CN206304544U - A kind of spraying waste gas treatment device - Google Patents
A kind of spraying waste gas treatment device Download PDFInfo
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- CN206304544U CN206304544U CN201621446726.9U CN201621446726U CN206304544U CN 206304544 U CN206304544 U CN 206304544U CN 201621446726 U CN201621446726 U CN 201621446726U CN 206304544 U CN206304544 U CN 206304544U
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Abstract
The utility model discloses a kind of spraying waste gas treatment device, belong to the emission-control equipment in technical field of environment protection equipment, its object is to provide a kind of spraying waste gas treatment device that effective purification can be carried out to the waste gas containing various available gas, the purification efficiency to waste gas is improved.It includes being divided in tank body, tank body dust purification room, chamber cleaning gas and exhaust chamber, and the air inlet on tank body is connected with dust purification room, and dust purification room, chamber cleaning gas and exhaust chamber are sequentially communicated, and exhaust chamber is connected with the exhaust outlet on tank body；Multigroup gas cleanup component for purification gas is disposed with gas purification room from the bottom up, gas cleanup component positioned at the bottom is connected with dust purification room, the second kuppe is provided between two adjacent groups gas cleanup component, and connected by the second pod apertures on the second kuppe between two adjacent groups gas cleanup component, it is provided with dehydrater between the gas cleanup component and exhaust chamber of the superiors.
Description
Technical field
The utility model belongs to technical field of environment protection equipment, is related to a kind of emission-control equipment.
Background technology
In recent years, worse and worse, environmental pollution is increasingly severe for the environment that people depend on for existence, and more obvious is exactly big
Gas pollutes, and haze phenomenon is even more and frequently occurs.Waste gas discharge is exactly an important pollution sources for directly affecting atmosphere pollution, especially
It is chemical plant, steel plant, pharmaceutical factory and the long, oil plant of coking etc..
Many containing pollutant kind in waste gas, its physics and chemical property are extremely complex, and toxicity is also not quite similar.Fuel
Contain sulfur dioxide, nitrogen oxides (NOx), hydrocarbon etc. in the waste gas of burning discharge；Because industrial production it is raw materials used and
Technique is different, and discharges a variety of pernicious gases and solid waste, contains various components such as heavy metal, salt, radioactivity
Material；The tail gas of motor vehicle emission contains the hydrocarbons such as lead, benzene and phenol.Due to containing more pernicious gas in waste gas, because
And needed to process waste gas before directly discharge waste gas.Utility model such as Application No. 201420047783.4 is disclosed
A kind of combined type waste gas purification all-in-one, the all-in-one includes being disposed with from input to output end in tank body, the tank body
The equal drift net unit of entrance, it is used for the exhaust gas diffusion being input into is uniform；Plasma electric field unit, it is used for useless by high-pressure decomposing
Pollution of harmful waste gas molecule in gas, reaches primary purification；Activated charcoal unit, it is used to further filter the harmful gas in waste gas
Body, reaches double purification；UV photodissociation fluorescent tubes, it is using the oxygen molecule in high energy UV ultraviolet beam waste gas decompositions and carries out photodissociation
Oxidation reaction, reaches three purifications；Ultrasonic atomization unit, its mist particles for being used to be gone to injection in waste gas removing exhaust gas peculiar smell
Thing；And equal drift net is exported, it is used to be discharged after the waste gas after filtering uniformly diffusion.This uses new waste gas purification integrally
Machine has compact overall structure, and floor space is small, and purification efficiency is high, the characteristics of equipment operating cost is low.
Though above-mentioned waste gas purification all-in-one can play a role to waste gas, due to the harmful gas contained in waste gas
Body is more, and waste gas purification all-in-one cannot effectively be purified according to the species of pernicious gas contained in different waste gas,
So as to the scope of application is smaller, the purification efficiency to waste gas is relatively low
The content of the invention
The purpose of this utility model is：Offer is a kind of can to carry out what is effectively purified to the waste gas containing various available gas
Spraying waste gas treatment device, improves the purification efficiency to waste gas.
The technical solution adopted in the utility model is as follows：
Being divided successively from the bottom up in a kind of spraying waste gas treatment device, including tank body, the tank body has dust purification
Room, chamber cleaning gas and exhaust chamber, the air inlet on the tank body are connected with dust purification room, the dust purification room, gas
Clean room and exhaust chamber are sequentially communicated, and the exhaust chamber is connected with the exhaust outlet on tank body；From lower past in the gas purification room
On be disposed with multigroup gas cleanup component for purification gas, positioned at the gas cleanup component and dust purification of the bottom
Room connects, and is provided between two adjacent groups gas cleanup component between the second kuppe, and two adjacent groups gas cleanup component and led to
The the second pod apertures connection crossed on the second kuppe, water removal is provided between the gas cleanup component and exhaust chamber of the superiors
Device.
