CN108909411A - A kind of intelligent air purifying system and its control method applied to public transport microenvironment - Google Patents
A kind of intelligent air purifying system and its control method applied to public transport microenvironment Download PDFInfo
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- CN108909411A CN108909411A CN201810853364.2A CN201810853364A CN108909411A CN 108909411 A CN108909411 A CN 108909411A CN 201810853364 A CN201810853364 A CN 201810853364A CN 108909411 A CN108909411 A CN 108909411A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H3/00—Other air-treating devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H3/00—Other air-treating devices
- B60H3/06—Filtering
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H3/00—Other air-treating devices
- B60H3/06—Filtering
- B60H2003/0683—Filtering the quality of the filter or the air being checked
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H3/00—Other air-treating devices
- B60H3/06—Filtering
- B60H2003/0691—Adsorption filters, e.g. activated carbon
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Air-Conditioning For Vehicles (AREA)
- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
Abstract
The present invention discloses a kind of intelligent air purifying system and control method applied to public transport microenvironment, the device includes air purifier, intelligent controlling device, base station, relay, A/D converter, the meteorology and air quality information of real-time road condition information and external environment outside the compartment that the system is sent by real-time reception base station, and the air regime in real-time detection compartment, select suitable control model, the opening and closing for controlling the fresh air system of vehicle, the blower, foldable filter structure of air purifier, realizes the adjusting of in-vehicle air.Present invention combination Internet of Things and real-time detection information carry out intelligent control, have the advantages that control the high and low energy consumption multiple purifying of precision, can be realized effective purification of air in public transport microenvironment.
Description
Technical field
The present invention relates to public transport microenvironment air purification field more particularly to a kind of intelligence applied to public transport microenvironment
Air cleaning system and its control method.
Background technique
As social development and the size of population increase, more and more common people are using public transport as the head of trip mode
Choosing.According to statistics, public transport accounts for the 52.3% of all trip modes, and riding time is up to 90 minutes commuter per capita daily, public
Hand over vehicle day passenger capacity up to 3000 person-times/, interior population maximal density is up to 8 people/m3.Pollutant is long-term with pathogenic microorganisms
It accumulates in the air in compartment, reduces interior environmental degree of comfort, if things go on like this also affect the body of driver and passenger
Health.Suspended particulate substance (TSP), volatile organic compounds (VOCs), the concentration of carbon dioxide (CO2) is easily in public transport compartment
It is exceeded, respectively with external haze weather and tail gas fugitive dust, internal artificial synthesized product and big flow, highdensity people
Group is related.VOCs and TSP can generate harm to human health as the major air pollutants in compartment.In densely populated vehicle
In compartment, when gas concentration lwevel is higher than 1500ppm, human body sense of discomfort can be caused.Gas concentration lwevel is also reflection compartment simultaneously
One important indicator of the aggregate concentration of the degree of strength of air circulation and other noxious pollutants that may be present level.
And air clearing product most of on the market is just in indoor environment or private savings environment inside car at present.It is right
In the public transport microenvironment that semiclosed and environmental condition frequently changes, market existing procucts cannot meet interior purification well
Demand.But the market share as shared by public transport is huge, improves its air quality with good social benefit.
Experience of the user according to oneself is usually taken in current existing air cleaning unit, manually opens or closes.Due to
The uncertainty of subjective feeling accurately can not control the unlatching of purification device according to that need to purify air conditions.On the market
Some intelligent control air purifiers are also only added to real-time detection module, can not be efficiently applicable to semi-enclosed public friendship
Logical microenvironment.And with the arrival of information age, obtaining outside weather information and traffic information from big data network becomes
It is simple and fast.The control quality pair of public transport microenvironment air purification is improved using Internet of Things in conjunction with real-time traffic and weather information
User experience and the reduction purification device energy consumption for improving passenger are significant.
Summary of the invention
In view of the deficiencies of the prior art, the present invention provide a kind of intelligent air purifying system applied to public transport microenvironment and
Its control method, for controlling the air quality improved in public transport microenvironment.
