CN207913453U - Haze processing unit - Google Patents

Haze processing unit Download PDF

Info

Publication number
CN207913453U
CN207913453U CN201820021801.XU CN201820021801U CN207913453U CN 207913453 U CN207913453 U CN 207913453U CN 201820021801 U CN201820021801 U CN 201820021801U CN 207913453 U CN207913453 U CN 207913453U
Authority
CN
China
Prior art keywords
air
processing unit
haze
haze processing
pipeline
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201820021801.XU
Other languages
Chinese (zh)
Inventor
严燕
常相辉
樊代和
邱卫东
伍永富
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LAOKEN MEDICAL TECHNOLOGY Co Ltd
Original Assignee
LAOKEN MEDICAL TECHNOLOGY Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LAOKEN MEDICAL TECHNOLOGY Co Ltd filed Critical LAOKEN MEDICAL TECHNOLOGY Co Ltd
Priority to CN201820021801.XU priority Critical patent/CN207913453U/en
Application granted granted Critical
Publication of CN207913453U publication Critical patent/CN207913453U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model provides a kind of haze processing unit, it is related to air cleaning facility field, ventilation opening for being installed on subway, haze processing unit includes haze processing mechanism and air exchange mechanism, haze processing mechanism is connected to air exchange mechanism by connecting tube, air inlet is provided at the top of haze processing mechanism, air exchange mechanism is provided with air outlet, and haze processing unit is for handling the foul atmosphere entered from air inlet.This haze processing unit is mounted on the ventilation opening of subway, since subway can generate draft and thrust at ventilation opening in the process of running, external air is set to enter in subway tunnel, or it is sent out out of subway channel, so that in addition the haze processing unit need not provide the processing that power can be carried out haze, and the haze processing unit can be good at carrying out the processing of haze, will can respectively be delivered in subway tunnel and be delivered in air again after dirty air-treatment.

