CN208599344U - A kind of intelligent and high-efficiency dry type demister - Google Patents
A kind of intelligent and high-efficiency dry type demister Download PDFInfo
- Publication number
- CN208599344U CN208599344U CN201821188376.XU CN201821188376U CN208599344U CN 208599344 U CN208599344 U CN 208599344U CN 201821188376 U CN201821188376 U CN 201821188376U CN 208599344 U CN208599344 U CN 208599344U
- Authority
- CN
- China
- Prior art keywords
- inner cylinder
- shell
- main body
- shaft
- group
- 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.)
- Active
Links
Landscapes
- Filtering Of Dispersed Particles In Gases (AREA)
Abstract
A kind of intelligent and high-efficiency dry type demister, belongs to demister technical field, including first level filtering device and two-stage filter, and first level filtering device includes shell A, air inlet A, air outlet A, access hole A；Two-stage filter includes shell B, access hole B, access hole C, air inlet B, air outlet B；Shell A includes inner cylinder A, bearing A, maintenance chamber A；Filter cloth shaft A, useless cloth shaft A, upper roller group A and bottom roll group A are provided in maintenance chamber A；Driving motor A, driving motor A and useless cloth shaft A transmission connection are provided in motor housing；Shell B includes shell B main body, linkage section, inner cylinder B, bearing B, maintenance chamber B, overhauls and is provided with filter cloth shaft B, useless cloth shaft B, upper roller group B and bottom roll group B in chamber B；Conical deflector is provided in linkage section；It is intracavitary in conical deflector to be provided with driving motor B, driving motor B and useless cloth shaft B transmission connection.The beneficial effects of the utility model are: structure is simple, percent of automatization is high.
Description
Technical field
The utility model is a kind of demister, in particular to a kind of intelligent and high-efficiency dry type demister belongs to demister technology
Field.
Background technique
With rapid economic development, the improvement of coating process, such as: furniture, real estate, automobile, machinery, electronic product, ship
The industries such as oceangoing ship also continue to develop therewith.A large amount of lacquer spraying waste gas are produced in spraying process, it is interior containing a large amount of volatile organic matters, it is right
Ambient enviroment even human health brings serious harm.And contain a large amount of particulate matter and mist of oil in lacquer spraying waste gas, it can be attached to
On other objects.
Therefore it generally requires and pre-processes when generally handled through row the organic exhaust gas in spray painting.Existing pretreating process
Wet purification method and dry cleaning method can be substantially divided into, wherein wet purification method includes: the water curtain type method of purification, without pump water curtain style
The method of purification, the venturi water curtain style method of purification, the water rotation type method of purification, utilize the cleaning action of water by the particulate matter in exhaust gas mostly
It is removed with coating cloud, but all produces secondary pollution: water pollution；
Dry cleaning method is that lacquer spraying waste gas is entered filter, utilizes the coating cloud and particle in filtering layer detention lacquer spraying waste gas
Object commonly uses glass fibre cotton, clinker etc. and is used as filtrate.Theoretically filtration method can remove most of coating cloud, and wave therein
Hair property organic matter is adsorbed on a small quantity.This method is without secondary pollution, does not generate waste water；The disadvantage is that filtering is not thorough enough, to equipment
It is seriously polluted, it easily blocks, need to frequently replace filtering layer, cumbersome.
Utility model content
The purpose of this utility model be for it is above-mentioned in the prior art, the disadvantage is that filtering it is not thorough enough, it is tight to equipment pollution
Weight easily blocks, need to frequently replace filtering layer, cumbersome defect, provide a kind of intelligent and high-efficiency dry type demister, can achieve
The purpose of intelligence replacement filtering layer.
