CN207335067U - intelligent air purifying system - Google Patents
intelligent air purifying system Download PDFInfo
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- CN207335067U CN207335067U CN201721399192.3U CN201721399192U CN207335067U CN 207335067 U CN207335067 U CN 207335067U CN 201721399192 U CN201721399192 U CN 201721399192U CN 207335067 U CN207335067 U CN 207335067U
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Abstract
It the utility model is related to air purification field, and in particular to a kind of intelligent air purifying system, including：Cloud server, user terminal and air purifier；Air purifier includes body, filter core recognizer component, communication module, control module, interactive module and filter element life detection module, and filter core recognizer component includes the filter core identification device being located on body and the filter core identity chip being located on filter core；Control module is electrically connected at the wind turbine of filter core identification device, communication module, filter element life detection module, interactive module and air purifier, and communication module wireless communication is connected to cloud server.The air purifier of the utility model can identify the true and false and service life of filter core, and the related data of filter core is sent to cloud server, user terminal can also obtain the related data of filter core by cloud server, manufacturer or service provider can monitor the service life of filter core and the true and false of filter core of user by cloud server, to carry out more preferable after-sale service.
Description
Technical field
Air purification field is the utility model is related to, more particularly to a kind of intelligent air purifying system.
Background technology
Because haze is on the rise, air purifier is also widely used for home life, and empty in each city in recent years
The filter core of gas purifier needs to regularly replace, and could keep good filter effect.Since the market of such air purifier is sold
It is preferable to sell market, occurs substantial amounts of filter core counterfeit product on network, cheap, workmanship is uneven, and quality cannot ensure,
Strainability is far below original-pack filter core, and the effect of purification air, and service life can not be reached using the counterfeit filter core
It is low, the interests of consumer are damaged, harmful effect is also resulted in the reputation of complete system plant.
In addition, it is also consumer's concern when to need replacing filter core.The service life of filter core is changed without when reaching
Then air purifier does not have clean-up effect completely, but the service life in filter core is also not reaching to just one piece of good strainer of replacement
Larger expense can be produced.In the conventional technology, often using in the filter core used by the way of countdown on monitoring calculation product
Service life.But for different use environments, the service life of filter core is different, for example in the new house just fitted up, is removed
The service life of formaldehyde filter core can greatly shorten, and preferably regional in air, the service life of filter core can increase it is very long, simply
The mode using countdown can not accurately draw service life in filter core.
Meanwhile user is not necessarily all expert in the art after all, manufacturer or service provider should carry out after-sale service, and auxiliary is used
Family distinguishes the counterfeit filter core filter core that either service life reaches；When user encounters above-mentioned counterfeit filter core or service life arrival
Filter core when, manufacturer or service provider need to recognize the situation of filter core in user's air cleaning facility in time, more preferable to carry out
After-sale service, will can distinguish the intelligent air purification device and the organic knot of after-sale service of the filter core true and false and filter core service life
Close, benefit user, there is an urgent need for a kind of intelligent air purifying system to meet these requirements for this reason, existing.
Utility model content
The purpose of this utility model is to provide a kind of intelligent air purifying system, including cloud server, user terminal and
Air purifier, air purifier can identify the true and false of filter core and the service life of filter core, and air purifier is also by filter core
Identification data and filter element life data are sent to cloud server, user terminal in the lump can recognize filter from cloud server
The true and false and its service life of core, manufacturer or service provider can monitor service life and the filter of the filter core of user by cloud server
The true and false of core, to carry out more preferable after-sale service.