Description

Haze processing unit
Technical field
The utility model relates generally to air cleaning facility field, in particular to a kind of haze processing unit.
Background technology
In recent years, with the continuous aggravation of environmental degradation, air pollution has become the maximum harm for influencing human health One of, and air pollution is caused to be most importantly haze, haze is very big to the harm of human body, it can be to the respiratory system of people, the heart Vascular system generates serious damage, leads to bronchial asthma, chronic bronchitis, obstructive emphysema, angiocardiopathy is very To initiation lung cancer, apoplexy, myocardial infarction.There is big model from North China the Yellow River and Huai He River Guanzhong, Shanxi to Yangtze River Delta Area on December 18th, 2016 Enclose, air pollution be generally in in serious pollution.
With the continuous improvement of people's living standards, haze and air quality asking of having become that people become more concerned with Topic.Therefore, in order to improve air quality, air purifying process is worldwide widely used.With air The fast development of purification techniques, material for air purification are constantly updated, and many air purifiers are emerged, currently, in the market Most widely used indoor air cleaner is main have novel absorption material, low temperature plasma, photocatalysis, catalysis oxidation and Compound air purifier.Its technology used mainly has filtering adsorption technology, anion technology, plasma technology, catalysis skill Art etc..But due to various factors, such as:One-time investment is high, and power consumption is big, and purification efficiency is not high, is generated in purification process By-product form secondary pollution and pollute environment again, environment is limited etc., most of air purifiers actually not by It is widely applied in urban life, so, it is badly in need of a kind of new method or apparatus now, exists to solve air cleaning unit The problems such as cost, efficiency, power consumption in urban life application process and environmental protection, preferably to be utilized by the mankind, preferably To bring benefit to the mankind.
Also there is a large amount of device for removing haze in the prior art, for example, Chinese patent, removes haze device (CN205850475U), the upper articulation of an arcwall face of the protective cover and main frame body connects;The protective cover It is interior to be equipped with the water diversing head, body spray, atomization adjustment cover, support tube, fan, support base.The atomization adjustment cover is through adjusting Whole cover clamping screw is connect with body spray, and the body spray other end is socketed tight fit connection with the water diversing head, described Water diversing head be mounted between body spray and support tube, water diversing head is socketed tight fit connection by body spray and support tube, can Effectively PM2.5 or more smaller than PM2.5 hazes are wrapped, it cannot be to airborne shift.But the plant energy consumption is high, and should Device is scattered in ground after falling the harmful substance in haze equally can generate harm to plant, human body.
Utility model content
The purpose of this utility model is to provide a kind of haze processing units, and above-mentioned problem is made to be effectively improved.
The utility model is realized in this way:
Based on above-mentioned purpose, the embodiments of the present invention provide a kind of haze processing unit, for being installed on subway Ventilation opening, the haze processing unit includes haze processing mechanism and air exchange mechanism, the haze processing mechanism and institute It states air exchange mechanism to be connected to by connecting tube, air inlet, the air exchange is provided at the top of the haze processing mechanism Mechanism is provided with air outlet, and the haze processing unit is for handling the foul atmosphere entered from the air inlet, institute State air of the air exchange mechanism for being conveyed through processing into external and subway tunnel.
In the alternative embodiment of the utility model, the haze processing mechanism include purifying tube, ash part, whirlwind part and Air hose, the ash part are set to the bottom of the purifying tube and for accommodating particulate matter, and the whirlwind part is set to described The inner surface of purifying tube, the whirlwind part are used to generate the air-flow of rotation, and the air hose is set to the interposition of the purifying tube It sets, the top seal of the air hose, the bottom of the air hose is provided with inlet scoop, and the top of the air hose connects with the connecting tube It is logical.
In the alternative embodiment of the utility model, the purifying tube is cylinder type, and the whirlwind part is screw type, and The whirlwind part extends to the bottom of the purifying tube at the top of the purifying tube.
In the alternative embodiment of the utility model, the bottom of the air hose is provided with filter mechanism, the filter mechanism Annular master tape including buckle thorn and with the adhesion layer of hair side, the adhesion layer for stopping that particulate matter enters the air hose, Annular master tape is fixedly connected with the edge of the inlet scoop, and the adhesion layer is removably sticked on the annular master tape, and institute It states adhesion layer the inlet scoop is completely covered, the side wall of the purifying tube offers access hole, and the access hole passes through maintenance Door sealing.
In the alternative embodiment of the utility model, the haze processing mechanism further includes spraying mechanism, the spray thrower Structure includes water main and Duo Gen spray branch pipes, the equal length of the length and the air hose of the spray branch pipe, the more sprays Leaching branch pipe is located on the peripheral surface of the air hose, and the water main is connected to one end of the more spray branch pipes and is the spray It drenches branch pipe to supply water, the direction of the direction purifying tube of the spray branch pipe offers hole for water spraying.