Wherein, the gas cleanup component includes wireway, the lower end of the wireway and dust purification room or it is adjacent under
The gas cleanup component connection of layer, offers the first pod apertures on the face of cylinder of the upper end of the wireway, the wireway
Upper end is provided with the first kuppe, the lower edge of the lower edge less than the first pod apertures of first kuppe；First kuppe
Top is provided with adsorption liquid shower nozzle, the adsorption liquid that the adsorption liquid shower nozzle sprays along the first kuppe upper surface flowing and the
The adsorption liquid formed below curtain of the lower edge of one pod apertures, waste gas is exported by the first pod apertures and enters water removal through adsorption liquid is behind the scenes
Device or the second kuppe into adjacent upper.
Wherein, the adsorption liquid shower nozzle includes the flange connecting portion being connected with outside adsorption liquid transfer pipeline, the flange
Cone-type spiral spray core is connected with connecting portion.
Wherein, be provided with gas fall way in the dust purification room, the gas lifting pipe outer wall and inner tank wall it
Between be provided with spiral plate, the spiral plate forms dedusting passage, the upper end of the dedusting passage between gas fall way and tank body
Connected with the air inlet on tank body, the lower end of the dedusting passage connects with gas fall way inside.
Wherein, the dehydrater includes housing, and multiple is provided with the housing except wiper blade, described except the horizontal stroke of wiper blade
Section is corrugated, and two neighboring except the air flue formed between wiper blade for airflow, the water removal blade is included successively
Spaced fixation removes wiper blade except wiper blade and activity, and the fixation is fixedly connected in housing except wiper blade, the work
Move except wiper blade is articulated in housing；The housing is provided with motor, the drive shaft of the motor and one of them
Activity is except wiper blade is fixedly connected and drives the activity to be rotated except wiper blade；Each activity is except the company of being fixedly connected with wiper blade
Fitting, multiple connectors with same rod hinge connection；The motor drive one of activity except wiper blade rotate when,
The activity drives other activities to be rotated except wiper blade except wiper blade by lanar four rod mechanism.
Wherein, the cross section except wiper blade includes the first straight line section, the first segmental arc, the second arc that are sequentially connected
Section and second straight line section, the bending direction of first segmental arc are opposite with the bending direction of the second segmental arc.
In sum, by adopting the above-described technical solution, the beneficial effects of the utility model are：
1st, in the utility model, dust purification room, chamber cleaning gas are set gradually from the bottom up in emission-control equipment
And exhaust chamber, carrying out dust removal process in the present dust purification room of waste gas, the waste gas after removing dust treatment is entered chamber cleaning gas again
The absorption of toxic and harmful is inside carried out, so that the waste gas of final discharge is unlikely to that air can be influenceed, and is first carried out at dedusting
Reason, purification efficiency when can effectively ensure that the later stage carries out gas purification；Multigroup gas purification group is set in gas purification room
Part, is purified by the repeatable same gas of purification of multigroup gas cleanup component or successively to multiple gases, improves the gas
The use scope and the efficiency to gas purification of body purification assembly, so as to realize the absorption to various toxic and harmfuls, net
Change, improve purification efficiency of the emission-control equipment to waste gas.
2nd, in the utility model, the gas cleanup component includes wireway, the first kuppe and adsorption liquid shower nozzle, waste gas warp
Wireway is discharged after rising along the lower edge of the first kuppe, adsorption liquid shower nozzle it is sprayable go out for adsorbing correspondence poisonous and harmful gas
The adsorption liquid of body, so that the adsorption liquid is in the lower edge of the first kuppe and its adsorption liquid formed below curtain, waste gas needs guiding through absorption
Liquid backstage could enter next group of gas cleanup component or discharge, so that it is right to effectively improve adsorption liquid curtain by water curtain form
The absorption of toxic and harmful, clean-up effect, improve purification efficiency of the emission-control equipment to waste gas.
3rd, in the utility model, adsorption liquid shower nozzle uses cone-type spiral spray core, and groove upstream face is sprayed by designing spiral nozzle
Angles different from axis, can obtain the umbrella mist hat of different angles, make adsorption liquid and waste gas multiple-contact, be fully contacted, so that
The adsorption liquid is improved to the absorption of pernicious gas, clean-up effect in waste gas, purification effect of the emission-control equipment to waste gas is improved
Rate.
4th, in the utility model, be provided with spiral plate between gas fall way and tank body, waste gas utilized in dedusting passage from
Core type Gravity Separation technology carries out first time separation to waste gas, larger dust is separated, good separating effect；Then enter
Waste gas after row initial gross separation is entered back into gas fall way, and dust will sink under gravity, and waste gas then upper shifting, it is real
Existing waste gas is separated again with dust, improves the efficiency of dust collection of waste gas, consequently facilitating follow-up to the poisonous and harmful gas in waste gas
Body is efficiently adsorbed, and improves purification efficiency of the emission-control equipment to waste gas.