To solve the above-mentioned problems, the utility model provides a kind of intelligent air purifying system, including：
Cloud server, user terminal and air purifier；
The air purifier includes body, filter core recognizer component and is all provided with communication module on the body, control
Molding block, interactive module and filter element life detection module, the filter core that the filter core recognizer component includes setting on the body are known
Other device and the filter core identity chip being located on the filter core of the air purifier；
The control module be electrically connected in the filter core identification device, communication module, filter element life detection module,
The wind turbine of interactive module and clarifier；Wireless communication is connected to the user terminal and cloud service to the communication module respectively
Device, the filter core identification device are connected with filter core identity chip wireless communication；
The filter core identification data that the filter core identification device produces is handled and is respectively sent to by the control module
The interactive module and communication module, the control module by the filter element life data that the filter element life detection module produces into
Row, which is handled, is simultaneously respectively sent to the interactive module and communication module, and the communication module is by the filter core identification data and filter core
Lifetime data is wirelessly transmitted to the cloud server in the lump, and the user terminal obtains the filter by the cloud server
Core identification data and filter element life data, the interactive module handle the filter core identification data and filter element life data
And outwardly send acoustical signal or optical signal.
As preference, the filter element life detection module includes harmful gas concentration detector, the pernicious gas
Concentration detection apparatus includes multiple harmful gas concentration sensors and the first computing unit, and the first computing unit difference is electrical
Multiple harmful gas concentration sensors are connected to, multiple harmful gas concentration sensors are respectively provided at the filter core
Air intake and outlet air end；
First computing unit is produced by the harmful gas concentration ratio of the air intake and outlet air end that calculate the filter core
The raw filter element life data, first computing unit is by the filter element life data sending to the control module.
As preference, the filter element life detection module further includes differential manometer, the differential manometer is passed including multiple pressure
Sensor and the second computing unit, second computing unit is electrically connected in multiple pressure sensors, multiple described
Pressure sensor is respectively provided at the air intake and outlet air end of the filter core；
Second computing unit passes through described in the air pressure difference generation of the air intake and outlet air end that calculate the filter core
Filter element life data, second computing unit is by the filter element life data sending to the control module.
As preference, the filter element life detection module further includes particle concentration detection device, the particulate matter is dense
Degree detection device includes multiple first particle concentration sensors and the 3rd computing unit, and the 3rd computing unit difference is electrical
Multiple first particle concentration sensors are connected to, multiple first particle concentration sensors are respectively provided at the filter
The air intake and outlet air end of core；
3rd computing unit is produced by the particle concentration ratio of the air intake and outlet air end that calculate the filter core
The filter element life data, the 3rd computing unit is by the filter element life data sending to the control module.
As preference, the filter core identity chip is electronic tag, the filter core identification device is electronic tag data
Reader, the electronic tag data reader and electronic tag carry out pairing identification by data exchange.
As preference, the air purifier further includes the locating module set on the body, the locating module
It is electrically connected at the control module；
The locating module obtains the clarifier current geographic position information and sends to the control module, the control
Molding block obtains the environmental monitoring data of current geographic position by the current geographic position information by the communication module；
The control module sends the environmental monitoring data to the interactive module, and the interactive module is to the ring
Border monitoring data are handled and outwardly send optical signal or acoustical signal.
As preference, being additionally provided with acoustic sensor on the body, the acoustic sensor is electrically connected at the control
Molding block；
Acoustic sensor detection current environment and generation environment voice data, the acoustic sensor is by the environment
Audio data transmitting to the control module, the control module adjusts going out for the wind turbine according to the ambient sound data
Air quantity.
As preference, being additionally provided with photosensitive sensor on the body, the photosensitive sensor is electrically connected at the control
Molding block；
Photosensitive sensor detection current environment and generation environment photometric data, the photosensitive sensor is by the environment
Photometric data sends to the control module, the control module and adjusts going out for the wind turbine according to the ambient lighting data
Air quantity.
As preference, the filter element life detection module further includes Wind volume detector, the Wind volume detector bag
Air flow sensor and the 4th computing unit are included, the 4th computing unit is electrically connected at the air flow sensor, the air quantity
Sensor is located on the air intake or outlet air end of the filter core；
The volume of air that 4th computing unit flows through the filter core by calculating produces the filter element life data, institute
The 4th computing unit is stated by the filter element life data sending to the control module.
