CN204543879U - A kind of except haze equipment - Google Patents
A kind of except haze equipment Download PDFInfo
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- CN204543879U CN204543879U CN201520107795.6U CN201520107795U CN204543879U CN 204543879 U CN204543879 U CN 204543879U CN 201520107795 U CN201520107795 U CN 201520107795U CN 204543879 U CN204543879 U CN 204543879U
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Abstract
The utility model discloses a kind of except haze equipment, belong to technical field of air purification.Describedly to comprise except haze equipment: air channel, except haze assembly and the first blower fan, air channel is closed channel, the side in air channel has air inlet of air duct, air is entered by air inlet of air duct, the opposite side in air channel has duct outlet, discharges except air after haze, except haze assembly is arranged in air channel by duct outlet, first blower fan is arranged on outside, air channel, and the first air inlet is communicated with duct outlet.Air, by except haze assembly is except haze, is drawn in air channel by the first blower fan by the utility model, and discharges except air after haze by the first blower fan, wind speed is very fast, overall air output is comparatively large, is applicable to large-scale outdoor air except haze, to meet under current serious environmental pollution air except the demand of haze.
Description
Technical field
The utility model relates to technical field of air purification, and particularly one is except haze equipment.
Background technology
Haze refers to the sub aerosol systems formed in atmosphere of swimming equably of a large amount of imperceptible dry grits of the dust, sulfuric acid, nitric acid, organic hydrocarbon compounds etc. in air, haze can cause air muddy, the visual field is fuzzy, visibility deterioration, affects traffic safety and regional climate; Aerosol major part in haze can be sucked by human respiratory tract, especially submicron particle can be deposited in upper and lower respiratory tract and alveolar respectively, causes the illness such as rhinitis, bronchitis, is in this environment for a long time and also can brings out lung cancer, in addition, haze weather also can affect human psychology health.
Now remove the haze in haze equipment removing air usually through filtering type, filtering type removes haze equipment and comprises closed channel, motor, fan and filter screen, closed channel is provided with import and outlet, motor and fan are arranged in closed channel, filter screen shutoff is in outlet, and the fine and close thing of filter screen is made, except in haze process, motor-driven fan is rotated, fan drives the air circulation flow in closed channel, in closed channel, pressure reduces, air enters closed channel from closed channel import, air is in closed channel in advance process, haze is deadened in closed channel by filter screen, pure air is then by being discharged by outlet after filter screen.
Realizing in process of the present utility model, inventor finds that prior art at least exists following problem:
Existing filtering type is except in the process of haze equipment clean air, drive air flowing in closed channel by fan and realize step-down air inlet, intake is less, and the fine and close thing of filter screen is made, comparatively large to the windage of air, cause wind speed lower, overall air output is less, the air being only applicable to indoor or Che Neideng partial closure formula subenvironment, except haze, can not to meet under current serious environmental pollution air except the demand of haze.
Utility model content
The wind speed existed except haze equipment in order to the filtering type solving prior art is lower, and overall air output is less, can not meet the problem of the air under current serious environmental pollution except haze demand, and the utility model embodiment provides a kind of except haze equipment.Described technical scheme is as follows:
A kind of except haze equipment, for removing the haze in air, describedly to comprise except haze equipment: air channel, except haze assembly and the first blower fan,
Described air channel is closed channel, the side in described air channel has air inlet of air duct, described air is entered by described air inlet of air duct, the opposite side in described air channel has duct outlet, discharge except air after haze by described duct outlet, the described haze assembly that removes is arranged in described air channel, haze in described air is removed except haze assembly by described, it is outside that described first blower fan is arranged on described air channel, and described first air inlet is communicated with described duct outlet, aspirates described air by described first blower fan and discharge described except air after haze.