In the alternative embodiment of the utility model, the ash part is hollow circular platform type, the both ends of the ash part It is provided with opening, one end of the ash part is into grey end, and the other end is ash discharge end, and the area of section of the ash part is from described It is tapered into grey end to the ash discharge end, the bottom of the ash part is additionally provided with motor and for opening the ash discharge end Or the turntable closed, the position at the turntable edge is provided with shaft, the shaft and the edge at the ash discharge end turn Dynamic connection, one end far from the ash discharge end of the shaft are provided with driven gear, the motor be provided with it is described driven The driving gear that gear matches, the ash discharge end are additionally provided with the block for being abutted with the turntable.
In the alternative embodiment of the utility model, the air exchange mechanism includes babinet, the first pipeline and the second pipe Road, the bottom of the babinet are connected to the ventilation opening of the subway, and first pipeline is by the connecting tube and the babinet The inside of the babinet is connected to by inside connection, second pipeline with outside, the separate connecting tube of first pipeline One end be provided with first check-valve, the one end of second pipeline being located at outside the babinet is provided with second check-valve, The first check-valve is for preventing air from flowing to the connecting tube from the babinet, and the second check-valve is for preventing air It is flowed into the babinet from outside.
In the alternative embodiment of the utility model, the first check-valve include elastic component and with first pipeline The first sealing plate for matching of one end far from the connecting tube, first sealing plate is horizontally disposed, described the The end of one sealing plate and first pipeline is rotatablely connected, one end of the elastic component and first piping connection, described The other end of elastic component and first sealing plate are rotatablely connected, and the elastic component make first sealing plate always with it is described The end abutment of first pipeline, the second check-valve include the second sealing plate being vertically arranged, second sealing The top of plate and the top of second pipeline are rotatablely connected.
In the alternative embodiment of the utility model, the bottom of the babinet is provided with filtration members, and the filtration members include Horizontally disposed the first filter screen and the second filter screen, sets between first filter screen and second filter screen It is equipped with accommodation space, activated carbon is filled in the accommodation space.
Compared with prior art, the utility model has the beneficial effects that:
The haze processing unit that the embodiments of the present invention provide, the haze processing unit are mounted on the ventilation of subway Mouthful, since subway can generate draft and thrust at ventilation opening in the process of running, external air is made to enter in subway tunnel, Or sent out out of subway channel so that in addition the haze processing unit need not provide the place that power can be carried out haze Reason, and the haze processing unit can be good at carrying out the processing of haze, will can respectively be conveyed after dirty air-treatment In to subway tunnel and again it is delivered in air.
Description of the drawings
It, below will be to required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment The attached drawing used is briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore not The restriction to range is should be considered as, for those of ordinary skill in the art, without creative efforts, It can also be obtained according to these attached drawings other relevant attached drawings.
Fig. 1 is the structural schematic diagram for the haze processing unit that the utility model embodiment provides;
Fig. 2 is confined explosion's structural schematic diagram of the haze processing unit of Fig. 1;
Fig. 3 is the structural schematic diagram of the haze processing mechanism of Fig. 1;
Fig. 4 is the structural schematic diagram of the air exchange mechanism of Fig. 1.
Icon:10- haze processing mechanisms;11- air inlets;12- purifying tubes;13- ash parts;130- is into grey end;131- goes out Grey end;132- motors;133- turntables;134- driven gears;135- drives gear;136- blocks;14- whirlwind parts;140- air draughts Mouthful;15- air hoses;16- spraying mechanisms;160- water mains;161- sprays branch pipe;162- high-pressure nozzles;20- air exchanges mechanism; 21- air outlets;22- babinets;220- filtration members;The first filter screens of 221-;The second filter screens of 222-;The first pipelines of 23-;230- One check-valves;231- elastic components;The first sealing plates of 232-;The second pipelines of 24-;240- second check-valves;The second sealing plates of 241-; 30- connecting tubes.
Specific implementation mode
It is new below in conjunction with this practicality to keep the purpose, technical scheme and advantage of the utility model embodiment clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Usually here described in attached drawing and The component of the utility model embodiment shown can be arranged and be designed with a variety of different configurations.Therefore, below to attached The detailed description of the embodiments of the present invention provided in figure is not intended to limit claimed the scope of the utility model, But it is merely representative of the selected embodiment of the utility model.
Embodiment
It please refers to shown in Fig. 1 and Fig. 2, the embodiments of the present invention provide a kind of haze processing unit, for installing In the ventilation opening of subway, it should be noted that each website of subway is both provided with ventilation opening, and purpose is exactly to carry out subway tunnel The air exchange in inner and outer portion, when subway is from a ventilation opening to another ventilation opening, subway carriages and subway tunnel The structure similar to piston motion, that ventilation opening of starting exhausting into subway are formed, another ventilation opening is arranged to outside Wind, the present apparatus exactly utilize such principle, and the processing of haze is carried out using the movement of subway carriages as power, can be held Continuous processing, and it need not be additionally provided energy, and subway uses clean electric energy, so also very environmental protection.