As preference, being additionally provided with the second particle concentration sensor on the body, second particle concentration passes
Sensor is electrically connected at the control module；
The second particle concentration sensor detection current environment particle concentration and generation environment particle concentration number
According to second particle concentration sensor sends the ambient particle thing concentration data to the control module；
The control module handles the ambient particle thing concentration data and is respectively sent to the interactive module
And communication module, the interactive module handle the ambient particle thing concentration data and outwardly send acoustical signal or light
Signal, the user terminal obtain the ambient particle thing concentration data by the communication module；And the control module
The air output of the wind turbine is adjusted according to the ambient particle thing concentration data.
As preference, the filter element life detection module further includes the first particle concentration sensor, for detection stream
Air flow sensor, time set and the 5th computing unit of volume of air through the filter core, the 5th computing unit difference
The first particle concentration sensor, air flow sensor and the time set are electrically connected at, first particle concentration passes
Sensor is located at the air intake of the filter core, and the air flow sensor is located on the air intake or outlet air end of the filter core；
5th computing unit according to particle concentration, flow through the filter core volume of air, the wind turbine operation
Duration and the pre- dirt content of quantitative coefficient set in advance and the filter core, which calculate, produces the filter element life data, and described the
Five computing units are by the filter element life data sending to the control module.
The intelligent air purifying system of the utility model, including cloud server, user terminal and air purifier, air
Wireless communication is connected to cloud server and user terminal to clarifier respectively, and air purifier includes filter core recognizer component and filter core
Life tests module so that air purifier can identify the true and false of filter core and the service life of filter core, and air purifier is also
Filter core identification data and filter element life data can be sent to cloud server in the lump by communication module, user terminal can be from
The true and false and its service life of filter core are recognized on cloud server, manufacturer or service provider can monitor user by cloud server
The service life of filter core and the true and false of filter core, to carry out more preferable after-sale service.
Brief description of the drawings
Fig. 1 is one of principle schematic of intelligent air purifying system of the utility model embodiment；
Fig. 2 is the two of the principle schematic of the intelligent air purifying system of the utility model embodiment；
Fig. 3 is the signal of the harmful gas concentration detector of the intelligent air purifying system of the utility model embodiment
Figure；
Fig. 4 is the schematic diagram of the differential manometer of the intelligent air purifying system of the utility model embodiment；
Fig. 5 is the schematic diagram of the particle concentration detection device of the intelligent air purifying system of the utility model embodiment；
Fig. 6 is the schematic diagram of the Wind volume detector of the intelligent air purifying system of the utility model embodiment；
Fig. 7 is that the Some principles of the filter element life detection module of the intelligent air purifying system of the utility model embodiment show
It is intended to；
Fig. 8 is the part work step schematic diagram of the intelligent air purifying system of the utility model embodiment.
Wherein, 10, air purifier；10A, body；10B, filter core；11st, wind turbine；12nd, control module；13rd, interactive module；
14th, communication module；15th, filter core recognizer component；151st, filter core identification device；152nd, filter core identity chip；16th, filter element life detects
Module；161st, harmful gas concentration detector；1611st, the first computing unit；1612nd, harmful gas concentration sensor；162、
Differential manometer；1621st, the second computing unit；1622nd, pressure sensor；163rd, particle concentration detection device；1631st, the 3rd calculate
Unit；1632nd, the first particle concentration sensor；1633rd, the second particle concentration sensor；164th, time set；165th, wind
Amount detecting device；1651st, the 4th computing unit；1652nd, air flow sensor；166th, the 5th computing unit；17th, acoustic sensor；
18th, photosensitive sensor；19th, locating module；20th, cloud server；30th, user terminal.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is used to illustrate the utility model, but is not intended to limit the scope of the present invention.