Further, the described haze assembly that removes comprises spray chamber, cyclone separating chamber, tank, shower nozzle, first pipeline, discharge pipe and backwind tube, described spray chamber and described cyclone separating chamber are arranged in described air channel according to described air inlet of air duct to the direction of described duct outlet, described spray chamber is communicated with described air inlet of air duct, described spray chamber is communicated with described cyclone separating chamber, and described cyclone separating chamber is communicated with described first air inlet, there is provided except haze place by described spray chamber, steam in the air flowed out through described spray chamber by the removing of the centrifugal action of described cyclone separating chamber and haze,
Described tank is arranged in described air channel, and described tank is positioned at below described spray chamber and described cyclone separating chamber, and described tank is communicated with described spray chamber and described cyclone separating chamber, by described tank storage of water,
Described shower nozzle is arranged in described spray chamber, described shower nozzle through tank described in described first pipeline connection, by described first pipeline be described shower nozzle supply water, by described shower nozzle spray water in described spray chamber destruction described haze aerosol systems and remove described haze,
Be provided with outlet bottom described cyclone separating chamber, described outlet is communicated with described tank, discharges isolated steam and haze in described cyclone separating chamber by described outlet,
Described discharge pipe is arranged on described first fan outlet, described discharge pipe is communicated with described first fan outlet, discharged described except air after haze by described discharge pipe, described backwind tube is arranged between described discharge pipe and described air channel, and described backwind tube is communicated with described discharge pipe, described backwind tube is communicated with described tank, balances the pressure in described air channel by described backwind tube.
Particularly, described first pipeline comprises the first pipeline and the first water pump, and described shower nozzle is communicated with described tank through described first pipeline and described first water pump.
Further, the described haze assembly that removes also comprises pure water equipment and the second pipeline, and it is outside that described pure water equipment is arranged on described air channel, and described pure water equipment is communicated with described tank through described second pipeline, purifies the water in described tank by described pure water equipment.
Further, described cyclone separating chamber comprises urceolus, screen pack, inner core and pipe cyclone, described urceolus top seal, described outlet is provided with bottom described urceolus, described urceolus top is communicated with described spray chamber, described urceolus bottom is taper, described steam is discharged by described outlet, described screen pack is arranged on described exit, described haze is collected by described screen pack, prevent the dirt in described tank from entering described cyclone separating chamber by described screen pack, described inner core is enclosed within described outer barrel, be communicated with described urceolus bottom described inner core, described inner tank theca is separated with described outer tube inner wall, described first blower fan is arranged on above described inner core, the air inlet of described first blower fan is communicated with described inner core, described pipe cyclone is arranged between described urceolus and described inner core, described air is declined along described outer tube inner wall spiral by the taper surface of described pipe cyclone and described urceolus bottom.
Particularly, described pipe cyclone is blade, and described blade is arranged on described inner core by bearing pin, and described blade is between described inner core and described urceolus, and described blade is positioned at the air inlet of described cyclone separating chamber, is described air conducting by described blade.
Further, the described haze assembly that removes also comprises expansion chamber, it is inner that described expansion chamber is arranged on described air channel, described expansion chamber is between described spray chamber and described cyclone separating chamber, described spray chamber is communicated with described cyclone separating chamber through described expansion chamber, described expansion chamber is broken line type passage, is removed the steam in the air flowed out through described spray chamber and haze by described expansion chamber.
Particularly, the global shape of described discharge pipe is V-type.
Further, the described haze equipment that removes also comprises the second blower fan, and described second assembling, at described air inlet of air duct place, sucks described air by described second blower fan is auxiliary.
The beneficial effect that the technical scheme that the utility model embodiment provides is brought is:
This is suitable for and is novelly drawn in air channel by air by the first blower fan by except haze assembly is except haze, and discharges except air after haze by the first blower fan, wind speed is very fast, overall air output is comparatively large, is applicable to large-scale outdoor air except haze, to meet under current serious environmental pollution air except the demand of haze.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation except haze equipment that the utility model embodiment provides.
