CN110420516A - A kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component - Google Patents
A kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component Download PDFInfo
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- CN110420516A CN110420516A CN201910748894.5A CN201910748894A CN110420516A CN 110420516 A CN110420516 A CN 110420516A CN 201910748894 A CN201910748894 A CN 201910748894A CN 110420516 A CN110420516 A CN 110420516A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
- B01D46/10—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces
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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
- B01D53/005—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 by heat treatment
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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
- B01D53/007—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 by irradiation
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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
- B01D53/34—Chemical or biological purification of waste gases
- B01D53/74—General processes for purification of waste gases; Apparatus or devices specially adapted therefor
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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
- B01D2257/91—Bacteria; Microorganisms
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2259/00—Type of treatment
- B01D2259/80—Employing electric, magnetic, electromagnetic or wave energy, or particle radiation
- B01D2259/804—UV light
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Abstract
The energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component that the invention discloses a kind of, it can solve existing Photolytic deodorization processing unit when in use, due to lacking automatically cleaning component, to be more troublesome needing to clean when position is cleaned to device inside, and it needs to further take out device integral demounting before cleaning and needs clean position, it needs manually to carry out, while also needing whether artificial routine observation needs to clean, the inadequate problem of intelligence degree.Including cabinet and the cleaning box being weldingly fixed in its top sidewall, PLC controller is installed on the enclosure top side wall, and there are two exhaust outlets for setting on the chassis bottom side wall, and the chassis bottom is provided with the pedestal with pulley, the cabinet inside is sequentially installed with air inlet layer, filter grid grid layer, filtering meshes, photodissociation layer, high temperature sterilization layer, exhaust level from top to bottom, is equipped with ventilating fan inside the air inlet layer.
Description
Technical field
The present invention relates to exhaust gas Photolytic deodorization fields, and in particular to a kind of energy saving and environment friendly exhaust gas with automatically cleaning component
Photolytic deodorization processing unit.
Background technique
Exhaust gas Photolytic deodorization is mainly using the photon fluorescent tube hair that can issue two kinds of different-waveband ultraviolet lights of UVC and UVD
UV ultraviolet beam is penetrated, high energy high ozone UV ultraviolet beam decomposes the oxygen molecule in gas and generates anion, i.e. active oxygen, because
The taken positron-electron of anion is uneven so need to be with oxygen molecule ining conjunction with, and then generates ozone, well-known Pre-Ozonation on Organic Matter
With extremely strong oxidation, so as to play the deodorization to gas.
But there are still certain defects when in use for existing Photolytic deodorization processing unit, due to lacking automatically cleaning component,
To be more troublesome needing to clean when position is cleaned to device inside, and needed before cleaning by device integral demounting
It further takes out and needs clean position, need manually to carry out, while also needing whether artificial routine observation needs to clean, intelligence
Change degree is inadequate.
Summary of the invention
The purpose of the present invention is to provide a kind of, and the energy saving and environment friendly exhaust gas Photolytic deodorization with automatically cleaning component handles dress
It sets, can solve existing Photolytic deodorization processing unit when in use, due to lacking automatically cleaning component, thus to device inside
It needs to clean when position is cleaned and be more troublesome, and it is clean to need to further take out device integral demounting needs before cleaning
Position needs manually to carry out, while also needing whether artificial routine observation needs to clean, and intelligence degree is inadequate to ask
Topic.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component, including cabinet and welding are admittedly
The cleaning box being scheduled in its top sidewall is equipped with PLC controller, and the chassis bottom side wall on the enclosure top side wall
Upper setting is there are two exhaust outlet, and the chassis bottom is provided with the pedestal with pulley, the cabinet inside from top to bottom according to
It is secondary that air inlet layer, filter grid grid layer, filtering meshes, photodissociation layer, high temperature sterilization layer, exhaust level, peace inside the air inlet layer are installed
The air inlet being connected there are two being arranged equipped with ventilating fan, and on the air inlet layer side wall with ventilating fan, the air inlet layer,
Filter grid grid layer, photodissociation layer, high temperature sterilization layer, wears at four edge corner of exhaust level and to be connected to one and wear extension bar filtering meshes, described
Grid is installed inside filter grid grid layer, filtering rack is installed inside the filtering meshes, the photodissociation layer is internally provided with
Several equally distributed channels, each channel interior are mounted on a fixed frame, and each fixed frame inside is
A piece UV ultraviolet lamp pipe is installed, several equally distributed heating tubes, the row are installed inside the high temperature sterilization layer
Two exhaust passages docked between exhaust outlet are provided on gas-bearing formation side wall；
One is fixedly installed in the filtering meshes and filter grid grid layer and the top sidewall of the gas flow same direction
A anemobiagraph, and a side channel, and the filtering meshes and mistake are provided on the filtering meshes and filter grid grid layer side wall
It is provided with a bottom sliding slot on the inner wall of two sides above and below filter grid grid layer, the filtering rack, grid are installed in two bottom sliding slots
Between, a Miniature Power Unit, and Miniature Power Unit electricity are mounted in the middle part of the filtering meshes and filter grid grid layer inner sidewall
Two side walls hydraulic pump is connected, two side wall hydraulic pumps are located at Miniature Power Unit two sides up and down, two side wall liquid
A side wall hydraulic telescopic rod is respectively connected on press pump side wall, two side wall hydraulic telescopic rods are both passed through positioned at filter screen
Layer, the bar slot on filter grid grid layer side wall are simultaneously connected with corresponding filtering rack, grid；
It is provided with a vertical slot in the cleaning box bottom outer wall, a cross bar is installed on the vertical slot side wall, it is described
Cross bar enters the screw rod inside vertical slot by a piece-root grafting and is connected with the Pneumatic extension bar being located inside vertical slot, the Pneumatic extension bar
Top is connected with the air pump being located on cleaning box side wall, and a translot, the translot both ends are provided on the cross bar side wall
Be mounted on a slidable litter, worn on the outer wall of the translot both ends be connected to a piece-root grafting enter its it is internal and with corresponding cunning
The side Pneumatic extension bar that pole is connected, two side Pneumatic extension bars respectively be located at cross bar both ends side air pump phase
It connects, a small-sized hydraulic telescopic rod, the connection spray of small-sized hydraulic telescopic rod one end is connected on the side wall of the litter top
Frame, and the small-sized hydraulic telescopic rod other end is connected through litter and with the small-scale liquid press pump being located on litter side wall, institute
It states cleaning box and is internally provided with sink for storing clear water, the sink both ends are mounted on a water pump, and the water pump is logical
Piping will spray frame and be connected with sink.