With reference to shown in Fig. 1, the intelligent air purifying system of the utility model, including cloud server are schematically showed
20th, user terminal 30 and air purifier 10, air purifier 10 include body 10A, filter core recognizer component 15 and are each provided at
Communication module 14, control module 12, interactive module 13 and filter element life detection module 16 on body 10A, filter core recognizer component
15 include the filter core identification device 151 being located on body 10A and the filter core identity chip being located on the filter core 10B of clarifier
152；Wherein, filter core 10B is detachably arranged in air purifier 10, filter core 10B can have it is multiple, it is equal on each filter core 10B
Equipped with filter core identity chip 152, filter core identification device 151 can recognize that multiple filter core identity chips 152, and verify filter core
The true and false of 10B；And filter element life detection module 16 can detect the service life of multiple filter core 10B, interactive module 13 can be sent out
Optical signals or acoustical signal, user can be controlled the operation of air purifier 10 by interactive module 13 and understand filter core 10B's
The true and false and filter core 10B service lifes.Control module 12 is electrically connected in filter core identification device 151, communication module 14, filter core
The wind turbine 11 of life tests module 16, interactive module 13 and air purifier, wireless communication is connected to use to communication module 14 respectively
Family terminal 30 and cloud server 20, are connected between filter core identification device 151 and filter core identity chip 152 by wireless communication；
The filter core identification data that filter core identification device 151 produces is handled and is respectively sent to 13 He of interactive module by control module 12
The filter element life data that filter element life detection module 16 produces are handled and sent respectively by communication module 14, control module 12
To interactive module 13 and communication module 14, filter core identification data and filter element life data are wirelessly transmitted to by communication module 14 in the lump
Cloud server 20, user terminal 30 obtain filter core identification data and filter element life data, interaction mould by cloud server 20
Block 13 handles filter core identification data and filter element life data and outwardly sends acoustical signal or optical signal.Interactive module 13
To the true and false and service life of user feedback filter core 10B directly on air purifier 10；User terminal 30 can be user
Mobile communication equipment, such as mobile phone, user terminal 30 can also be the App in mobile communication equipment；Control module 12 include but
It is not limited only to the electronic control components such as microcontroller, chip；Manufacturer or service provider are filtered by the user stored in cloud server 20
The related data of core 10B judges the true and false and service life of user's filter core 10B, to carry out more preferable after-sale service；Even if with
Family do not understand how to use air purifier 10 completely, and user can also seek help from manufacturer or service provider, allows manufacturer or service provider
Professional aids in the true and false of user's remote diagnosis filter core 10B and the service life of filter core 10B；Manufacturer or service provider can also
The related data of the filter core 10B of user in direct basis cloud server 20, is user from the angle of this area professional person
Relevant use is provided and suggests or carry out after-sale service；In addition, manufacturer or service provider in cloud server 30 by getting
The filter core identification data and filter element life data of user's filter core 10B, the filter core 10B progress to user are true from the filter core after installation
Puppet determines the life-cycle monitoring of filter core service life monitoring, is no longer traditional to be merely able to monitor filter core by cloud server
The true and false of service life or filter core, helps user by beginning to the true and false and service life for monitoring filter core 10B eventually；This measure will
It can distinguish the filter core 10B true and falses and detect Intelligent air purifier and the after-sale service combination of filter core 10B service lifes, lead to
The means that 10 wireless communication of air purifier is connected to cloud server 20 and user terminal 30 are crossed, have set up manufacturer or service
The bridge that business, user terminal 30, cloud server 20 and air purifier 10 are communicated with each other.
With reference to shown in Fig. 3 to Fig. 8, in order to detect the service life of filter core, filter element life detection module 16 includes harmful gas
Bulk concentration detection device 161, harmful gas concentration detector 161 include multiple harmful gas concentration sensors 1612 and first
Computing unit 1611, the first computing unit 1611 are electrically connected in multiple harmful gas concentration sensors 1612, Duo Geyou
Evil gas concentration sensor 1612 is respectively provided at the air intake and outlet air end of filter core, and the first computing unit 1611 is by calculating filter core
Air intake and the harmful gas concentration ratio of outlet air end produce filter element life data, the first computing unit 1611 is by filter element life
Data sending is to control module 12；The harmful gas concentration and filter core outlet air end for being capable of detecting when filter core air intake are so set
Harmful gas concentration, the longevity is used with will pass through that the harmful gas concentration ratio before filter element filtering and after filtering calculates the filter core
Life.It should be noted that the air of the air intake of filter core is filtered air, the air of the outlet air end of filter core is by mistake
The air of filter, i.e. air-flow direction flow through filter core to outlet air end from air intake；Wherein, the air intake in the utility model (goes out
Wind end) inlet air (outlet air) side for filter core is referred not only to, in order to avoid the quick flow near filter core is disturbed in the utility model
Sensor detection result, the sensor of air intake (outlet air end) is located at described in the utility model can also be installed in air
Near the air inlet (air outlet) of clarifier body, fallen near air inlet (air outlet) and air inlet (air outlet)
The reference scope of the air intake (outlet air end)；And above-mentioned pernicious gas is including but not limited to formaldehyde, toluene, TVOC, ammonia,
There is evil gas for the indoor institute such as radon, carbon dioxide, carbon monoxide, ozone.