Wherein:
1 air channel,
2 spray chambers,
3 expansion chambers,
4 cyclone separating chamber, 41 urceolus, 42 inner cores, 43 screen packs, 44 pipe cyclone,
5 tanks,
6 pure water equipments,
7 discharge pipes,
8 backwind tubes,
9 first pipelines,
10 first blower fans,
11 air inlet of air ducts,
12 duct outlets,
13 shower nozzles,
14 second pipelines,
15 valves,
16 second water pumps,
17 first water pumps,
18 the 3rd pipelines,
19 second blower fans,
20 guiding rooms,
A removes haze assembly,
B1 first pipeline,
B2 second pipeline.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model embodiment is described in further detail.
The utility model embodiment provides a kind of except haze equipment, for removing the haze in air, describedly to comprise except haze equipment: air channel 1, except haze assembly A and the first blower fan 10,
Described air channel 1 is closed channel, the side in described air channel 1 has air inlet of air duct 11, described air is entered by described air inlet of air duct 11, the opposite side in described air channel 1 has duct outlet 12, discharge except air after haze by described duct outlet 12, the described haze assembly A that removes is arranged in described air channel 1, haze in described air is removed except haze assembly A by described, it is outside that described first blower fan 10 is arranged on described air channel 1, and described first blower fan 10 air inlet is communicated with described duct outlet 12, aspirate described air by described first blower fan 10 and discharge described except air after haze.
Operation principle of the present utility model is:
When the utility model is used for Cleaning Air, the utility model can be arranged on pollution sources outlet, as automobile exhaust pipe place, boiler factory's chimney breast etc., air inlet of air duct 11 and pollution sources are exported and couple together, the first blower fan 10 air outlet is towards air; Also the utility model can be arranged on the region as the personnel such as school, factory building concentrate, by air inlet of air duct 11 of the present utility model towards air, the first blower fan 10 air outlet is towards the region of gathering of people.During use, start the first blower fan 10, first blower fan 10 air-breathing makes pressure in air channel 1 reduce, enter in air channel 1 containing haze air through air inlet of air duct 11, haze is removed through removing haze assembly A containing in the process that haze air advances in air channel 1, except air after haze enters the first blower fan 10 air inlet under the effect of the first blower fan 10, and discharge through the first blower fan 10 air outlet, thus the haze air that contains entered in air channel 1 is become pure gas output.
Certainly, those skilled in the art are known, and the utility model also can be used for indoor air purification, and when the utility model is applied to indoor air purification, air inlet of air duct 11 is towards outdoor, and the first blower fan 10 air outlet stretches into indoor.
This is suitable for novel by removing haze except haze assembly A, by the first blower fan 10, air is drawn in air channel 1, and discharge except air after haze by the first blower fan 10, wind speed is very fast, overall air output is larger, be applicable to large-scale outdoor air except haze, meet under current serious environmental pollution air except the demand of haze.
As shown in Figure 1, further, the described haze assembly A that removes comprises spray chamber 2, cyclone separating chamber 4, tank 5, shower nozzle 13, first pipeline B1, discharge pipe 7 and backwind tube 8, described spray chamber 2 and described cyclone separating chamber 4 are arranged in described air channel 1 according to described air inlet of air duct 11 to the direction of described duct outlet 12, described spray chamber 2 is communicated with described air inlet of air duct 11, described spray chamber 2 is communicated with described cyclone separating chamber 4, and described cyclone separating chamber 4 is communicated with described first blower fan 10 air inlet, there is provided except haze place by described spray chamber 2, steam in the air flowed out through described spray chamber 2 by the removing of the centrifugal action of described cyclone separating chamber 4 and haze,
Described tank 5 is arranged in described air channel 1, and described tank 5 is positioned at below described spray chamber 2 and described cyclone separating chamber 4, and described tank 5 is communicated with described spray chamber 2 and described cyclone separating chamber 4, by described tank 5 storage of water,
Described shower nozzle 13 is arranged in described spray chamber 2, described shower nozzle 13 is communicated with described tank 5 through described first pipeline B1, be that described shower nozzle 13 supplies water by described first pipeline B1, sprayed water in described spray chamber 2 aerosol systems of destroying described haze remove described haze by described shower nozzle 13
Be provided with outlet bottom described cyclone separating chamber 4, described outlet is communicated with described tank 5, discharges isolated steam and haze in described cyclone separating chamber 4 by described outlet,
Described discharge pipe 7 is arranged on described first blower fan 10 air outlet, described discharge pipe 7 is communicated with described first blower fan 10 air outlet, discharged described except air after haze by described discharge pipe 7, described backwind tube 8 is arranged between described discharge pipe 8 and described air channel 1, and described backwind tube 8 is communicated with described discharge pipe 7, described backwind tube 8 is communicated with described tank 5, balances the pressure in described air channel 1 by described backwind tube 8.