To achieve the goals above the technical scheme adopted by the utility model is that: a kind of intelligent and high-efficiency dry type demister is
Dry filter, is a kind of novel dry preprocessor, including filter device and pedestal, and the pedestal is arranged under filter device
Side,
The filter device includes first level filtering device and two-stage filter, and the two-stage filter is arranged in level-one
The right of filter device；The first level filtering device includes shell A, and the shell A is integrally cylindrical, including left side A and the right side
Face A, horizontally arranged, shell A front upper is provided with air inlet A, and shell A right side A is provided with air outlet A, before shell A
Middle part is provided with access hole A, and shell A left side A is provided with motor housing；The two-stage filter includes shell B, and shell B includes
Left side B and right side B, the shell B is horizontally arranged, and being arranged side by side before shell B has access hole B and access hole C, shell B
Left side B is provided with air inlet B, shell B right side B is provided with air outlet B；Sealed joint pipe is provided between shell A and shell B；
Shell A is internally provided with inner cylinder A, and shell A left side A is provided with bearing A, A air outlet middle part in the right side is set by bracket A
It is equipped with bearing A；The inner cylinder A includes inner cylinder A main body, shaft A, left side A, right side A, 2 inner cylinder A main body groups；It is described
The both ends of shaft A are stretched out from the both ends of inner cylinder A main body, are rotatablely connected respectively with the bearing A of the two sides inner cylinder A；2 inner cylinder A main bodys
Group is arranged in inner cylinder A main body；Inner cylinder A left side A is closely to connect with shell A left side A, inner cylinder A right side A
It is closely to connect with shell A right side A；
There is maintenance chamber A before inside the shell A, maintenance chamber A includes partition A, is formed between shell A, inner cylinder A and partition A
Inlet chamber A；In maintenance chamber A, it is provided with filter cloth shaft A, useless cloth shaft A, upper roller group A and bottom roll group A；The filter cloth turns
The left side A of axis A, one end of useless cloth shaft A, upper roller group A and bottom roll group A and shell A are rotatablely connected；The filter cloth shaft A,
The other end of useless cloth shaft A, upper roller group A and bottom roll group A and the right side A of shell A are rotatablely connected；
Driving motor A, the driving motor A and useless cloth shaft A transmission connection, the filter cloth are provided in the motor housing
Filter cloth reel is installed on shaft A；Filter cloth is drawn from filter cloth reel, first through the upper roller group A and upper gap A for overhauling chamber A, then
Extend in the direction of the clock, be fitted on the surface of inner cylinder A main body, until the lower gap A of maintenance chamber A, passes through bottom roll group A, most
Afterwards, it extends and is connected on useless cloth shaft A；
200 or more ventholes, cross arrangement are evenly arranged in inner cylinder A body surfaces；When needing replacing filter cloth,
Driving motor A starting drives useless cloth shaft rotation, and waste and old filter cloth just furls in useless cloth shaft, and new filter cloth is from filter cloth reel
It draws, through upper roller group, bottom roll group, and is laid on the surface of inner cylinder A main body；
Shell B includes shell B main body and linkage section, and the shell B main body is cylindrical, and the linkage section is in cone cylinder shape；
Shell B body interior is provided with inner cylinder B, and shell B main body left side C is provided in the middle part of bearing B, right side B air outlet B through bracket B
It is provided with bearing B；The inner cylinder B includes inner cylinder B main body, inner cylinder B left side B, inner cylinder B right side B, shaft B and 2 inner cylinder B
Main body group；The both ends of the shaft B are stretched out from the both ends of inner cylinder B main body, are rotated respectively with the bearing B of shell B main body two sides
Connection；2 inner cylinder B main body groups are arranged in inner cylinder B main body；
There is maintenance chamber B before shell B body interior, maintenance chamber B includes partition B, between shell B, inner cylinder B and partition B
Form inlet chamber B；Filter cloth shaft B, useless cloth shaft B, upper roller group B and bottom roll group B are provided in maintenance chamber B；The filter
Cloth shaft B, useless cloth shaft B, one end of upper roller group B and bottom roll group B and shell B main body left side C are rotatablely connected；The filter cloth
The right side B of shaft B, the other end of useless cloth shaft B, upper roller group B and bottom roll group B and shell B are rotatablely connected；
Conical deflector is provided in the linkage section, the vertex of the conical deflector is located in linkage section
Between, the rounded bottom of conical deflector is fixedly connected with shell B main body left side C, in the outer of conical deflector and linkage section
Oblique ventilating duct is formed between wall；In industrial waste gas of the first level filtering device through primary filtration, sealed connecting tube enters second level
The oblique ventilating duct of filter device, enters back into inlet chamber B；
Inner cylinder B left side B is closely to connect with shell B main body left side C, and inner cylinder B right side B and shell B are right
Face B is close connection；
It is intracavitary in conical deflector to be provided with driving motor B, the driving motor B and useless cloth shaft B transmission connection, institute
It states and filter cloth reel is installed on filter cloth shaft B；Filter cloth is drawn from filter cloth reel B, first through the upper of upper roller group B and maintenance chamber B
Gap B, then extend in the direction of the clock, is fitted on the surface of inner cylinder B main body, until the lower lower gap B for passing through maintenance chamber B, under
After roller group B, extends and be connected on useless cloth shaft B；
200 or more ventholes are evenly arranged in inner cylinder B inner cylinder B body surfaces, cross arrangement is filtered when needing replacing
When cloth, driving motor B starting drives useless cloth shaft B rotation, and waste and old filter cloth just furls on useless cloth shaft B, and new filter cloth is filtered certainly
Cloth reel B is drawn, and through upper roller group B, bottom roll group B, and is laid on the surface of inner cylinder B main body；
Further include differential manometer A and sensors A, is arranged in shell A；Further include differential manometer B and sensor B, is respectively provided with
In shell B；Differential manometer A and differential manometer B is that physical apparatus is controlled for measuring the pressure difference between two o'clock by differential manometer A
Motor A starting controls motor B starting by differential manometer B；In first level filtering device, when particulate matter and coating cloud are adsorbed on filter cloth
When upper, filter cloth hole will be blocked, when the coating cloud and more and more particulate matter being attached on filter cloth, the inside of inner cylinder A
When negative pressure increases to a threshold value, by sensors A, fan power A is connected and is started, and drives filter cloth rotation, to reach certainly
The purpose of dynamic replacement filter cloth；In two-stage filter, situation is identical, repeats no more.