Further, the method for filter element life is judged by the air intake of filter core and the harmful gas concentration of outlet air end
It is：Judge whether the harmful gas concentration of filter core outlet air end is more than A；If the harmful gas concentration of filter core outlet air end is less than A, then sentences
Whether disconnected filter core has exceeded filter core most long life, is to need replacing filter core, otherwise need not replace filter core；If filter core goes out
The harmful gas concentration at wind end is more than A, then judges whether the harmful gas concentration of filter core outlet air end is more than harmful gas of air intake
B times of bulk concentration, is to need replacing filter core, otherwise need not replace filter core.This measure can more objectively judge making for filter core
Use the service life.Wherein, in the case that pernicious gas is formaldehyde, the value of numerical value A is less than or equal to 0.08mg/m3, because country's mark
Accurate indoor formaldehyde concentration is to be not greater than 0.08mg/m3.Preferably, in order to make the judgement of filter core service life more objective true
Real, the value of numerical value B is 0.3~0.7.
Filter element life detection module 16 can also detect filter core by differential manometer 162 or particle concentration detection device 163
Service life.Differential manometer 162 includes multiple 1622 and second computing units 1621 of pressure sensor, the second computing unit 1621
It is electrically connected and is respectively provided at air intake and the outlet air of filter core in multiple pressure sensors 1622, multiple pressure sensors 1622
End, the second computing unit 1621 produce filter element life data by the air pressure difference of the air intake and outlet air end that calculate filter core,
Second computing unit 1621 is by filter element life data sending to control module 12；If air pressure difference exceedes predetermined threshold value, table
Bright filter core needs replacing, and otherwise need not replace.Particle concentration detection device 163 is sensed including multiple first particle concentrations
1632 and the 3rd computing unit 1631 of device, the 3rd computing unit 1631 is electrically connected to be sensed in multiple first particle concentrations
Device 1632, multiple first particle concentration sensors 1632 are respectively provided at the air intake and outlet air end of filter core, the 3rd computing unit
1631 produce filter element life data, the 3rd computing unit by the particle concentration ratio of the air intake and outlet air end that calculate filter core
1631 by filter element life data sending to control module 12；So set be capable of detecting when filter core air intake particle concentration and
The particle concentration of filter core outlet air end, calculates the filter core will pass through the particle concentration ratio before filter element filtering and after filtering
Service life.The particulate matter detection sensor for being located at filter core air intake is equally that can be responsible for detecting the particle do not crossed in air filtering
The particle concentration of thing concentration, i.e. 10 place environment of air purifier.