The present invention is achieved through the following technical solutions：
A kind of intelligent air purifying system applied to public transport microenvironment, which is characterized in that the system includes air cleaning
Device, intelligent controlling device, base station, relay, A/D converter, the air purifier, A/D converter, relay are and institute
The intelligent controlling device stated is connected, the relay, A/D converter with the vehicle fresh air system, vehicle air conditioning system
System is connected；
The air purifier is mounted on the air outlet of vehicle air conditioner comprising foldable filter structure and wind
Machine；
The base station is used to send real-time road condition information, weather information and air quality information to vehicle；
The A/D converter is used to detect the open and-shut mode of vehicle fresh air system and vehicle air conditioner, and is passed
Give the intelligent controlling device；
The relay is used to receive opening for the control signal control vehicle fresh air system of the intelligent controlling device
It closes；
The intelligent controlling device includes microcontroller, bluetooth and detection of air quality module, and the bluetooth is used for
The meteorology and air quality information of real-time road condition information and external environment outside the compartment of real-time reception base station transmission, and transmitted
To microcontroller；The detection of air quality module is transferred to micro- for the air regime in real-time detection compartment
Controller；The microcontroller selects suitable control model for handle the information received, issue control signal to after
Electric appliance and air purifier realize the adjusting of in-vehicle air.
Further, the air purifier further includes shell, ultraviolet lamp, on the shell setting air-inlet grille and
Air outlet grate, the blower is fixed inside the shell, and the foldable filter structure top is arranged in ultraviolet lamp；Described can
The air outlet that the air purifier is arranged in filter structure is folded, the foldable filter structure includes steering engine, active
Flabellum, passive flabellum, several actively involve flabellum and passively involve flabellum, driving wheel, follower, fixed frame, actively fan
Leaf connecting rod, passive flabellum connecting rod, strainer, the steering engine are fixed on the shell, and the fixed frame is fixed on institute
At the air outlet for the air purifier stated, the active flabellum, passive flabellum and several actively involve flabellum and passively lead
Even the lower end of flabellum is rotatably connected on the fixed frame, and actively involves flabellum and passively involve flabellum and intersect cloth
Set, active flabellum and several upper ends for actively involving flabellum link into an integrated entity by active flabellum connecting rod, if passive flabellum with
The dry upper end for passively involving flabellum is connected by passive flabellum connecting rod, the side of the active flabellum and the rudder
Steering engine arm on machine is fixedly connected, and the other side is fixedly connected with the driving wheel, and the side of the passive flabellum is fixedly connected
The follower, the driving wheel and follower are meshed, and the strainer is fixed on each flabellum.
Further, the strainer be three layers, from inside to outside respectively electrostatic just imitate filter pulp, active carbon filter cotton with
HEPA strainer, wherein titanium dioxide coating particle on active carbon filter cotton.
Further, the blower in the air purifier is two, and two for being separately positioned on air purifier go out
Air port.
Further, the detection of air quality module includes carbon dioxide detection sensor, PM2.5 detection sensing
Device, VOCs detection sensor.
Further, the intelligent controlling device further includes display screen.
A kind of control method of intelligent air cleaning system described in any of the above-described, which is characterized in that the control method
Include the following steps：
S1：It is dense that the intelligent controlling device receives the pollutant in the compartment of the detection of air quality module
Spend real-time detector data, real-time road condition information, the meteorology of external environment and air outside the compartment received in conjunction with bluetooth from base station
Quality information adapts to the operation control mode of real-time compartment internal and external environment by information analysis processing selection inside and outside compartment；
S2：The microcontroller obtains vehicle air conditioner in real time by the A/D converter and fresh air system is opened
Open situation；
S3：The microcontroller is according to the selected control model of S1 and S2 the current vehicle air-conditioning system obtained and newly
Wind system opens situation, is transferred to air purifier and relay for signal is controlled by bluetooth, and it is new to be respectively used to control vehicle
The opening and closing of the blower of wind system and air purifier, ultraviolet lamp and foldable filter structure.