The air inlet A and access hole A are square；The access hole B and access hole C are square, access hole B and inspection
It is equal in magnitude to repair mouthful C；The access hole A, access hole B, access cover is provided on access hole C.
One inner cylinder A main body group is arranged in the middle part of inner cylinder A main body, another inner cylinder A main body group is arranged in inner cylinder A master
Body one end；
The right side shell A A bracket A is T-shaped；The inner cylinder A main body group includes 6 group A and connection small circle ring A,
The connection small circle ring A is arranged in inner cylinder A main center；6 group A are uniformly arranged, and one end is fixedly connected with inner cylinder A main body,
The other end is fixedly connected with small circle ring A is connect；Shaft A is passed through from the center of connection small circle ring A.
One inner cylinder B main body group is arranged in the middle part of inner cylinder B main body, another inner cylinder B main body group is arranged in inner cylinder B master
Body one end；
The inner cylinder B main body group includes 10 group B and connection small circle ring B, and the connection small circle ring B setting is in inner cylinder
B main center；10 group B are uniformly arranged, and one end is fixedly connected with inner cylinder B main body, and the other end fixes company with small circle ring B is connect
It connects；Shaft B is passed through from the center of connection small circle ring B.
275 ventholes are evenly arranged in the inner cylinder A body surfaces, the venthole is equilateral hexagon ventilation
Hole；275 ventholes are evenly arranged in the inner cylinder B body surfaces, the venthole is equilateral hexagon venthole.
The extended line angle of upper and lower 2 pieces of partition A is 83 ° of angles；The extended line angle of upper and lower 2 pieces of partition B is 83 ° of angles.
Further include 2 ratchets, prevents inner cylinder from reversing；2 ratchets are separately mounted to the rear end shaft A and the rear end shaft B.
It further include 2 meter counters, the product type of the meter counter is HTS4008-G-400B/12-24C, is closed to be automatic
The meter counter closed；The length that the filter cloth length replaced every time is a cycle can be accurately controlled, lost of filter cloth is reduced；2 meterings
Device is separately positioned in maintenance chamber A and maintenance chamber B.
Compared with prior art, the utility model has the beneficial effects that
(1) structure is simple, attended operation is convenient, is not necessarily to personal management, and percent of automatization is high, this equipment be integral type installation and
Intelligent processing is not necessarily to other nuisance operations after the completion of installation and debugging, need to only regularly replace filter cloth, and the general period is 1
The moon 1 time；
(2) treatment effeciency is high: efficiency is 95% or more, all automatic controls of whole process.Very good solution wet type
The disadvantages of secondary pollution of processing and the troublesome operation of other dry process and low treatment effeciency；
(3) without secondary pollution；
(4) use cost is cheap: cheap with low-power machine one, selected filtrate.
Detailed description of the invention
Fig. 1 is: the utility model main view；
Fig. 2 is: first level filtering device main view；
Fig. 3 is: first level filtering device front sectional view；
Fig. 4-1 is: first level filtering device right view (maintenance chamber part A is perspective view)；
Fig. 4-2 is: the portion the A enlarged drawing of Fig. 4-1；
Fig. 5-1 is: first level filtering device left view；
Fig. 5-2 is: first level filtering device left view perspective view；
Fig. 6-1 is: inner cylinder A main view；
Fig. 6-2 is: inner cylinder A right view；
Fig. 7 is: two-stage filter main view；
Fig. 8 is: two-stage filter front sectional view；
Fig. 9 is: two-stage filter right view (maintenance chamber part B is perspective view)；
Figure 10-1 is: inner cylinder B main view；
Figure 10-2 is: inner cylinder B right view.