Preferably, the PLC controller by several conducting wires respectively with ventilating fan, UV ultraviolet lamp pipe, heating tube,
Wired connection between side wall hydraulic pump, air pump, small-scale liquid press pump, water pump, side air pump and anemobiagraph.
Preferably, the grid, filtering rack are sliding each by two coupled side wall hydraulic telescopic rods and bottom
In being slidably connected between slot, and when side wall hydraulic telescopic rod is elongated to longest, grid, filtering rack are completely exposed from side channel, side
Wall hydraulic telescopic rod shortens to most in short-term, and grid, filtering rack are fully stowed into inside side channel.
Preferably, the cross bar is inconjunction with two spray framves and is connected by activity between Pneumatic extension bar and cleaning box bottom outer wall
It connects, and the activity direction of cross bar is identical as vertical slot direction.
Preferably, two the spray framves, two litter pass through between corresponding side Pneumatic extension bar and cross bar
It is slidably connected, and it is identical as translot direction to spray frame, the activity direction of litter.
Preferably, two spray framves pass through is flexibly connected between corresponding small-sized hydraulic telescopic rod and cross bar.
Preferably, the air inlet layer, filter grid grid layer, filtering meshes, photodissociation layer, high temperature sterilization layer, exhaust level it
Between wear extension bar by four and wear and connect fixation.
Preferably, the application method of this kind of exhaust gas Photolytic deodorization processing unit, specific steps are as follows:
Step 1: the exhaust gas of deodorization will be needed to suck cabinet inside from air inlet by ventilating fan, exhaust gas is first from filtering
Grid layer passes through, and is carried out the filtering of macromolecular particle object in advance by its internal grid, subsequent waste gas flow direction filtering meshes are by it
Internal filtering rack carries out the filtering of small molecule particulate matter, and then waste gas flow direction photodissociation layer, and inside photodissociation layer
Passage flow carries out deodorization, and then, the waste gas flow direction high temperature sterilization layer by deodorization is completed to kill by its internal heating tube heating
Exhaust level is flowed to after bacterium, finally, exhaust gas flows to exhaust outlet discharge from exhaust passage；
Step 2: during carrying out deodorization to exhaust gas, existed using PLC controller controlled wind speed instrument real-time detection exhaust gas
Wind speed after filter grid grid layer, filtering meshes, according to save bit by bit dust inside filter grid grid layer, filtering meshes, particulate matter is got over
Multipair wind speed hinders bigger, and the smaller principle of wind speed judges whether filter grid grid layer, filtering meshes need to clean；
Step 3: when cleaning is needed, the hydraulic pump startup of side wall is controlled by PLC controller, utilizes side wall hydraulic pump control
Side wall hydraulic telescopic rod elongation processed releases grid, filtering rack from side channel onto cabinet outer wall along bottom sliding slot direction, this
When, the starting of cleaning box internal component is controlled by PLC controller, automatic flushing cleaning is carried out to grid, filtering rack；
Step 4: the clear water inside sink is sent into two spray framves on startup, using water pump by cleaning box, will spray frame clear water
It is sprayed at and needs clean position, when controlling air pump starting by PLC controller, air pump drives Pneumatic extension bar to draw
Cross bar slides adjustment position along vertical slot direction；When controlling two side air pump startings by PLC controller, side air pump is driven
The flexible of dynamic side Pneumatic extension bar adjusts position to drive two spray framves along the sliding of translot direction；It is controlled when using PLC
When device controls small-sized hydraulic pump startup, small-scale liquid press pump driving small-sized hydraulic telescopic rod stretches to adjust spray frame and need clean bits
Height between setting；
Step 5: after the cleaning is completed, the hydraulic pump startup of side wall is controlled using PLC controller, and stretch side wall is hydraulic
Contracting bar resets, so that grid, filtering rack are taken in cabinet inside again.