In addition, filter element life detection module 16 further includes Wind volume detector 165, and Wind volume detector 165 includes
For detecting 1652 and the 4th computing unit 1651 of air flow sensor for the volume of air for flowing through filter core, the 4th computing unit 1651
Air flow sensor 1652 is electrically connected at, air flow sensor 1652 is located on the air intake or outlet air end of filter core 10B；4th calculates
The volume of air that unit 1651 flows through filter core 10B by calculating produces filter element life data, and the 4th computing unit 1651 is by filter core
Lifetime data is sent to control module 12.Further, filter element life detection module 16 further includes the first particle concentration sensing
Device 1632,164 and the 5th computing unit 166 of time set, the 5th computing unit 166 is electrically connected dense in the first particulate matter
Spend sensor 1632, air flow sensor 165 and time set 164, the first particle concentration sensor 1632 be located at filter core into
Wind end, air flow sensor 1652 are located on the air intake or outlet air end of filter core；5th computing unit 166 according to particle concentration,
Flow through the volume of air of filter core, the operation duration of wind turbine and the pre- dirt content of quantitative coefficient set in advance and filter core and calculate production
Raw filter element life data, the 5th computing unit 166 are dense by filter element life data sending to control module 12, specially particulate matter
The volume of air * fan operation durations * that degree * flows through filter core quantifies the dirt content of coefficient=, and the dirt content of the pre- dirt content of filter core-=
Filter core remaining life, when dirt content reaches default pre- dirt content in control module 12, control module 12 passes through interaction mould
Block 13 reminds user to replace filter core, such as when dirt content reaches the 80% of default pre- dirt content, interactive module 13 is sent
Acoustical signal or optical signal remind user's " will replace filter core ", when dirt content reaches the 120% of default pre- dirt content, hand over
Mutual module 13 sends acoustical signal or optical signal reminds user's " filter core is entirely ineffective ", while control module 12 can send wind turbine 11
Be stopped instruction.Wherein, quantitative coefficient is factory default data, it should also be noted that quantitative coefficient set in advance is unlimited
In being just preset in air purifier 10 before dispatching from the factory in air purifier 10, it is additionally included in user and is using air purifier 10
When, manufacturer updates the quantitative coefficient in the air purifier 10 of user by cloud server 20.
In order to detect the pollution situation of current environment, the second particle concentration sensor 1633 is additionally provided with body, second
Particle concentration sensor 1633 is electrically connected at control module 12；Second particle concentration sensor 1633 detects current environment
Particle concentration and generation environment particle concentration data, the second particle concentration sensor 1633 is by ambient particle thing concentration numbers
According to transmission to control module 12；Control module 12 handles ambient particle thing concentration data and is respectively sent to interactive module
13 and communication module 14, interactive module 13 handles ambient particle thing concentration data and outwardly sends acoustical signal or light letter
Number, user terminal 30 obtains ambient particle thing concentration data by communication module 14；And control module 12 is according to ambient particle
Thing concentration data adjusts the air output of wind turbine 11, so set can make air purifier 10 according to indoor air quality from
It is dynamic to be adjusted to different gears, the air output of wind turbine 11, energy conservation and environmental protection can be reduced when indoor air quality is preferable.
For Fig. 3 to Fig. 7, harmful gas concentration sensor 1612, pressure sensor 1622, the first particle concentration sensing
The quantity of device 1632 or air flow sensor 1652 is multiple, is not limited to the number of sensor in attached drawing.
The pernicious gas that the above-mentioned harmful gas concentration sensor 1612 for being located at filter core air intake can also be detected is dense
Degrees of data is transmitted to interactive module 13 and communication module 14, allows users to timely from user terminal 30 and interactive module 13
Solve the waste concentration information of 10 place environment of air purifier.
As preference, filter core identity chip 152 is electronic tag, filter core identification device 151 is electronic label reader,
Electronic label reader and electronic tag carry out pairing identification by data exchange.
With reference to shown in Fig. 2, in the present embodiment, air purifier 10 further includes the locating module being each provided on body 10A
19th, acoustic sensor 17 and photosensitive sensor 18, locating module 19, acoustic sensor 17 and photosensitive sensor 18 are electrically connected
In control module 12.Locating module 19 obtains 10 current geographic position information of air purifier and sends to control module 12, control
Molding block 12 obtains the environmental monitoring of current geographic position by current geographic position information by communication module 14 from network side
Data, control module 12 send environmental monitoring data to interactive module 13, interactive module 13 to environmental monitoring data at
Manage and outwardly send optical signal or acoustical signal.Acoustic sensor 17 detects current environment and generation environment voice data, and sound is quick
Ambient sound data sending to control module 12, control module 12 are adjusted wind turbine 11 by sensor 17 according to ambient sound data
Air output；Photosensitive sensor 18 detects current environment and generation environment photometric data, and photosensitive sensor 18 is by ambient lighting number
The air output of wind turbine 11 is adjusted according to ambient lighting data according to sending to control module 12, control module 12.Photosensitive sensor
18 and acoustic sensor 17 can detect intensity of illumination and sound size that air purifier 10 is currently located environment, judge user
Whether enter sleep state, thus automatically control the air output of wind turbine 11, do not influence user's sleep.