Description of symbols: first level filtering device 1, shell A 101, left side A 102, right side A 103, air inlet A 104,
Air outlet A 105, access hole A 106, motor housing 107, bearing A 108, bracket A 109, maintenance chamber A 1010, partition A
1011, inlet chamber A 1012, filter cloth shaft A 1013, useless cloth shaft A 1014, upper roller group A 1015, bottom roll group A
1016, driving motor A 1017, two-stage filter 2, shell B 201, left side B 202, right side B 203, air inlet B 204,
Air outlet B 205, access hole B 206, access hole C 207, shell B main body 208, left side C 209, linkage section 2010, bearing B
2011, bracket B 2012, maintenance chamber B 2013, partition B 2014, inlet chamber B 2015, filter cloth shaft B 2016, useless cloth shaft B
2017, upper roller group B 2018, bottom roll group B 2019, conical deflector 2020, oblique ventilating duct 2021, driving motor B
2022, inner cylinder A 3, inner cylinder A main body 301, shaft A 302, left side A 303, right side A 304, inner cylinder A main body group 305,
Group A 306, connection small circle ring A 307, inner cylinder B 4, inner cylinder B main body 401, shaft B 402, left side B 403, right side B
404, inner cylinder B main body group 405, group B 406, connection small circle ring B 407, filter cloth 5, venthole 6, ratchet 7, meter counter 8, bottom
Seat 9.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments, but not as to the utility model
Restriction.
As shown in Fig. 1 to Figure 10-2, a kind of intelligent and high-efficiency dry type demister is dry filter, is a kind of novel dry
Preprocessor, including filter device and pedestal 9, the pedestal 9 are arranged below filter device,
As shown in Figure 1, Figure 2 and Figure 7, the filter device includes first level filtering device 1 and two-stage filter 2, described
The right of first level filtering device 1 is arranged in two-stage filter 2；The first level filtering device 1 includes shell A 101, the shell
Body A 101 is whole cylindrical, including left side A 102 and right side A 103, and horizontally arranged, 101 front upper of shell A is set
It is equipped with air inlet A 104,101 right side A 103 of shell A is provided with air outlet A 105, and 101 forward, central part of shell A is provided with inspection
Mouthful A 106 is repaired, 101 left side A 102 of shell A is provided with motor housing 107；The two-stage filter 2 includes shell B 201, shell
Body B 201 includes left side B 202 and right side B 203, and the shell B 201 is horizontally arranged, and 201 front shell B is set side by side
It is equipped with access hole B 206 and access hole C 207, it is right that 201 left side B 202 of shell B is provided with air inlet B 204, shell B 201
Face B 203 is provided with air outlet B 205；Sealed joint pipe is provided between shell A 101 and shell B 201；
As shown in figure 3, shell A 101 is internally provided with inner cylinder A 3,101 left side A 102 of shell A is provided with bearing A
108, bearing A 108 is provided with by bracket A 109 in the middle part of 103 air outlet of right side A；As in Figure 6-1, the inner cylinder A 3 is wrapped
Include 304,2 inner cylinder A main body 301, shaft A 302, left side A 303, right side A inner cylinder A main body groups 305；The shaft
The both ends of A 302 are stretched out from the both ends of inner cylinder A main body 301, are rotatablely connected respectively with the bearing A 108 of 3 two sides inner cylinder A；2
Inner cylinder A main body group 305 is arranged in inner cylinder A main body 301；3 left side A 303 and 101 left side A of shell A of inner cylinder A
102 be close connection, and the 3 right side A 304 of inner cylinder A is closely to connect with 101 right side A 103 of shell A；
As shown in Fig. 4-1 and 5-2, have before the inside shell A 101 maintenance chamber A 1010, maintenance chamber A 1010 include every
Inlet chamber A 1012 is formed between plate A 1011, shell A 101, inner cylinder A 3 and partition A 1011；In maintenance chamber A 1010,
It is provided with filter cloth shaft A 1013, useless cloth shaft A 1014, upper roller group A 1015 and bottom roll group A 1016；The filter cloth turns
One end and the left side of shell A 101 of axis A 1013, useless cloth shaft A 1014, upper roller group A 1015 and bottom roll group A 1016
A 102 is rotatablely connected；The filter cloth shaft A 1013, useless cloth shaft A 1014, upper roller group A 1015 and bottom roll group A
1016 other end and the right side A 103 of shell A 101 are rotatablely connected；
As shown in Fig. 4-1, Fig. 4-2 and Fig. 5-1, driving motor A 1017, the driving are provided in the motor housing 107
Motor A 1017 and useless cloth shaft A 1014 is sequentially connected, and is equipped with 5 reel of filter cloth on the filter cloth shaft A 1013；Filter cloth 5
Extraction, the first upper gap A through upper roller group A 1015 with maintenance chamber A 1010 from 5 reel of filter cloth, then prolong in the direction of the clock
It stretches, is fitted on the surface of inner cylinder A main body 301, until the lower gap A of maintenance chamber A 1010, passes through bottom roll group A 1016, most
Afterwards, it extends and is connected on useless cloth shaft A 1014；
As in Figure 6-1,275 ventholes 6, the venthole 6 are evenly arranged on 301 surface of inner cylinder A main body