Spray chamber 2 is arranged in air channel 1, spray chamber 2 inside is provided with cavity, the side of spray chamber 2 is provided with spray chamber 2 air inlet, spray chamber 2 air inlet and cavity connects, and spray chamber 2 air inlet is communicated with air inlet of air duct 11, the opposite side of spray chamber 2 is provided with spray chamber 2 air outlet, spray chamber 2 air outlet and cavity connects, spray chamber 2 air outlet is communicated with cyclone separating chamber 4, spray chamber 2 top is provided with shower nozzle 13, by shower nozzle 13 to injection water in cavity, tank 5 is arranged in air channel 1, and tank 5 is positioned at below spray chamber, first pipeline B1 is arranged between shower nozzle 13 and tank 5, by the first pipeline B1, the water in tank 5 is delivered to shower nozzle 13.The air entered in air channel 1 enters spray chamber 2 through spray chamber 2 air inlet under the suction of the first blower fan 10, the shower nozzle 13 on spray chamber 2 top forms water column to injection water in spray chamber 2 cavity, containing haze air impact water column, water destruct aerosol systems, flow in tank 5 with current containing the haze major part in haze air under the effect of water, remainder haze is attached in steam, and cyclone separating chamber 4 is entered with steam under the effect of the first blower fan 10, air does centrifugal motion in cyclone separating chamber 4, the steam that density ratio air is large and haze fall to bottom cyclone separating chamber 4 under centrifugal action, and the outlet bottom cyclone separating chamber 4 is discharged, that is separated by cyclone separating chamber 4 then enters discharge pipe 7 except air after haze under the suction of the first blower fan 10, backwind tube 8 is set between discharge pipe 7 and air channel 1, backwind tube 8 is communicated with discharge pipe 7, and backwind tube 8 is communicated with tank 5, steam in discharge pipe 7 condenses into the globule in discharge pipe 7, flow in air channel 1 through backwind tube 8, water in discharge pipe 7 flow in tank 5 by backwind tube 8 through the air channel 1 of outlet below, because the suction force effect of the first blower fan 10, after part in discharge pipe 7 removes haze, air enters in air channel 1 via backwind tube 8, thus keep pressure balance below cyclone separating chamber 4, avoid the sewage in tank 5 up and mix with except air after haze under the suction force effect of blower fan, pollute except air after haze.
Air enters in air channel 1 under the effect of the first blower fan 10, aerosol systems is destroyed and remove portion haze through spray chamber 2, again by cyclone separating chamber 4 further removing spray through spray chamber 2 haze that the steam that produces carries, and steam is removed, avoid in prior art, using filter screen to remove haze problem, the problem includes: except haze effect is by the problem of sieve meshes size restriction, except haze effect is better, and there is demist effect.Certainly, those skilled in the art are known, and in order to ensure removing haze effect, the flow direction of air is perpendicular to water (flow) direction.
In the present embodiment, for preventing the steam of spray chamber 2 excessive, certain space is left between spray chamber 2 and air inlet of air duct 11, space between spray chamber 2 and air inlet of air duct 11 is for guide room 20, guiding room 20 is communicated with spray chamber 2, the part water failing to enter in time tank 5 in spray chamber 2 stores in spray chamber 2 and guiding room 20, and the air failing to enter in time spray chamber 2 spray stores in guiding room 20.