Haze processing unit includes haze processing mechanism 10 and air exchange mechanism 20, and haze processing mechanism 10 is mainly used for By the particulate matter removal in haze, air exchange mechanism 20 is used to be conveyed through the air of processing into external and subway tunnel, It that is to say that the air for eliminating particulate matter enters air exchange mechanism 20 and carries out again after the processing of poisonous and harmful substances respectively Into subway tunnel and outside conveys.
Haze processing mechanism 10 is connected to air exchange mechanism 20 by connecting tube 30, and the top of haze processing mechanism 10 is set It is equipped with air inlet 11, dirty air is to enter the haze processing unit from air inlet 11.In addition, being arranged at air inlet 11 There is air inlet part, air inlet part is hollow structure, and the one end for entering the wind part is connected to haze processing mechanism 10, and the other end connects with outside Logical, the one end for entering the wind the separate haze processing mechanism 10 of part is provided with safety net, can prevent mouse etc. from entering haze processor Inside structure 10, internal structure is damaged.
It please refers to shown in Fig. 3, in the present embodiment, haze processing mechanism 10 includes purifying tube 12, ash part 13, whirlwind part 14 and air hose 15, ash part 13 is set to the bottom of purifying tube 12 and for accommodating particulate matter, and whirlwind part 14 is set to purification The inner surface of cylinder 12, whirlwind part 14 are used to generate the air-flow of rotation, and air hose 15 is set to the centre position of purifying tube 12, air hose 15 Top seal, the bottom of air hose 15 is provided with inlet scoop 140, and the top of air hose 15 is connected to connecting tube 30.Here purification Cylinder 12 is hollow cylinder type, and ash part 13, whirlwind part 14 and air hose 15 are arranged in purifying tube 12, and air hose 15 is used It is connected in connecting tube 30 so that the suction draught in subway tunnel can be transferred in air hose 15.Whirlwind part 14 for make from into The air that air port 11 enters is changed into the air of rotation, to come out the particulate separation in haze.And ash part 13 is used for The particulate matter isolated is collected temporarily, to carry out subsequent processing.
Specifically, whirlwind part 14 is screw type, and whirlwind part 14 extends to the bottom of purifying tube 12 from the top of purifying tube 12 Portion, preferably, above-mentioned air inlet part be arranged to it is tangent with the peripheral surface of purifying tube 12 so that air enter from air inlet 11 when It waits, it is tangent with the inner surface of purifying tube 12, and under the action of whirlwind part 14, air can be made to be easier to become the gas of rotation Stream, the particulate matter in haze is thrown to the inner surface of purifying tube 12 under the influence of centrifugal force at this time, and constantly declines, finally It enters in ash part 13.
In the present embodiment, the bottom of air hose 15 is provided with filter mechanism (not shown), and the effect of filter mechanism is The particle of some small volumes is avoided, is not collected into ash part 13, and subsequent processing is influenced into Gas inlet tube 15.Filter Structure includes the annular master tape of buckle thorn and the adhesion layer with hair side, and adhesion layer is for stopping particulate matter into Gas inlet tube 15, annular Master tape is fixedly connected with the edge of inlet scoop 140, and adhesion layer is removably sticked on annular master tape, and adhesion layer is by inlet scoop 140 are completely covered, and adhesion layer here is made of filter fiber, can effectively stop particulate matter into Gas inlet tube 15.Also, Since adhesion layer is the end for being mounted on air hose 15 by way of stickup, so, when the particulate matter on adhesion layer is more It waits, can be replaced, be reused after then being cleaned adhesion layer, the usage time of adhesion layer can be extended, drop Low cost.
Preferably, the side wall of purifying tube 12 offers access hole (not shown), access hole by overhauling door sealing, this In access hole be mainly used for that maintenance personal is allow to repair into purifying tube 12, in fact, maintenance personal is mainly Adhesion layer is replaced in into purifying tube 12, in order to avoid the ventilation quantity of air hose 15 is influenced after the particulate matter bulk deposition on adhesion layer.
In the present embodiment, ash part 13 is hollow circular platform type, and ash part 13 is provided at both ends with opening, ash part 13 One end be into grey end 130, the other end is ash discharge end 131, and the ash part 13 of circular platform type can preferably carry out the remittance of particulate matter Collection, in order to which the particulate matter of collection to be carried out to unified processing.The area of section of ash part 13 is from into grey end 130 to ash discharge end 131 taper into so that and the inner surface of ash part 13 forms downward inclined-plane, when particulate matter enters into grey end 130, Ash discharge end 131 can very easily be slided to.It should be noted that ash discharge end 131 here can directly and municipal sewage pipe network Particulate matter, can be directly discharged in the sewage network of municipal by connection.One can also be separately provided for collecting particulate matter Transport device, particulate matter is transported through after particulate matter reaches certain amount, these particulate matters can be with other glue Gel material is mixed to be used as construction material.
In addition, the bottom of ash part 13 is additionally provided with motor 132 and turntable 133, motor 132 can be used as 133 turns of turntable Ash discharge end 131 can be opened or closed by dynamic power, turntable 133 during rotation.Close to 133 edge of turntable Position is provided with shaft, and shaft and the edge at ash discharge end 131 are rotatablely connected, that is to say, that turntable 133 can be done partially along shaft The heart rotates.The one end at the separate ash discharge end 131 of shaft is provided with driven gear 134, and motor 132 is provided with and driven gear 134 The driving gear 135 to match, when motor 132 operates, driving gear 135 drives driven gear 134 to rotate, to make Turntable 133 rotates around the axis, and when turntable 133 is overlapped with ash discharge end 131, turntable 133 closes ash discharge end 131, when turn When disk 133 turns to the position for deviateing ash discharge end 131, turntable 133 opens ash discharge end 131, at this point it is possible to by ash part Particulate matter discharge in 13.In addition, ash discharge end 131 is additionally provided with the block 136 for being abutted with turntable 133, the work of block 136 With being the positioning action blocked turntable 133, and play certain so that when turntable 133 closes ash discharge end 131, position It is more accurate.