For equilateral hexagon venthole 6, cross arrangement；When needing replacing filter cloth 5, driving motor A 1017 starts, and useless cloth is driven to turn
Axis 1014 rotates, and waste and old filter cloth 5 just furls in useless cloth shaft 1014, and new filter cloth 5 is drawn from 5 reel of filter cloth, through upper roller
Group A 1015, bottom roll group A 1016, and be laid on the surface of inner cylinder A main body 301；
As shown in figure 8, shell B 201 includes shell B main body 208 and linkage section 2010, the shell B main body 208 is in circle
Tubular, the linkage section 2010 are in cone cylinder shape；Shell B main body 208 is internally provided with inner cylinder B 4,208 left side C of shell B main body
209 are provided in the middle part of bearing B 2011,203 air outlet B 205 of the right side B bracket B 2012 are provided with bearing B 2011；Such as
Shown in Figure 10-1, the inner cylinder B 4 includes inner cylinder B main body 401, shaft B 402, left side B 403, right side B 404 and 2
Inner cylinder B main body group 405；The both ends of the shaft B 402 are stretched out from the both ends of inner cylinder B main body 401, respectively with shell B main body
The bearing B 2011 of 208 two sides is rotatablely connected；2 inner cylinder B main body groups 405 are arranged in inner cylinder B main body 401；
As shown in figure 9, having maintenance chamber B 2013, maintenance chamber B 2013 before 208 inside of shell B main body includes partition B
2014, inlet chamber B 2015 is formed between shell B 201, inner cylinder B 4 and partition B 2014；It is provided in maintenance chamber B 2013
Filter cloth shaft B 2016, useless cloth shaft B 2017, upper roller group B 2018 and bottom roll group B 2019；The filter cloth shaft B
2016, give up 208 left side C of cloth shaft B 2017, one end of upper roller group B 2018 and bottom roll group B 2019 and shell B main body
209 rotation connections；The filter cloth shaft B 2016, useless cloth shaft B 2017, upper roller group B 2018 and bottom roll group B 2019
The other end and shell B 201 right side B 203 be rotatablely connected；
As shown in figure 8, conical deflector 2020 is provided in the linkage section 2010, the conical deflector 2020
Vertex be located at the centre of linkage section 2010, the rounded bottom and 208 left side C 209 of shell B main body of conical deflector 2020
It is fixedly connected, forms oblique ventilating duct 2021 between conical deflector 2020 and the outer wall of linkage section 2010；In level-one mistake
Industrial waste gas of the device 1 through primary filtration is filtered, sealed connecting tube enters the oblique ventilating duct 2021 of two-stage filter 2, then
Into inlet chamber B 2015；
The 4 left side B 403 of inner cylinder B is closely to connect with 208 left side C 209 of shell B main body, and the inner cylinder B 4 is right
End face B 404 is closely to connect with 201 right side B 203 of shell B；
Intracavitary in conical deflector 2020 to be provided with driving motor B 2022, the driving motor B 2022 turns with useless cloth
Axis B2017 is sequentially connected, and is equipped with 5 reel of filter cloth on the filter cloth shaft B 2016；Filter cloth 5 draws from 5 reel B of filter cloth,
The first upper gap B through upper roller group B 2018 with maintenance chamber B 2013, then extend in the direction of the clock, it is fitted in inner cylinder B main body
On 401 surface, until extending and being connected to useless cloth turns after lower lower gap B, the bottom roll group B 2019 for passing through maintenance chamber B 2013
On axis B 2017；
As shown in Figure 10-1,275 ventholes 6, the venthole 6 are evenly arranged on 401 surface of inner cylinder B main body
For equilateral hexagon venthole 6, cross arrangement, when needing replacing filter cloth 5, driving motor B 2022 starts, and useless cloth is driven to turn
Axis B 2017 is rotated, and waste and old filter cloth 5 just furls on useless cloth shaft B 2017, and new filter cloth 5 is drawn from 5 reel B of filter cloth, through upper
Roller group B 2018, bottom roll group B 2019, and be laid on the surface of inner cylinder B main body 401；
Further include differential manometer A (not shown) and sensors A (not shown), is arranged in shell A 101；Also
Including differential manometer B (not shown) and sensor B (not shown), it is arranged in shell B 201；Differential manometer A and pressure
Difference meter B is physical apparatus, for measuring the pressure difference between two o'clock, controls motor A starting by differential manometer A, passes through differential manometer B
Control motor B starting；In first level filtering device 1, when particulate matter and coating cloud are adsorbed on filter cloth 5,5 hole of filter cloth will be by
Blocking, when the coating cloud and more and more particulate matter being attached on filter cloth 5, the negative pressure of the inside of inner cylinder A 3 increases to a fixed limit
When value, by sensors A, fan power A is connected and is started, and filter cloth 5 is driven to rotate, to reach the mesh of automatic replacement filter cloth 5
's；In two-stage filter 2, situation is identical, repeats no more.
