CN105797511A - Air pollution abatement device - Google Patents
Air pollution abatement device Download PDFInfo
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- CN105797511A CN105797511A CN201610356385.4A CN201610356385A CN105797511A CN 105797511 A CN105797511 A CN 105797511A CN 201610356385 A CN201610356385 A CN 201610356385A CN 105797511 A CN105797511 A CN 105797511A
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- framework
- fixing
- drainage screen
- pipeline
- hole
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D47/00—Separating dispersed particles from gases, air or vapours by liquid as separating agent
- B01D47/02—Separating dispersed particles from gases, air or vapours by liquid as separating agent by passing the gas or air or vapour over or through a liquid bath
- B01D47/028—Separating dispersed particles from gases, air or vapours by liquid as separating agent by passing the gas or air or vapour over or through a liquid bath by directing the gas through a wetted wire mesh or a perforated plate
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D53/00—Separation of gases or vapours; Recovering vapours of volatile solvents from gases; Chemical or biological purification of waste gases, e.g. engine exhaust gases, smoke, fumes, flue gases, aerosols
- B01D53/26—Drying gases or vapours
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2257/00—Components to be removed
- B01D2257/80—Water
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2258/00—Sources of waste gases
- B01D2258/06—Polluted air
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- Chemical Kinetics & Catalysis (AREA)
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- General Chemical & Material Sciences (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Filtration Of Liquid (AREA)
Abstract
The invention discloses an air pollution abatement device which comprises a first filter device, a circulating device, a second filter device, a water inlet device, a pipeline device, a third filter device and a drying device. The first filter device comprises a first frame, an exhaust pipe, a first fan, an air inlet hopper, a first transverse rod, a first filter screen, a first roller, a first spring and a second filter screen, the circulating device comprises a first pipeline, a first water pump and a first valve, the second filter device comprises a second frame, a second pipeline, a second valve, a third filter screen, a second roller, filter blocks, a fourth filter screen, a third pipeline, a second water pump and a third valve, the water inlet device comprises a water inlet pipe, a third water pump, a fourth valve and a second support, the pipeline device comprises a fourth pipeline and a fifth pipeline, and the third filter device comprises a third frame, a cover plate, sixth pipelines, fifth water pumps, third supports, partition plates, support plates and motors. The air pollution abatement device has the advantage that industrially generated waste gas can be thoroughly purified by the aid of the air pollution abatement device.
Description
Technical field
The present invention relates to technical field of atmospheric pollution control, particularly relate to a kind of air contaminant treatment device.
Background technology
Along with industrial expansion, the waste gas produced in industrial processes also gets more and more, the processing mode of conventional industrial waste gas is directly to discharge the exhaust in air, cause that the pollution of air is increasingly severe, the severe contamination living environment of people, therefore, the device that can be undertaken industrial waste gas purifying it is badly in need of.
Accordingly, it is desirable to provide a kind of new technical scheme solves above-mentioned technical problem.
Summary of the invention
It is an object of the invention to provide a kind of air contaminant treatment device that can effectively solve above-mentioned technical problem.
In order to solve above-mentioned technical problem, the present invention adopts the following technical scheme that
nullA kind of air contaminant treatment device，Described air contaminant treatment device includes the first defecator、It is arranged at the circulating device on described first defecator、It is positioned at the second defecator on the right side of described first defecator、It is positioned at the water feed apparatus on the right side of described second defecator、It is positioned at the plumbing installation below described second defecator、It is positioned at the 3rd defecator below described plumbing installation and is positioned at the drying device below described 3rd defecator，Described first defecator includes the first framework、It is positioned at the exhaust tube on the left of described first framework、It is arranged at the first blower fan on described exhaust tube、It is positioned at the air inlet bucket above described exhaust tube、It is positioned at the first cross bar on the right side of described first blower fan、It is contained in the first drainage screen in described first framework、It is positioned at the first roller below described first drainage screen、It is positioned at the described first the first spring filtering lower section and is arranged at the second drainage screen of described first framework inner surface，Described circulating device includes the first pipeline、It is arranged at the first water pump on described first pipeline、First valve、It is positioned at the first montant above described first water pump and is arranged at the second cross bar on described first pipeline，Described second defecator includes the second framework、It is positioned at the second pipe above described second framework、It is arranged at the second valve on described second pipe、It is contained in the 3rd drainage screen in described second framework、It is positioned at the second roller below described 3rd drainage screen、It is arranged at the filter block on described second roller、It is positioned at the 4th drainage screen below described second roller、It is positioned at the 3rd pipeline below described second framework、It is arranged at the second water pump on described 3rd pipeline、3rd valve，Described water feed apparatus includes water inlet pipe、It is arranged at the 3rd water pump on described water inlet pipe、4th valve and be positioned at the second support below described 3rd water pump，Described plumbing installation includes the 4th pipeline、It is positioned at the 5th pipeline below described 4th pipeline、It is arranged at the 5th valve on described 5th pipeline and is arranged at the 4th water pump on described 5th pipeline，Described 3rd defecator includes the 3rd framework、It is positioned at the cover plate above described 3rd framework、It is positioned at the 6th pipeline above described cover plate、It is arranged at the 5th water pump above described 6th pipeline、It is arranged at the 3rd support on described 5th water pump、It is positioned at the dividing plate of described 3rd framework、It is arranged at the gripper shoe of the described 3rd framework left and right sides、It is positioned at the motor above described gripper shoe、It is arranged at the output shaft on described motor and is arranged at the bracing wire on described output shaft，Described drying device includes drying baker、It is contained in the discharge pipe in described drying baker、It is arranged at the 6th valve on described discharge pipe、5th drainage screen、It is positioned at the 6th drainage screen below described 5th drainage screen、It is positioned at the 7th drainage screen below described 6th drainage screen and is arranged at the fixed block of described drying baker inner surface.