In the present embodiment, haze processing mechanism 10 further includes spraying mechanism 16, and the effect of spraying mechanism 16 is will to adhere to It washes away to ash part 13 in the particulate matter of 12 inner surface of purifying tube, is then discharged from ash discharge end 131, it may not be necessary to enter purification 12 inside of cylinder can clean it, avoid particulate matter accumulation from blocking the space between whirlwind part 14, to improve whirlwind part 14 efficiency.Spraying mechanism 16 includes that water main 160 and Duo Gen spray branch pipe 161, sprays the length and air hose 15 of branch pipe 161 Equal length, more spray branch pipes 161 are located on the peripheral surface of air hose 15 so that spray branch pipe 161 can generate comprehensive Cleaning performance, water main 160 are connected to one end of more spray branch pipes 161, and water main 160 can be all spray branch pipes 161 supply water, and water main 160 here can be connected with external city planting ductwork, and valve is arranged on water main 160, can be with According to certain time interval Open valve, the direction towards purifying tube 12 of spray branch pipe 161 offers hole for water spraying, preferably , can high-pressure nozzle 162 be set in the position of hole for water spraying so that the water sprayed from hole for water spraying has stronger scouring force, energy Enough cleanings for preferably carrying out purifying tube 12.
It please refers to shown in Fig. 1 and Fig. 4, in the present embodiment, air exchange mechanism 20 is provided with air outlet 21, air outlet 21 Air for being discharged in subway and the air by 10 processing of haze processing mechanism.
Air exchange mechanism 20 includes babinet 22, the first pipeline 23 and the second pipeline 24, the bottom of babinet 22 and subway Ventilation opening is connected to, and connecting tube 30 is connected to by the first pipeline 23 with the inside of babinet 22, in fact, the second pipeline 24 here is to wear Cross the setting of air outlet 21.The inside of babinet 22 is connected to by the second pipeline 24 with outside, the separate connecting tube 30 of the first pipeline 23 One end be provided with first check-valve 230, the one end of the second pipeline 24 being located at outside babinet 22 is provided with second check-valve 240, first check-valve 230 for preventing air from flowing to connecting tube 30 from babinet 22, second check-valve 240 for prevent air from Outside flows into babinet 22.
It should be noted that when air is externally entering the haze processing unit, first check-valve 230 is opened, And second check-valve 240 is closed so that air can enter air exchange mechanism 20 from haze processing mechanism 10, and air exchange Air in mechanism 20 cannot be discharged from the second pipeline 24 so that can only enter from the bottom of babinet 22 by processed air In the channel of subway.And when generating the thrust into air exchange mechanism 20 in subway tunnel, under the influence of air pressure, First check-valve 230 is closed, second check-valve 240 open at this point, enter air in air exchange mechanism 20 can only be from the Two pipelines 24 are discharged.Under the action of above-mentioned first check-valve 230 and second check-valve 240, extraneous air and ground may be implemented The exchange of air inside iron, meanwhile, the removing of harmful substance in being realized to haze during exchange.
In the present embodiment, first check-valve 230 includes elastic component 231 and the separate connecting tube 30 with the first pipeline 23 The first sealing plate 232 for matching of one end, elastic component 231 here can be spring, can also be that other are flexible Structure.First sealing plate 232 is horizontally disposed, the end rotation connection of the first sealing plate 232 and the first pipeline 23, elasticity One end of part 231 is connect with the first pipeline 23, and the other end of elastic component 231 and the first sealing plate 232 are rotatablely connected, and elastic component 231 make end abutment of first sealing plate 232 always with the first pipeline 23, that is to say, that elasticity will draw the first sealing plate 232 Firmly so that the first sealing plate 232 is always by the end-enclosed of the first pipeline 23, at this point, air can only be from haze processing mechanism 10 One end flowed to the direction of air exchange mechanism 20, and cannot be flowed from air exchange mechanism 20 to haze processing mechanism 10. Second check-valve 240 includes the second sealing plate 241 being vertically arranged, top and the second pipeline of the second sealing plate 241 24 top rotation connection, under the action of the second 241 its own gravity of sealing plate, the second sealing plate 241 is turned to the second pipe The end-closed state on road 24, under the draft effect in subway tunnel, then air can only enter into mistake from air inlet 11 Air exchange mechanism 20 finally enters in subway tunnel, and the second sealing plate 241 at this time is completely close by the end of the second pipeline 24 Envelope, air cannot enter air exchange mechanism 20 from the second pipeline 24.
In the present embodiment, the bottom of babinet 22 is provided with filtration members 220, and filtration members 220 are used for will be from haze processor The air that the conveying of structure 10 comes is filtered again, mainly by the harmful substance contained in air once absorb and filter, These harmful substances include sulfur dioxide, nitrogen oxides etc..Specifically, filtration members 220 include horizontally disposed the One filter screen 221 and the second filter screen 222, accommodation space is provided between the first filter screen 221 and the second filter screen 222, is held It receives and is filled with activated carbon in space, certainly, filter space, which can also fill others, can adsorb sulfur dioxide and nitrogen oxides Etc. harmful substances material.
The preferred embodiment that these are only the utility model, is not intended to limit the utility model, for this field Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (9)