Beneficial effects of the present invention: due to being mounted on a wind speed in filter grid grid layer and filtering meshes top sidewall
Instrument, using anemobiagraph can real-time detection exhaust gas in the wind speed after filter grid grid layer, filtering meshes, according to filtering grid
Layer saves bit by bit dust, particulate matter more pairs of wind speed inside filtering meshes and hinders bigger, and the smaller principle of wind speed judges filtering grid
Layer, whether filtering meshes need cleans, more intelligently；
Since the presence of side wall hydraulic pump passes through PLC controller when so that filter grid grid layer, filtering meshes needing to clean
The hydraulic pump startup of side wall is controlled, is extended using side wall hydraulic pump control side wall hydraulic telescopic rod, to realize grid, filter screen
Frame is released from side channel onto cabinet outer wall along bottom sliding slot direction, is opened at this point, controlling cleaning box internal component by PLC controller
It is dynamic, automatic flushing cleaning is carried out to grid, filtering rack, needs clean component without manually taking out, it is more convenient；
Since cross bar is inconjunction with two spray framves by being flexibly connected between Pneumatic extension bar and cleaning box bottom outer wall, and it is horizontal
The activity direction of bar is identical as vertical slot direction, to can be driven by air pump when controlling air pump starting by PLC controller
Pneumatic extension bar slides adjustment position to draw cross bar along vertical slot direction, realizes and drives spray frame fore-aft travel adjustment position
Function；
Since two spray framves, two litter pass through the company of sliding between corresponding side Pneumatic extension bar and cross bar
It connects, and spray frame, the activity direction of litter are identical as translot direction, controls two side air pumps startings when passing through PLC controller
When, the flexible of side Pneumatic extension bar can be driven to drive two spray framves to horizontally slip along translot direction by side air pump
Adjust position, can the spray frame that slides of front and rear, left and right make the cleaning covering surface of cleaning box wider, more comprehensive；
It is flexibly connected between corresponding small-sized hydraulic telescopic rod and cross bar since two spray framves pass through, to spray frame
Small-sized hydraulic pump startup can be controlled using PLC controller when in use, drive small-sized hydraulic telescopic rod using small-scale liquid press pump
It stretches to adjust spray frame and need the height between cleaning position, to be located at the grid of different height, filtering rack can
It is sufficiently cleaned.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the drawings.
Fig. 1 is overall structure of the present invention；
Fig. 2 is top view of the present invention；
Fig. 3 is internal structure explosive view of the present invention；
Fig. 4 is filtering meshes structural schematic diagram of the present invention；
Fig. 5 is cleaning box structural schematic diagram of the present invention；
In figure: 1, cabinet；2, cleaning box；3, filter grid grid layer；4, filtering meshes；5, exhaust outlet；6, pedestal；7, air inlet
Mouthful；8, extension bar is worn；9, air inlet layer；10, photodissociation layer；11, high temperature sterilization layer；12, exhaust level；13, ventilating fan；14, grid；
15, rack is filtered；16, channel；17, fixed frame；18, UV ultraviolet lamp pipe；19, heating tube；20, exhaust passage；21, side channel；
22, side wall hydraulic pump；23, bar slot；24, side wall hydraulic telescopic rod；25, Miniature Power Unit；26, bottom sliding slot；27, Pneumatic extension bar；
28, air pump；29, vertical slot；30, small-sized hydraulic telescopic rod；31, small-scale liquid press pump；32, water pump；33, cross bar；34, sink；35, horizontal
Slot；36, frame is sprayed；37, litter；38, side Pneumatic extension bar；39, side air pump；40, anemobiagraph.
Specific embodiment
Technical solution of the present invention is clearly and completely described below in conjunction with embodiment, it is clear that described reality
Applying example is only a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, this field is general
Logical technical staff all other embodiment obtained without creative efforts belongs to what the present invention protected
Range.
It please refers to shown in Fig. 1-5, a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component, wraps
The cleaning box 2 for including cabinet 1 and being weldingly fixed in its top sidewall is equipped with PLC controller in 1 top sidewall of cabinet, and
Setting is there are two exhaust outlet 5 in 1 bottom sidewall of cabinet, and 1 bottom of cabinet is provided with the pedestal 6 with pulley, inside cabinet 1 from
On be sequentially installed with air inlet layer 9, filter grid grid layer 3, filtering meshes 4, photodissociation layer 10, high temperature sterilization layer 11, exhaust level 12 down,
Ventilating fan 13 is installed, and there are two the air inlets being connected with ventilating fan 13 for setting on 9 side wall of air inlet layer inside air inlet layer 9
Mouthfuls 7, it is air inlet layer 9, filter grid grid layer 3, filtering meshes 4, photodissociation layer 10, high temperature sterilization layer 11, equal at 12 4 edge corner of exhaust level
It wears and is connected to one and wears extension bar 8, grid 14 is installed inside filter grid grid layer 3, filtering rack 15 is installed inside filtering meshes 4,
Photodissociation layer 10 is internally provided with several equally distributed channels 16, is mounted on a fixed frame 17 inside each channel 16,
It is mounted on a UV ultraviolet lamp pipe 18 inside each fixed frame 17, several are installed inside high temperature sterilization layer 11 and is uniformly divided
The heating tube 19 of cloth is provided with the exhaust passage 20 docked between two and exhaust outlet 5 on 12 side wall of exhaust level；
One is fixedly installed in filtering meshes 4 and filter grid grid layer 3 and the top sidewall of the gas flow same direction
Anemobiagraph 40, and a side channel 21, and filtering meshes 4 and filter grid are provided on filtering meshes 4 and 3 side wall of filter grid grid layer
A bottom sliding slot 26 is provided on about 3 two sides inner wall of grid layer, filtering rack 15, grid 14 are installed in two bottom sliding slots 26
Between, it is mounted on a Miniature Power Unit 25 in the middle part of filtering meshes 4 and 3 inner sidewall of filter grid grid layer, and Miniature Power Unit 25 is electrically connected
Two side walls hydraulic pump 22 is connect, two side walls hydraulic pump 22 is located at about 25 two sides of Miniature Power Unit, two side walls hydraulic pump
Be respectively connected with a side wall hydraulic telescopic rod 24 on 22 side walls, two side wall hydraulic telescopic rods 24 both pass through positioned at filtering meshes 4,
Bar slot 23 on 3 side wall of filter grid grid layer is simultaneously connected with corresponding filtering rack 15, grid 14；
It is provided with a vertical slot 29 in 2 bottom outer wall of cleaning box, a cross bar 33, cross bar 33 are installed on 29 side wall of vertical slot
Enter the screw rod inside vertical slot 29 by a piece-root grafting to be connected with the Pneumatic extension bar 27 being located inside vertical slot 29, Pneumatic extension bar 27
Top is connected with the air pump 28 being located on 2 side wall of cleaning box, and a translot 35,35 both ends of translot are provided on 33 side wall of cross bar
Be mounted on a slidable litter 37, worn on 35 both ends outer wall of translot be connected to a piece-root grafting enter its it is internal and with corresponding cunning
The side Pneumatic extension bar 38 that pole 37 is connected, two side Pneumatic extension bars 38 respectively be located at 33 both ends of cross bar side gas
Pump 39 is connected, and a small-sized hydraulic telescopic rod 30 is connected on 37 top side wall of litter, and 30 one end of small-sized hydraulic telescopic rod connects
Connect spray frame 36, and 30 other end of small-sized hydraulic telescopic rod through litter 37 and be located at 37 side wall of litter on small-scale liquid press pump 31
It is connected, cleaning box 2 is internally provided with the sink 34 for storing clear water, and 34 both ends of sink are mounted on a water pump 32, water
Pump 32 will spray frame 36 by pipeline and be connected with sink 34.
PLC controller by several conducting wires respectively with ventilating fan 13, UV ultraviolet lamp pipe 18, heating tube 19, side wall
Wired connection between hydraulic pump 22, air pump 28, small-scale liquid press pump 31, water pump 32, side air pump 39 and anemobiagraph 40.
Grid 14, filtering rack 15 each by coupled two side wall hydraulic telescopic rods 24 and bottom sliding slot 26 it
Between in being slidably connected, and when side wall hydraulic telescopic rod 24 is elongated to longest, grid 14, filtering rack 15 reveal completely from side channel 21
Out, side wall hydraulic telescopic rod 24 shortens to most in short-term, and grid 14, filtering rack 15 are fully stowed into inside side channel 21, so that
When filter grid grid layer 3, filtering meshes 4 need to clean, side wall hydraulic pump 22 is controlled by PLC controller and is started, side wall liquid is utilized
Press pump 22 control side wall hydraulic telescopic rod 24 extend, thus realize by grid 14, filtering rack 15 along 26 direction of bottom sliding slot from
Side channel 21 is released onto 1 outer wall of cabinet, at this point, the starting of 2 internal component of cleaning box is controlled by PLC controller, to grid 14, mistake
Screen holder 15 carries out automatic flushing cleaning, needs clean component without manually taking out, more convenient.
Cross bar 33 is inconjunction with two spray framves 36 by being flexibly connected between Pneumatic extension bar 27 and 2 bottom outer wall of cleaning box,
And the activity direction of cross bar 33 is identical as 29 direction of vertical slot, when controlling the starting of air pump 28 by PLC controller, can pass through gas
28 driving Pneumatic extension bar 27 of pump slides adjustment position to draw cross bar 33 along 29 direction of vertical slot, realizes before driving spray frame 36
The function of activity adjustment position afterwards.
Two spray framves, 36, two litter 37 between corresponding side Pneumatic extension bar 38 and cross bar 33 by sliding
Connection, and spray frame 36, the activity direction of litter 37 are identical as 35 direction of translot, control two sides when passing through PLC controller
Air pump 39 start when, can by side air pump 39 drive side Pneumatic extension bar 38 it is flexible come drive two spray framves 36 along
35 direction of translot horizontally slips to adjust position, can front and rear, left and right slide spray frame 36 make the cleaning covering surface of cleaning box 2 more
Extensively, more comprehensively.
Two spray framves 36 between corresponding small-sized hydraulic telescopic rod 30 and cross bar 33 by being flexibly connected, to spray
Frame 36 can be started when in use using PLC controller control small-scale liquid press pump 31, drive small-scale liquid using small-scale liquid press pump 31
Pressure telescopic rod 30 stretches to adjust spray frame 36 and need the height between cleaning position, thus be located at the grid 14 of different height,
Filtering rack 15 can be sufficiently cleaned.
Air inlet layer 9, filter grid grid layer 3, filtering meshes 4, photodissociation layer 10, high temperature sterilization layer 11, between exhaust level 12 6
Extension bar 8 is worn by four wear connect fixation.
The application method of this kind of exhaust gas Photolytic deodorization processing unit, specific steps are as follows:
Step 1: by ventilating fan 13 will need the exhaust gas of deodorization from air inlet 7 suck cabinet 1 inside, exhaust gas first from
Filter grid grid layer 3 is passed through, and is carried out the filtering of macromolecular particle object, subsequent waste gas flow direction filter screen in advance by its internal grid 14
Layer 4 is carried out the filtering of small molecule particulate matter by its internal filtering rack 15, and then waste gas flow direction photodissociation layer 10, and in light
It solves the circulation of channel 16 inside layer 10 and carries out deodorization, then, the waste gas flow direction high temperature sterilization layer 11 by deodorization, internal by it
The heating of heating tube 19 flows to exhaust level 12 after completing sterilization, and finally, exhaust gas flows to exhaust outlet 5 from exhaust passage 20 and is discharged；
Step 2: during carrying out deodorization to exhaust gas, 40 real-time detection exhaust gas of PLC controller controlled wind speed instrument is utilized
In the wind speed after filter grid grid layer 3, filtering meshes 4, according to saved bit by bit inside filter grid grid layer 3, filtering meshes 4 dust,
More pairs of wind speed of grain object hinder bigger, and the smaller principle of wind speed judges that filter grid grid layer 3, whether filtering meshes 4 need cleans；
Step 3: when cleaning is needed, side wall hydraulic pump 22 is controlled by PLC controller and is started, side wall hydraulic pump is utilized
22 control side wall hydraulic telescopic rods 24 extend, by grid 14, filtering rack 15 along 26 direction of bottom sliding slot from side channel 21 release to
On 1 outer wall of cabinet, at this point, controlling the starting of 2 internal component of cleaning box by PLC controller, grid 14, filtering rack 15 are carried out
Automatic flushing cleaning；
Step 4: the clear water inside sink 34 is sent into two spray framves 36 on startup, using water pump 32 by cleaning box 2, will
Spray 36 clear water of frame, which is sprayed at, needs clean position, and when controlling the starting of air pump 28 by PLC controller, air pump 28 is driven pneumatically
Telescopic rod 27 slides adjustment position to draw cross bar 33 along 29 direction of vertical slot；When pass through PLC controller control two sides
When air pump 39 starts, side air pump 39 drives the flexible of side Pneumatic extension bar 38 to drive two spray framves 36 along 35 side of translot
Position is adjusted to sliding；When being started using PLC controller control small-scale liquid press pump 31, small-scale liquid press pump 31 drives small-scale liquid
Pressure telescopic rod 30 stretches to adjust spray frame 36 and need the height between cleaning position；
Step 5: after the cleaning is completed, started using PLC controller control side wall hydraulic pump 22, and side wall is hydraulic
Telescopic rod 24 resets, to again take in grid 14, filtering rack 15 inside cabinet 1.
The invention has the benefit that due to being mounted on one in 4 top sidewall of filter grid grid layer 3 and filtering meshes
Anemobiagraph 40, using anemobiagraph 40 can real-time detection exhaust gas in the wind speed after filter grid grid layer 3, filtering meshes 4, according to
More pairs of wind speed of dust, particulate matter are saved bit by bit inside filter grid grid layer 3, filtering meshes 4 and hinder bigger, and the smaller principle of wind speed is sentenced
Disconnected filter grid grid layer 3, whether filtering meshes 4 need cleans, more intelligently；
Since the presence of side wall hydraulic pump 22 is controlled when so that filter grid grid layer 3, filtering meshes 4 needing to clean by PLC
Device processed control side wall hydraulic pump 22 starts, and controls side wall hydraulic telescopic rod 24 using side wall hydraulic pump 22 and extends, thus realize by
Grid 14, filtering rack 15 are released from side channel 21 onto 1 outer wall of cabinet along 26 direction of bottom sliding slot, at this point, passing through PLC controller
The starting of 2 internal component of cleaning box is controlled, automatic flushing cleaning is carried out to grid 14, filtering rack 15, without manually taking out
Clean component is needed, it is more convenient；
Connected since cross bar 33 is inconjunction with two spray framves 36 by activity between 2 bottom outer wall of Pneumatic extension bar 27 and cleaning box
It connects, and the activity direction of cross bar 33 is identical as 29 direction of vertical slot, thus when controlling the starting of air pump 28 by PLC controller, energy
It is enough that Pneumatic extension bar 27 is driven to draw cross bar 33 along 29 direction of vertical slot and slide adjustment position by air pump 28, it realizes and drives
Spray the function of 36 fore-aft travel of frame adjustment position；
Since two spray framves, 36, two litter 37 are by between corresponding side Pneumatic extension bar 38 and cross bar 33
It is slidably connected, and spray frame 36, the activity direction of litter 37 are identical as 35 direction of translot, controls two when passing through PLC controller
When side air pump 39 starts, the flexible of side Pneumatic extension bar 38 can be driven to drive two spray framves 36 by side air pump 39
Horizontally slipped along 35 direction of translot to adjust position, can front and rear, left and right slide spray frame 36 cleaning of cleaning box 2 is covered
Face is wider, more comprehensive；
Since two spray framves 36 between corresponding small-sized hydraulic telescopic rod 30 and cross bar 33 by being flexibly connected, from
And spraying frame 36 when in use can be started using PLC controller control small-scale liquid press pump 31, be driven using small-scale liquid press pump 31 small
Type hydraulic telescopic rod 30 stretches to adjust spray frame 36 and need the height between cleaning position, to be located at the grid of different height
14, filtering rack 15 can be sufficiently cleaned.
In the use of the present invention, being successively installed into from top to bottom inside cabinet 1 firstly, assembled to whole device
Gas-bearing formation 9, filter grid grid layer 3, filtering meshes 4, photodissociation layer 10, high temperature sterilization layer 11, exhaust level 12, two of 12 bottom of exhaust level
Exhaust passage 20 is docked between two exhaust outlets 5 respectively, and is worn extension bar 8 by four between six and worn and connect fixation,
And by PLC controller (model are as follows: CPM1A) by several conducting wires respectively with ventilating fan 13, UV ultraviolet lamp pipe 18, plus
It is wired between heat pipe 19, side wall hydraulic pump 22, air pump 28, small-scale liquid press pump 31, water pump 32, side air pump 39 and anemobiagraph 40
Connection, by PLC controller, ventilating fan 13, UV ultraviolet lamp pipe 18, heating tube 19, air pump 28, small-scale liquid press pump 31, water pump
32, side air pump 39 and anemobiagraph 40 are connected with external power supply, and side wall hydraulic pump 22 is directly supplied by Miniature Power Unit 25
Electricity.Device enable when, by ventilating fan 13 will need the exhaust gas of deodorization from air inlet 7 suck cabinet 1 inside, exhaust gas first from
Filter grid grid layer 3 is passed through, and is carried out the filtering of macromolecular particle object, subsequent waste gas flow direction filter screen in advance by its internal grid 14
Layer 4 is carried out the filtering of small molecule particulate matter by its internal filtering rack 15, and then waste gas flow direction photodissociation layer 10, and in light
It solves the channel 16 inside layer 10 to circulate, due to being mounted on UV ultraviolet lamp pipe 18, UV ultraviolet lamp pipe inside each channel 16
18 transmitting high energy high ozone UV ultraviolet beams, high energy high ozone UV ultraviolet beam decompose air in oxygen molecule generation bear from
Son, i.e. active oxygen, so need to be in conjunction with oxygen molecule because of the taken positron-electron imbalance of anion, and then generates ozone, many institute's weeks
Know that Pre-Ozonation on Organic Matter has extremely strong oxidation, so as to play the deodorization to gas, then, by deodorization
Waste gas flow direction high temperature sterilization layer 11 is flowed to exhaust level 12 after completing sterilization by its internal heating of heating tube 19, finally, exhaust gas from
Exhaust passage 20 flows to the discharge of exhaust outlet 5, due to being mounted on one in 4 top sidewall of filter grid grid layer 3 and filtering meshes
Anemobiagraph 40 (model are as follows: AM-4832), using anemobiagraph 40 can real-time detection exhaust gas pass through filter grid grid layer 3, filter screen
Wind speed after layer 4 hinders bigger, wind according to more pairs of wind speed of dust, particulate matter are saved bit by bit inside filter grid grid layer 3, filtering meshes 4
The smaller principle of speed judges that filter grid grid layer 3, whether filtering meshes 4 need cleans, and when cleaning is needed, are controlled by PLC
Device controls side wall hydraulic pump 22 and starts, and controls side wall hydraulic telescopic rod 24 using side wall hydraulic pump 22 and extends, to realize lattice
Grid 14, filtering rack 15 are released from side channel 21 onto 1 outer wall of cabinet along 26 direction of bottom sliding slot, at this point, passing through PLC controller control
2 internal component of cleaning box starting processed carries out automatic flushing cleaning to grid 14, filtering rack 15, and cleaning box 2 is on startup, sharp
The clear water inside sink 34 is sent into two spray framves 36 with water pump 32, spray 36 clear water of frame is sprayed at and needs clean position, by
In being provided with a vertical slot 29 in 2 bottom outer wall of cleaning box, a cross bar 33 is installed on 29 side wall of vertical slot, cross bar 33 passes through one
Piece-root grafting enters screw rod inside vertical slot 29 and is connected with the Pneumatic extension bar 27 being located inside vertical slot 29,27 top of Pneumatic extension bar and
Air pump 28 on 2 side wall of cleaning box is connected, and a translot 35 is provided on 33 side wall of cross bar, and 35 both ends of translot are respectively mounted
Have a slidable litter 37, worn on 35 both ends outer wall of translot be connected to a piece-root grafting enter its it is internal and with corresponding 37 phase of litter
The side Pneumatic extension bar 38 of connection, two side Pneumatic extension bars 38 respectively be located at 33 both ends of cross bar 39 phase of side air pump
It connects, a small-sized hydraulic telescopic rod 30,30 one end of small-sized hydraulic telescopic rod connection spray frame is connected on 37 top side wall of litter
36, and 30 other end of small-sized hydraulic telescopic rod is connected through litter 37 and with the small-scale liquid press pump 31 being located on 37 side wall of litter
It connects, and cross bar 33 is inconjunction with two spray framves 36 by being flexibly connected between Pneumatic extension bar 27 and 2 bottom outer wall of cleaning box, and
The activity direction of cross bar 33 is identical as 29 direction of vertical slot, to can pass through when controlling the starting of air pump 28 by PLC controller
Air pump 28 drives Pneumatic extension bar 27 to draw cross bar 33 along 29 direction of vertical slot and slide adjustment position.
Since two spray framves, 36, two litter 37 are by between corresponding side Pneumatic extension bar 38 and cross bar 33
It is slidably connected, and spray frame 36, the activity direction of litter 37 are identical as 35 direction of translot, controls two when passing through PLC controller
When side air pump 39 starts, the flexible of side Pneumatic extension bar 38 can be driven to drive two spray framves 36 by side air pump 39
Horizontally slipped along 35 direction of translot to adjust position, can front and rear, left and right slide spray frame 36 cleaning of cleaning box 2 is covered
Face is wider, more comprehensive.
Since two spray framves 36 between corresponding small-sized hydraulic telescopic rod 30 and cross bar 33 by being flexibly connected, from
And spraying frame 36 when in use can be started using PLC controller control small-scale liquid press pump 31, be driven using small-scale liquid press pump 31 small
Type hydraulic telescopic rod 30 stretches to adjust spray frame 36 and need the height between cleaning position, to be located at the grid of different height
14, filtering rack 15 can be sufficiently cleaned, and after the cleaning is completed, be started using PLC controller control side wall hydraulic pump 22,
And side wall hydraulic telescopic rod 24 is resetted, to again take in grid 14, filtering rack 15 inside cabinet 1.
Present invention disclosed above preferred embodiment is only intended to help to illustrate the present invention.There is no detailed for preferred embodiment
All details are described, are not limited the invention to the specific embodiments described.Obviously, according to the content of this specification,
It can make many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to better explain the present invention
Principle and practical application, so that skilled artisan be enable to better understand and utilize the present invention.The present invention is only
It is limited by claims and its full scope and equivalent.
Claims (8)
1. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component, including cabinet (1) and welding
The cleaning box (2) being fixed in its top sidewall, which is characterized in that be equipped with PLC control in cabinet (1) top sidewall
Device, and there are two exhaust outlet (5) for setting in the cabinet (1) bottom sidewall, and the cabinet (1) bottom is provided with pulley
Pedestal (6), is sequentially installed with air inlet layer (9), filter grid grid layer (3), filtering meshes from top to bottom inside the cabinet (1)
(4), photodissociation layer (10), high temperature sterilization layer (11), exhaust level (12), the air inlet layer (9) is internal to be equipped with ventilating fan (13),
And the air inlet (7) being connected there are two being arranged on air inlet layer (9) side wall with ventilating fan (13), the air inlet layer (9),
Filter grid grid layer (3), photodissociation layer (10), high temperature sterilization layer (11), is worn at (12) four edge corner of exhaust level filtering meshes (4)
It is connected to one to wear extension bar (8), be equipped with grid (14) inside the filter grid grid layer (3), installation inside the filtering meshes (4)
Have filtering rack (15), the photodissociation layer (10) is internally provided with several equally distributed channels (16), each channel
(16) internal to be mounted on a fixed frame (17), a UV ultraviolet lamp pipe is mounted on inside each fixed frame (17)
(18), several equally distributed heating tubes (19), exhaust level (12) side are installed inside the high temperature sterilization layer (11)
The exhaust passage (20) docked between two and exhaust outlet (5) is provided on wall；
It is fixedly installed in the filtering meshes (4) and filter grid grid layer (3) and the top sidewall of the gas flow same direction
One anemobiagraph (40), and it is provided with a side channel (21) on the filtering meshes (4) and filter grid grid layer (3) side wall, and
A bottom sliding slot (26), the filter screen are provided on the filtering meshes (4) and filter grid grid layer (3) up and down two sides inner wall
Frame (15), grid (14) are installed between two bottom sliding slots (26), on the inside of the filtering meshes (4) and filter grid grid layer (3)
A Miniature Power Unit (25) is mounted in the middle part of wall, and the Miniature Power Unit (25) is electrically connected two side walls hydraulic pump (22), two
A side wall hydraulic pump (22) is located at Miniature Power Unit (25) two sides up and down, on two side wall hydraulic pump (22) side walls
It is respectively connected with a side wall hydraulic telescopic rod (24), two side wall hydraulic telescopic rods (24) both pass through positioned at filtering meshes
(4), the bar slot (23) on filter grid grid layer (3) side wall and it is connected with corresponding filtering rack (15), grid (14)；
It is provided with a vertical slot (29) in cleaning box (2) bottom outer wall, a cross is installed on vertical slot (29) side wall
Bar (33), the cross bar (33) enter the internal screw rod of vertical slot (29) Pneumatic extension internal with vertical slot (29) are located at by a piece-root grafting
Bar (27) is connected, and Pneumatic extension bar (27) top is connected with the air pump (28) being located on cleaning box (2) side wall, described
A translot (35) is provided on cross bar (33) side wall, translot (35) both ends are mounted on a slidable litter
(37), it is worn on the outer wall of translot (35) both ends and is connected to the side that a piece-root grafting enters its inside and is connected with corresponding litter (37)
Side Pneumatic extension bar (38), two side Pneumatic extension bars (38) respectively be located at cross bar (33) both ends side air pump
(39) it is connected, is connected with a small-sized hydraulic telescopic rod (30), the small-scale liquid pressure stretch on the side wall of litter (37) top
Contracting bar (30) one end connection spray frame (36), and small-sized hydraulic telescopic rod (30) other end is slided through litter (37) and with being located at
Small-scale liquid press pump (31) on pole (37) side wall is connected, and the cleaning box (2) is internally provided with the sink for storing clear water
(34), sink (34) both ends are mounted on a water pump (32), and the water pump (32) will spray frame (36) and water by pipeline
Slot (34) is connected.
2. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
It is characterized in that, the PLC controller by several conducting wires respectively with ventilating fan (13), UV ultraviolet lamp pipe (18), plus
Heat pipe (19), side wall hydraulic pump (22), air pump (28), small-scale liquid press pump (31), water pump (32), side air pump (39) and wind speed
Wired connection between instrument (40).
3. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
It is characterized in that, the grid (14), filtering rack (15) are each by two coupled side wall hydraulic telescopic rods
(24) between bottom sliding slot (26) in being slidably connected, and when side wall hydraulic telescopic rod (24) is elongated to longest, grid (14), filtering
Rack (15) is completely exposed from side channel (21), and side wall hydraulic telescopic rod (24) shortens to most in short-term, grid (14), filtering rack
(15) it is fully stowed into internal into side channel (21).
4. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
Pass through outside Pneumatic extension bar (27) and cleaning box (2) bottom it is characterized in that, the cross bar (33) is inconjunction with two spray framves (36)
It is flexibly connected between wall, and the activity direction of cross bar (33) is identical as vertical slot (29) direction.
5. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
It is characterized in that, two spray framves (36), two litter (37) by corresponding side Pneumatic extension bar (38) with
Cross bar is slidably connected between (33), and it is identical as translot (35) direction to spray frame (36), the activity direction of litter (37).
6. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
It is characterized in that, two spray framves (36) are by living between corresponding small-sized hydraulic telescopic rod (30) and cross bar (33)
Dynamic connection.
7. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
It is characterized in that, the air inlet layer (9), filter grid grid layer (3), filtering meshes (4), photodissociation layer (10), high temperature sterilization layer (11),
It wears extension bar (8) by four between exhaust level (12) six and wears and connect fixation.
8. a kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component according to claim 1,
It is characterized in that, the application method of this kind of exhaust gas Photolytic deodorization processing unit, specific steps are as follows:
Step 1: the exhaust gas of deodorization will be needed internal from air inlet (7) sucking cabinet (1) by ventilating fan (13), exhaust gas is first
Pass through from filter grid grid layer (3), is carried out the filtering of macromolecular particle object, subsequent waste gas flow direction in advance by its internal grid (14)
Filtering meshes (4) are carried out the filtering of small molecule particulate matter by its internal filtering rack (15), and then waste gas flow direction photodissociation layer
(10), deodorization and in internal channel (16) circulation of photodissociation layer (10) is carried out, then, the waste gas flow direction high temperature by deodorization kills
Bacterium layer (11) is flowed to exhaust level (12) after completing sterilization by its internal heating tube (19) heating, and finally, exhaust gas is from exhaust passage
(20) exhaust outlet (5) discharge is flowed to；
Step 2: during carrying out deodorization to exhaust gas, existed using PLC controller controlled wind speed instrument (40) real-time detection exhaust gas
Wind speed after filter grid grid layer (3), filtering meshes (4) saves bit by bit ash according to filter grid grid layer (3), filtering meshes (4) inside
More pairs of wind speed of dirt, particulate matter hinder bigger, and whether the smaller principle of wind speed judges filter grid grid layer (3), filtering meshes (4)
It needs to clean；
Step 3: when cleaning is needed, by PLC controller control side wall hydraulic pump (22) starting, side wall hydraulic pump is utilized
(22) control side wall hydraulic telescopic rod (24) elongation, by grid (14), filtering rack (15) along bottom sliding slot (26) direction from side
Slot (21) is released onto cabinet (1) outer wall, at this point, the starting of cleaning box (2) internal component is controlled by PLC controller, to grid
(14), filtering rack (15) carries out automatic flushing cleaning；
Step 4: the internal clear water of sink (34) is sent into two spray framves on startup, using water pump (32) by cleaning box (2)
(36), spray frame (36) clear water is sprayed at and needs clean position, when through PLC controller control air pump (28) starting, gas
Pump (28) driving Pneumatic extension bar (27) slides adjustment position to draw cross bar (33) along vertical slot (29) direction；When passing through
When PLC controller controls two side air pump (39) startings, side air pump (39) drives the flexible of side Pneumatic extension bar (38)
Position is adjusted to drive two spray framves (36) to slide along translot (35) direction；When utilization PLC controller controls small-sized hydraulic
When pumping (31) starting, small-scale liquid press pump (31) driving small-sized hydraulic telescopic rod (30) stretches to adjust spray frame (36) and need to clean
Height between position；
Step 5: after the cleaning is completed, started using PLC controller control side wall hydraulic pump (22), and stretch side wall is hydraulic
Contracting bar (24) resets, thus again that grid (14), filtering rack (15) income cabinet (1) is internal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910748894.5A CN110420516A (en) | 2019-08-14 | 2019-08-14 | A kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910748894.5A CN110420516A (en) | 2019-08-14 | 2019-08-14 | A kind of energy saving and environment friendly exhaust gas Photolytic deodorization processing unit with automatically cleaning component |
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| CN110420516A true CN110420516A (en) | 2019-11-08 |
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Citations (6)
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|---|---|---|---|---|
| US6946021B2 (en) * | 2003-10-02 | 2005-09-20 | Kabushiki Kaisha Sunseal | Air cleaner |
| CN105999927A (en) * | 2016-07-09 | 2016-10-12 | 江节发 | Air purification device for haze control |
| US20180126332A1 (en) * | 2014-06-04 | 2018-05-10 | Peerless Mfg. Co | Cyclonic Injector And Method For Reagent Gasification And Decomposition In A Hot Gas Stream |
| WO2019046648A1 (en) * | 2017-08-31 | 2019-03-07 | Prodew, Inc. | Air treatment systems |
| CN109751678A (en) * | 2019-01-10 | 2019-05-14 | 邯郸开发区东石环保科技有限公司 | A kind of air cleaning unit with automatic cleaning function |
| CN109945344A (en) * | 2019-03-20 | 2019-06-28 | 深圳市净净空气科技有限公司 | A kind of pure nano-negative ion air cleaning unit of intelligence |
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2019
- 2019-08-14 CN CN201910748894.5A patent/CN110420516A/en not_active Withdrawn
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6946021B2 (en) * | 2003-10-02 | 2005-09-20 | Kabushiki Kaisha Sunseal | Air cleaner |
| US20180126332A1 (en) * | 2014-06-04 | 2018-05-10 | Peerless Mfg. Co | Cyclonic Injector And Method For Reagent Gasification And Decomposition In A Hot Gas Stream |
| CN105999927A (en) * | 2016-07-09 | 2016-10-12 | 江节发 | Air purification device for haze control |
| WO2019046648A1 (en) * | 2017-08-31 | 2019-03-07 | Prodew, Inc. | Air treatment systems |
| CN109751678A (en) * | 2019-01-10 | 2019-05-14 | 邯郸开发区东石环保科技有限公司 | A kind of air cleaning unit with automatic cleaning function |
| CN109945344A (en) * | 2019-03-20 | 2019-06-28 | 深圳市净净空气科技有限公司 | A kind of pure nano-negative ion air cleaning unit of intelligence |
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Application publication date: 20191108 |