nullDescribed first framework is hollow cuboid，Described first framework is vertically placed，Described first framework is provided with the first through hole of its left surface、It is positioned at the second through hole of its lower surface、It is positioned at third through-hole and the fourth hole on its right surface，One end of described exhaust tube is directed at described first through hole and fixing with the left surface of described first framework is connected，The other end of described exhaust tube is fixing with the lower surface of described air inlet bucket to be connected，Described air inlet bucket is hollow round table-like，Described first cross bar is horizontal，The left end of described first cross bar is fixing with described first blower fan to be connected，The right-hand member of described first cross bar is fixing with the left surface of described first framework to be connected，Described first drainage screen is bending，The two ends up and down of described first drainage screen are fixing with the inner surface of described first framework to be connected，The cross section ovalize of described first roller，Described first roller turns with described first framework axle and is connected，Described first spring is vertical shape，The lower end of described first spring is fixing with the inner surface of described first framework to be connected，The upper end of described first spring is fixing with the right-hand member of described first roller to be connected，Described second drainage screen is hemispherical，The right surface of described second drainage screen is fixing with the inner surface of described first framework to be connected.
One end of described first pipeline is directed at described second through hole and fixing with the lower surface of described first framework is connected, the other end of described first pipeline is directed at described fourth hole and fixing with the right surface of described first framework is connected, described first montant is vertical shape, the upper end of described first montant is fixing with the lower surface of described first framework to be connected, the lower end of described first montant is fixing with described first water pump to be connected, described second cross bar is cuboid, described second cross bar horizontal positioned, the left end of described second cross bar is fixing with the right surface of described first framework to be connected, described first pipeline runs through the upper and lower surface of described second cross bar and is secured to connect.
nullDescribed second framework is hollow cuboid，Described second framework is vertically placed，The right-hand member of described second cross bar is fixing with the left surface of described second framework to be connected，Described second framework is provided with the fifth hole of its upper surface、It is positioned at the clematis stem hole on its right surface、7th through hole、It is positioned at the 8th through hole and the 9th through hole of its lower surface，One end of described second pipe is directed at described third through-hole and fixing with the right surface of described first framework is connected，The other end of described second pipe is directed at described fifth hole and fixing with the upper surface of described second framework is connected，Described 3rd drainage screen is bending，The surface, left and right of described 3rd drainage screen is fixing with the inner surface of described second framework to be connected，Described second roller is cylinder，Described second roller water placing flat，Described second roller turns with described second framework axle and is connected，Described filter block is provided with several，Described filter block is evenly distributed on described second roller and fixes with described second roller and is connected，Described 4th drainage screen is bending，The surface, left and right of described 4th drainage screen is fixing with the inner surface of described second framework to be connected，One end of described 3rd pipeline is directed at described 9th through hole and fixing with the lower surface of described second framework is connected，Described second water pump is provided with the first support，Described first support is L-shaped，One end of described first support is fixing with the left surface of described second framework to be connected，The other end of described first support is fixing with described second water pump to be connected.
One end of described water inlet pipe is directed at described clematis stem hole and fixing with the right surface of described second framework is connected, described second support is L-shaped, one end of described second support is fixing with the right surface of described second framework to be connected, and the other end of described second support is fixing with described 3rd water pump to be connected.
One end of described 4th pipeline is directed at described 8th through hole and fixing with the lower surface of described second framework is connected, the other end of described 4th pipeline is directed at described 7th through hole and fixing with the right surface of described second framework is connected, described 4th pipeline is provided with the first circular hole, described 5th pipeline is vertical shape, and the upper end of described 5th pipeline is directed at described first circular hole and fixing with the outer surface of described 4th pipeline is connected.
nullDescribed 3rd framework is hollow semicylinder shape，Described 3rd framework horizontal positioned，Described 3rd framework is provided with the second circular hole，Described cover plate is cuboid，Described cover plate horizontal positioned，The upper surface of described 3rd framework is fixing with the lower surface of described cover plate to be connected，Described cover plate is provided with the 3rd circular hole and the 4th circular hole，4th circular hole described in the lower end aligned of described 5th pipeline and fixing with the upper surface of described cover plate be connected，Described 6th pipeline is provided with two，3rd circular hole described in the lower end aligned of described 6th pipeline and fixing with the upper surface of described cover plate be connected，Described 3rd support is provided with two，Described 3rd support is L-shaped，One end of described 3rd support is fixing with described cover plate to be connected，The other end of described 3rd support is fixing with described 5th water pump to be connected，Described dividing plate is vertical shape，The lower end of described dividing plate is fixing with the inner surface of described 3rd framework to be connected，Described gripper shoe is provided with two and lays respectively at the left and right sides of described 3rd framework，Described gripper shoe is horizontal，One end of described gripper shoe is fixing with the outer surface of described 3rd framework to be connected，Described motor is provided with two and lays respectively at the left and right sides of described 3rd framework，The lower surface of described motor is fixing with the upper surface of described gripper shoe to be connected，Described output shaft is provided with two，Described output shaft is cylinder，Described output shaft is connected with described motor，One end of described bracing wire is fixing with described dividing plate to be connected，The other end of described bracing wire is fixing with described output shaft to be connected，Described bracing wire runs through the surfaces externally and internally of described 3rd framework and is slidably connected with it.
