CN209495346U - Haze chimney - Google Patents
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- CN209495346U CN209495346U CN201920132031.0U CN201920132031U CN209495346U CN 209495346 U CN209495346 U CN 209495346U CN 201920132031 U CN201920132031 U CN 201920132031U CN 209495346 U CN209495346 U CN 209495346U
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- chimney
- strainer
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- pernicious gas
- haze
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Abstract
The utility model discloses a kind of haze chimney, including chimney ontology, the bottom of the chimney ontology is connected with flue；It is characterized in that, level Four pernicious gas processing structure is provided in the haze chimney, first order pernicious gas processing structure includes relief chamber, first strainer is installed in relief chamber, second level pernicious gas processing structure includes the second strainer and the spray head above the second strainer, the top of spray head is connected with decarbonizing liquid delivery pipe, decarbonizing liquid delivery pipe is connected to the solution feed pump in decarburization liquid case, third level pernicious gas processing structure includes the pm2.5 filter paper above spray head and the smoke extractor above pm2.5 filter paper, fourth stage pernicious gas processing structure includes the activated carbon interlayer above smoke extractor.The utility model can be filtered haze processing to pernicious gas well, and since the utility model is that installation is equipped with level Four pernicious gas processing structure directly in chimney ontology, saves component, reduce costs.
Description
Technical field
The utility model belongs to technical field of environment protection equipment, in particular to a kind of haze chimney.
Background technique
Existing warming chimney and villages and small towns peasant household chimney make a large amount of nocuousness due to not having to filter haze device
Gas is discharged into air, causes environmental pollution, haze weather occurs often, causes immeasurable damage.And industrial cigarette
Cylinder is usually pipeline to be provided between chimney and boiler, and filtering haze device is provided in pipeline, and such pipeline just accounts for
With space, and due to having used pipe element, cost is increased.
CN108119905A discloses a kind of automatic drop haze chimney of gas fired-boiler, belongs to field of environment protection equipment, including
Flue gas cools down array tube, and the cooling array tube side of the flue gas is provided with venturi getter device, the cooling array tube of the flue gas
Bottom is provided with return water tank, and next part smoke box, the upper next part smoke box top are provided with above the cooling array tube of the flue gas
It is provided with draining tray, is provided with multiple tube screwed dehydration group above the draining tray, the venturi getter device is by literary mound
In air inlet and tuning ear pull composition, the venturi air inlet is mounted on the side that the tuning ear is pulled, the draining tray
It is made of lower tray and top tray.
The patent is not necessarily to additionaling power during removing haze, flows completely by air to push, economical operation is at low cost
It is honest and clean, can have except 80% or more vapor in flue gas, the dust of SO2 of 30% or more NOX, 80% or more and 90% or more
Good environment protecting.But it there is problems: due to this except haze process is that air flowing is leaned on to push completely,
In practical application, it is too small to lead to the problem of power, causes to cause environmental pollution except haze effect is not good enough.
Therefore, it is simple how can to provide a kind of structure, haze can be effectively removed, and also reduces to boiler room sky
Between the haze chimney occupied, becoming those skilled in the art has technical problem to be solved.
Utility model content
In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how can provide
A kind of structure is simple, can effectively remove haze, and also reduces the haze chimney occupied to boiler room space.