5th, in the utility model, the water removal blade of dehydrater includes fixed except wiper blade and activity are removed in emission-control equipment
Wiper blade, multiple activities constitute lanar four rod mechanism except wiper blade is hinged on by connector on same connecting rod, therefore drive
Dynamic motor drive one of activity except wiper blade rotate when, drive remaining activity to remove in the presence of lanar four rod mechanism
Wiper blade, thus activity is changed except the angles of wiper blade so that activity is except wiper blade and fixes except shape between wiper blade
Into the cross-sectional area in air channel change, change the air velocity of air in (raisings) air channel, change (increase) centrifugal force, from
And be conducive to catching the water droplet in gas, improve the water rem oval and water removal effect of dehydrater so that from emission-control equipment row
Moisture is less in the gas for going out.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of chamber cleaning gas；
Fig. 3 is the structural representation of gas cleanup component；
Fig. 4 is the structural representation of dust purification room；
Fig. 5 is the structural representation of dehydrater in the utility model；
Fig. 6 is the sectional view of dehydrater in the utility model；
Fig. 7 is the connection diagram in the utility model except wiper blade；
Fig. 8 is the structural representation of spiral nozzle in the utility model；
Marked in figure：1- tank bodies, 2- exhaust outlets, 3- air inlets, 4- exhaust chambers, 5- chamber cleaning gas, 6- dust purifications room,
7- dehydraters, 51- gas cleanup components, the kuppes of 52- second, 511- wireways, the pod apertures of 512- first, the water conservancy diversion of 513- first
Cover, 514- adsorption liquids shower nozzle, 515- adsorption liquids curtain, the connection of the pod apertures of 521- second, 5141- cone-type spirals spray core, 5142- flanges
Portion, 61- spiral plates, 62- gases fall way, 63- dedustings passage, 71- housings, 72- are except wiper blade, 73- motors, 74- companies
Fitting, 75- connecting rods, 721- activity except wiper blade, 722- fix except wiper blade, 723- first straight lines section, 724- second straight lines section,
The segmental arcs of 726- first, the segmental arcs of 727- second.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and implementation
Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only used to explain this
Utility model, is not used to limit the utility model.
A kind of spraying waste gas treatment device, including tank body 1, dust purification is divided into tank body 1 by the inner chamber of tank body 1
Room 6, chamber cleaning gas 5 and exhaust chamber 4, dust purification room 6, chamber cleaning gas 5 and exhaust chamber 4 are sequentially distributed from the bottom up, and
Air inlet 3 on tank body 1 is connected with dust purification room 6, and dust purification room 6, chamber cleaning gas 5 and exhaust chamber 4 are sequentially communicated, row
Air chamber 4 is connected with the exhaust outlet 2 on tank body 1.Waste gas first via air inlet 3 into the dust purification room 6 in tank body 1 carry out it is solid,
Qi leel from, the gas separated through entering in chamber cleaning gas 5, by the way of being adsorbed using water curtain in the chamber cleaning gas 5 pair
Various toxic and harmfuls carry out adsorption cleaning successively or carry out multiple adsorption cleaning to same toxic and harmful, through net
Gas after change is discharged via exhaust chamber 4.It is disposed with from the bottom up in the chamber cleaning gas 5 multigroup for purification gas
Gas cleanup component 51, the gas cleanup component 51 positioned at the bottom is connected with dust purification room 6, two adjacent groups gas purification group
It is provided with the second kuppe 52 between part 51, and by the on the second kuppe 52 between two adjacent groups gas cleanup component 51
Two pod apertures 521 are connected.Various toxic and harmfuls can be carried out successively using the multigroup gas cleanup component 51 being stacked
Adsorption cleaning carries out multiple adsorption cleaning to same toxic and harmful.Positioned at the superiors gas cleanup component 51 with
Be provided with dehydrater 7 between exhaust chamber 4, it is purified after gas after dehydrater 7 carries out except water process through exhaust chamber 4, row
Gas port 2 is discharged.
Set gradually dust purification room 6, chamber cleaning gas 5 and exhaust chamber 4, waste gas from the bottom up in emission-control equipment
Carry out dust removal process in present dust purification room 6, the waste gas after removing dust treatment enters to carry out in chamber cleaning gas 5 again poisonous to be had
The absorption of evil gas, so that the waste gas of final discharge is unlikely to that air can be influenceed, and first carries out dust removal process, can effectively protect
The card later stage carries out purification efficiency during gas purification；Multigroup gas cleanup component 51 is set in chamber cleaning gas 5, by multigroup
The repeatable same gas of purification of gas cleanup component 51 is purified to multiple gases successively, improves the gas cleanup component
51 use scope and the efficiency to gas purification, so as to realize the absorption to various toxic and harmfuls, purification, improving should
Purification efficiency of the emission-control equipment to waste gas.