Further, the control model of microcontroller has following four：Energy saving outer circulation, clean outer circulation follow in cleaning
Circulation and nearly zero consumption are standby in ring, energy conservation；
The clean outer circulation mode refers to the blower opened the fresh air system in compartment, close air purifier, opens
Open the ultraviolet lamp and foldable filter structure of air purifier；
The energy saving outer circulation mode refers to the blower opened the fresh air system in compartment, close air purifier, closes
Close the ultraviolet lamp and foldable filter structure of air purifier；
Circulation pattern refers to the blower closed the fresh air system in compartment, open air purifier, beats in the cleaning
Open the ultraviolet lamp and foldable filter structure of air purifier；
Circulation pattern refers to the blower closed the fresh air system in compartment, close air purifier, opens in the energy conservation
Open the ultraviolet lamp and foldable filter structure of air purifier；
Nearly zero consumption standby mode refers to the blower closed the fresh air system in compartment, close air purifier, closes
Close the ultraviolet lamp and foldable filter structure of air purifier.
Beneficial effects of the present invention are as follows：
Intelligent air purifying system of the invention and its control method, can be realized multiple purifying, effectively remove public friendship
All kinds of air pollutants in logical microenvironment；Comprehensive much information, real time monitoring realize the intelligent control of clarifier；It is foldable
Filter structure reduces windage, reduces the energy consumption of purification device；Network interconnection is the development of the control model of air cleaning unit
Provide enlightenment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of intelligent air purifying system of the invention；
Fig. 2 is the structural schematic diagram of air purifier of the invention；
Fig. 3 is the structural schematic diagram of foldable filter structure；
Fig. 4 is the structural schematic diagram of intelligent controlling device of the invention；
Fig. 5 is the control logic schematic diagram of intelligent controlling device of the invention；
In figure, ultraviolet lamp 1, foldable filter structure 2, shell 3, blower 4, microcontroller 5, bluetooth 6, display screen 7, VOCs
Detection sensor 8, PM2.5 detection sensor 9, carbon dioxide detection sensor 10, steering engine 2-1, steering engine arm 2-2, active flabellum
2-3, passive flabellum 2-4, several actively involve flabellum and passively involve flabellum 2-5, driving wheel 2-6, follower 2-7, fixation
Frame 2-8, chuck 2-9, active flabellum connecting rod 2-10, passive flabellum connecting rod 2-11, strainer 2-12.
Specific embodiment
Below according to attached drawing and preferred embodiment the present invention is described in detail, the objects and effects of the present invention will become brighter
White, below in conjunction with drawings and examples, the present invention will be described in further detail.It should be appreciated that described herein specific
Embodiment is only used to explain the present invention, is not intended to limit the present invention.
As shown in Figure 1, a kind of intelligent air purifying system applied to public transport microenvironment, which includes air cleaning
Device, intelligent controlling device, base station, relay, A/D converter, air purifier, A/D converter, relay are and intelligent control
Device is connected, and relay, A/D converter are connected with vehicle fresh air system, vehicle air conditioner；
As Figure 2-3, air purifier is mounted on the air outlet of vehicle air conditioner comprising foldable filter structure
2, blower 4, shell 3, ultraviolet lamp 1 are arranged air-inlet grille on shell 3 and air outlet grate, blower 3 are fixed in shell 4, share two
It is a, it is separately positioned on the ventilation opening of the two sides of air purifier, the setting of ultraviolet lamp 1 is foldable on foldable 2 top of filter structure
The air outlet of clarifier is arranged in filter structure 2 comprising steering engine 2-1, active flabellum 2-3, passive flabellum 2-4, several masters
It is dynamic to involve flabellum and passively involve flabellum 2-5, driving wheel 2-6, follower 2-7, fixed frame 2-8, chuck 2-9, active flabellum
Connecting rod 2-10, passive flabellum connecting rod 2-11 and strainer 2-12, steering engine 2-1 are fixed on the shell 4 of clarifier, fixed frame 2-8
Be fixed at the air outlet of air purifier, active flabellum 2-3, passive flabellum 2-4 and several actively involve flabellum and passive
The lower end for involving flabellum 2-5 passes through chuck 2-9 and is rotatably connected on fixed frame 2-8, and actively involves flabellum and passive
Involve flabellum 2-5 arranged crosswise, active flabellum 2-3 and several upper ends for actively involving flabellum pass through active flabellum connecting rod 2-10
It links into an integrated entity, passive flabellum 2-4 and several upper ends for passively involving flabellum 2-5 are linked to be one by passive flabellum connecting rod 2-11
Body, the side of active flabellum 2-3 are fixedly connected with the steering engine arm 2-2 of steering engine 2-1, the shaft and steering engine arm 2-2 of active flabellum 2-3
Rotation axis it is coaxial, the other side is fixedly connected with driving wheel 2-6, and the side of passive flabellum 2-4 is fixedly connected with follower 2-7, actively
Wheel 2-6 and follower 2-7 is meshed, and constitutes coupler gear system, and the number of teeth of two gears is identical, strainer 2-12 is fixed on each
On flabellum 2-3,2-4,2-5.