Described drying baker is hollow cuboid, and the upper end of described discharge pipe is directed at described second circular hole and fixing with described 3rd framework is connected.
Described 5th drainage screen, 6th drainage screen and the 7th drainage screen are cuboid and horizontal positioned, described 5th drainage screen, the side of the 6th drainage screen and the 7th drainage screen is fixing with the inner surface of described drying baker to be connected, described discharge pipe runs through described 5th drainage screen, the upper and lower surface of the 6th drainage screen and the 7th drainage screen and be secured to connect, place between described 6th drainage screen and the 7th drainage screen and also have spongy layer, it is placed with desiccant between described 5th drainage screen and the 6th drainage screen, described fixed block is provided with two, described fixed block is cuboid, the side of described fixed block is fixing with the inner surface of described drying baker to be connected, the lower surface of described 7th drainage screen is fixing with the upper surface of described fixed block to be connected.
After adopting technique scheme, present invention have the advantage that
Air contaminant treatment apparatus structure of the present invention is simple; easy to use; the waste gas that industry produces can being purified thoroughly, first the solid particle polluter in air can be filtered by it, and the water being used for purifying can be circulated use; reduce the waste of water resource; waste gas can being carried out multi-filtering, filter effect is notable simultaneously, and the waste gas after the purification made can be directly discharged in air; reduce the pollution to air, the environment of protection people's existence.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the detailed description of the invention of air contaminant treatment device of the present invention is described further:
Fig. 1 is the structural representation of air contaminant treatment device of the present invention；
Detailed description of the invention
As it is shown in figure 1, air contaminant treatment device of the present invention includes the first defecator 1, the circulating device 2 that is arranged on described first defecator 1, be positioned at the second defecator 3 on the right side of described first defecator 1, be positioned at the water feed apparatus 4 on the right side of described second defecator 3, be positioned at the plumbing installation 5 below described second defecator 3, be positioned at the 3rd defecator 6 below described plumbing installation 5 and be positioned at the drying device 7 below described 3rd defecator 6.
As it is shown in figure 1, described first defecator 1 includes the first framework 11, is positioned at the exhaust tube 12 on the left of described first framework 11, the first blower fan 13 of being arranged on described exhaust tube 12, be positioned at the air inlet bucket 14 above described exhaust tube 12, be positioned at the first cross bar 15 on the right side of described first blower fan 13, be contained in the first drainage screen 16 of described first framework 11, be positioned at the first roller 17 below described first drainage screen 16, be positioned at described first and filter the first spring 18 below 17 and be arranged at the second drainage screen 19 of described first framework 11 inner surface.Described first framework 11 is in hollow cuboid, described first framework 11 is vertically placed, the first through hole 111 being provided with its left surface in described first framework 11, the second through hole 112 being positioned at its lower surface, the third through-hole 113 being positioned at its right surface and fourth hole 114, described first through hole the 111, second through hole 112, third through-hole 113 and fourth hole 114 is rounded and communicates with the inside of described first framework 11.One end of described exhaust tube 12 is directed at described first through hole 111 and fixing with the left surface of described first framework 11 is connected, the inside of described exhaust tube 12 is communicated with the inside of described first framework 11, and the other end of described exhaust tube 12 is fixing with the lower surface of described air inlet bucket 14 to be connected.Described air inlet bucket 14 is in hollow round table-like, and the described upper end of air inlet bucket 14 is connected with the gas outlet of industrial waste gas so that waste gas enters in air inlet bucket 14.Described first blower fan 13 is arranged on described exhaust tube 12, for being pumped in described exhaust tube 12 by waste gas.Described first cross bar 15 is horizontal, and the left end of described first cross bar 15 is fixing with described first blower fan 13 to be connected, and the right-hand member of described first cross bar 15 is fixing with the left surface of described first framework 11 to be connected.Described first drainage screen 16 is in bending, and the two ends up and down of described first drainage screen 16 are fixing with the inner surface of described first framework 11 to be connected, and described first drainage screen 16 can solid particle polluter partly in absorbed air.The cross section ovalize of described first roller 17, described first roller 17 turns with described first framework 11 axle and is connected, when described first roller 17 is in level shape, the two ends of described first roller 17 act against on the inner surface of described first framework 11, the two parts up and down opened are intercepted such that it is able to be divided into the inner space of the first framework 11, described first roller 17 adopts sponge material to make, the air below the first roller 17 is made to enter into above it after the filtration of the first roller 17, described first roller 17 is connected with motor, described first roller 17 is driven to rotate.Described first spring 18 is in vertical shape, the lower end of described first spring 18 is fixing with the inner surface of described first framework 11 to be connected, the upper end of described first spring 18 is fixing with the right-hand member of described first roller 17 to be connected, thus described first roller 17 plays the effect of location.Described second drainage screen 19 is in hemispherical, the right surface of described second drainage screen 19 is fixing with the inner surface of described first framework 11 to be connected, described second drainage screen 19 is positioned at the left side of described fourth hole 114 so that entering into the water in the first framework 11 from described fourth hole 114 needs the filtration through the second drainage screen 19.