Tank 5 is arranged in air channel 1, confined space is formed between tank 5 and air channel 1, water in anti-water stopping trough 5 is contaminated, and prevent extraneous gas from entering air channel 1 through tank 5, cause secondary pollution to air processed in air channel 1, the water in tank 5 enters in the shower nozzle 13 above spray chamber 2 by the first pipeline B1, be ejected in spray chamber 2 cavity by shower nozzle 13, enter tank 5 by bottom spray chamber 2, so recycle, saving water resource.
As shown in Figure 1, particularly, described first pipeline B1 comprises the first pipeline 9 and the first water pump 17, and described shower nozzle 13 is communicated with described tank 5 through described first pipeline 9 and described first water pump 17.
First pipeline B1 comprises the first pipeline 9 and the first water pump 17, one end of first pipeline 9 is fixedly connected with tank 5, first pipeline 9 is communicated with tank 5, the other end of the first pipeline 9 is fixedly connected with shower nozzle 13, first pipeline 9 is communicated with shower nozzle 13, first water pump 17 is arranged on the first pipeline 9, and the water in tank 5 is evacuated in shower nozzle 13 by the first water pump 17 by pipeline.In the present embodiment, by the first water pump 17 by the shower nozzle 13 above the water pump in tank 5 to air channel 1, structure is simple, is easy to realize.
As shown in Figure 1, further, the described haze assembly A that removes also comprises pure water equipment 6 and the second pipeline B2, and it is outside that described pure water equipment 6 is arranged on described air channel 1, described pure water equipment 6 is communicated with described tank 5 through described second pipeline B2, purifies the water in described tank 5 by described pure water equipment 6.
In the present embodiment, it is outside that pure water equipment 6 is arranged on air channel 1, and be positioned at below tank 5, be communicated with by the second pipeline B2 between pure water equipment 6 with tank 5, by the water in pure water equipment 6 purification water tank 5, because all enter tank 5 by the haze after separating for several times, therefore often there is a large amount of dirt in tank 5, in processing procedure, by pure water equipment process dirt, prevent secondary pollution.Second pipeline B2 comprises the second pipeline 14, valve 15, the 3rd pipeline 18 and the second water pump 16, second pipeline 14 and the 3rd pipeline 18 are separately positioned between tank 5 and pure water equipment 6, second pipeline 14 is provided with valve 15,3rd pipeline 18 is provided with the second water pump 16, and pure water equipment 6 is communicated with tank 5 with the 3rd pipeline 18 respectively by the second pipeline 14.During electrolysis, open valve 15, the water in tank 5 flow in pure water equipment 6 through the second pipeline 14, and after electrolysis terminates, valve-off 15, starts the second water pump 16, and the pure water in pure water equipment 6, realizes once changing water in tank 5 through the second water pump 16 pump.Process the sewage in tank 5 by pure water equipment 6, realize recycling of water, saving water resource.
Pure water equipment 6 removes the dirt in tank 5 by modes such as electrolysis, absorption or filtrations, in view of pure water equipment 6 manufactures the limited in one's ability of pure water, and the scale expanding pure water equipment 6 can cause production cost higher, therefore in the present embodiment, periodically the water in tank is changed.
As shown in Figure 1, further, described cyclone separating chamber 4 comprises urceolus 41, screen pack 43, inner core 42 and pipe cyclone 44, described urceolus 41 top seal, described outlet is provided with bottom described urceolus 41, described urceolus 41 top is communicated with described spray chamber 2, described urceolus 41 bottom is taper, described steam is discharged by described outlet, described screen pack 43 is arranged on described exit, described haze is collected by described screen pack 43, prevent the dirt in described tank 5 from entering described cyclone separating chamber 4 by described screen pack 43, it is inner that described inner core 42 is enclosed within described urceolus 41, be communicated with described urceolus 41 bottom described inner core 42, described inner core 42 outer wall is separated with described urceolus 41 inwall, described first blower fan 10 is arranged on above described inner core 42, the air inlet of described first blower fan 10 is communicated with described inner core 42, described pipe cyclone 44 is arranged between described urceolus 41 and described inner core 42, described air is declined along described urceolus 41 spiral inner wall by the taper surface of described pipe cyclone 44 and described urceolus 41 bottom.