Strainer 2-12 is three layers, and respectively electrostatic just imitates filter pulp, active carbon filter cotton and HEPA strainer from inside to outside, with this
It realizes and purified treatment is carried out to the organic gas such as aldehydes, alcohols, foul gas and pellet etc..Meanwhile nanoscale two
Titan oxide particles are sprayed on active carbon filter cotton, cooperate ultraviolet light, most organic pollutant degradations in catalytic air.
The motion process of foldable filter structure 2 is as follows：
Steering engine 2-1 receives the angle that the angle control signal rotation that intelligent controlling device passes over is specified, and drives master
Dynamic flabellum 2-3, makes it synchronize rotation, and active flabellum 2-3 gives other two by active flabellum connecting rod 2-10 passing movement
Actively involve flabellum 2-5 make its do it is synchronous rotate in same direction, active flabellum 2-3 is by coupler gear system passing movement to passive fan
Leaf 2-4, make its do it is synchronous with active flabellum 2-3 rotate backward, passive flabellum 2-4 in the same way passing movement in addition
Two passively involve flabellum 2-5, make its do it is synchronous with active flabellum 2-3 rotate backward, motion-transmission manner in this way
Angle control is synchronized to each flabellum.
The base station is used to send real-time road condition information, weather information and air quality information to vehicle；
The A/D converter is used to detect the open and-shut mode of vehicle fresh air system and vehicle air conditioner, and is passed
Give the intelligent controlling device；
The relay is used to receive opening for the control signal control vehicle fresh air system of the intelligent controlling device
It closes；
As shown in figure 4, intelligent controlling device includes microcontroller 5, bluetooth 6 and detection of air quality module, bluetooth 6 is used for
The meteorology and air quality information of real-time road condition information and external environment outside the compartment of real-time reception base station transmission, and transmitted
To microcontroller 5；Detection of air quality module is transferred to microcontroller for the air regime in real-time detection compartment
5；Microcontroller 5 selects suitable control model, issues control signal to relay and air for handling the information received
Clarifier realizes the adjusting of in-vehicle air.
The detection of air quality module of the present embodiment include carbon dioxide detection sensor 10, PM2.5 detection sensor 9,
VOCs detection sensor 8, intelligent controlling device further include display screen 7.
As shown in Figure 1, a kind of control method of the intelligent air purifying system applied to public transport microenvironment, specifically include as
Lower step：
S1：It is dense that the intelligent controlling device receives the pollutant in the compartment of the detection of air quality module
Spend real-time detector data, real-time road condition information, the meteorology of external environment and air outside the compartment received in conjunction with bluetooth from base station
Quality information adapts to the operation control mode of real-time compartment internal and external environment by information analysis processing selection inside and outside compartment；
S2：The microcontroller obtains vehicle air conditioner in real time by the A/D converter and fresh air system is opened
Open situation；
S3：The microcontroller is according to the selected control model of S1 and S2 the current vehicle air-conditioning system obtained and newly
Wind system opens situation, is transferred to air purifier and relay for signal is controlled by bluetooth 6, and it is new to be respectively used to control vehicle
The opening and closing of the blower 4, ultraviolet lamp 1 and foldable filter structure 2 of wind system and air purifier.