1. a kind of haze processing unit, which is characterized in that the ventilation opening for being installed on subway, the haze processing unit include Haze processing mechanism (10) and air exchange mechanism (20), the haze processing mechanism (10) and the air exchange mechanism (20) It is connected to by connecting tube (30), air inlet (11), the air exchanger is provided at the top of the haze processing mechanism (10) Structure (20) is provided with air outlet (21), the haze processing unit be used for from the foul atmosphere that the air inlet (11) enters into Row processing, the air exchange mechanism (20) are used to be conveyed through the air of processing into external and subway tunnel.
2. haze processing unit according to claim 1, which is characterized in that the haze processing mechanism (10) includes purification Cylinder (12), ash part (13), whirlwind part (14) and air hose (15), the ash part (13) are set to the bottom of the purifying tube (12) Portion and for accommodating particulate matter, the whirlwind part (14) is set to the inner surface of the purifying tube (12), the whirlwind part (14) it is used to generate the air-flow of rotation, the air hose (15) is set to the centre position of the purifying tube (12), the air hose (15) bottom of top seal, the air hose (15) is provided with inlet scoop (140), top and the company of the air hose (15) Take over (30) connection.
3. haze processing unit according to claim 2, which is characterized in that the purifying tube (12) is cylinder type, institute It is screw type to state whirlwind part (14), and the whirlwind part (14) extends to the purifying tube at the top of the purifying tube (12) (12) bottom.
4. haze processing unit according to claim 2, which is characterized in that the bottom of the air hose (15) is provided with filtering Mechanism, the filter mechanism include the annular master tape of buckle thorn and the adhesion layer with hair side, and the adhesion layer is for blocking Grain object enters the air hose (15), and annular master tape is fixedly connected with the edge of the inlet scoop (140), and the adhesion layer is detachable Be sticked on the annular master tape, and the inlet scoop (140) are completely covered the adhesion layer, the side of the purifying tube (12) Wall offers access hole, and the access hole is by overhauling door sealing.
5. haze processing unit according to claim 2, which is characterized in that the haze processing mechanism (10) further includes spray Mechanism (16) is drenched, the spraying mechanism (16) includes water main (160) and more spray branch pipes (161), the spray branch pipe (161) equal length of length and the air hose (15), the more spray branch pipes (161) are located on the air hose (15) Peripheral surface, the water main (160) are connected to one end of the more spray branch pipes (161) and are the spray branch pipe (161) It supplies water, the direction of the direction purifying tube (12) of the spray branch pipe (161) offers hole for water spraying.
6. haze processing unit according to claim 2, which is characterized in that the ash part (13) is hollow round platform Type, the ash part (13) are provided at both ends with opening, and one end of the ash part (13) is into grey end (130), and the other end is The area of section at ash discharge end (131), the ash part (13) gradually becomes from described into grey end (130) to the ash discharge end (131) Small, the bottom of the ash part (13) is additionally provided with motor (132) and for opening or closing the ash discharge end (131) Turntable (133), the position close to the turntable (133) edge are provided with shaft, the side of the shaft and the ash discharge end (131) Along rotation connection, one end far from the ash discharge end (131) of the shaft is provided with driven gear (134), the motor (132) it is provided with the driving gear (135) to match with the driven gear (134), the ash discharge end (131) is additionally provided with use In the block (136) abutted with the turntable (133).
7. haze processing unit according to claim 2, which is characterized in that the air exchange mechanism (20) includes babinet (22), the bottom of the first pipeline (23) and the second pipeline (24), the babinet (22) is connected to the ventilation opening of the subway, described The connecting tube (30) is connected to by the first pipeline (23) with the inside of the babinet (22), and second pipeline (24) is by the case The inside of body (22) is connected to outside, and one end far from the connecting tube (30) of first pipeline (23) is provided with first and stops Valve (230) is returned, the external one end of the babinet (22) that is located at of second pipeline (24) is provided with second check-valve (240), The first check-valve (230) is for preventing air from flowing to the connecting tube (30), second non-return from the babinet (22) Valve (240) is for preventing air from being flowed into the babinet (22) from outside.
8. haze processing unit according to claim 7, which is characterized in that the first check-valve (230) includes elasticity Part (231) and the first sealing plate to match with the one end of first pipeline (23) far from the connecting tube (30) (232), first sealing plate (232) is horizontally disposed, first sealing plate (232) and first pipeline (23) End rotation connection, one end of the elastic component (231) connect with first pipeline (23), the elastic component (231) The other end is rotatablely connected with first sealing plate (232), and the elastic component (231) makes first sealing plate (232) begin The whole end abutment with first pipeline (23), the second check-valve (240) include vertically be arranged it is second close Sealing plate (241), the top of second sealing plate (241) and the top of second pipeline (24) are rotatablely connected.
9. haze processing unit according to claim 7, which is characterized in that the bottom of the babinet (22) is provided with filtering Part (220), the filtration members (220) include horizontally disposed the first filter screen (221) and the second filter screen (222), accommodation space, the accommodation space are provided between first filter screen (221) and second filter screen (222) It is interior to be filled with activated carbon.
CN201820021801.XU 2018-01-05 2018-01-05 Haze processing unit Active CN207913453U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820021801.XU CN207913453U (en) 2018-01-05 2018-01-05 Haze processing unit

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820021801.XU CN207913453U (en) 2018-01-05 2018-01-05 Haze processing unit

Publications (1)

Publication Number Publication Date
CN207913453U true CN207913453U (en) 2018-09-28

Family

ID=63616185

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201820021801.XU Active CN207913453U (en) 2018-01-05 2018-01-05 Haze processing unit

Country Status (1)

Country Link
CN (1) CN207913453U (en)

Similar Documents

Publication Publication Date Title
CN201049353Y (en) Weld fume ventilating and purifying installation
CN106422609B (en) A kind of fully automatic multipurpose energy-saving environmental protection device with self-cleaning function
CN108854286A (en) A kind of chemical plant waste discharge treatment device
CN107288674B (en) A kind of air cleaning ventilation equipment in mine hole
CN107185334A (en) A kind of ash handling equipment of coal-burning boiler
CN209333453U (en) A kind of dust treatment device
CN205461588U (en) Papermaking waste gas treatment system
CN209173632U (en) A kind of environment-friendly and energy-efficient industrial waste-gas purifier
CN108096986A (en) Haze processing unit
CN208512265U (en) A kind of high-efficiency environment friendly cleaner
CN207913453U (en) Haze processing unit
CN107953262A (en) A kind of polishing machine bits-suction device
CN210448538U (en) Waste gas treatment device in high-efficient burning of coke oven gas
CN209123667U (en) A kind of lacquer spraying waste gas processing unit of paint spray booth
CN208436563U (en) A kind of flue gas desulfurization waste heat recycle device
CN209362171U (en) A kind of waste gas purification wash mill of environmental protection
CN208032247U (en) A kind of harmful smoke controlling device based on rotary spraying technique
CN103700416A (en) Method for removing radioactive contamination dust
CN211635797U (en) Dust collector is used in powder coating production
CN207429966U (en) A kind of central air-conditioning New-air purifying system
CN211462512U (en) Air purification device for casting shop
CN209828596U (en) Novel UV exhaust-gas treatment of paint spray booth device
CN211936353U (en) Energy-concerving and environment-protective comprehensive control device of flue gas
CN208771095U (en) Mouth of a river finish turning lathe dust collection processing unit
CN213885562U (en) Harmful gas processing apparatus for environmental protection engineering

Legal Events

Date Code Title Description
GR01 Patent grant
GR01 Patent grant