In the present embodiment, pipe cyclone 44 is arranged between urceolus 41 and inner core 42, urceolus 41 inwall of air along cyclone separator 4 under pipe cyclone 44 acts on does centrifugal motion, because urceolus 41 bottom is taper, therefore air declines along urceolus 41 spiral inner wall in urceolus 41 inside, steam in air and haze under centrifugal action with the effect of urceolus 41 inwall, condensation vapor becomes the globule, below the outlet flow bottom urceolus 41 to urceolus 41, and flow in tank 5, haze in air drops on screen pack 43, because entering the haze negligible amounts carried secretly in the air of cyclone separator 4, and screen pack 43 does not have windage to air after haze, so do not need frequently to change screen pack 43, cyclone separating chamber 4 is entered by the dirt in the anti-water stopping trough 5 of screen pack 43, air moves in the process bottom urceolus 41 along urceolus 41 inwall, steam in air and haze are divided substantially, except air after haze is inner by entering inner core 42 bottom urceolus 41 under the suction force effect of the first blower fan 10, and pump in discharge pipe 7 through the first blower fan 10, except haze effect is better.Certainly, those skilled in the art are known, and cyclone separating chamber 4 also can use ready-made cyclone separator, and cyclone separator is fixed by arranging steelframe in inside, air channel 1.
In the present embodiment, screen pack 43 is set to disconnectable, when the particle bottom cyclone separating chamber 4 is stacked into a certain amount of, prevents cyclone separating chamber 4 lower part outlet blocking by changeing filter screen.
As shown in Figure 1, particularly, described pipe cyclone 44 is blade, described blade is arranged on described inner core 42 by bearing pin, described blade is between described inner core 42 and described urceolus 41, and described blade is positioned at the air inlet of described cyclone separating chamber 4, is described air conducting by described blade.
In the present embodiment, pipe cyclone 44 is blade, be arranged on inner core 42 by bearing pin, blade is just to cyclone separator 4 air inlet, between blade and urceolus 41 inwall, shape forms an angle, air enters in the process of cyclone separating chamber 4, is declined along cyclone separating chamber 4 urceolus 41 spiral inner wall by blade water conservancy diversion.
As shown in Figure 1, further, the described haze assembly A that removes also comprises expansion chamber 3, it is inner that described expansion chamber 3 is arranged on described air channel 1, described expansion chamber 3 is between described spray chamber 2 and described cyclone separating chamber 4, described spray chamber 2 is communicated with described cyclone separating chamber 4 through described expansion chamber 3, and described expansion chamber 3 is broken line type passage, is removed the steam in the air flowed out through described spray chamber 2 and haze by described expansion chamber 3.
In the present embodiment, by in spray chamber 2 air out due to the spray in spray chamber 2, containing more steam in air, and part haze is together with vapor adhesion, expansion chamber 3 is designed to broken line type passage, when air advances in expansion chamber 3 and expansion chamber 3 inwall generation multiple impacts, steam condenses into the globule at expansion chamber 3 inwall, and haze is back to spray chamber 2 with current and enters in tank 5 through spray chamber 2 under the effect of expansion chamber 3 inwall.The utility model is secondary to haze to being undertaken by spray chamber 2 air out by expansion chamber 3, except haze effect is better, and makes the utility model also can be applicable to gas demist.In the present embodiment, for guaranteeing that the water in expansion chamber 3 can be refluxed by spray chamber 2, the port of export position of expansion chamber 3 is higher than entrance point position.