The gas cleanup component 51 includes wireway 511, lower end and dust purification room 6 or the adjacent lower of wireway 511
Gas cleanup component 51 connect, i.e., the wireway 511 of the gas cleanup component 51 of the bottom directly with dust purification room 6 in connects
Logical, the waste gas after removing dust directly enters in the gas cleanup component 51 of the bottom via the wireway 511, the gas of remaining position
The wireway 511 of body purification assembly 51 is directly connected with the gas cleanup component 51 of adjacent lower floor, so as to realize next layer of gas
The purified gas of body purification assembly 51 enters last layer gas purification by the wireway 511 of last layer gas cleanup component 51
Component 51, realizes that multilayer is adsorbed.The first pod apertures 512, same air guide are offered on the face of cylinder of the upper end of wireway 511
The settable multiple of the first pod apertures 512 on pipe 511, multiple pod apertures are along the circumferential uniform of wireway 511.Into wireway
Waste gas in 511 discharges wireway 511 via the first pod apertures 512.The first kuppe 513 is provided with the upper end of wireway 511,
The tapered structure of inwall, outer wall of the kuppe 52 of the first kuppe 513 and second, and the lower edge of the first kuppe 513 is low
In the lower edge of the first pod apertures 512.The waste gas discharged through the first pod apertures 512 by along the inwall of the first kuppe 513 to moving down
It is dynamic and excessive via the lower edge of the first kuppe 513.The top of the first kuppe 513 is provided with adsorption liquid shower nozzle 514, should
The adsorption liquid that adsorption liquid shower nozzle 514 sprays along the first kuppe 513 upper surface flowing and in the lower edge of first pod apertures 512
Adsorption liquid formed below curtain 515, waste gas exported by the first pod apertures 512 and through enter after adsorption liquid curtain 515 dehydrater 7 or
Into the second kuppe 52 of adjacent upper.
The gas cleanup component 51 includes wireway 511, the first kuppe 513 and adsorption liquid shower nozzle 514, and waste gas is through air guide
Pipe 511 rise after along the first kuppe 513 lower edge discharge, adsorption liquid shower nozzle 514 it is sprayable go out for adsorb correspondence it is poisonous
The adsorption liquid of pernicious gas, so that the adsorption liquid gives up in the lower edge of the first kuppe 513 and its adsorption liquid formed below curtain 515
Gas could enter next group of gas cleanup component 51 or discharge after needing guiding through adsorption liquid curtain 515, so that can by water curtain form
Adsorption liquid curtain 515 pairs of absorption of toxic and harmful, clean-up effects are effectively improved, the emission-control equipment is improved to the net of waste gas
Change efficiency.
Preferably, providing a kind of adsorption liquid shower nozzle 514 with special construction.The adsorption liquid shower nozzle 514 include with it is outer
The flange connecting portion 5142 of portion's adsorption liquid transfer pipeline connection, is connected with cone-type spiral spray core 5141 on flange connecting portion 5142.
Adsorption liquid shower nozzle 514 sprays groove upstream face with axis not using cone-type spiral spray core 5141 by designing spiral nozzle
Same angle, can obtain the umbrella mist hat of different angles, make adsorption liquid and waste gas multiple-contact, be fully contacted, so as to improve the suction
Attached liquid improves purification efficiency of the emission-control equipment to waste gas to the absorption of pernicious gas, clean-up effect in waste gas.
The efficiency of dedusting is carried out to waste gas in order to improve, there is provided a kind of dust purification room 6 with special construction.The dust
It is provided between gas fall way 62, and the outer wall and the inwall of tank body 1 of gas fall way 62 in clean room 6 and is provided with spiral plate 61,
So as to form the dedusting passage 63 for rough dusting between spiral plate 61, gas fall way 62 and tank body 1, in gas lifting
The dedusting sedimentation passage of dedusting again is formed between the inwall of pipe 62.The upper end of the dedusting passage 63 connects with the air inlet 3 on tank body 1
Logical, the lower end of the dedusting passage 63 connects with the inside of gas fall way 62.
Spiral plate 61 is provided between gas fall way 62 and tank body 1, waste gas utilizes centrifugal gravity in dedusting passage 63
Isolation technics carries out first time separation to waste gas, larger dust is separated, good separating effect；Then tentatively divided
Waste gas after is entered back into gas fall way 62, and dust will sink under gravity, and waste gas then upper shifting, realize waste gas
With separating again for dust, the efficiency of dust collection of waste gas is improve, consequently facilitating subsequently being carried out to the toxic and harmful in waste gas
Efficiently adsorb, improve purification efficiency of the emission-control equipment to waste gas.