The control model of microcontroller has following five kinds：Energy saving outer circulation, clean outer circulation, circulation in cleaning, in energy conservation
Circulation and nearly zero consumption are standby；
The energy saving outer circulation mode refers to the blower 4 opened the fresh air system in compartment, close air purifier, closes
Close the ultraviolet lamp 1 and foldable filter structure 2 of air purifier；
The clean outer circulation mode refers to the blower 4 opened the fresh air system in compartment, close air purifier, opens
Open the ultraviolet lamp 1 and foldable filter structure 2 of air purifier；
Circulation pattern refers to the blower 4 closed the fresh air system in compartment, open air purifier, beats in the cleaning
Open the ultraviolet lamp 1 and foldable filter structure 2 of air purifier；
Circulation pattern refers to the blower 4 closed the fresh air system in compartment, close air purifier, opens in the energy conservation
Open the ultraviolet lamp 1 and foldable filter structure 2 of air purifier；
Nearly zero consumption standby mode refers to the blower 4 closed the fresh air system in compartment, close air purifier, closes
The ultraviolet lamp 1 and foldable filter structure 2 closed.
Base station is sent to the meteorology and air quality information of real-time road condition information and external environment outside the compartment of bluetooth, is divided into
For following several situations：
Real-time road is divided into unimpeded, congestion outside compartment；
It is good, poor that the air quality information of compartment external environment is divided into, when the AQI index for detecting compartment external environment is less than
It when 100, sends well, when detecting AQI index not less than 100, it is poor to send；
Temperature weather information outside compartment, which is divided into, to be suitable for and is not suitable for, when the temperature for detecting compartment external environment is in 10-
In 28 DEG C, sending is suitable for that remaining transmission is not suitable for；
Air quality information in compartment is divided into following several situations：
Gas concentration lwevel is exceeded and up to standard, when concentration be higher than 1500ppm, be considered as exceeded；Otherwise, up to standard；
VOCs concentration over-standard and up to standard, when concentration is higher than 0.6mg/m3Be considered as it is exceeded, it is otherwise, up to standard；
PM2.5 concentration over-standard and up to standard, when concentration is higher than 0.075mg/m3Be considered as it is exceeded, it is otherwise, up to standard.
The time interval that microcontroller 5 carries out logic judgment is 2 minutes, in order to avoid occur judging excessively frequently, increasing energy consumption.
Therefore, the control logic of every kind of control model of microcontroller 5 is specially (as shown in Figure 5)：
If gas concentration lwevel is exceeded in compartment, and when vehicle exterior air quality difference or real-time road congestion, microcontroller
Device 5 selects clean outer circulation control model；
If gas concentration lwevel is exceeded in compartment, but vehicle exterior air quality is good, and when real-time road is unimpeded, micro-control
Device 5 processed selects energy saving outer circulation control model；
If gas concentration lwevel is up to standard in compartment, VOCs concentration or PM2.5 concentration over-standard, and vehicle exterior air quality is good
Good, real-time road is unimpeded, and when temperature is in optimum range, microcontroller 5 selects energy saving outer circulation mode；
If gas concentration lwevel is not up to standard in compartment, air quality is poor outside VOCs concentration or PM2.5 concentration over-standard or compartment
Or real-time road blocking or temperature are in except optimum range, when air-conditioning system is opened, microcontroller 5 selects cyclic module in energy conservation
Formula；
If gas concentration lwevel is not up to standard in compartment, air quality is poor outside VOCs concentration or PM2.5 concentration over-standard or compartment
Or real-time road blocking or temperature are in except optimum range, when air-conditioning system is closed, microcontroller 5 selects cyclic module in cleaning
Formula；
If gas concentration lwevel, VOCs concentration, PM.5 concentration are up to standard in compartment, microcontroller 5 select it is nearly zero consumption to
Machine mode.