In conclusion the intelligent air purifying system of the utility model, including cloud server, user terminal and air are net
Change device, air purifier wireless communication is connected to cloud server, and air purifier includes filter core recognizer component and filter element life
Detection module so that air purifier can identify the true and false of filter core and the service life of filter core, and air purifier can also lead to
Cross communication module and filter core identification data and filter element life data are sent to cloud server, user in the lump and can be led to user terminal
Cross cloud server and know the filter core true and false and filter core service life, manufacturer or service provider can monitor user by cloud server
The service life of filter core and the true and false of filter core, to carry out more preferable after-sale service.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvement and replacement can also be made, these change
The scope of protection of the utility model is also should be regarded as into replacement.
Claims (11)
- A kind of 1. intelligent air purifying system, it is characterised in that including：Cloud server, user terminal and air purifier；The air purifier includes body, filter core recognizer component and is all provided with communication module on the body, control mould Block, interactive module and filter element life detection module, the filter core recognizer component include setting filter core identification dress on the body Put and be located at the filter core identity chip on the filter core of the air purifier；The control module is electrically connected in the filter core identification device, communication module, filter element life detection module, interaction The wind turbine of module and clarifier；Wireless communication is connected to the user terminal and cloud server, institute to the communication module respectively Filter core identification device is stated to connect with filter core identity chip wireless communication；The filter core identification data that the filter core identification device produces is handled and is respectively sent to described by the control module Interactive module and communication module, at the filter element life data that the control module produces the filter element life detection module Manage and be respectively sent to the interactive module and communication module, the communication module is by the filter core identification data and filter element life Data are wirelessly transmitted to the cloud server in the lump, and the user terminal obtains the filter core by the cloud server to be known Other data and filter element life data, the interactive module filter core identification data and filter element life data are handled and to The external world sends acoustical signal or optical signal.
- 2. intelligent air purifying system according to claim 1, it is characterised in that the filter element life detection module includes Harmful gas concentration detector, the harmful gas concentration detector include multiple harmful gas concentration sensors and first Computing unit, first computing unit are electrically connected in multiple harmful gas concentration sensors, and multiple described have Evil gas concentration sensor is respectively provided at the air intake and outlet air end of the filter core；First computing unit produces institute by the harmful gas concentration ratio of the air intake and outlet air end that calculate the filter core State filter element life data, first computing unit is by the filter element life data sending to the control module.
- 3. intelligent air purifying system according to claim 1, it is characterised in that the filter element life detection module also wraps Differential manometer is included, the differential manometer includes multiple pressure sensors and the second computing unit, and the second computing unit difference is electrical Multiple pressure sensors are connected to, multiple pressure sensors are respectively provided at the air intake and outlet air end of the filter core；Second computing unit produces the filter core by the air pressure difference of the air intake and outlet air end that calculate the filter core Lifetime data, second computing unit is by the filter element life data sending to the control module.
- 4. intelligent air purifying system according to claim 1, it is characterised in that the filter element life detection module also wraps Particle concentration detection device is included, the particle concentration detection device includes multiple first particle concentration sensors and the 3rd Computing unit, the 3rd computing unit is electrically connected in multiple first particle concentration sensors, multiple described First particle concentration sensor is respectively provided at the air intake and outlet air end of the filter core；3rd computing unit passes through described in the particle concentration ratio generation of the air intake and outlet air end that calculate the filter core Filter element life data, the 3rd computing unit is by the filter element life data sending to the control module.
- 5. intelligent air purifying system according to claim 1, it is characterised in that the filter core identity chip is electronics mark Label, the filter core identification device is electronic tag data reader, and the electronic tag data reader and electronic tag pass through Data exchange carries out pairing identification.