As it is shown in figure 1, described circulating device 2 includes the first pipeline 21, first water pump the 22, first valve 15 of being arranged on described first pipeline 21, be positioned at the first montant 23 above described first water pump 22 and be arranged at the second cross bar 24 on described first pipeline 21.One end of described first pipeline 21 is directed at described second through hole 112 and fixing with the lower surface of described first framework 11 is connected, the inside of described first pipeline 21 is communicated with the inside of described first framework 21, and the other end of described first pipeline 21 is directed at described fourth hole 114 and fixing with the right surface of described first framework 21 is connected.Described first water pump 22, for being pumped in described first pipeline 21 from the second through hole 112 by the water in the first framework 21, then enters in the first framework 21 from fourth hole 114.Described first valve 25 is for controlling the flow of the water in described first pipeline 21.Described first montant 23 is in vertical shape, and the upper end of described first montant 23 is fixing with the lower surface of described first framework 11 to be connected, and the lower end of described first montant 23 is fixing with described first water pump 22 to be connected.Described second cross bar 24 is in cuboid, and described second cross bar 24 horizontal positioned, the left end of described second cross bar 24 is fixing with the right surface of described first framework 11 to be connected, and described first pipeline 21 runs through the upper and lower surface of described second cross bar 24 and is secured to connect.
As it is shown in figure 1, described second defecator 3 includes the second framework 31, is positioned at the second pipe 32 above described second framework 31, the second valve 33 being arranged on described second pipe 32, the 3rd drainage screen 34 being contained in described second framework 31, be positioned at the second roller 35 below described 3rd drainage screen 34, the filter block 36 that is arranged on described second roller 35, the second water pump the 39, the 3rd valve 30 of being positioned at the 4th drainage screen 37 below described second roller 35, being positioned at the 3rd pipeline 38 below described second framework 31, be arranged on described 3rd pipeline 38.Described second framework 31 is in hollow cuboid, described second framework 31 is vertically placed, the right-hand member of described second cross bar 24 is fixing with the left surface of described second framework 31 to be connected, the fifth hole 311 being provided with its upper surface in described second framework 31, clematis stem hole the 312, the 7th through hole 313 being positioned at its right surface, it is positioned at the 8th through hole 314 and the 9th through hole 315 of its lower surface, described fifth hole 311, clematis stem hole the 312, the 7th through hole the 313, the 8th through hole 314 and the 9th through hole 315 is rounded and communicates with the inside of described second framework 31.One end of described second pipe 32 is directed at described third through-hole 113 and fixing with the right surface of described first framework 11 is connected, the inside of described second pipe 32 is communicated with the inside of described first framework 11, the other end of described second pipe 32 is directed at described fifth hole 311 and fixing with the upper surface of described second framework 31 is connected so that the inside of described second pipe 32 communicates with the inside of described second framework 31.Described second valve 33 is for controlling the flow of gas in described second pipe 32.Described 3rd drainage screen 34 is in bending, and the surface, left and right of described 3rd drainage screen 34 is fixing with the inner surface of described second framework 31 to be connected, and described 3rd drainage screen 34 is in raising up.Described second roller 35 is in cylinder, described second roller 35 horizontal positioned, described second roller 35 turns with described second framework 31 axle and is connected so that described second roller 35 can rotate in described second framework 31, described second roller 35 is connected with motor, drives described second roller 35 to rotate.Described filter block 36 is provided with several, and described filter block 36 is evenly distributed on described second roller 35 and fixes with described second roller 35 and is connected so that described filter block 36 rotates along with described second roller 35 and rotates.Described 4th drainage screen 37 is in bending, and the surface, left and right of described 4th drainage screen 37 is fixing with the inner surface of described second framework 31 to be connected, and described 4th drainage screen 37 is in downwardly convex.One end of described 3rd pipeline 38 is directed at described 9th through hole 315 and fixing with the lower surface of described second framework 31 is connected so that the inside of described 3rd pipeline 38 communicates with the inside of described second framework 31.Described second water pump 39 is for being pumped in described 3rd pipeline 38 by the water in the second framework 31, described second water pump 39 is provided with the first support 391, described first support 391 is L-shaped, one end of described first support 391 is fixing with the left surface of described second framework 31 to be connected, and the other end of described first support 391 is fixing with described second water pump 39 to be connected.Described 3rd valve 30 is for controlling the flow of water in described 3rd pipeline 38.
As it is shown in figure 1, described water feed apparatus 4 includes water inlet pipe 41, the 3rd water pump the 42, the 4th valve 43 that is arranged on described water inlet pipe 41 and be positioned at the second support 44 below described 3rd water pump 42.One end of described water inlet pipe 41 is directed at described clematis stem hole 312 and fixing with the right surface of described second framework 31 is connected so that the inside of described water inlet pipe 41 communicates with the inside of described second framework 31, and the other end of described water inlet pipe 41 is placed in pond.Described 3rd water pump 42 is for being pumped in described water inlet pipe 41 by the water in pond, then in described second framework 31, such that it is able to soak the 3rd drainage screen 34, filter block 36 and the 4th drainage screen 37.Described 4th valve 43 is for controlling the flow of water in described water inlet pipe 41.Described second support 44 is L-shaped, and one end of described second support 44 is fixing with the right surface of described second framework 31 to be connected, and the other end of described second support 44 is fixing with described 3rd water pump 42 to be connected.
As it is shown in figure 1, described plumbing installation 5 includes the 4th pipeline 51, is positioned at the 5th pipeline 52, the 5th valve 53 being arranged on described 5th pipeline 52 below described 4th pipeline 51 and is arranged at the 4th water pump 54 on described 5th pipeline 52.One end of described 4th pipeline 51 is directed at described 8th through hole 314 and fixing with the lower surface of described second framework 31 is connected, the inside of described 4th pipeline 51 is communicated with the inside of described second framework 31, and the other end of described 4th pipeline 51 is directed at described 7th through hole 313 and fixing with the right surface of described second framework 31 is connected.Described 4th water pump 54 is for entering in the 4th pipeline 51 by the water in the second framework 31 from the 8th through hole 314, then re-enter in described second framework 31 from the 7th through hole 313, described 4th pipeline 51 is provided with the first circular hole 511, and described first circular hole 511 communicates with the inside of described 4th pipeline 51.Described 5th pipeline 52 is in vertical shape, and the upper end of described 5th pipeline 52 is directed at described first circular hole 511 and fixing with the outer surface of described 4th pipeline 51 is connected so that the inside of described 5th pipeline 52 communicates with the inside of described 4th pipeline 51.Described 5th valve 53 is for controlling the flow of water and gas in described 5th pipeline 52.
As it is shown in figure 1, described 3rd defecator 6 includes the 3rd framework 61, is positioned at the cover plate 62 above described 3rd framework 61, is positioned at the 6th pipeline 63 above described cover plate 62, is arranged at the 5th water pump 64 above described 6th pipeline 63, the 3rd support 65 being arranged on described 5th water pump 64, be positioned at described 3rd framework 61 dividing plate 66, be arranged at described 3rd framework 61 left and right sides gripper shoe 67, be positioned at the motor 68 above described gripper shoe 67, the output shaft that is arranged on described motor 68 and the bracing wire 69 being arranged on described output shaft.Described 3rd framework 61 is in hollow semicylinder shape, and described 3rd framework 61 horizontal positioned, described 3rd framework 61 is provided with the second circular hole 611, and described second circular hole 611 communicates with the inside of described 3rd framework 61.Described cover plate 62 is in cuboid, described cover plate 62 horizontal positioned, the upper surface of described 3rd framework 61 is fixing with the lower surface of described cover plate 62 to be connected, described cover plate 62 is provided with the 3rd circular hole 621 and the 4th circular hole 622, described 3rd circular hole 621 is provided with two and lays respectively at the left and right sides of described 4th circular hole 622, described 3rd circular hole 621 and the 4th circular hole 622 run through the upper and lower surface of described cover plate 62, the 4th circular hole 622 described in the lower end aligned of described 5th pipeline 52 and fixing with the upper surface of described cover plate 62 be connected.Described 6th pipeline 63 is provided with two, the 3rd circular hole 621 described in the lower end aligned of described 6th pipeline 63 and fixing with the upper surface of described cover plate 62 be connected, and the other end of described 6th pipeline 63 can be placed in pond.Described 5th water pump 64 is provided with two, and described 5th water pump 64 is for being pumped in described 6th pipeline 63 by the water in pond, then in the 3rd framework 61.Described 3rd support 65 is provided with two, and described 3rd support 65 is L-shaped, and one end of described 3rd support 65 is fixing with described cover plate 62 to be connected, and the other end of described 3rd support 65 is fixing with described 5th water pump 64 to be connected.Described dividing plate 66 is provided with two and lays respectively at the left and right sides in described 3rd framework 61, described dividing plate 66 is in vertical shape, the lower end of described dividing plate 66 is fixing with the inner surface of described 3rd framework 61 to be connected, the inner surface of the front and rear surfaces of described dividing plate 66 and described 3rd framework 61 is slidably connected, described dividing plate 66 adopts elastomeric material to make so that described dividing plate 66 can bend right and left deformation.Described gripper shoe 67 is provided with two and lays respectively at the left and right sides of described 3rd framework 61, and described gripper shoe 67 is horizontal, and one end of described gripper shoe 67 is fixing with the outer surface of described 3rd framework 61 to be connected.Described motor 68 is provided with two and lays respectively at the left and right sides of described 3rd framework 61, and the lower surface of described motor 68 is fixing with the upper surface of described gripper shoe 67 to be connected, and described motor 68 is electrically connected with the power supply.Described output shaft is provided with two, and described output shaft is cylinder, and described output shaft is connected with described motor 68 so that described motor 68 drives described output shaft to rotate.One end of described bracing wire 69 is fixing with described dividing plate 66 to be connected, and the other end of described bracing wire 69 is fixing with described output shaft to be connected, and described bracing wire 69 runs through the surfaces externally and internally of described 3rd framework 61 and is slidably connected with it.
As it is shown in figure 1, described drying device 7 includes drying baker 71, the discharge pipe 72, the 6th valve the 73, the 5th drainage screen 74 being arranged on described discharge pipe 72 that are contained in described drying baker 71, be positioned at the 6th drainage screen 76 below described 5th drainage screen 74, be positioned at the 7th drainage screen 77 below described 6th drainage screen 76 and be arranged at the fixed block 75 of described drying baker 71 inner surface.Described drying baker 71 is in hollow cuboid, and the cross section of described drying baker 71 is concave shape.The upper end of described discharge pipe 72 is directed at described second circular hole 611 and fixing with described 3rd framework 61 is connected so that the inside of described discharge pipe 72 communicates with the inside of described 3rd framework 71.Described 6th valve 73 is for controlling the flow of water and gas in described discharge pipe 72.Described 5th drainage screen the 74, the 6th drainage screen 76 and the 7th drainage screen 77 are in cuboid and horizontal positioned, the side of described 5th drainage screen the 74, the 6th drainage screen 76 and the 7th drainage screen 77 is fixing with the inner surface of described drying baker 71 to be connected, described discharge pipe 72 runs through the upper and lower surface of described 5th drainage screen the 74, the 6th drainage screen 76 and the 7th drainage screen 77 and is secured to connect, place between described 6th drainage screen 76 and the 7th drainage screen 77 and also have spongy layer, between described 5th drainage screen 74 and the 6th drainage screen 75, be placed with desiccant.Described fixed block 75 is provided with two, and described fixed block 75 is in cuboid, and the side of described fixed block 75 is fixing with the inner surface of described drying baker 71 to be connected, and the lower surface of described 7th drainage screen 77 is fixing with the upper surface of described fixed block 75 to be connected.
As shown in Figure 1, when described air contaminant treatment device of the present invention uses, first the upper end of air inlet bucket 14 is directed at the outlet of atmospheric air off-gas, then the first blower fan 13 is started, atmospheric air off-gas is made to enter in air inlet bucket 14, then in exhaust tube 12, then in the first framework 11, now described first roller 17 is in horizontal, and the first roller 17 is connected with water, then the first water pump 22 is started, the water below the first roller 17 is made to enter in the first pipeline 21, open the first valve 25, enter in the first framework 11 then into the water in the first pipeline 21 from fourth hole 114, the first roller 17 is soaked after the filtration of the second drainage screen 19.nullThe waste gas entered in the first framework 11 enters into above it after the filtration of the first roller 17 soaked，Cannot all through the filtration of the first roller 17 when waste gas is more，Now under the influence of air pressure，The left end of described first roller 17 moves up，First roller 17 is turned clockwise，Described first spring 18 is compressed，Portion is moved up through the left side of the first roller 17，Remainder enters into above it after the filtration of the first roller 17，And owing to water fourth hole 114 endlessly enters in the first framework 11，Can be sprayed at uniformly on the first roller 17 through the second drainage screen 19，The waste gas entered into above the first roller 17 can be purified simultaneously，On the left of the first roller 17, move to the waste gas above it and the first drainage screen 16 contacts，Make the first drainage screen 16 can adsorb part solid particle polluter in waste gas.Then waste gas enters in second pipe 32 from third through-hole 113, opens the second valve 33 so that enters into the waste gas in second pipe 32 and enters in the second framework 31.Now start the 3rd water pump 42, the water in pond is made to enter in water inlet pipe 41, open the 4th valve 43 simultaneously and enter in the second framework 31, then the 3rd drainage screen 34, filter block 36 and the 4th drainage screen 37 are soaked, then the bottom in the second framework 31 is focused on, after a certain amount of, the 4th valve 43 and the 3rd water pump 42 is closed until the water in the second framework 31, now start the 4th water pump 54, the water in the second framework 31 is made to enter in the 4th pipeline 51, then enter in the second framework 31 from the 7th through hole 313, form circulation.Start the motor being connected with the second roller 35 so that the second roller 35 rotates simultaneously.Enter into the waste gas in the second framework 31 after the filtration of the 3rd drainage screen 34 soaked, enter into the lower section of the 3rd drainage screen 34, contact with the filter block 36 rotated along with described second roller 34, such that it is able to adsorb partial impurities therein, owing to filter block 36 constantly rotates, make more filter block 36 and air contact, and then make clean-up effect better.The lower section of the 4th pipeline 37 is entered into after being then passed through the filtration of the 4th drainage screen 37.nullNow close the 4th water pump 54，Start the second water pump 39 and open the 3rd valve 30，Water in second framework 31 is drawn in the 3rd pipeline 38，It is then discharged out，The 3rd valve 30 is closed after drained，Owing to the first blower fan 13 makes the waste gas in the external world constantly be pumped in exhaust tube 12，The waste gas after the 3rd drainage screen 34 and the 4th drainage screen 37 filter in second framework 31 is entered in the 4th pipeline 51，It is then passed through the first circular hole 511 to enter in the 5th pipeline 52，Open the 5th valve 53 to enter in the 3rd framework 61，Start the 5th water pump 64，Water in pond is pumped in the 6th pipeline 63，Then in the space between dividing plate 66 and the 3rd framework 61，The 5th water pump 64 is closed after a certain amount of water of suction，Then motor 68 is started，Output shaft is rotated，Drive bracing wire 69 to two side shiftings，Make dividing plate 66 to two lateral bends，Then motor 68 is closed suddenly，Described dividing plate 66 swings to centre under elastic force effect，Make the shake of the water between dividing plate 66 and the 3rd framework 61 and then splash between dividing plate 66，Such that it is able to the gas from the 4th circular hole 622 ejection is purified，Area owing to spraying is bigger，Make it bigger with the area of exhaust gas contact，And then make clean-up effect better.Then the 6th valve 73 is opened, make the water in the 3rd framework 61 and enter in discharge pipe 72 through purified gas, then into the bottom in drying baker 71, then water focuses on the lower section of the 7th drainage screen 77, gas contacts with spongy layer after the filtration of the 7th drainage screen 77, the moisture of wherein most can be filtered out, contact with desiccant after being then passed through the filtration of the 6th drainage screen 76, it is dried, discharge after being then passed through the filtration of the 5th drainage screen 74, make the air humidity discharged less, it is prevented that to affect the humidity in air.So far, atmospheric pollution of the present invention process device use procedure is described.
The above; being only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any those skilled in the art are in the technical scope that the invention discloses; change can be readily occurred in or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with described scope of the claims.
Claims (9)
- null1. an air contaminant treatment device，It is characterized in that: described air contaminant treatment device includes the first defecator、It is arranged at the circulating device on described first defecator、It is positioned at the second defecator on the right side of described first defecator、It is positioned at the water feed apparatus on the right side of described second defecator、It is positioned at the plumbing installation below described second defecator、It is positioned at the 3rd defecator below described plumbing installation and is positioned at the drying device below described 3rd defecator，Described first defecator includes the first framework、It is positioned at the exhaust tube on the left of described first framework、It is arranged at the first blower fan on described exhaust tube、It is positioned at the air inlet bucket above described exhaust tube、It is positioned at the first cross bar on the right side of described first blower fan、It is contained in the first drainage screen in described first framework、It is positioned at the first roller below described first drainage screen、It is positioned at the described first the first spring filtering lower section and is arranged at the second drainage screen of described first framework inner surface，Described circulating device includes the first pipeline、It is arranged at the first water pump on described first pipeline、First valve、It is positioned at the first montant above described first water pump and is arranged at the second cross bar on described first pipeline，Described second defecator includes the second framework、It is positioned at the second pipe above described second framework、It is arranged at the second valve on described second pipe、It is contained in the 3rd drainage screen in described second framework、It is positioned at the second roller below described 3rd drainage screen、It is arranged at the filter block on described second roller、It is positioned at the 4th drainage screen below described second roller、It is positioned at the 3rd pipeline below described second framework、It is arranged at the second water pump on described 3rd pipeline、3rd valve，Described water feed apparatus includes water inlet pipe、It is arranged at the 3rd water pump on described water inlet pipe、4th valve and be positioned at the second support below described 3rd water pump，Described plumbing installation includes the 4th pipeline、It is positioned at the 5th pipeline below described 4th pipeline、It is arranged at the 5th valve on described 5th pipeline and is arranged at the 4th water pump on described 5th pipeline，Described 3rd defecator includes the 3rd framework、It is positioned at the cover plate above described 3rd framework、It is positioned at the 6th pipeline above described cover plate、It is arranged at the 5th water pump above described 6th pipeline、It is arranged at the 3rd support on described 5th water pump、It is positioned at the dividing plate of described 3rd framework、It is arranged at the gripper shoe of the described 3rd framework left and right sides、It is positioned at the motor above described gripper shoe、It is arranged at the output shaft on described motor and is arranged at the bracing wire on described output shaft，Described drying device includes drying baker、It is contained in the discharge pipe in described drying baker、It is arranged at the 6th valve on described discharge pipe、5th drainage screen、It is positioned at the 6th drainage screen below described 5th drainage screen、It is positioned at the 7th drainage screen below described 6th drainage screen and is arranged at the fixed block of described drying baker inner surface.
- null2. air contaminant treatment device according to claim 1，It is characterized in that: described first framework is hollow cuboid，Described first framework is vertically placed，Described first framework is provided with the first through hole of its left surface、It is positioned at the second through hole of its lower surface、It is positioned at third through-hole and the fourth hole on its right surface，One end of described exhaust tube is directed at described first through hole and fixing with the left surface of described first framework is connected，The other end of described exhaust tube is fixing with the lower surface of described air inlet bucket to be connected，Described air inlet bucket is hollow round table-like，Described first cross bar is horizontal，The left end of described first cross bar is fixing with described first blower fan to be connected，The right-hand member of described first cross bar is fixing with the left surface of described first framework to be connected，Described first drainage screen is bending，The two ends up and down of described first drainage screen are fixing with the inner surface of described first framework to be connected，The cross section ovalize of described first roller，Described first roller turns with described first framework axle and is connected，Described first spring is vertical shape，The lower end of described first spring is fixing with the inner surface of described first framework to be connected，The upper end of described first spring is fixing with the right-hand member of described first roller to be connected，Described second drainage screen is hemispherical，The right surface of described second drainage screen is fixing with the inner surface of described first framework to be connected.
- 3. air contaminant treatment device according to claim 2, it is characterized in that: one end of described first pipeline is directed at described second through hole and fixing with the lower surface of described first framework is connected, the other end of described first pipeline is directed at described fourth hole and fixing with the right surface of described first framework is connected, described first montant is vertical shape, the upper end of described first montant is fixing with the lower surface of described first framework to be connected, the lower end of described first montant is fixing with described first water pump to be connected, described second cross bar is cuboid, described second cross bar horizontal positioned, the left end of described second cross bar is fixing with the right surface of described first framework to be connected, described first pipeline runs through the upper and lower surface of described second cross bar and is secured to connect.
- null4. air contaminant treatment device according to claim 3，It is characterized in that: described second framework is hollow cuboid，Described second framework is vertically placed，The right-hand member of described second cross bar is fixing with the left surface of described second framework to be connected，Described second framework is provided with the fifth hole of its upper surface、It is positioned at the clematis stem hole on its right surface、7th through hole、It is positioned at the 8th through hole and the 9th through hole of its lower surface，One end of described second pipe is directed at described third through-hole and fixing with the right surface of described first framework is connected，The other end of described second pipe is directed at described fifth hole and fixing with the upper surface of described second framework is connected，Described 3rd drainage screen is bending，The surface, left and right of described 3rd drainage screen is fixing with the inner surface of described second framework to be connected，Described second roller is cylinder，Described second roller water placing flat，Described second roller turns with described second framework axle and is connected，Described filter block is provided with several，Described filter block is evenly distributed on described second roller and fixes with described second roller and is connected，Described 4th drainage screen is bending，The surface, left and right of described 4th drainage screen is fixing with the inner surface of described second framework to be connected，One end of described 3rd pipeline is directed at described 9th through hole and fixing with the lower surface of described second framework is connected，Described second water pump is provided with the first support，Described first support is L-shaped，One end of described first support is fixing with the left surface of described second framework to be connected，The other end of described first support is fixing with described second water pump to be connected.
- 5. air contaminant treatment device according to claim 4, it is characterized in that: one end of described water inlet pipe is directed at described clematis stem hole and fixing with the right surface of described second framework is connected, described second support is L-shaped, one end of described second support is fixing with the right surface of described second framework to be connected, and the other end of described second support is fixing with described 3rd water pump to be connected.
- 6. air contaminant treatment device according to claim 5, it is characterized in that: one end of described 4th pipeline is directed at described 8th through hole and fixing with the lower surface of described second framework is connected, the other end of described 4th pipeline is directed at described 7th through hole and fixing with the right surface of described second framework is connected, described 4th pipeline is provided with the first circular hole, described 5th pipeline is vertical shape, and the upper end of described 5th pipeline is directed at described first circular hole and fixing with the outer surface of described 4th pipeline is connected.
- null7. air contaminant treatment device according to claim 6，It is characterized in that: described 3rd framework is hollow semicylinder shape，Described 3rd framework horizontal positioned，Described 3rd framework is provided with the second circular hole，Described cover plate is cuboid，Described cover plate horizontal positioned，The upper surface of described 3rd framework is fixing with the lower surface of described cover plate to be connected，Described cover plate is provided with the 3rd circular hole and the 4th circular hole，4th circular hole described in the lower end aligned of described 5th pipeline and fixing with the upper surface of described cover plate be connected，Described 6th pipeline is provided with two，3rd circular hole described in the lower end aligned of described 6th pipeline and fixing with the upper surface of described cover plate be connected，Described 3rd support is provided with two，Described 3rd support is L-shaped，One end of described 3rd support is fixing with described cover plate to be connected，The other end of described 3rd support is fixing with described 5th water pump to be connected，Described dividing plate is vertical shape，The lower end of described dividing plate is fixing with the inner surface of described 3rd framework to be connected，Described gripper shoe is provided with two and lays respectively at the left and right sides of described 3rd framework，Described gripper shoe is horizontal，One end of described gripper shoe is fixing with the outer surface of described 3rd framework to be connected，Described motor is provided with two and lays respectively at the left and right sides of described 3rd framework，The lower surface of described motor is fixing with the upper surface of described gripper shoe to be connected，Described output shaft is provided with two，Described output shaft is cylinder，Described output shaft is connected with described motor，One end of described bracing wire is fixing with described dividing plate to be connected，The other end of described bracing wire is fixing with described output shaft to be connected，Described bracing wire runs through the surfaces externally and internally of described 3rd framework and is slidably connected with it.
- 8. air contaminant treatment device according to claim 7, it is characterised in that: described drying baker is hollow cuboid, and the upper end of described discharge pipe is directed at described second circular hole and fixing with described 3rd framework is connected.
- 9. air contaminant treatment device according to claim 8, it is characterized in that: described 5th drainage screen, 6th drainage screen and the 7th drainage screen are cuboid and horizontal positioned, described 5th drainage screen, the side of the 6th drainage screen and the 7th drainage screen is fixing with the inner surface of described drying baker to be connected, described discharge pipe runs through described 5th drainage screen, the upper and lower surface of the 6th drainage screen and the 7th drainage screen and be secured to connect, place between described 6th drainage screen and the 7th drainage screen and also have spongy layer, it is placed with desiccant between described 5th drainage screen and the 6th drainage screen, described fixed block is provided with two, described fixed block is cuboid, the side of described fixed block is fixing with the inner surface of described drying baker to be connected, the lower surface of described 7th drainage screen is fixing with the upper surface of described fixed block to be connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610356385.4A CN105797511A (en) | 2016-05-25 | 2016-05-25 | Air pollution abatement device |
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| CN201610356385.4A CN105797511A (en) | 2016-05-25 | 2016-05-25 | Air pollution abatement device |
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| CN105797511A true CN105797511A (en) | 2016-07-27 |
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Cited By (1)
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| CN106362509A (en) * | 2016-08-31 | 2017-02-01 | 廖淑梅 | Novel efficient dust remover for agricultural machinery |
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