For the water content in the gas for reducing discharge, spy provides a kind of dehydrater 7 with special construction.The dehydrater
7 remove wiper blade 72 including housing 71 and multiple, and multiple removes the sequentially interval setting of wiper blade 72, thus two neighboring except wiper blade
The air flue for airflow is formed between 72, air enters in the air flue of dehydrater 7 via the air flow inlet of dehydrater 7, empty
It is big water droplet that small water droplet in gas condenses in air flue, and air by dehydration is discharged via the air stream outlet of dehydrater 7.Housing
In 71 except wiper blade 72 include it is fixed except wiper blade 722 and activity remove wiper blade 72 for 721 two kinds except wiper blade, it is fixed to remove waterleaf
Piece 722 and activity remove wiper blade 721, and interval setting, i.e. set-up mode are " fixed except wiper blade 722-activity removes wiper blade successively
721-it is fixed except wiper blade 722-...-activity is except wiper blade 721-fixation is except wiper blade 722-activity is except wiper blade
721”.The fixation is fixedly connected in housing 71 except wiper blade 722, and activity is articulated in housing 71 except wiper blade 721, thus living
Dynamic wiper blade 721 of removing can be rotated in housing 71 around drive-connecting shaft, so as to change adjacent fixation when activity is except the rotation of wiper blade 721
Except wiper blade 722 and activity are except the cross-sectional area of the air flue between wiper blade 721.Motor 73 is provided with housing 71, should
, with one of activity except wiper blade 721 is fixedly connected, activity is except wiper blade 721 is in motor for the drive shaft of motor 73
Can be around corresponding drive-connecting shaft or the drive shaft turns of motor 73 under 73 driving.Each activity is except solid in wiper blade 721
Surely a connector 74 is connected with, multiple connectors 74 are articulated and connected with same connecting rod 75, thus housing 71, activity water removal
The mechanism of plane double leval jib 75 is constituted between 721-connector of blade 74, connecting rod 75, realizes all activities except between wiper blade 721
Linkage.When motor 73 drives one of activity to be rotated except wiper blade 721, the activity is except wiper blade 721 is by flat
The mechanism of face double leval jib 75 drives other activities except wiper blade 721 is rotated.
It is preferably, all except the structure all same of wiper blade 72, i.e., fixed except between wiper blade 722, fixed removing waterleaf
Piece 722 and activity are except between wiper blade 721, activity is except the structure all same between wiper blade 721.Except the cross section of wiper blade 72
It is corrugated.Except the cross section of wiper blade 72 includes the 723, first segmental arc 726 of first straight line section, the second arc that are sequentially connected
Section 727 and second straight line section 724, the end of first straight line section 723 are connected with the head end of the first arc, and first straight line section
723 is tangent with the first arc；The end of the first segmental arc 726 is connected with the head end of the second segmental arc 727, and the first segmental arc
726 is circumscribed with the second segmental arc 727；The end of the second segmental arc 727 is connected with the head end of second straight line section 724, and second straight
Line segment 724 is tangent with the second arc；The wherein bending direction of the bending direction of the first segmental arc 726 and the second segmental arc 727
Conversely.The radius of curvature of the first segmental arc 726 may be the same or different with the radius of curvature of the second segmental arc 727, the first arc
The radius of curvature of section 726 can be more than the radius of curvature of the second segmental arc 727, and the radius of curvature of the first segmental arc 726 is also smaller than
The radius of curvature of the second segmental arc 727.In the present embodiment, the radius of curvature of the first segmental arc 726 is less than the second segmental arc 727
Radius of curvature.
In emission-control equipment dehydrater 7 except wiper blade 72 include it is fixed except wiper blade 722 and activity remove wiper blade
721, multiple activities constitute the mechanism of plane double leval jib 75 except wiper blade 721 is hinged on same connecting rod 75 by connector 74,
Therefore when motor 73 drives one of activity except the rotation of wiper blade 721, the band in the presence of the mechanism of plane double leval jib 75
Move remaining activity and remove wiper blade 721, thus change activity except the angles of wiper blade 721 so that activity removes wiper blade
721 and the fixed cross-sectional area except the air channel formed between wiper blade 722 change, change the gas of air in (raising) air channel
Flow velocity degree, changes (increase) centrifugal force, so as to be conducive to catching the water droplet in gas, improves the water rem oval of dehydrater 7 and removes
Water effect so that moisture is less from the gas of emission-control equipment discharge.