As shown in Figure 1, Figure 2 and Figure 7, the air inlet A 104 and access hole A 106 are square；The access hole B
206 and access hole C 207 is square, and access hole B 206 and access hole C 207 are equal in magnitude；The access hole A 106, inspection
It repairs and is provided with access cover (not shown) on mouthful B 206, access hole C 207.
One setting of inner cylinder A main body group 305 is arranged in 301 middle part of inner cylinder A main body, another inner cylinder A main body group 305
In 301 one end of inner cylinder A main body；
As shown in Fig. 5-1 and Fig. 6-2,101 right side A of shell A, the 103 bracket A 109 is T-shaped；The inner cylinder A main body
Group 305 includes 6 group A 306 and connection small circle ring A 307, and the setting of connection small circle ring A 307 is in inner cylinder A main body
301 centers；6 group A 306 are uniformly arranged, and one end is fixedly connected with inner cylinder A main body 301, the other end with connect small circle ring A
307 are fixedly connected；Shaft A 302 is passed through from the center of connection small circle ring A 307.
One setting of inner cylinder B main body group 405 is arranged in 401 middle part of inner cylinder B main body, another inner cylinder B main body group 405
In 401 one end of inner cylinder B main body；
As shown in Figure 10-2, the inner cylinder B main body group 405 includes 10 group B 406 and connection small circle ring B 407,
The connection small circle ring B 407 is arranged at 401 center of inner cylinder B main body；10 group B 406 are uniformly arranged, one end and inner cylinder B master
Body 401 is fixedly connected, and the other end is fixedly connected with small circle ring B 407 is connect；Shaft B 402 is from connection small circle ring B 407
The heart passes through.
As shown in Fig. 4-1, the extended line angle of upper and lower 2 pieces of partition A 1011 is 83 ° of angles；As shown in figure 9, upper and lower 2 pieces
The extended line angle of partition B 2014 is 83 ° of angles.
Further include 2 ratchets 7, prevents inner cylinder from reversing；2 ratchets 7 are separately mounted to 302 rear end shaft A and shaft B
402 rear ends.
It further include 2 meter counters 8, it is automatic that the product type of the meter counter 8, which is HTS4008-G-400B/12-24C,
The meter counter 8 of closing；The length that 5 length of filter cloth replaced every time is a cycle can be accurately controlled, filter cloth 5 is reduced and is lost；2
Meter counter 8 is separately positioned in maintenance chamber A 1010 and maintenance chamber B 2013.
Mechanism: in first level filtering device 1, lacquer spraying waste gas enters inlet chamber A 1012 by air inlet, from air inlet
Chamber A 1012 by filter cloth 5, by exhaust gas particulate matter and coating cloud remove, be then passed through on 301 surface of filter cloth 5 and inner cylinder A main body
Venthole 6 advance through sealed joint pipe into 3 inner cavity inner cylinder A, into two-stage filter 2；Sealed connecting tube into
The oblique ventilating duct 2021 for entering two-stage filter 2, enters back into inlet chamber B 2015, from inlet chamber B 2015 by filter cloth 5, into
One step by exhaust gas particulate matter and coating cloud remove, the venthole 6 being then passed through on 401 surface of inner cylinder B main body, into inner cylinder B 4
Inner cavity is discharged from gas outlet further along；
In first level filtering device 1, when particulate matter and coating cloud are adsorbed on filter cloth 5,5 hole of filter cloth will be blocked,
When the coating cloud and more and more particulate matter being attached on filter cloth 5, when the negative pressure of the inside of inner cylinder A 3 increases to a threshold value,
By sensors A, driving motor A 1017 is connected and is started, and filter cloth 5 is driven to rotate, to reach the mesh of automatic replacement filter cloth 5
's；In two-stage filter 2, replace filter cloth 5 the case where it is identical, repeat no more.
Embodiment described above, only the utility model more preferably specific embodiment, those skilled in the art
The usual variations and alternatives carried out within the scope of technical solutions of the utility model should all be included in the protection scope of the utility model
It is interior.
Claims (8)
1. a kind of intelligent and high-efficiency dry type demister is a kind of novel dry preprocessor, including filter device and pedestal, the bottom
Seat is arranged below filter device, it is characterised in that:
The filter device includes first level filtering device and two-stage filter, and the two-stage filter is arranged in by-pass filtration
The right of device；The first level filtering device includes shell A, and the shell A is integrally cylindrical, including left side A and right side A,
Horizontally arranged, shell A front upper is provided with air inlet A, and shell A right side A is provided with air outlet A, shell A forward, central part
It is provided with access hole A, shell A left side A is provided with motor housing；The two-stage filter includes shell B, and shell B includes left side B
With right side B, the shell B is horizontally arranged, and being arranged side by side before shell B has access hole B and access hole C, shell B left side B
It is provided with air inlet B, shell B right side B is provided with air outlet B；Sealed joint pipe is provided between shell A and shell B；
Shell A is internally provided with inner cylinder A, and shell A left side A is provided with bearing A, A air outlet middle part in the right side is provided with by bracket A
Bearing A；The inner cylinder A includes inner cylinder A main body, shaft A, left side A, right side A, 2 inner cylinder A main body groups；The shaft A
Both ends stretched out from the both ends of inner cylinder A main body, be rotatablely connected respectively with the bearing A of the two sides inner cylinder A；2 inner cylinder A main body groups are set
It sets in inner cylinder A main body；Inner cylinder A left side A is closely to connect with shell A left side A, inner cylinder A right side A and shell
The right side A A is close connection；
There is maintenance chamber A before inside the shell A, maintenance chamber A includes partition A, forms air inlet between shell A, inner cylinder A and partition A
Chamber A；In maintenance chamber A, it is provided with filter cloth shaft A, useless cloth shaft A, upper roller group A and bottom roll group A；The filter cloth shaft A,
One end of useless cloth shaft A, upper roller group A and bottom roll group A and the left side A of shell A are rotatablely connected；The filter cloth shaft A, useless cloth
The other end of shaft A, upper roller group A and bottom roll group A and the right side A of shell A are rotatablely connected；
Driving motor A, the driving motor A and useless cloth shaft A transmission connection, the filter cloth shaft are provided in the motor housing
Filter cloth reel is installed on A；Filter cloth is drawn from filter cloth reel, first through the upper roller group A and upper gap A for overhauling chamber A, then by suitable
Clockwise extends, and is fitted on the surface of inner cylinder A main body, until the lower gap A of maintenance chamber A, passes through bottom roll group A, finally, drawing
It stretches and is connected on useless cloth shaft A；
200 or more ventholes are evenly arranged in inner cylinder A body surfaces；
Shell B includes shell B main body and linkage section, and the shell B main body is cylindrical, and the linkage section is in cone cylinder shape；Shell B
Body interior is provided with inner cylinder B, and shell B main body left side C is provided in the middle part of bearing B, right side B air outlet B and is provided with by bracket B
Bearing B；The inner cylinder B includes inner cylinder B main body, inner cylinder B left side B, inner cylinder B right side B, shaft B and 2 inner cylinder B main body shelves
Son；The both ends of the shaft B are stretched out from the both ends of inner cylinder B main body, are rotatablely connected respectively with the bearing B of shell B main body two sides；2
A inner cylinder B main body group is arranged in inner cylinder B main body；
There is maintenance chamber B before shell B body interior, maintenance chamber B includes partition B, is formed between shell B, inner cylinder B and partition B
Inlet chamber B；Filter cloth shaft B, useless cloth shaft B, upper roller group B and bottom roll group B are provided in maintenance chamber B；The filter cloth turns
Axis B, useless cloth shaft B, one end of upper roller group B and bottom roll group B and shell B main body left side C are rotatablely connected；The filter cloth shaft
B, the other end of cloth shaft B, upper roller group B and bottom roll group B that gives up are rotatablely connected with the right side B of shell B；
Conical deflector is provided in the linkage section, the vertex of the conical deflector is located at the centre of linkage section, circle
The rounded bottom of conical baffle is fixedly connected with shell B main body left side C, between conical deflector and the outer wall of linkage section
Form oblique ventilating duct；
Inner cylinder B left side B is closely to connect with shell B main body left side C, and inner cylinder B right side B and shell B right side B is
Close connection；
It is intracavitary in conical deflector to be provided with driving motor B, the driving motor B and useless cloth shaft B transmission connection, the filter
Filter cloth reel is installed on cloth shaft B；Filter cloth is drawn from filter cloth reel B, first through upper roller group B and the upper gap for overhauling chamber B
B, then extend in the direction of the clock, it is fitted on the surface of inner cylinder B main body, until lower lower gap B, the bottom roll for passing through maintenance chamber B
After group B, extends and be connected on useless cloth shaft B；
200 or more ventholes are evenly arranged in inner cylinder B inner cylinder B body surfaces；
Further include differential manometer A and sensors A, is arranged in shell A；Further include differential manometer B and sensor B, is arranged at shell
In body B.
2. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: the air inlet A and maintenance
Mouth A is square；The access hole B and access hole C are square, and access hole B and access hole C are equal in magnitude；The access hole
A, access cover is provided on access hole B, access hole C.
3. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: an inner cylinder A main body group
It is arranged in the middle part of inner cylinder A main body, another inner cylinder A main body group is arranged in inner cylinder A main body one end；
The right side shell A A bracket A is T-shaped；The inner cylinder A main body group includes 6 group A and connects small circle ring A, described
Small circle ring A is connected to be arranged in inner cylinder A main center；6 group A are uniformly arranged, and one end is fixedly connected with inner cylinder A main body, another
End with connect small circle ring A and be fixedly connected；Shaft A is passed through from the center of connection small circle ring A.
4. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: an inner cylinder B main body group
It is arranged in the middle part of inner cylinder B main body, another inner cylinder B main body group is arranged in inner cylinder B main body one end；
The inner cylinder B main body group includes 10 group B and connection small circle ring B, and the connection small circle ring B setting is in inner cylinder B master
Body center；10 group B are uniformly arranged, and one end is fixedly connected with inner cylinder B main body, and the other end is fixedly connected with small circle ring B is connect；
Shaft B is passed through from the center of connection small circle ring B.
5. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: the inner cylinder A body surfaces
On be evenly arranged with 275 ventholes, the venthole is equilateral hexagon venthole；In the inner cylinder B body surfaces uniformly
275 ventholes are provided with, the venthole is equilateral hexagon venthole.
6. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: upper and lower 2 pieces of partition A's prolongs
Long wire clamp angle is 83 ° of angles；The extended line angle of upper and lower 2 pieces of partition B is 83 ° of angles.
7. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: it further include 2 ratchets, 2
Ratchet is separately mounted to the rear end shaft A and the rear end shaft B.
8. a kind of intelligent and high-efficiency dry type demister according to claim 1, it is characterised in that: it further include 2 meter counters, 2
A meter counter is separately positioned in maintenance chamber A and maintenance chamber B.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821188376.XU CN208599344U (en) | 2018-07-25 | 2018-07-25 | A kind of intelligent and high-efficiency dry type demister |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821188376.XU CN208599344U (en) | 2018-07-25 | 2018-07-25 | A kind of intelligent and high-efficiency dry type demister |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208599344U true CN208599344U (en) | 2019-03-15 |
Family
ID=65670943
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821188376.XU Active CN208599344U (en) | 2018-07-25 | 2018-07-25 | A kind of intelligent and high-efficiency dry type demister |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208599344U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108654240A (en) * | 2018-07-25 | 2018-10-16 | 宁波东方兴达环保设备有限公司 | A kind of intelligent and high-efficiency dry type demister |
-
2018
- 2018-07-25 CN CN201821188376.XU patent/CN208599344U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108654240A (en) * | 2018-07-25 | 2018-10-16 | 宁波东方兴达环保设备有限公司 | A kind of intelligent and high-efficiency dry type demister |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN110013940A (en) | A kind of environmentally-friendly dry circulation paint spray booth | |
| CN207430009U (en) | A kind of integral biological method VOCs processing units | |
| CN103453603A (en) | Air purifying system | |
| CN208599344U (en) | A kind of intelligent and high-efficiency dry type demister | |
| CN209393493U (en) | A kind of water paint drying unit | |
| CN206621914U (en) | Coating cloud filtration system and dry type spraying room | |
| CN107744703A (en) | A kind of easy-to-dismount efficient air purifier | |
| CN205340444U (en) | Purifier is used in workshop | |
| CN108079743B (en) | Dry-type active carbon adsorption box for laboratory | |
| CN108654240A (en) | A kind of intelligent and high-efficiency dry type demister | |
| CN207694522U (en) | Air filtering system | |
| CN210434185U (en) | Air filtering device | |
| CN211133382U (en) | Workshop waste gas dust collector | |
| CN209438377U (en) | A kind of harmful gas purifying device for multi-media sharing hall | |
| CN210544096U (en) | Spices is exhaust treatment device for processing workshop | |
| CN205948575U (en) | Dustproof purifying device | |
| CN107096340A (en) | Hoisting type Wet smoke clarifier | |
| CN208983544U (en) | A kind of modified positive pressure removes haze one-way flow fresh air host | |
| CN106422697A (en) | Novel environment-friendly waste gas purification device | |
| CN207950955U (en) | A kind of japanning room circulation type deodorizing device | |
| CN112095418A (en) | Smoke removal equipment for asphalt road maintenance vehicle | |
| CN205821171U (en) | Glass Craft lacquer oil paint processing means | |
| CN111023102A (en) | Environment-friendly facility for filtering waste gas | |
| CN221155978U (en) | Desulfurization and denitrification environment-friendly dust removal device | |
| CN209558975U (en) | A kind of high-efficiency environment friendly heat pipe waste heat boiler |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20230522 Address after: No. 149 Ketai Road, Wangchun Industrial Park, Haishu District, Ningbo City, Zhejiang Province, 315000 Patentee after: Ningbo Kexiang Environmental Engineering Co.,Ltd. Address before: 315400 Wulian Village (Xingda Academician Building), Hemudu Town, Yuyao City, Ningbo City, Zhejiang Province Patentee before: NINGBO DONGFANG XINGDA ENVIRONMENTAL PROTECTION EQUIPMENT Co.,Ltd. |
|
| TR01 | Transfer of patent right |