As shown in Figure 1, particularly, the global shape of described discharge pipe 7 is V-type.
In the present embodiment, the global shape of discharge pipe 7 is set to V-type, carry out again except haze to air, steam in air condenses into water droplet at V-type discharge pipe 7 inwall and drops to bottom discharge pipe 7, with the effect of discharge pipe 7 inwall in the process that particle in air advances in discharge pipe 7, also be sink to bottom discharge pipe 7, except haze effect is better.
As shown in Figure 1, further, the described haze equipment that removes also comprises the second blower fan 19, and described second blower fan 19 is arranged on described air inlet of air duct 11 place, sucks described air by described second blower fan 19 is auxiliary.
In the present embodiment, be arranged on air inlet of air duct 11 place except haze equipment also comprises the second blower fan 19, second blower fan 19, by auxiliary first blower fan 10 air-breathing of the second blower fan 19, increase the intake in air channel 1, improve air-treatment efficiency.
In the present embodiment, the first blower fan 10 and the second blower fan 19 are centrifugal blower, prevent explosion accident.Certainly, those skilled in the art are known, and the first blower fan 10 and the second blower fan 19 can also be that other have the blower fan of waterproof anti-explosion function.
Above-mentioned the utility model embodiment sequence number, just to describing, does not represent the quality of embodiment.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (9)
1. except a haze equipment, for removing the haze in air, it is characterized in that, describedly to comprise except haze equipment: air channel, except haze assembly and the first blower fan,
Described air channel is closed channel, the side in described air channel has air inlet of air duct, described air is entered by described air inlet of air duct, the opposite side in described air channel has duct outlet, discharge except air after haze by described duct outlet, the described haze assembly that removes is arranged in described air channel, haze in described air is removed except haze assembly by described, it is outside that described first blower fan is arranged on described air channel, and described first air inlet is communicated with described duct outlet, aspirates described air by described first blower fan and discharge described except air after haze.
2. according to claim 1 except haze equipment, it is characterized in that, the described haze assembly that removes comprises spray chamber, cyclone separating chamber, tank, shower nozzle, first pipeline, discharge pipe and backwind tube, described spray chamber and described cyclone separating chamber are arranged in described air channel according to described air inlet of air duct to the direction of described duct outlet, described spray chamber is communicated with described air inlet of air duct, described spray chamber is communicated with described cyclone separating chamber, and described cyclone separating chamber is communicated with described first air inlet, there is provided except haze place by described spray chamber, steam in the air flowed out through described spray chamber by the removing of the centrifugal action of described cyclone separating chamber and haze,
Described tank is arranged in described air channel, and described tank is positioned at below described spray chamber and described cyclone separating chamber, and described tank is communicated with described spray chamber and described cyclone separating chamber, by described tank storage of water,
Described shower nozzle is arranged in described spray chamber, described shower nozzle through tank described in described first pipeline connection, by described first pipeline be described shower nozzle supply water, by described shower nozzle spray water in described spray chamber destruction described haze aerosol systems and remove described haze,
Be provided with outlet bottom described cyclone separating chamber, described outlet is communicated with described tank, discharges isolated steam and haze in described cyclone separating chamber by described outlet,
Described discharge pipe is arranged on described first fan outlet, described discharge pipe is communicated with described first fan outlet, discharged described except air after haze by described discharge pipe, described backwind tube is arranged between described discharge pipe and described air channel, and described backwind tube is communicated with described discharge pipe, described backwind tube is communicated with described tank, balances the pressure in described air channel by described backwind tube.
3. according to claim 2 except haze equipment, it is characterized in that, described first pipeline comprises the first pipeline and the first water pump, and described shower nozzle is communicated with described tank through described first pipeline and described first water pump.
4. according to claim 2 except haze equipment, it is characterized in that, the described haze assembly that removes also comprises pure water equipment and the second pipeline, it is outside that described pure water equipment is arranged on described air channel, described pure water equipment is communicated with described tank through described second pipeline, purifies the water in described tank by described pure water equipment.