In order to solve the above-mentioned technical problem, the utility model uses the following technical solution:
The bottom of a kind of haze chimney, including chimney ontology, the chimney ontology is connected with flue；Its feature exists
In the haze chimney further include:
First order pernicious gas processing structure, the first order pernicious gas processing structure include being set to the flue
Interior relief chamber, the relief chamber are expanded by the middle part of the flue and are formed, also vertically-mounted in the relief chamber to have first
Strainer, the perpendicular where first strainer are vertical with the axial line of the flue；
Second level pernicious gas processing structure, the second level pernicious gas processing structure include being horizontally installed to the cigarette
Second strainer of cylinder body bottom portion, second level pernicious gas processing structure further includes being installed in the chimney ontology, and be located at
Spray head above second strainer, the spray orifice of the spray head is downward, and the top of the spray head is connected with decarbonizing liquid conveying
Pipe, one end of the decarbonizing liquid delivery pipe are connected with the spray head, and the other end is piercing in outside the side wall of the chimney ontology, in institute
It states chimney ontology and is externally provided with the decarburization liquid case that an inside is equipped with decarbonizing liquid, and the decarbonizing liquid delivery pipe stretches out the chimney ontology
One end end extend to and protrude into the decarburization liquid case, a solution feed pump, the decarbonizing liquid are additionally provided in the decarburization liquid case
Delivery pipe is connected with the solution feed pump；
Third level pernicious gas processing structure, the third level pernicious gas processing structure include being horizontally installed to the cigarette
In cylinder ontology, and be located at the pm2.5 filter paper above the spray head, third level pernicious gas processing structure further include be installed on it is described
In chimney ontology, and be located at the pm2.5 filter paper above smoke extractor, by the smoke extractor can by air below to
Upper transmission；
Fourth stage pernicious gas processing structure, the fourth stage pernicious gas processing structure include being horizontally installed to the cigarette
In cylinder ontology, and it is located at the activated carbon interlayer above the smoke extractor.
In the technical scheme, pernicious gas enters from flue, relief chamber is initially entered, since relief chamber is compared with flue
Thicker, the effect for depressurizing pernicious gas keeps pernicious gas more easily processed, and pernicious gas in relief chamber by
To the filtering of the first strainer；Then, pernicious gas enters chimney ontology, by the further filtering of the second strainer, the second strainer
On the bulky grain in pernicious gas is filtered out by decarbonizing liquid, and decarbonizing liquid has neutralized the sulfur dioxide in pernicious gas；
Then.Pernicious gas continues to rise in this physical efficiency of chimney, then is filtered by another step of pm2.5 filter paper, and in smoke extractor
Under effect, by the water vapor adsorption in pernicious gas on pm2.5 filter paper, preventing vapor from entering in the active carbon of top makes to live
Property charcoal failure；Finally, pernicious gas is filtered by active carbon, can by formaldehyde in gas, benzene, ammonia, TVOC, peculiar smell, etc. nuisances
The absorption or disinfection of matter, to make the basic innocuous gas of gas cleaning；In this way, the chimney in the technical program has with level Four
Evil gas-handling configurations can be filtered haze processing to pernicious gas well, reduce environmental pollution, simultaneously as this
Technical solution is that level Four pernicious gas processing structure is equipped with directly in chimney ontology and in flue, saves component,
It reduces costs, it is easy to spread.
Further, the decarburization liquid case is set to the side of the chimney ontology, the bottom of the chimney ontology and institute
The bottom for stating decarburization liquid case passes through a horizontal communication channel connection；Further include deflector, one end of the deflector with it is described
Communication channel is connected close to the bottom of chimney ontology side, and the other end of the deflector extends obliquely upward and and the chimney
Ontology is connected far from the side wall of the communication channel side, and is located at the lower section of the flue.
In this way, spray head sprays decarbonizing liquid to fie screen, carefully strainer is made to be full of decarbonizing liquid, when pernicious gas passes through fie screen
When, the carbon particle in pernicious gas will be absorbed and be fallen by decarbonizing liquid when passing through decarbonizing liquid, be brought into behind whereabouts through deflector
It is deposited in bottom after in decarburization liquid case, decarbonizing liquid is enable to recycle, achievees the effect that save resource；Simultaneously because decarbonizing liquid
In alkalinity, the sulfur dioxide in pernicious gas can also be neutralized.
Further, the middle part of the decarburization liquid case is also horizontally installed with layering strainer, and the solution feed pump is located at described
It is layered the top of strainer.
In this way, decarburization liquid case is divided into two layers by layering strainer, the decarburization that carbon particle is fallen and had from fie screen is avoided
Liquid is directly contacted and is damaged to solution feed pump with solution feed pump.
It further, further include protection strainer, the protection screen cover is set on the outside of the solution feed pump.
In this way, it is de- to protect strainer that solution feed pump and decarbonizing liquid delivery pipe can further be protected not to be fallen from fie screen
Bulky grain in carbon liquid enters in solution feed pump and decarbonizing liquid delivery pipe and is damaged to.
Further, the upper end of the decarburization liquid case offers filling opening, and lower end offers sewage draining exit.
In this way, when the amount that can be contacted with solution feed pump is not achieved in the decarbonizing liquid of recycling, by filling opening to decarburization
Liquid case carry out liquid feeding, and sewage draining exit can also the bulky grain in decarburization liquid case accumulate to a certain extent when, to decarburization liquid case into
Row cleaning excludes bulky grain.
Further, the inner sidewall of the installation place of second strainer is corresponded in the chimney ontology also to the inner sidewall
Inner-concave formed the second strainer mounting groove, second strainer edge extension is placed in the second strainer mounting groove,
The second strainer mounting groove is provided with towards the side of the chimney body exterior can be in the chimney ontology external switch
Second strainer mounting groove valve.
In this way, solve the second strainer in the installation question of chimney body interior, meanwhile, the second strainer mounting groove valve is also
It can be conveniently periodically to the inspection and replacement of the second strainer.
Further, the inner sidewall of the installation place of the pm2.5 filter paper is corresponded in the chimney ontology also to the inside
The inner-concave of wall forms pm2.5 filter paper mounting groove, and the edge extension of the pm2.5 filter paper is placed in the pm2.5 filter paper installation
In slot, the pm2.5 filter paper mounting groove is provided with towards the side of the chimney body exterior can be external in the chimney sheet
The pm2.5 filter paper mounting groove valve of switch.
In this way, solve pm2.5 filter paper in the installation question of chimney body interior, meanwhile, pm2.5 filter paper mounting groove valve
It can also be conveniently periodically to the inspection and replacement of pm2.5 filter paper.
Further, the inner sidewall of the installation place of the activated carbon interlayer is corresponded in the chimney ontology also to the inside
The inner-concave of wall forms activated carbon interlayer mounting groove, and the edge extension of the activated carbon interlayer is placed in the activated carbon interlayer peace
In tankage, the activated carbon interlayer mounting groove is provided with towards the side of the chimney body exterior can be in the chimney ontology
The activated carbon interlayer mounting groove valve of external switch.
In this way, solve activated carbon interlayer in the installation question of chimney body interior, meanwhile, activated carbon interlayer mounting groove is living
Door can also be conveniently periodically to the inspection of activated carbon interlayer and replacement.
Further, offering on the outside of the relief chamber can be in the first strainer valve of the relief chamber external switch.
In this way, energy prescription with ingredients even in number is just periodically to the inspection and replacement of the first strainer.
Further, the upper end of the smoke extractor, which is also connected with, is provided with smoke extractor installing pipe, the smoke extractor installing pipe
End be piercing in the outside of the chimney ontology, arrange live wire in the smoke extractor installing pipe, one end of the electric wire is stretched
It is connected for outside the smoke extractor installing pipe and with the smoke extractor, the other end is located at the chimney from the smoke extractor installing pipe
Smoke extractor switch is stretched out and be connected in this external end, and the smoke extractor switch is installed on the bottom outside of the chimney ontology
Wall.
In such manner, it is possible to which convenient control smoke extractor.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Drawing reference numeral explanation: chimney ontology 1；Flue 2；Relief chamber 3；First strainer 4；Second strainer 5；Spray head 6；Decarburization
Liquid delivery pipe 7；Decarburization liquid case 8；Pm2.5 filter paper 9；Smoke extractor 10；Activated carbon interlayer 11；Communication channel 12；Deflector 13；Layering filter
Net 14；Solution feed pump 15；Protect strainer 16；Filling opening 17；Sewage draining exit 18；Electric wire 19；Smoke extractor switch 20.
Specific embodiment
Below with reference to example attached drawing, the utility model is described in further detail.
When specific implementation: as shown in Figure 1, a kind of haze chimney, including chimney ontology 1, the bottom of the chimney ontology 1
It is connected with flue 2；It is characterized in that the haze chimney further includes that first order pernicious gas processing structure, the second level have
Evil gas-handling configurations, third level pernicious gas processing structure and fourth stage pernicious gas processing structure.The first order is harmful
Gas-handling configurations include the relief chamber 3 being set in the flue 2, and the relief chamber 3 is expanded by the middle part of the flue 2
It is big to be formed, it is also vertically-mounted in the relief chamber 3 to have the first strainer 4, the perpendicular where first strainer 4 with it is described into
The axial line of flue 2 is vertical, so that the relief chamber 3 can be divided into two disjunct spaces by first strainer 4；Institute
Stating second level pernicious gas processing structure includes the second strainer 5 for being horizontally installed to 1 bottom of chimney ontology, second filter
The aperture of filter hole on net 5 is less than the aperture of the filter hole on first strainer 4, and second level pernicious gas processing structure is also
Including being installed in the chimney ontology 1, and it is located at the spray head 6 of 5 top of the second strainer, the spray orifice of the spray head 6 is downward,
The top of the spray head 6 is connected with decarbonizing liquid delivery pipe 7, one end of the decarbonizing liquid delivery pipe 7 and 6 phase of spray head
Even, the other end is piercing in outside the side wall of the chimney ontology 1.It is externally provided with inside one in the chimney ontology 1 equipped with decarbonizing liquid
Decarburization liquid case 8, and one end end for stretching out outside the chimney ontology 1 of the decarbonizing liquid delivery pipe 7 extends to and protrudes into the decarburization
In liquid case 8, a solution feed pump 15 is equipped in the decarburization liquid case, the decarbonizing liquid delivery pipe 7 is connected with the solution feed pump 15.
The third level pernicious gas processing structure includes being horizontally installed in the chimney ontology 1, and be located at 6 top of spray head
Pm2.5 filter paper 9, third level pernicious gas processing structure further include being installed in the chimney ontology 4, and be located at the pm2.5
The smoke extractor 10 of 9 top of filter paper, can be transmitted upwards air below by the smoke extractor 10.The fourth stage is harmful
Gas-handling configurations include the activated carbon interlayer for being horizontally installed in the chimney ontology 1, and being located at 10 top of smoke extractor
11。
In the technical scheme, pernicious gas enters from flue, relief chamber is initially entered, since relief chamber is compared with flue
Thicker, the effect for depressurizing pernicious gas keeps pernicious gas more easily processed, and pernicious gas in relief chamber by
To the filtering of the first strainer；Then, pernicious gas enters chimney ontology, by the further filtering of the second strainer, the second strainer
On the bulky grain in pernicious gas is filtered out by decarbonizing liquid, and decarbonizing liquid has neutralized the sulfur dioxide in pernicious gas；
Then.Pernicious gas continues to rise in this physical efficiency of chimney, then is filtered by another step of pm2.5 filter paper, and in smoke extractor
Under effect, by the water vapor adsorption in pernicious gas on pm2.5 filter paper, preventing vapor from entering in the active carbon of top makes to live
Property charcoal failure；Finally, pernicious gas is filtered by active carbon, can by formaldehyde in gas, benzene, ammonia, TVOC, peculiar smell, etc. nuisances
The absorption or disinfection of matter, to make the basic innocuous gas of gas cleaning；In this way, the chimney in the technical program has with level Four
Evil gas-handling configurations can be filtered haze processing to pernicious gas well, reduce environmental pollution, simultaneously as this
Technical solution is that level Four pernicious gas processing structure is equipped with directly in chimney ontology and in flue, saves component,
It reduces costs, it is easy to spread.
Wherein, the decarburization liquid case 8 is set to the side of the chimney ontology 1, the bottom of the chimney ontology 1 and described
The bottom of decarburization liquid case 8 is connected by a horizontal communication channel 12；Further include deflector 13, one end of the deflector 13 with
The communication channel 12 is connected close to the bottom of 1 side of chimney ontology, and the other end of the deflector 13 extends obliquely upward simultaneously
It is connected with the chimney ontology 1 far from the side wall of 12 side of communication channel, and is located at the lower section of the flue 2.
In this way, spray head sprays decarbonizing liquid to fie screen, carefully strainer is made to be full of decarbonizing liquid, when pernicious gas passes through fie screen
When, the carbon particle in pernicious gas will be absorbed and be fallen by decarbonizing liquid when passing through decarbonizing liquid, be brought into behind whereabouts through deflector
It is deposited in bottom after in decarburization liquid case, decarbonizing liquid is enable to recycle, achievees the effect that save resource；Simultaneously because decarbonizing liquid
In alkalinity, the sulfur dioxide in pernicious gas can also be neutralized.
Wherein, the middle part of the decarburization liquid case 8 is also horizontally installed with layering strainer 14, and the solution feed pump 15 is located at described point
The top of layer strainer 14.
In this way, decarburization liquid case is divided into two layers by layering strainer, the decarburization that carbon particle is fallen and had from fie screen is avoided
Liquid is directly contacted and is damaged to solution feed pump with solution feed pump.
It wherein, further include protection strainer 16, the protection strainer 16 covers at 15 outside of solution feed pump.
In this way, it is de- to protect strainer that solution feed pump and decarbonizing liquid delivery pipe can further be protected not to be fallen from fie screen
Bulky grain in carbon liquid enters in solution feed pump and decarbonizing liquid delivery pipe and is damaged to.
Wherein, the upper end of the decarburization liquid case 8 offers filling opening 17, and lower end offers sewage draining exit 18.
In this way, when the amount that can be contacted with solution feed pump is not achieved in the decarbonizing liquid of recycling, by filling opening to decarburization
Liquid case carry out liquid feeding, and sewage draining exit can also the bulky grain in decarburization liquid case accumulate to a certain extent when, to decarburization liquid case into
Row cleaning excludes bulky grain.
Wherein, the inner sidewall of the installation place of second strainer 5 is corresponded in the chimney ontology 1 also to the inner sidewall
Inner-concave forms the second strainer mounting groove, and the edge extension of second strainer 5 is placed in the second strainer mounting groove, institute
Stating that the second strainer mounting groove is provided with towards the side outside the chimney ontology 1 can be in 1 external switch of chimney ontology
Second strainer mounting groove valve.
In this way, solve the second strainer in the installation question of chimney body interior, meanwhile, the second strainer mounting groove valve is also
It can be conveniently periodically to the inspection and replacement of the second strainer.
Wherein, the inner sidewall of the installation place of the pm2.5 filter paper 9 is corresponded in the chimney ontology 1 also to the inner sidewall
Inner-concave formed pm2.5 filter paper mounting groove, the pm2.5 filter paper 9 edge extension is placed in the pm2.5 filter paper mounting groove
Interior, the pm2.5 filter paper mounting groove is provided with towards the side outside the chimney ontology 1 can be outside the chimney ontology 1
The pm2.5 filter paper mounting groove valve of switch.
In this way, solve pm2.5 filter paper in the installation question of chimney body interior, meanwhile, pm2.5 filter paper mounting groove valve
It can also be conveniently periodically to the inspection and replacement of pm2.5 filter paper.
Wherein, the inner sidewall of the installation place of the activated carbon interlayer 11 is corresponded in the chimney ontology 1 also to the inside
The inner-concave of wall forms activated carbon interlayer mounting groove, and the edge extension of the activated carbon interlayer 11 is placed in the activated carbon interlayer
In mounting groove, the activated carbon interlayer mounting groove is provided with towards the side of the chimney body exterior can be in the chimney sheet
The activated carbon interlayer mounting groove valve of 1 external switch of body.
In this way, solve activated carbon interlayer in the installation question of chimney body interior, meanwhile, activated carbon interlayer mounting groove is living
Door can also be conveniently periodically to the inspection of activated carbon interlayer and replacement.
Wherein, offering on the outside of the relief chamber 3 can be in the first strainer valve of 3 external switch of relief chamber.
In such manner, it is possible to convenient periodically to the inspection and replacement of the first strainer.
Wherein, the upper end of the smoke extractor 10, which is also connected with, is provided with smoke extractor installing pipe 18, the smoke extractor installing pipe 18
End be piercing in the outside of the chimney ontology 1, arrange live wire 19 in the smoke extractor installing pipe 18, the electric wire 19
One end stretch out in outside the smoke extractor installing pipe 18 and and the smoke extractor 10 connection, the other end is from the smoke extractor installing pipe 18
Smoke extractor switch 20 is stretched out and be connected in end outside the chimney ontology 1, and the smoke extractor switch 20 is installed on described
The bottom outside wall of chimney ontology 1.
In such manner, it is possible to which convenient control smoke extractor.
When implementation, the first strainer 4, the second strainer 5 and protection strainer 16 are all foam strainer, can be effectively filtered out
Bulky grain.
When implementation, smoke extractor 10 is powerful smoke extractor, can be more effectively filtered to pernicious gas, and will have
Water vapor adsorption in evil gas makes the activated carbon interlayer 11 of 10 top of smoke extractor on the pm2.5 filter paper 9 below smoke extractor 10
Filter effect it is more preferable.
When implementation, layering strainer 14 is copper strainer, can effectively be divided decarbonizing liquid in decarburization liquid case 8
Layer, the destruction so as to avoid the bulky grain in decarbonizing liquid to solution feed pump 15.
Claims (10)
1. the bottom of a kind of haze chimney, including chimney ontology, the chimney ontology is connected with flue；It is characterized in that,
The haze chimney further include:
First order pernicious gas processing structure, the first order pernicious gas processing structure include being set in the flue
Relief chamber, the relief chamber are expanded by the middle part of the flue and are formed, also vertically-mounted in the relief chamber to have the first strainer,
Perpendicular where first strainer is vertical with the axial line of the flue；
Second level pernicious gas processing structure, the second level pernicious gas processing structure include being horizontally installed to the chimney sheet
Second strainer of body bottom, second level pernicious gas processing structure further include being installed in the chimney ontology, and be located at described
The spray orifice of spray head above second strainer, the spray head is downward, and the top of the spray head is connected with decarbonizing liquid delivery pipe, institute
The one end for stating decarbonizing liquid delivery pipe is connected with the spray head, and the other end is piercing in outside the side wall of the chimney ontology, Yu Suoshu cigarette
Cylinder ontology is externally provided with the decarburization liquid case that an inside is equipped with decarbonizing liquid, and the decarbonizing liquid delivery pipe stretches out the one of the chimney ontology
End end, which extends to, to be protruded into the decarburization liquid case, and a solution feed pump, the decarbonizing liquid conveying are additionally provided in the decarburization liquid case
Pipe is connected with the solution feed pump；
Third level pernicious gas processing structure, the third level pernicious gas processing structure include being horizontally installed to the chimney sheet
In vivo, and be located at the spray head above pm2.5 filter paper, third level pernicious gas processing structure further includes being installed on the chimney
In ontology, and it is located at the smoke extractor above the pm2.5 filter paper, it can be by air below to upload by the smoke extractor
It is defeated；
Fourth stage pernicious gas processing structure, the fourth stage pernicious gas processing structure include being horizontally installed to the chimney sheet
In vivo, and be located at the smoke extractor above activated carbon interlayer.
2. haze chimney as described in claim 1, which is characterized in that the decarburization liquid case is set to the chimney ontology
Side, the bottom of the chimney ontology and the bottom of the decarburization liquid case are connected by a horizontal communication channel；It further include leading
Flowing plate, one end of the deflector are connect with the communication channel close to the bottom of chimney ontology side, the deflector
The other end is extended obliquely upward and is connected with the chimney ontology far from the side wall of the communication channel side, and is located at the flue
Lower section.
3. haze chimney as claimed in claim 2, which is characterized in that the middle part of the decarburization liquid case is also horizontally installed with point
Layer strainer, the solution feed pump are located at the top of the layering strainer.
4. haze chimney as claimed in claim 3, which is characterized in that further include protection strainer, the protection strainer is provide with
On the outside of the solution feed pump.
5. haze chimney as claimed in claim 4, which is characterized in that the upper end of the decarburization liquid case offers filling opening,
Lower end offers sewage draining exit.
6. haze chimney as described in claim 1, which is characterized in that correspond to second strainer in the chimney ontology
The inner sidewall of installation place also forms the second strainer mounting groove to the inner-concave of the inner sidewall, and the edge of second strainer extends
It is placed in the second strainer mounting groove, the second strainer mounting groove is provided with towards the side of the chimney body exterior
It can be in the second strainer mounting groove valve of the chimney ontology external switch.
7. haze chimney as described in claim 1, which is characterized in that correspond to the pm2.5 filter paper in the chimney ontology
Installation place inner sidewall also to the inner-concave of the inner sidewall formed pm2.5 filter paper mounting groove, the edge of the pm2.5 filter paper
Extension is placed in the pm2.5 filter paper mounting groove, side of the pm2.5 filter paper mounting groove towards the chimney body exterior
Being provided with can be in the pm2.5 filter paper mounting groove valve of the chimney ontology external switch.
8. haze chimney as described in claim 1, which is characterized in that correspond to the activated carbon interlayer in the chimney ontology
Installation place inner sidewall also to the inner-concave of the inner sidewall formed activated carbon interlayer mounting groove, the side of the activated carbon interlayer
Edge extension is placed in the activated carbon interlayer mounting groove, and the activated carbon interlayer mounting groove is towards the chimney body exterior
Side is provided with can be in the activated carbon interlayer mounting groove valve of the chimney ontology external switch.
9. haze chimney as described in claim 1, which is characterized in that offer and can subtract described on the outside of the relief chamber
Press the first strainer valve of chamber external switch.
10. haze chimney as described in claim 1, which is characterized in that the upper end of the smoke extractor, which is also connected with, is provided with pumping
Smoke machine installing pipe, the end of the smoke extractor installing pipe are piercing in the outside of the chimney ontology, in the smoke extractor installing pipe
Arrange live wire, one end of the electric wire stretches out in outside the smoke extractor installing pipe and connects with the smoke extractor, the other end from
The smoke extractor installing pipe is located at the external end of the chimney sheet and stretches out and be connected with smoke extractor switch, the smoke extractor switch
It is installed on the bottom outside wall of the chimney ontology.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920132031.0U CN209495346U (en) | 2019-01-25 | 2019-01-25 | Haze chimney |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920132031.0U CN209495346U (en) | 2019-01-25 | 2019-01-25 | Haze chimney |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209495346U true CN209495346U (en) | 2019-10-15 |
Family
ID=68156092
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920132031.0U Active CN209495346U (en) | 2019-01-25 | 2019-01-25 | Haze chimney |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209495346U (en) |
-
2019
- 2019-01-25 CN CN201920132031.0U patent/CN209495346U/en active Active
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