- 6. intelligent air purifying system according to claim 1, it is characterised in that the air purifier, which further includes, to be located at Locating module on the body, the locating module are electrically connected at the control module；The locating module obtains the clarifier current geographic position information and sends to the control module, the control mould Block obtains the environmental monitoring data of current geographic position by the current geographic position information by the communication module；The environmental monitoring data is sent to the interactive module, the interactive module and the environment is supervised by the control module Data are surveyed to be handled and outwardly send optical signal or acoustical signal.
- 7. intelligent air purifying system according to claim 1, it is characterised in that the quick sensing of sound is additionally provided with the body Device, the acoustic sensor are electrically connected at the control module；Acoustic sensor detection current environment and generation environment voice data, the acoustic sensor is by the ambient sound Data sending to the control module, the control module adjusts the outlet air of the wind turbine according to the ambient sound data Amount.
- 8. intelligent air purifying system according to claim 1, it is characterised in that be additionally provided with light sensor on the body Device, the photosensitive sensor are electrically connected at the control module；Photosensitive sensor detection current environment and generation environment photometric data, the photosensitive sensor is by the ambient lighting Data sending to the control module, the control module adjusts the outlet air of the wind turbine according to the ambient lighting data Amount.
- 9. intelligent air purifying system according to claim 1, it is characterised in that the filter element life detection module also wraps Wind volume detector is included, the Wind volume detector includes air flow sensor and the 4th computing unit, the 4th computing unit The air flow sensor is electrically connected at, the air flow sensor is located on the air intake or outlet air end of the filter core；The volume of air that 4th computing unit flows through the filter core by calculating produces the filter element life data, and described the Four computing units are by the filter element life data sending to the control module.
- 10. intelligent air purifying system according to claim 1, it is characterised in that second is additionally provided with the body Grain thing concentration sensor, second particle concentration sensor are electrically connected at the control module；The second particle concentration sensor detection current environment particle concentration and generation environment particle concentration data, institute The second particle concentration sensor is stated to send the ambient particle thing concentration data to the control module；The control module handles the ambient particle thing concentration data and is respectively sent to the interactive module and leads to Believe module, the interactive module ambient particle thing concentration data is handled and outwardly send acoustical signal or light letter Number, the user terminal obtains the ambient particle thing concentration data by the communication module；And the control module root The air output of the wind turbine is adjusted according to the ambient particle thing concentration data.
- 11. intelligent air purifying system according to claim 1, it is characterised in that the filter element life detection module is also Air flow sensor, time set including the first particle concentration sensor, for detecting the volume of air for flowing through the filter core With the 5th computing unit, the 5th computing unit is electrically connected in first particle concentration sensor, air quantity biography Sensor and time set, first particle concentration sensor are located at the air intake of the filter core, and the air flow sensor is set On the air intake or outlet air end of the filter core；5th computing unit is according to particle concentration, the volume of air, the operation duration of the wind turbine that flow through the filter core And the pre- dirt content of quantitative coefficient set in advance and the filter core calculates and produces the filter element life data, the 5th meter Unit is calculated by the filter element life data sending to the control module.
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| CN201721399192.3U CN207335067U (en) | 2017-10-26 | 2017-10-26 | intelligent air purifying system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109819112A (en) * | 2019-01-30 | 2019-05-28 | 上海与德通讯技术有限公司 | A kind of control method of alarm clock, device, storage medium and electronic equipment |
| CN110393985A (en) * | 2019-07-26 | 2019-11-01 | 好空气科技发展有限公司 | Filter element for purifier replacing options based on loss calculation |
-
2017
- 2017-10-26 CN CN201721399192.3U patent/CN207335067U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109819112A (en) * | 2019-01-30 | 2019-05-28 | 上海与德通讯技术有限公司 | A kind of control method of alarm clock, device, storage medium and electronic equipment |
| CN110393985A (en) * | 2019-07-26 | 2019-11-01 | 好空气科技发展有限公司 | Filter element for purifier replacing options based on loss calculation |
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