5. according to claim 2 except haze equipment, it is characterized in that, described cyclone separating chamber comprises urceolus, screen pack, inner core and pipe cyclone, described urceolus top seal, described outlet is provided with bottom described urceolus, described urceolus top is communicated with described spray chamber, described urceolus bottom is taper, described steam is discharged by described outlet, described screen pack is arranged on described exit, described haze is collected by described screen pack, prevent the dirt in described tank from entering described cyclone separating chamber by described screen pack, described inner core is enclosed within described outer barrel, be communicated with described urceolus bottom described inner core, described inner tank theca is separated with described outer tube inner wall, described first blower fan is arranged on above described inner core, the air inlet of described first blower fan is communicated with described inner core, described pipe cyclone is arranged between described urceolus and described inner core, described air is declined along described outer tube inner wall spiral by the taper surface of described pipe cyclone and described urceolus bottom.
6. according to claim 5 except haze equipment, it is characterized in that, described pipe cyclone is blade, described blade is arranged on described inner core by bearing pin, described blade is between described inner core and described urceolus, and described blade is positioned at the air inlet of described cyclone separating chamber, be described air conducting by described blade.
7. according to claim 2 except haze equipment, it is characterized in that, the described haze assembly that removes also comprises expansion chamber, it is inner that described expansion chamber is arranged on described air channel, described expansion chamber is between described spray chamber and described cyclone separating chamber, described spray chamber is communicated with described cyclone separating chamber through described expansion chamber, and described expansion chamber is broken line type passage, is removed the steam in the air flowed out through described spray chamber and haze by described expansion chamber.
8. according to claim 1 except haze equipment, it is characterized in that, the global shape of described discharge pipe is V-type.
9. according to any one of claim 1-8 claim except haze equipment, it is characterized in that, describedly also comprise the second blower fan except haze equipment, described second assembling, at described air inlet of air duct place, sucks described air by described second blower fan is auxiliary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520107795.6U CN204543879U (en) | 2015-02-13 | 2015-02-13 | A kind of except haze equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520107795.6U CN204543879U (en) | 2015-02-13 | 2015-02-13 | A kind of except haze equipment |
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| CN204543879U true CN204543879U (en) | 2015-08-12 |
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| CN201520107795.6U Expired - Fee Related CN204543879U (en) | 2015-02-13 | 2015-02-13 | A kind of except haze equipment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289190A (en) * | 2015-12-04 | 2016-02-03 | 山东理工大学 | Aerosol removing device |
| CN107327958A (en) * | 2017-07-14 | 2017-11-07 | 林跃庆 | A kind of efficient outdoor environment removes haze device |
| CN108014594A (en) * | 2018-01-19 | 2018-05-11 | 苏州银雀智能科技有限公司 | A kind of vehicle-mounted tub screw type adds Gauze filtering joint more to remove haze machine |
| CN110420520A (en) * | 2019-07-24 | 2019-11-08 | 杨荣 | A kind of wet process air cleaning unit and method |
-
2015
- 2015-02-13 CN CN201520107795.6U patent/CN204543879U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289190A (en) * | 2015-12-04 | 2016-02-03 | 山东理工大学 | Aerosol removing device |
| CN105289190B (en) * | 2015-12-04 | 2017-06-27 | 山东理工大学 | A kind of aerosol removal device |
| CN107327958A (en) * | 2017-07-14 | 2017-11-07 | 林跃庆 | A kind of efficient outdoor environment removes haze device |
| CN108014594A (en) * | 2018-01-19 | 2018-05-11 | 苏州银雀智能科技有限公司 | A kind of vehicle-mounted tub screw type adds Gauze filtering joint more to remove haze machine |
| CN110420520A (en) * | 2019-07-24 | 2019-11-08 | 杨荣 | A kind of wet process air cleaning unit and method |
| CN110420520B (en) * | 2019-07-24 | 2024-04-30 | 杨荣 | Wet air purification device and method |
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