrubbing equipment and dust removal method of water circulation use | |
| CN201157746Y (en) | Energy-saving cooking fume purifier | |
| CN201353468Y (en) | Cyclone pulse filter cylinder bag type dust remover | |
| CN207237541U (en) | Interior circulator bath dust pelletizing system | |
| CN107158868B (en) | A kind of industrial dedusting device | |
| CN207237542U (en) | Wet dust collector | |
| CN104906894A (en) | Hydraulic dust removal device | |
| CN204919443U (en) | Sweeping machine dust pelletizing system and have its sweeping machine | |
| CN204485447U (en) | A kind of roller screen filter | |
| CN206549369U (en) | Plasma spraying waste gas filter | |
| CN203655341U (en) | Novel wet-type mining cyclone dust remover | |
| CN107308742A (en) | A kind of pulse dust cleaning sack cleaner | |
| CN204299509U (en) | Malleation induction type drilling dust-removing apparatus and venturi tube duster thereof | |
| CN201295581Y (en) | Atomizing and dust collecting equipment of windspout counterflow type | |
| CN107961628A (en) | Construction site air cleaning unit | |
| CN102758463A (en) | Dedusting device of excavator | |
| CN109289353B (en) | Pulse bag type dust collector with low running noise | |
| RU155708U1 (en) | BATTERY EMULSOR | |
| CN207805824U (en) | A kind of cyclone dust collectors | |
| CN105498426A (en) | Dust collection and sedimentation device | |
| CN206621923U (en) | A kind of high dirt emission-control equipment | |
| CN206240233U (en) | Flue dust unhurried current particulate autoprecipitation collection device | |
| CN205886495U (en) | Gas -liquid separating device | |
| CN106377961B (en) | A kind of wet classification dust-extraction unit and application | |
| CN201695076U (en) | Fume recovering and dedusting device of drainage type zinc pot |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180417 Termination date: 20180907 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |