CN206285649U - Process the structure of waste gas - Google Patents
Process the structure of waste gas Download PDFInfo
- Publication number
- CN206285649U CN206285649U CN201621389981.4U CN201621389981U CN206285649U CN 206285649 U CN206285649 U CN 206285649U CN 201621389981 U CN201621389981 U CN 201621389981U CN 206285649 U CN206285649 U CN 206285649U
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- square
- chamber
- square pipe
- baffle plate
- waste gas
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Abstract
The utility model discloses the structure for the treatment of waste gas, including square pipe, dividing plate is provided with square pipe；The inner chamber of square pipe is divided into filter chamber and discharge chamber by dividing plate；Also include square baffle plate, sliding groove is provided with square pipe inwall, the front and back end of square baffle plate is provided with slide post；Regulation chamber is additionally provided with before and after square pipe in the road wall of side, regulation is provided with the first movable disk in chamber；The first opening of connection sliding groove and epicoele is offered in the tube wall of square pipe, the upper surface of the first movable disk is connected with and may pass through the push rod component that the first opening acts on slide post lower end；Push rod component includes outer barrel and the second movable disk, and push rod is fixed with the second movable disk；Breather line is provided with the road wall of square pipe.The utility model is capable of achieving moving up and down for square baffle plate by elastic component and the setting of push rod component, so as to realize effective switching of waste gas flow direction, has the advantages that easy to operate, stable and safe and reliable.
Description
Technical field
The utility model is related to process the structure of waste gas.
Background technology
A large amount of dust is usually contained in industrial waste gas, the need for environmental protection, these industrial waste gases are needed before discharge
Carry out dust removal process.Existing dust arrester is mainly provided in the filter chamber in discharge duct, and filter chamber is passed through in waste gas
When absorption waste gas in dust.Waste gas can meet obstructions when by filter chamber, cause exhaust gas flow to reduce.
At present, although existing dust arrester can adjust exhaust gas flow by air guide structure, it is made in the urgent exhaust of needs
Meet the exhaust demand of big flow.But, this kind of dust arrester can not be carried out easy to the flow direction of gas and efficiently switched,
So, the dust removal process effect to waste gas can be not only influenceed, the emission effect to big flow waste gas can be also influenceed.Meanwhile, it is also
The blocking of filter chamber is easily caused, there is potential safety hazard.
Utility model content
It is to overcome the deficiencies in the prior art that the purpose of this utility model is, there is provided the structure for the treatment of waste gas, by elasticity
Part and the setting of push rod component, are capable of achieving moving up and down for square baffle plate, so as to realize effective switching of waste gas flow direction, with behaviour
Make easy, stable and safe and reliable advantage.
The purpose of this utility model is achieved through the following technical solutions：
Process waste gas structure, including left and right two ends it is equal first opening and hollow setting square pipe, in square pipe
Dividing plate is horizontally arranged with chamber, the front and back end of dividing plate is connected with the inwall of square pipe, the left and right end of dividing plate not with it is square
The inwall of pipeline is connected, and the left end of dividing plate and the inwall of square pipe have been collectively forming the first port, the right-hand member of dividing plate with it is square
The inwall of pipeline has been collectively forming the second port；
The inner chamber of square pipe is divided into relatively independent filter chamber and the discharge chamber below filter chamber, mistake by dividing plate
Front and rear the first filter screen that filter chamber area of section is equal to setting and area of multiple is provided with filter chamber；
To the square baffle plate for setting and can be moved up and down in square pipe before and after also including, the right side of square baffle plate can
It is engaged with the left side of dividing plate, is provided with sliding groove before and after square pipe on the inwall of side, the front and back end of square baffle plate is equal
The slide post that can be inserted sliding groove and can be slidably matched with sliding groove is provided with, elasticity is provided with the inwall of two sliding grooves
Part, elastic component acts on the upper end of slide post so that the position of square baffle plate is configured as：Square baffle plate is located at the bottom of sliding groove
End, square baffle plate blocking discharge chamber and connection filter chamber；
The regulation chamber below sliding groove is additionally provided with before and after square pipe in the road wall of side, regulation is provided with transverse direction in chamber
The first movable disk that set and can be moved up and down in regulation chamber, the first movable disk is divided into epicoele and positioned at epicoele by chamber is adjusted
The cavity of resorption of lower section；
The first opening of connection sliding groove and epicoele is offered in the tube wall of square pipe, the upper surface of the first movable disk connects
It is connected to and may pass through the push rod component that the first opening acts on slide post lower end；
Push rod component includes lower ending opening and the outer barrel of hollow setting and the second activity being horizontally set in outer tube inner chamber
Disk, the upper end of outer barrel is offered through the second opening of internal and external walls, and the lower end of outer barrel is fixed on the upper surface of the first movable disk,
The 3rd opening less than the second movable disk width, the second movable disk through its upper and lower end face and width are offered in first movable disk
On be fixed with and may pass through the push rod that the second opening acts on slide post lower end；
The breather line connected with cavity of resorption is provided with the road wall of square pipe.
In the utility model, because the area of the first filter screen and the area of section of filter chamber are equal, thus, filter chamber interior energy
Waste gas to passing through carries out good dust removal process, but correspondingly, the circulating rate of waste gas can be influenceed in filter chamber.First leads to
Mouth is then that, into the air inlet in filter chamber, the second port is then the gas outlet in outflow filter chamber, and the right-hand member first of pipeline is open
It is then the exhaust outlet of whole pipeline, the waste gas that the waste gas for either being flowed out through filter chamber still flows out from discharge chamber is from pipeline
The opening of right-hand member first at circulate.The lower end of the first filter screen can be fixed on the upper surface of dividing plate, dividing plate or so to length can root
Set according to the demand of intensity filter.Convenient to draw materials, elastic component can use compression spring.
Using when, the pipeline of the two ends of square pipe respectively with delivery industry waste gas is connected.When high-flow air-exhaust is needed,
Then then moved upwards in the presence of gases at high pressure to gases at high pressure, the first movable disk is persistently input into cavity of resorption by breather line
It is dynamic, so as to drive push rod component to also move up, and then act on the lower end of slide post and enable that slide post overcomes elastic component
Effect is moved up, finally so that square baffle plate can be moved up, and is blocked filter chamber and is connected discharge chamber, at this moment, from rectangular tube
The waste gas that road left end enters then can flow out exhaust outlet by discharge chamber.Due to the blocking effect without the first filter screen, thus, can protect
Demonstrate,prove the traffic demand of this kind of exhaust mode.When dedusting is needed, then by breather line to air-breathing in cavity of resorption, due to the work of negative pressure
With the first movable disk is then moved down so that push rod component is progressively moved down, and slide post is then under the elastic reaction of elastic component
The bottom of sliding groove is progressively reset to, so, square baffle plate blocks discharge chamber and connection filter chamber again, at this moment, from square
Pipeline left end enter waste gas, then flow into filter chamber from the first port, by after the first filter screen again from the second port outflow filter
Chamber, finally completes exhaust work through the opening of right-hand member first of square pipe.
Wherein, in zero-bit state, namely square guide plate is when discharge chamber connection filter chamber is blocked under elastic component is acted on, the
Two movable disks are located at the bottom of outer tube inner chamber, and correspondingly, push rod is also shunk in outer barrel.When by breather line to defeated in cavity of resorption
When entering gases at high pressure, the first movable disk was driven outer barrel to move up by the effect of gases at high pressure before this, during upper shifting, second
Movable disk will also be acted on by gases at high pressure drives push rod that moving up for relative outer barrel occurs, lasting defeated with gases at high pressure
Enter, outer barrel moves to the high position in regulation chamber by, and push rod also moves to the high level of outer tube inner chamber to act on slide post upwards by,
Enable that square guide plate blocks filter chamber connection discharge chamber.It can be seen that, by the setting of push rod component two-period form, optimization can be played and adjusted
Save cavity configuration effect, when the stretching motion of equal length is realized, can will adjust chamber longitudinal height down about half, accordingly
Ground, the length of push rod will also foreshorten to half, so, can improve the stability and reliability of whole push rod component operation.
Wherein, the cooperation of slide post and sliding groove, can also be that moving up and down for square baffle plate provides good positioning action,
Prevent it from shaking, or square baffle plate provides strong support when discharge chamber or filter chamber is blocked, and avoid it
Generation position offsets.
To avoid the second movable disk from departing from outer barrel during upper shifting, further, the width of second opening is less than
The width of second movable disk.
Further, it is provided with the discharge chamber before and after multiple to setting and area is less than the second of discharge chamber area of section
Filter screen.Due to the second filter screen area less than discharge chamber area of section, thus they the circulation of waste gas can't be caused compared with
Big resistance.It is arranged such, can both carries out weaker dust removal process to the waste gas by discharge chamber, ensures that the circulation in the chamber
Performance.
Further, first filter screen and second filter screen are respectively positioned on the right side of the square baffle plate.So, you can
By square baffle plate to the guide effect of waste gas realizing the discharge work of dedusting or big flow to waste gas.
It is the waste gas after avoiding enter into filter chamber or discharge chamber from the gap outflow between square baffle plate and dividing plate, enters one
Step ground, the left side of the dividing plate is provided with elastic sealing layer.
The sealing property of square baffle plate blocking filter chamber or blocking discharge chamber, further, the rectangular tube can be improved
The upper end of road inwall is provided with the upper holding tank that can accommodate the square baffle plate upper end, and the upper end of square pipe inwall is provided with can
Accommodate the lower holding tank of square baffle plate lower end.It is arranged such, the upper end or lower end of square baffle plate can be by inserting upper holding tank
Or the interior stability to improve square baffle plate blocking performance of lower holding tank.Meanwhile, when square baffle plate blocks discharge chamber or mistake
During filter chamber, square baffle plate one end can be changed by the setting of upper holding tank or lower holding tank and be in hanging state, so, can
Avoid square baffle plate from being shaken when by backblast, and then improve the stability of operation.
It is to improve the stability that square baffle plate is moved up and down, further, also including in front and back end and the square pipe
The connected positive stop strip of wall, positive stop strip is located at the left side of the square guide plate, and the right side of positive stop strip and square guide plate left end
Face is engaged.
Further, the sliding groove is in the big setting in the first small and inner chamber in opening.Correspondingly, slide post should be with sliding groove
Inner chamber have corresponding width, in this way, being easy to elastic component and push rod component to act on slide post.
In sum, advantage of the present utility model and beneficial effect are：
1st, during the utility model application, only square baffle plate need to be then capable of achieving to being input into cavity of resorption or suctioning out gases at high pressure
Move up and down, so as to realize the blocking to filter chamber or discharge chamber, and then effective switching of waste gas flow direction is realized, with behaviour
Make easy, stable and safe and reliable advantage.
2nd, by the setting of push rod component two-period form, optimizing regulation cavity configuration can be played a part of, is realizing equal length
Stretching motion when, can will adjust chamber longitudinal height down about half, correspondingly, the length of push rod will also foreshorten to half,
So, the stability and reliability of whole push rod component operation can be improved.
3rd, in the utility model, by the cooperation of slide post and sliding groove, can not only be carried for moving up and down for square baffle plate
For good positioning action, prevent it from shaking, or square baffle plate is provided with when discharge chamber or filter chamber is blocked
The support of power, and avoid it that position occurs and offset.
4th, in the utility model, the upper end or lower end of square baffle plate can be by inserting in upper holding tank or lower holding tank
To improve the stability that square baffle plate blocks performance.Meanwhile, when square baffle plate blocks discharge chamber or filter chamber, by upper appearance
The setting of groove or lower holding tank received can change square baffle plate one end and be in hanging state, so, square baffle plate can be avoided to exist
Shaken during by backblast, and then improve the stability of operation.
Brief description of the drawings
Fig. 1 is left and right of the structure for the treatment of waste gas described in the utility model when square baffle plate blocks discharge chamber to section view
Figure；
Fig. 2 be it is described in the utility model treatment waste gas structure square baffle plate block discharge chamber when before and after to section view
Figure；
Fig. 3 is left and right of the structure for the treatment of waste gas described in the utility model when discharge chamber is connected to sectional view；
Fig. 4 be it is described in the utility model treatment waste gas structure when discharge chamber is connected before and after to sectional view；
Fig. 5 is one structural representation of specific embodiment of push rod component in the structure for processing waste gas described in the utility model
Figure.
It is entitled corresponding to reference in accompanying drawing：1st, square pipe, 2, dividing plate, the 3, first port, the 4, second port,
5th, filter chamber, 6, discharge chamber, the 7, first filter screen, the 8, second filter screen, 9, square baffle plate, 10, sliding groove, 11, slide post, 12, bullet
Property part, 13, regulation chamber, the 14, first movable disk, 15, epicoele, 16, cavity of resorption, the 17, first opening, 18, push rod component, 19, ventilation
Pipeline, 20, elastic sealing layer, 21, upper holding tank, 22, lower holding tank, 23, positive stop strip, 24, outer barrel, the 25, second movable disk,
26th, the second opening, the 27, the 3rd opening, 28, push rod.
Specific embodiment
The utility model is described in further detail with reference to embodiment and accompanying drawing, but implementation of the present utility model
Mode not limited to this.
Embodiment 1
As shown in Figures 1 to 5, process waste gas structure, including left and right two ends it is equal first opening and hollow setting it is square
Pipeline 1, is horizontally arranged with dividing plate 2 in the inner chamber of square pipe 1, the inwall of the front and back end of dividing plate 2 with square pipe 1 is connected, every
Inwall of the left and right end of plate 2 not with square pipe 1 is connected, and the left end of dividing plate 2 and the inwall of square pipe 1 have been collectively forming the
One port 3, the right-hand member of dividing plate 2 has been collectively forming the second port 4 with the inwall of square pipe 1；
The inner chamber of square pipe 1 is divided into relatively independent filter chamber 5 and the discharge positioned at the lower section of filter chamber 5 by dividing plate 2
Front and rear the first filter screen 7 that the area of section of filter chamber 5 is equal to setting and area of multiple is provided with chamber 6, filter chamber 5；
To the square baffle plate 9 for setting and can be moved up and down in square pipe 1, the right-hand member of square baffle plate 9 before and after also including
Face can be engaged with the left side of dividing plate 2, be provided with sliding groove 10 before and after square pipe 1 on the inwall of side, square baffle plate 9
Front and back end is provided with the slide post 11 that can be inserted sliding groove 10 and can be slidably matched with sliding groove 10, the inwall of two sliding grooves 10
On be provided with elastic component 12, elastic component 12 acts on the upper end of slide post 11 so that the position of square baffle plate 9 is configured as：Side
Shape baffle plate 9 is located at the bottom of sliding groove 10, the blocking discharge chamber 6 of square baffle plate 9 and connection filter chamber 5；
The regulation chamber 13 positioned at the lower section of sliding groove 10 is additionally provided with before and after square pipe 1 in the road wall of side, in regulation chamber 13
Horizontally set and the first movable disk 14 that can be moved up and down in regulation chamber 13 are provided with, the first movable disk 14 is split chamber 13 is adjusted
It is epicoele 15 and the cavity of resorption 16 positioned at the lower section of epicoele 15；
The first opening 17 of connection sliding groove 10 and epicoele 15, the first movable disk 14 are offered in the tube wall of square pipe 1
Upper surface be connected with and may pass through the push rod component 18 that the first opening 17 acts on the lower end of slide post 11；
Push rod component 18 includes lower ending opening and the outer barrel 24 of hollow setting and be horizontally set in the inner chamber of outer barrel 24 the
Two movable disks 25, the upper end of outer barrel 24 is offered through the second opening 26 of internal and external walls, and the lower end of outer barrel 24 is fixed on first
The upper surface of movable disk 14, offers through its upper and lower end face in the first movable disk 14 and width is less than the width of the second movable disk 25
The 3rd opening 27, be fixed with the second movable disk 25 and may pass through the push rod 28 that the second opening 26 acts on the lower end of slide post 11；
The breather line 19 connected with cavity of resorption 16 is provided with the road wall of square pipe 1.
In the present embodiment, because the area of the first filter screen 7 is equal with the area of section of filter chamber 5, thus, in filter chamber 5
Good dust removal process can be carried out to the waste gas for passing through, but correspondingly, the circulating rate of waste gas can be influenceed in filter chamber 5.The
One port 3 is then that, into the air inlet in filter chamber 5, the second port 4 is then the gas outlet in outflow filter chamber 5, the right-hand member of pipeline
First opening is then the exhaust outlet of whole pipeline, the waste gas that the waste gas for either being flowed out through filter chamber 5 still flows out from discharge chamber 6
It is to be circulated from the opening of right-hand member first of pipeline.The lower end of the first filter screen 7 can be fixed on the upper surface of dividing plate 2, dividing plate 2 or so
To length can be set according to the demand of intensity filter.Convenient to draw materials, elastic component 12 can use compression spring.
Using when, the pipeline of the two ends of square pipe 1 respectively with delivery industry waste gas is connected.When needing high-flow air-exhaust
When, then by breather line 19 to gases at high pressure are persistently input into cavity of resorption 16, the first movable disk 14 is in the presence of gases at high pressure
Then move up, so as to drive push rod component 18 to also move up, and then act on the lower end of slide post 11 so that slide post 11
The effect of elastic component 12 can be overcome to move up, finally so that square baffle plate 9 can be moved up, block filter chamber 5 and the row of connection
Chamber 6 is put, at this moment, the waste gas entered from the left end of square pipe 1 then can flow out exhaust outlet by discharge chamber 6.Due to without the first filter
The blocking effect of net 7, thus, it is ensured that the traffic demand of this kind of exhaust mode.When dedusting is needed, then by breather line 19
To air-breathing in cavity of resorption 16, due to the effect of negative pressure, the first movable disk 14 is then moved down so that push rod component 18 is progressively to moving down
Dynamic, slide post 11 is then progressively reset to the bottom of sliding groove 10 under the elastic reaction of elastic component 12, and so, square baffle plate 9 is again
Again blocking discharge chamber 6 and connection filter chamber 5, at this moment, from the waste gas that the left end of square pipe 1 enters, then flow into from the first port 3
Filter chamber 5, by, again from the outflow filter chamber 5 of the second port 4, being finally open through the right-hand member first of square pipe 1 after the first filter screen 7
Complete exhaust work.
Wherein, in zero-bit state, namely square guide plate 9 blocks the connection filter chamber 5 of discharge chamber 6 under the effect of elastic component 12
When, the second movable disk 25 is located at the bottom of the inner chamber of outer barrel 24, and correspondingly, push rod 28 is also shunk in outer barrel 24.When by ventilation
When pipeline 19 in cavity of resorption 16 to gases at high pressure are input into, the first movable disk 14 was driven outer barrel 24 upward by the effect of gases at high pressure before this
Mobile, during upper shifting, the second movable disk 25 also will be acted on drive push rod 28 and relative outer barrel 24 occurred by gases at high pressure
Move up, with the lasting input of gases at high pressure, outer barrel 24 moves to the high position in regulation chamber 13 by, and push rod 28 is also by upper shifting
To the high level of the inner chamber of outer barrel 24 acting on slide post 11 upwards so that square guide plate 9 can block the connection discharge chamber 6 of filter chamber 5.
It can be seen that, by the setting of the two-period form of push rod component 18, the structure of optimizing regulation chamber 13 can be played a part of, realizing equal length
During stretching motion, can will adjust chamber 13 longitudinal height down about half, correspondingly, the length of push rod 28 will also foreshorten to one
Half, so, the stability and reliability of the operation of whole push rod component 18 can be improved.
Wherein, the cooperation of slide post 11 and sliding groove 10, can also be that moving up and down for square baffle plate 9 provides good positioning
Effect, prevents it from shaking, or square baffle plate 9 provides strong support when discharge chamber 6 or filter chamber 5 is blocked,
And avoid it that position occurs and offset.
To avoid the second movable disk 25 from departing from outer barrel 24 during upper shifting, it is preferable that the width of second opening 26
Less than the width of second movable disk 25.
Preferably, it is provided with the discharge chamber 6 before and after multiple to setting and area is less than the second of the area of section of discharge chamber 6
Filter screen 8.Due to the area of section of the area less than discharge chamber 6 of the second filter screen 8, thus they can't cause to the circulation of waste gas
Larger resistance.It is arranged such, can both carries out weaker dust removal process to the waste gas by discharge chamber 6, ensures that the chamber
Trafficability performance.
Preferably, first filter screen 7 and second filter screen 8 are respectively positioned on the right side of the square baffle plate 9.So, i.e.,
Can by square baffle plate 9 to the guide effect of waste gas realizing the discharge work of dedusting or big flow to waste gas.
The gap for being the waste gas after avoiding enter into filter chamber 5 or discharge chamber 6 between square baffle plate 9 and dividing plate 2 outflow,
Preferably, the left side of the dividing plate 2 is provided with elastic sealing layer 20.
The sealing property of the square blocking filter chamber 5 of baffle plate 9 or blocking discharge chamber 6 can be improved, it is preferable that the rectangular tube
The upper end of the inwall of road 1 is provided with the upper holding tank 21 that can accommodate the upper end of square baffle plate 9, and the upper end of the inwall of square pipe 1 sets
It is equipped with the lower holding tank 22 that can accommodate the lower end of square baffle plate 9.It is arranged such, the upper end or lower end of square baffle plate 9 can be by putting
Enter in upper holding tank 21 or lower holding tank 22 to improve the stability that square baffle plate 9 blocks performance.Meanwhile, when square baffle plate 9
During blocking discharge chamber 6 or filter chamber 5, square baffle plate 9 one can be changed by the setting of upper holding tank 21 or lower holding tank 22
End is in hanging state, so, square baffle plate 9 can be avoided to be shaken when by backblast, and then improves operation
Stability.
To improve the stability that square baffle plate 9 is moved up and down, it is preferable that also including in front and back end and the square pipe 1
The connected positive stop strip 23 of wall, positive stop strip 23 is located at the left side of the square guide plate 9, and the right side of positive stop strip 23 and square guide plate
9 left side is engaged.
Preferably, the sliding groove 10 is in the big setting in the first small and inner chamber in opening.Correspondingly, slide post 11 should be with slip
There is corresponding width the inner chamber of groove 10, in this way, being easy to elastic component 12 and push rod component 18 to act on slide post 11.
Above content is to combine the further description that specific preferred embodiment is made to the utility model, it is impossible to recognized
Fixed specific embodiment of the present utility model is confined to these explanations.For the common skill of the utility model art
For art personnel, the other embodiment drawn in the case where the technical solution of the utility model is not departed from should be included in this practicality
In new protection domain.
Claims (8)
1. the structure of waste gas is processed, it is characterised in that：Square pipe including equal first opening in left and right two ends and hollow setting
（1）, square pipe（1）Dividing plate is horizontally arranged with inner chamber（2）, dividing plate（2）Front and back end and square pipe（1）Inwall phase
Even, dividing plate（2）Left and right end not with square pipe（1）Inwall be connected, dividing plate（2）Left end and square pipe（1）It is interior
Wall has been collectively forming the first port（3）, dividing plate（2）Right-hand member and square pipe（1）Inwall be collectively forming the second port
（4）；
Dividing plate（2）By square pipe（1）Inner chamber be divided into relatively independent filter chamber（5）With positioned at filter chamber（5）Lower section
Discharge chamber（6）, filter chamber（5）Inside it is provided with before and after multiple to setting and area is equal to filter chamber（5）First filter screen of area of section
（7）；
Also include before and after to set and can be in square pipe（1）The square baffle plate for inside moving up and down（9）, square baffle plate（9）The right side
End face can be with dividing plate（2）Left side be engaged, square pipe（1）Sliding groove is provided with the inwall of front and rear side（10）, side
Shape baffle plate（9）Front and back end be provided with and can insert sliding groove（10）And can be with sliding groove（10）The slide post being slidably matched
（11）, two sliding grooves（10）Inwall on be provided with elastic component（12）, elastic component（12）Act on slide post（11）Upper end
So that square baffle plate（9）Position be configured as：Square baffle plate（9）Positioned at sliding groove（10）Bottom, square baffle plate（9）Blocking
Discharge chamber（6）And connection filter chamber（5）；
Square pipe（1）It is additionally provided with positioned at sliding groove in the road wall of front and rear side（10）The regulation chamber of lower section（13）, adjust chamber
（13）Inside it is provided with horizontally set and chamber can be being adjusted（13）The first movable disk for inside moving up and down（14）, the first movable disk（14）Will
Regulation chamber（13）It is divided into epicoele（15）With positioned at epicoele（15）The cavity of resorption of lower section（16）；
Square pipe（1）Tube wall in offer connection sliding groove（10）With epicoele（15）First opening（17）, the first activity
Disk（14）Upper surface be connected with and may pass through the first opening（17）Act on slide post（11）The push rod component of lower end（18）；
Push rod component（18）Outer barrel including lower ending opening and hollow setting（24）Be horizontally set at outer barrel（24）In inner chamber
Second movable disk（25）, outer barrel（24）Upper end offer through internal and external walls second opening（26）, outer barrel（24）Lower end
It is fixed on the first movable disk（14）Upper surface, the first movable disk（14）On offer through its upper and lower end face and width less than the
Two movable disks（25）3rd opening of width（27）, the second movable disk（25）On be fixed with and may pass through the second opening（26）Act on
Slide post（11）The push rod of lower end（28）；
Square pipe（1）Road wall on be provided with and cavity of resorption（16）The breather line of connection（19）.
2. it is according to claim 1 treatment waste gas structure, it is characterised in that：Second opening（26）Width be less than
Second movable disk（25）Width.
3. it is according to claim 1 treatment waste gas structure, it is characterised in that：The discharge chamber（6）Before being inside provided with multiple
Set backward and area is less than discharge chamber（6）Second filter screen of area of section（8）.
4. it is according to claim 3 treatment waste gas structure, it is characterised in that：First filter screen（7）With described second
Filter screen（8）It is respectively positioned on the square baffle plate（9）Right side.
5. it is according to claim 1 treatment waste gas structure, it is characterised in that：The dividing plate（2）Left side be provided with
Elastic sealing layer（20）.
6. it is according to claim 1 treatment waste gas structure, it is characterised in that：The square pipe（1）The upper end of inwall
Being provided with can accommodate the square baffle plate（9）The upper holding tank of upper end（21）, square pipe（1）The upper end of inwall is provided with can hold
Receive square baffle plate（9）The lower holding tank of lower end（22）.
7. it is according to claim 1 treatment waste gas structure, it is characterised in that：Also include front and back end and the square pipe
（1）The connected positive stop strip of inwall（23）, positive stop strip（23）Positioned at the square guide plate（9）Left side, and positive stop strip（23）The right side
End face and square guide plate（9）Left side be engaged.
8. according to any one in claim 1 ~ 7 treatment waste gas structure, it is characterised in that：The sliding groove（10）
In the big setting in the first small and inner chamber in opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621389981.4U CN206285649U (en) | 2016-12-17 | 2016-12-17 | Process the structure of waste gas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621389981.4U CN206285649U (en) | 2016-12-17 | 2016-12-17 | Process the structure of waste gas |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206285649U true CN206285649U (en) | 2017-06-30 |
Family
ID=59105384
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621389981.4U Expired - Fee Related CN206285649U (en) | 2016-12-17 | 2016-12-17 | Process the structure of waste gas |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206285649U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108201749A (en) * | 2016-12-17 | 2018-06-26 | 重庆市银盛模具有限公司 | Handle the structure of exhaust gas |
| CN108895850A (en) * | 2018-05-30 | 2018-11-27 | 贵州环科环境工程有限公司 | The electricity generation system discharged fume using blower |
-
2016
- 2016-12-17 CN CN201621389981.4U patent/CN206285649U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108201749A (en) * | 2016-12-17 | 2018-06-26 | 重庆市银盛模具有限公司 | Handle the structure of exhaust gas |
| CN108895850A (en) * | 2018-05-30 | 2018-11-27 | 贵州环科环境工程有限公司 | The electricity generation system discharged fume using blower |
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