It will appreciated by the skilled person that being not used to limit the foregoing is merely the preferred embodiment of invention
System invention, although invention is described in detail referring to previous examples, for those skilled in the art, still
It can modify to the technical solution of aforementioned each case history or equivalent replacement of some of the technical features.It is all
Within the spirit and principle of invention, modification, equivalent replacement for being made etc. be should be included within the protection scope of invention.
Claims (8)
1. a kind of intelligent air purifying system applied to public transport microenvironment, which is characterized in that the system include air purifier,
Intelligent controlling device, base station, relay, A/D converter, the air purifier, A/D converter, relay with it is described
Intelligent controlling device be connected, the relay, A/D converter with the vehicle fresh air system, vehicle air conditioner
It is connected.
The air purifier is mounted on the air outlet of vehicle air conditioner comprising foldable filter structure and blower.
The base station is used to send real-time road condition information, weather information and air quality information to vehicle.
The A/D converter is used to detect the open and-shut mode of vehicle fresh air system and vehicle air conditioner, and is transferred to
The intelligent controlling device.
The relay is used to receive the opening and closing of the control signal control vehicle fresh air system of the intelligent controlling device.
The intelligent controlling device includes microcontroller (5), bluetooth (6) and detection of air quality module, the bluetooth (6)
For real-time reception base station transmission compartment outside real-time road condition information and external environment meteorology and air quality information, and by its
Send microcontroller (5) to；The detection of air quality module is passed for the air regime in real-time detection compartment
Give microcontroller (5)；The microcontroller (5) selects suitable control model, issues for handling the information received
Signal is controlled to relay and air purifier, realizes the adjusting of in-vehicle air.
2. the intelligent air purifying system according to claim 1 applied to public transport microenvironment, which is characterized in that described
Air purifier further includes shell (3), ultraviolet lamp (1), and air-inlet grille and air outlet grate, the wind is arranged on the shell
Machine (4) is fixed in shell (3), and described foldable filter structure (2) top is arranged in ultraviolet lamp (1)；Described is foldable
The air outlet of the air purifier is arranged in filter structure (2), and the foldable filter structure (2) includes steering engine (2-
1), active flabellum (2-3), passive flabellum (2-4), several actively involve flabellum and passively involve flabellum (2-5), driving wheel
(2-6), follower (2-7), fixed frame (2-8), active flabellum connecting rod (2-10), passive flabellum connecting rod (2-11), strainer (2-
12), the steering engine (2-1) is fixed on the shell (3), and the fixed frame (2-8) is fixed on the air
At the air outlet of clarifier, the active flabellum (2-3), passive flabellum (2-4) and several actively involve flabellum and passive
The lower end for involving flabellum (2-5) is rotatably connected on the fixed frame (2-8), and actively involves flabellum and passively lead
Even flabellum (2-5) arranged crosswise, active flabellum (2-3) and several upper ends for actively involving flabellum pass through active flabellum connecting rod
(2-10) links into an integrated entity, and passive flabellum (2-4) and several upper ends for passively involving flabellum (2-5) pass through passive flabellum connecting rod
(2-11) is connected, and the steering engine arm (2-2) on the side of the active flabellum (2-3) and the steering engine (2-1) is fixed
Connection, the other side are fixedly connected with the driving wheel (2-6), and the side of the passive flabellum (2-4) is fixedly connected described
Follower (2-7), the driving wheel (2-6) and follower (2-7) are meshed, and the strainer (2-12) is fixed on each institute
On the flabellum (2-3,2-4,2-5) stated.
3. the intelligent air purifying system according to claim 1 applied to public transport microenvironment, the strainer is three layers,
From inside to outside it is respectively that electrostatic just imitates filter pulp, active carbon filter cotton and HEPA strainer, wherein coats dioxy on active carbon filter cotton
Change titanium particle.
4. the intelligent air purifying system according to claim 2 applied to public transport microenvironment, which is characterized in that described
Blower (3) in air purifier is two, is separately positioned on two air outlets of air purifier.
5. the intelligent air purifying system according to claim 1 applied to public transport microenvironment, which is characterized in that described
Detection of air quality module includes carbon dioxide detection sensor (10), PM2.5 detection sensor (9), VOCs detection sensor
(8)。
6. the intelligent air purifying system according to claim 1 applied to public transport microenvironment, which is characterized in that described
Intelligent controlling device further includes display screen (7).
7. the control method of intelligent air cleaning system described in a kind of any one of claim 1-6, which is characterized in that the control
Method processed includes the following steps：
S1：It is real that the intelligent controlling device receives the pollutant concentration in the compartment of the detection of air quality module
When detection data, real-time road condition information, the meteorology of external environment and air matter outside the compartment received in conjunction with bluetooth (6) from base station
Information is measured, the operation control mode of real-time compartment internal and external environment is adapted to by information analysis processing selection inside and outside compartment；
S2：The microcontroller (5) obtains vehicle air conditioner in real time by the A/D converter and fresh air system is opened
Situation；
S3：The microcontroller (5) is according to the selected control model of S1 and S2 the current vehicle air-conditioning system obtained and newly
Wind system opens situation, is transferred to air purifier and relay for signal is controlled by bluetooth (6), is respectively used to control vehicle
The opening and closing of the blower (4), ultraviolet lamp (1) and foldable filter structure (2) of fresh air system and air purifier.
8. the control method of intelligent air purifying system as claimed in claim 7, which is characterized in that the control of microcontroller (5)
Molding formula has following four：Energy saving outer circulation, clean outer circulation, circulation in cleaning, in energy conservation circulation consumed with nearly zero it is standby；
The clean outer circulation mode refers to the blower (4) opened the fresh air system in compartment, close air purifier, opens
The ultraviolet lamp (1) and foldable filter structure (2) of air purifier；
The energy saving outer circulation mode refers to the blower (4) opened the fresh air system in compartment, close air purifier, closes
The ultraviolet lamp (1) and foldable filter structure (2) of air purifier；
Circulation pattern refers to the blower (4) closed the fresh air system in compartment, open air purifier, opens in the cleaning
The ultraviolet lamp (1) and foldable filter structure (2) of air purifier；
Circulation pattern refers to the blower (4) closed the fresh air system in compartment, close air purifier, opens in the energy conservation
The ultraviolet lamp (1) and foldable filter structure (2) of air purifier；
Nearly zero consumption standby mode refers to the blower (4) closed the fresh air system in compartment, close air purifier, closes
The ultraviolet lamp (1) and foldable filter structure (2) of air purifier.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810853364.2A CN108909411B (en) | 2018-07-30 | 2018-07-30 | Intelligent air purification system applied to bus microenvironment and control method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810853364.2A CN108909411B (en) | 2018-07-30 | 2018-07-30 | Intelligent air purification system applied to bus microenvironment and control method thereof |
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| Publication Number | Publication Date |
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| CN108909411A true CN108909411A (en) | 2018-11-30 |
| CN108909411B CN108909411B (en) | 2020-10-16 |
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| CN111196133A (en) * | 2020-01-21 | 2020-05-26 | 武汉理工大学 | Automatic air quality adjusting method suitable for buses |
| CN112193026A (en) * | 2020-09-14 | 2021-01-08 | 浙江鼎信空调科技(集团)有限公司 | Public transport vehicle capable of early warning and preventing dangerous microorganisms from diffusing |
| CN112406481A (en) * | 2020-11-24 | 2021-02-26 | 深圳市艾德尔健康发展有限公司 | Bus mobile air disinfection system and bus with same |
| CN113942365A (en) * | 2021-10-28 | 2022-01-18 | 东风汽车有限公司东风日产乘用车公司 | Vehicle-mounted air conditioner control method, device, equipment and storage medium |
| CN114251937A (en) * | 2021-11-11 | 2022-03-29 | 蚌埠朝阳玻璃机械有限公司 | Special air dryer for spherical glass |
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| CN111196133A (en) * | 2020-01-21 | 2020-05-26 | 武汉理工大学 | Automatic air quality adjusting method suitable for buses |
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| CN108909411B (en) | 2020-10-16 |
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