Embodiment 1
A kind of spraying waste gas treatment device, including tank body 1, dust purification is divided into tank body 1 by the inner chamber of tank body 1
Room 6, chamber cleaning gas 5 and exhaust chamber 4, dust purification room 6, chamber cleaning gas 5 and exhaust chamber 4 are sequentially distributed from the bottom up, and
Air inlet 3 on tank body 1 is connected with dust purification room 6, and dust purification room 6, chamber cleaning gas 5 and exhaust chamber 4 are sequentially communicated, row
Air chamber 4 is connected with the exhaust outlet 2 on tank body 1.Waste gas first via air inlet 3 into the dust purification room 6 in tank body 1 carry out it is solid,
Qi leel from, the gas separated through entering in chamber cleaning gas 5, by the way of being adsorbed using water curtain in the chamber cleaning gas 5 pair
Various toxic and harmfuls carry out adsorption cleaning successively or carry out multiple adsorption cleaning to same toxic and harmful, through net
Gas after change is discharged via exhaust chamber 4.It is disposed with from the bottom up in the chamber cleaning gas 5 multigroup for purification gas
Gas cleanup component 51, the gas cleanup component 51 positioned at the bottom is connected with dust purification room 6, two adjacent groups gas purification group
It is provided with the second kuppe 52 between part 51, and by the on the second kuppe 52 between two adjacent groups gas cleanup component 51
Two pod apertures 521 are connected.Various toxic and harmfuls can be carried out successively using the multigroup gas cleanup component 51 being stacked
Adsorption cleaning carries out multiple adsorption cleaning to same toxic and harmful.Positioned at the superiors gas cleanup component 51 with
Be provided with dehydrater 7 between exhaust chamber 4, it is purified after gas after dehydrater 7 carries out except water process through exhaust chamber 4, row
Gas port 2 is discharged.
Embodiment 2
On the basis of embodiment one, the gas cleanup component 51 includes wireway 511, the lower end of wireway 511 and powder
The gas cleanup component 51 of dirt clean room 6 or adjacent lower is connected, i.e. the wireway 511 of the gas cleanup component 51 of the bottom is straight
Connect and connected with dust purification room 6, the waste gas after removing dust directly enters the gas purification group of the bottom via the wireway 511
In part 51, the wireway 511 of the gas cleanup component 51 of remaining position directly connects with the gas cleanup component 51 of adjacent lower floor
It is logical, so as to realize wireway of the next layer of purified gas of gas cleanup component 51 by last layer gas cleanup component 51
511 enter last layer gas cleanup component 51, realize that multilayer is adsorbed.Is offered on the face of cylinder of the upper end of wireway 511
One pod apertures 512, the settable multiple of the first pod apertures 512 on same wireway 511, multiple pod apertures are along wireway 511
It is circumferential uniform.Into the waste gas in wireway 511 wireway 511 is discharged via the first pod apertures 512.In wireway 511
Upper end is provided with the first kuppe 513, the tapered structure of inwall, outer wall of the kuppe 52 of the first kuppe 513 and second, and
Lower edge of the lower edge of the first kuppe 513 less than the first pod apertures 512.The waste gas discharged through the first pod apertures 512 will be along first
The inwall of kuppe 513 is moved down, and excessive via the lower edge of the first kuppe 513.Set in the top of the first kuppe 513
Be equipped with adsorption liquid shower nozzle 514, the adsorption liquid shower nozzle 514 spray adsorption liquid along the first kuppe 513 upper surface flowing and
The adsorption liquid formed below curtain 515 of the lower edge of the first pod apertures 512, waste gas is exported and through adsorption liquid by the first pod apertures 512
Enter dehydrater 7 after curtain 515 or enter the second kuppe 52 of adjacent upper.
Embodiment 3
On the basis of embodiment two, the adsorption liquid shower nozzle 514 includes the flange being connected with outside adsorption liquid transfer pipeline
Connecting portion 5142, is connected with cone-type spiral spray core 5141 on flange connecting portion 5142.
Embodiment 4
On the basis of above-described embodiment, gas fall way 62, and gas fall way 62 are provided with the dust purification room 6
Outer wall and the inwall of tank body 1 between be provided with spiral plate 61, so as between spiral plate 61, gas fall way 62 and tank body 1 formed
For the dedusting passage 63 of rough dusting, the dedusting sedimentation passage of dedusting again is formed between the inwall of gas fall way 62.Should
The upper end of dedusting passage 63 connects with the air inlet 3 on tank body 1, connects inside the lower end of the dedusting passage 63 and gas fall way 62
It is logical.
Embodiment 5
On the basis of above-described embodiment, the dehydrater 7 includes housing 71 and multiple except wiper blade 72, and multiple removes wiper blade
72 sequentially interval settings, thus two neighboring except the air flue formed between wiper blade 72 for airflow, air is via removing
The air flow inlet of hydrophone 7 enters in the air flue of dehydrater 7, and it is big water droplet that the small water droplet in air condenses in air flue, through water removal
Air afterwards is discharged via the air stream outlet of dehydrater 7.In housing 71 wiper blade 722 and work are removed except wiper blade 72 includes fixing
Dynamic 721 two kinds of wiper blade of removing removes wiper blade 72, fixed except wiper blade 722 and movable except wiper blade 721 successively interval setting, that is, set
Put mode for " it is fixed except wiper blade 722-activity except wiper blade 721-fixation except wiper blade 722-...-movable remove waterleaf
Piece 721-fixation removes wiper blade 721 except wiper blade 722-activity ".The fixation is fixedly connected in housing 71 except wiper blade 722,
Activity is articulated in housing 71 except wiper blade 721, thus movable except wiper blade 721 can be rotated in housing 71 around drive-connecting shaft, from
And change adjacent fixation when activity is except the rotation of wiper blade 721 except wiper blade 722 and activity are except the air flue between wiper blade 721
Cross-sectional area.Motor 73 is provided with housing 71, the drive shaft of the motor 73 removes wiper blade with one of activity
721 are fixedly connected, and activity can be around corresponding drive-connecting shaft or motor 73 under the driving of motor 73 except wiper blade 721
Drive shaft turns.Each activity except being fixedly connected with a connector 74 in wiper blade 721, multiple connectors 74 with it is same
Root connecting rod 75 is articulated and connected, thus housing 71, activity remove between 721-connector of wiper blade 74, connecting rod 75 constitute plane four connect
The mechanism of bar 75, realizes all activities except the linkage between wiper blade 721.When motor 73 drives one of activity except waterleaf
When piece 721 is rotated, the activity drives other activities except wiper blade 721 is rotated except wiper blade 721 by the mechanism of plane double leval jib 75.
Embodiment 6
On the basis of embodiment five, preferably, it is all except the structure all same of wiper blade 72, i.e., it is fixed to remove wiper blade
Between 722, it is fixed except wiper blade 722 and activity are except between wiper blade 721, activity is except the structure all same between wiper blade 721.
Except the cross section of wiper blade 72 is corrugated.Except the cross section of wiper blade 72 includes the first straight line section 723, first being sequentially connected
Segmental arc 726, the second segmental arc 727 and second straight line section 724, the end of first straight line section 723 and the head end of the first arc
Connection, and first straight line section 723 is tangent with the first arc；The end of the first segmental arc 726 and the head end of the second segmental arc 727
Connection, and the first segmental arc 726 is circumscribed with the second segmental arc 727；The end of the second segmental arc 727 and second straight line section 724
Head end is connected, and second straight line section 724 is tangent with the second arc；The bending direction and the second arc of wherein the first segmental arc 726
The bending direction of shape section 727 is opposite.The radius of curvature of the first segmental arc 726 can be identical with the radius of curvature of the second segmental arc 727
Also can be different, the radius of curvature of the first segmental arc 726 can be more than the radius of curvature of the second segmental arc 727, the first segmental arc 726
Radius of curvature is also smaller than the radius of curvature of the second segmental arc 727.In the present embodiment, the radius of curvature of the first segmental arc 726 is small
In the radius of curvature of the second segmental arc 727.
Preferred embodiment of the present utility model is the foregoing is only, is not used to limit the utility model, it is all at this
Any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (6)
1. a kind of spraying waste gas treatment device, it is characterised in that：Including tank body (1), in the tank body (1) from the bottom up successively
Division has dust purification room (6), chamber cleaning gas (5) and exhaust chamber (4), and the air inlet (3) on the tank body (1) is net with dust
Change room (6) connection, the dust purification room (6), chamber cleaning gas (5) and exhaust chamber (4) be sequentially communicated, the exhaust chamber and tank
Exhaust outlet (2) connection on body (1)；It is disposed with from the bottom up in the chamber cleaning gas (5) multigroup for purification gas
Gas cleanup component (51), the gas cleanup component (51) positioned at the bottom connects with dust purification room (6), two adjacent groups gas
It is provided between body purification assembly (51) and passes through second between the second kuppe (52), and two adjacent groups gas cleanup component (51)
The second pod apertures (521) connection on kuppe (52), between the gas cleanup component (51) and exhaust chamber (4) of the superiors
It is provided with dehydrater (7).
2. a kind of spraying waste gas treatment device as claimed in claim 1, it is characterised in that：The gas cleanup component (51)
Including wireway (511), lower end and dust purification room (6) or the gas cleanup component of adjacent lower of the wireway (511)
(51) connect, the first pod apertures (512), the wireway (511) are offered on the face of cylinder of the upper end of the wireway (511)
Upper end be provided with the first kuppe (513), the lower edge of the lower edge less than the first pod apertures (512) of first kuppe (513)；
Adsorption liquid shower nozzle (514), the absorption that the adsorption liquid shower nozzle (514) sprays are provided with above first kuppe (513)
Upper surface flowing of the liquid along the first kuppe (513) and the adsorption liquid formed below curtain of the lower edge in the first pod apertures (512)
(515), waste gas is exported by the first pod apertures (512) and is entered dehydrater (7) afterwards through adsorption liquid curtain (515) or enter adjacent
Second kuppe (52) on upper strata.
3. a kind of spraying waste gas treatment device as claimed in claim 2, it is characterised in that：The adsorption liquid shower nozzle (514)
Including the flange connecting portion (5142) being connected with outside adsorption liquid transfer pipeline, cone is connected with the flange connecting portion (5142)
Shape spiral spray core (5141).
4. a kind of spraying waste gas treatment device as claimed in claim 1, it is characterised in that：In the dust purification room (6)
Gas fall way (62) is provided with, spiral plate (61), institute are provided between gas fall way (62) outer wall and tank body (1) inwall
State spiral plate (61) and dedusting passage (63) is formed between gas fall way (62) and tank body (1), the dedusting passage (63)
Upper end is connected with the air inlet (3) on tank body (1), and the lower end of the dedusting passage (63) is internal with gas fall way (62) to be connected
It is logical.
5. a kind of spraying waste gas treatment device as claimed in claim 1, it is characterised in that：The dehydrater (7) is including shell
Multiple is provided with body (71), the housing (71) except wiper blade (72), it is described except the cross section of wiper blade (72) is corrugated,
The air flue for airflow is formed between two neighboring (72) except wiper blade, it is described except wiper blade (72) sets including being spaced successively
The fixation put removes wiper blade (721) except wiper blade (722) and activity, and the fixation is fixedly connected on housing except wiper blade (722)
(71) in, the activity is articulated in housing (71) except wiper blade (721)；The housing (71) is provided with motor (73),
The drive shaft of the motor (73) is with one of activity except wiper blade (721) is fixedly connected and drives the activity to remove waterleaf
Piece (721) is rotated；Each activity except being fixedly connected with connector (74) in wiper blade (721), multiple connectors (74) with
Same connecting rod (75) is hinged；When the motor (73) drives one of activity except wiper blade (721) rotation, the activity
Except wiper blade (721) drives other activities except wiper blade (721) is rotated by lanar four rod mechanism.
6. a kind of spraying waste gas treatment device as claimed in claim 5, it is characterised in that：It is described except the horizontal stroke of wiper blade (72)
Section includes first straight line section (723), the first segmental arc (726), the second segmental arc (727) and the second straight line section that are sequentially connected
(724), the bending direction of first segmental arc (726) is opposite with the bending direction of the second segmental arc (727).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621446726.9U CN206304544U (en) | 2016-12-27 | 2016-12-27 | A kind of spraying waste gas treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621446726.9U CN206304544U (en) | 2016-12-27 | 2016-12-27 | A kind of spraying waste gas treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206304544U true CN206304544U (en) | 2017-07-07 |
Family
ID=59246244
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621446726.9U Expired - Fee Related CN206304544U (en) | 2016-12-27 | 2016-12-27 | A kind of spraying waste gas treatment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206304544U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107648982A (en) * | 2017-10-25 | 2018-02-02 | 天津普洛仙科技有限公司 | A kind of environment-friendly type pharmacy emission-control equipment |
| CN108404626A (en) * | 2018-04-25 | 2018-08-17 | 杨柳 | A kind of industrial organic waste-gas purification tower |
| CN112807974A (en) * | 2020-12-30 | 2021-05-18 | 苏州仕净环保科技股份有限公司 | Environment-friendly industrial waste gas purification device |
| US20210172596A1 (en) * | 2019-12-10 | 2021-06-10 | Doosan Heavy Industries & Construction Co., Ltd. | Chevron vane and moisture separator including same |
| WO2022068103A1 (en) * | 2020-09-29 | 2022-04-07 | 淄博创立机电科技有限公司 | Complete treatment device for exhaust gas |
-
2016
- 2016-12-27 CN CN201621446726.9U patent/CN206304544U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107648982A (en) * | 2017-10-25 | 2018-02-02 | 天津普洛仙科技有限公司 | A kind of environment-friendly type pharmacy emission-control equipment |
| CN107648982B (en) * | 2017-10-25 | 2020-05-15 | 天津普洛仙科技有限公司 | Environment-friendly pharmacy exhaust treatment device |
| CN108404626A (en) * | 2018-04-25 | 2018-08-17 | 杨柳 | A kind of industrial organic waste-gas purification tower |
| US20210172596A1 (en) * | 2019-12-10 | 2021-06-10 | Doosan Heavy Industries & Construction Co., Ltd. | Chevron vane and moisture separator including same |
| US12000586B2 (en) * | 2019-12-10 | 2024-06-04 | Doosan Enerbility Co., Ltd. | Chevron vane and moisture separator including same |
| WO2022068103A1 (en) * | 2020-09-29 | 2022-04-07 | 淄博创立机电科技有限公司 | Complete treatment device for exhaust gas |
| CN112807974A (en) * | 2020-12-30 | 2021-05-18 | 苏州仕净环保科技股份有限公司 | Environment-friendly industrial waste gas purification device |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |