CN105381556A - Intelligent wearable type air purifier - Google Patents
Intelligent wearable type air purifier Download PDFInfo
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- CN105381556A CN105381556A CN201510800503.1A CN201510800503A CN105381556A CN 105381556 A CN105381556 A CN 105381556A CN 201510800503 A CN201510800503 A CN 201510800503A CN 105381556 A CN105381556 A CN 105381556A
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
- A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
- A62B18/02—Masks
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- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62B—DEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
- A62B18/00—Breathing masks or helmets, e.g. affording protection against chemical agents or for use at high altitudes or incorporating a pump or compressor for reducing the inhalation effort
- A62B18/08—Component parts for gas-masks or gas-helmets, e.g. windows, straps, speech transmitters, signal-devices
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Abstract
The invention discloses an intelligent wearable type air purifier. The intelligent wearable type air purifier comprises a purifier shell, a liquid crystal display panel, an air detector, an air inlet device, a sealing connecting piece, an air purification unit, an air outlet, a photocell, an intelligent management system and a mobile phone client terminal; the air detector comprises a built-in detecting module, a mobile phone detecting module and a date reading module connected with an environmental monitor station; the air purification unit comprises a filtering unit, an adsorption and desorption unit and a photocatalysis unit; and the intelligent management system is connected with the liquid crystal display panel, the air purifier, the air inlet device, the air purification unit, the photocell and a mobile phone terminal APP data receiving module. By means of the intelligent wearable type air purifier, the air quality can be comprehensively detected, air is purified through the air purification unit, an air quality report is received by binding Bluetooth with a mobile phone APP, the health of breathing of people is guaranteed, the model is attractive, and talk exchange between people is not influenced during wearing.
Description
Technical field
The invention belongs to air cleaning facility field, particularly relate to a kind of Intelligent wearable air purifier.
Background technology
Air purifier is also known as " air cleaner ", air cleaner, clarifier, refer to and can adsorb, decompose or transform various air pollutants (generally comprising the finishing pollution of PM2.5, dust, pollen, peculiar smell, formaldehyde and so on, bacterium, anaphylactogen etc.), the product of effective raising air cleanliness, is mainly divided into family expenses, commercialization, industry, building.
In recent years because air pollution is more serious, China oneself have the city fog thunderbolt more than 80% to take place frequently, PM2.5, dust, haze etc. are on the increase, compatriots healthy oneself be subject to the infringement of air, indoor air cleaner miscellaneous starts the life of coming into us, the people gone out generally dress the mouth mask adopting non-woven fabrics as filter course, but it can only prevent more than PM10 particle, and oneself is through meeting purification demand.
There is a kind of wearable intelligent face shield can preventing and treating PM2.5 in the market, be worn on face nose, in clarifier face-piece, carry out air monitor, air inlet, filter, give vent to anger, remove the harmful substances such as PM2.5 and PM10.The cleaning system of this face shield is all at face, and pedestrian had both dressed trip unsightly, increases again the heavy burden of nose, cheek, ear, brings constriction, allows the interchange of speaking of person to person there is distance perspective and jamais vu simultaneously.
Summary of the invention
The object of the present invention is to provide a kind of Intelligent wearable air purifier, be intended to solve existing face shield cleaning system and dress inconvenient, the problem that impact exchanges.
The present invention is achieved in that a kind of Intelligent wearable air purifier comprises clarifier shell, liquid crystal panel and air monitor, air-intake device, seal connector and air cleaning member, air outlet, photocell and intelligent management system, cell-phone customer terminal;
Described clarifier shell is surrounded on the top of head, there is hangers the left and right sides, clarifier shell is provided with photocell and intelligent management system, liquid crystal panel and air monitor, clarifier shell upper is provided with air inlet, air inlet is provided with air cleaning member, and clarifier shell is coordinated by seal connector and seal by air cleaning member and to lead to the air outlet that side faces toward nostril;
Described air monitor comprises built-in detection module, mobile phone detection module, the data read module that is connected with environmental monitoring station;
Described built-in detection module comprises power module, sensor assembly, microcontroller, display module, audio alarm circuit and alarm, described is that controller is connected with described air cleaning member, described power module receive outside input supply voltage and respectively output services voltage to microcontroller and sensor assembly, described sensor connects described microcontroller, described display module is connected described microcontroller respectively with audio alarm circuit, described alarm connects audio alarm circuit, sensor assembly is used for testing environment air quality and exports corresponding detection signal to microcontroller according to the air quality result detected, described microcontroller control air quality detected by display module display according to the detection signal of sensor assembly and can poor in the air quality detected time control audio alarm circuit and alarm is reported to the police,
Described mobile phone detection module comprise be connected with described air cleaning member for the wireless data in mobile phone sharing module sharing cell phone customer end data;
Described data read module comprises:
Network data download module, for downloading by the Network authentication data after public key encryption and network configuration data from carrier server;
Cipher key store, for storing the private key matched with the PKI of described carrier server;
Operator database, for storage networking authorization data and network configuration data;
The network data authentication module be connected with described network data download module with described cipher key store, described operator database respectively, for obtain in described cipher key store with the private key corresponding to described PKI, be decrypted by the Network authentication data after described private key pair encryption and network configuration data, and certification is carried out to the Network authentication data after deciphering and network configuration data, certification pass through after by Network authentication data and network configuration data stored in shown operator database;
Cipher key store builds by the following method:
Cipher key store central processing unit generates random number rkey
id, utilize elliptic curve cryptography to calculate its corresponding PKI rPK
id, rPK
id=rkey
id× G, G are the basic point of elliptic curve, by rPK
idexternally send with ID UID, key generation system generates random number rkey
kMC, utilize elliptic curve cryptography to calculate its corresponding PKI rPK
kMC, wherein, rPK
kMC=rkey
kMC× G, and remember γ
id=rPK
id+ rPK
kMC;
ID UID is utilized to calculate identity private key key
idwith mark PKI R
id, be specially:
Generate private key matrix and PKI matrix, the size of private key matrix and PKI matrix is m × h, m and h is positive integer;
Utilize ID UID to use hashing algorithm to calculate the hashed value of ID UID, described hashed value is divided into m section, as private key matrix and PKI matrix column mapping value map [i], i=0,1,2......m-1;
Calculate:
R
i, map [i]for the element of in private key matrix;
X
i, map [i]for the element of in PKI matrix;
N is the rank of elliptic curve;
Described air cleaning member comprises filter element, adsorption/desorption unit, and photocatalysis unit; Described filter element comprises low efficient filter screen, HEPA high efficiency particulate air and electrostatic electret screen pack successively on the flow direction of air; Described absorbing unit at least comprises two-layer absorptive media layers; Described photocatalysis unit also comprises at least two uviol lamps perpendicular with air-flow direction, between described two uviol lamps, be provided with photocatalyst net;
Described intelligent management system is connected with described liquid crystal panel, air monitor, air-intake device, air cleaning member, photocell, and is provided with mobile phone terminal APP data reception module.
Further, described data read module also comprises:
The authentication module be connected with described operator database, completes authentication request for using the Network authentication data in described operator database;
The network selection module be connected with described operator database, for by arranging described Network authentication data and network configuration data;
The command interpretation module be connected with described network data download module, described authentication module and described network selection module respectively, for explaining the order from described mobile terminal, and is sent in corresponding functional module by the order after explaining; The interface communication module be connected with described command interpretation module, for communicating with described mobile terminal.
Further, described environmental monitoring station comprises:
Base stations detected, comprise one or more electrochemical gas sensor, gather dusty gas information, generate corresponding electric signal also to export, described electrochemical sensor comprise in sulfur dioxide electrochemical sensor, nitrogen dioxide electrochemical sensor, carbon monoxide electrochemical sensor and electrochemical ozone sensor one or more;
Detect master station, receive the signal that base stations detected sends;
Monitored base stations, carries out secondary acquisition to the signal detecting master station's reception, and analyzes;
Monitoring master station, for depositing the analysis result with query monitor base station.
Further, described network data authentication module comprises the first client being positioned at base stations detected and the second client being positioned at cell-phone customer terminal, and connects the WEB server of described first client and the second client;
The first described client comprises: preset unit, for preset user account number and user cipher; Physical control, for providing physical certifying code; Client transmitting element, for user account number and user cipher are sent to described WEB server, for sending to described certification end by physical certifying code; Client receiving element, for receiving the result of WEB server;
Described WEB server comprises: certification end; Server receiving element, for receiving user account number and the user cipher of described second client transmission; Server controls, for by described user account number, and server information sends to described certification end, and receives the authentication information that described certification end sends; Server authentication ciphering unit, for authentication information, user cipher, user account number described in comprehensive descision, generates the result; Server transmitting element, for sending described the result to described first client;
Described first client receives and stores the information and the data inputted that user provides according to the second client;
Described first client obtains the authorization information that described second client provides;
Described first client is mated with stored described data the part in described authorization information; After the match is successful, the remainder of described authorization information sends to described WEB server to carry out further checking to send the result to described second client by described first client.
Further, described photocell comprises conversion layer and accumulation layer; Described conversion layer is arranged on photronic upper end, and described accumulation layer is arranged on the downside of conversion layer.
Further, described liquid crystal panel comprises substrate in combination and data scanning line; Described substrate in combination is arranged on the rear end of liquid crystal panel, and described data scanning line is arranged on the front side of substrate in combination.
Further, described air inlet comprises fastening lid and guide duct; Described fastening lid is arranged on the outer front end of air inlet, and described guide duct is arranged on the rear side fastening lid.
Further, described conversion layer comprises the battery case be made up of partiting thermal insulation material, photosensitive layer and intermediate layer, battery case is equipped with conduction liquid, the graphite positive electrode be immersed in conduction liquid is set, be arranged in thermal light source acquisition zone and be immersed in the high coefficient of thermal expansion metallic negative electrode in conduction liquid, battery case top arranges air-vent, the lead-in wire of positive electrode and the lead-in wire of negative electrode, negative electrode adopts and is made up of high coefficient of thermal expansion metallic material, positive electrode adopts graphite material to form, photosensitive layer comprises electron donor and electron acceptor, intermediate layer adopts the poly-noise made in coughing or vomiting fen derivative of doping to make.
Further, described substrate in combination comprises switch module, display unit, transistor base, filter sheet base plate, intermediate liquid crystal layer, switch module at least comprises a thin film transistor (TFT) respectively, display unit adopts twisted nematic and optical-compensation bent liquid crystal indicator, transistor base comprise the first glass substrate and be located on the first glass substrate with the pixel electrode on filter sheet base plate opposite flank, filter sheet base plate comprise the second glass substrate and be located on the second glass substrate with the public electrode on transistor base opposite flank, pixel electrode forms several main pixel, each main pixel comprises several sub-pixel, each sub-pixel comprises first area and the second area adjacent with first area, the liquid crystal cell of first area is thick, and to be greater than or less than the liquid crystal cell of second area thick, the liquid crystal cell of first area is thick, and to be less than the liquid crystal cell of second area thick, the first area that first glass substrate corresponds to sub-pixel is provided with the first boss, corresponding pixel electrode corresponds to the first boss and forms the second boss, first boss is formed on the first glass substrate by coating or chemical vapour deposition (CVD) mode, the liquid crystal cell of first area is thick, and to be less than the liquid crystal cell of second area thick, the first area that second glass substrate corresponds to sub-pixel is provided with the 3rd boss, corresponding public electrode corresponds to the 3rd boss and forms the 4th boss, 3rd boss is formed on the second glass substrate by coating or chemical vapour deposition (CVD) mode, the liquid crystal cell of first area is thick, and to be greater than the liquid crystal cell of second area thick, the first area that first glass substrate corresponds to sub-pixel is provided with the first recess, corresponding first recess of corresponding pixel electrode forms the second recess, first recess is formed on the first glass substrate by etching, the liquid crystal cell of first area is thick, and to be greater than the liquid crystal cell of second area thick, the first area that second glass substrate corresponds to sub-pixel is provided with the 3rd recess, corresponding 3rd recess of corresponding public electrode forms the 4th recess, 3rd recess is formed on the second glass substrate by etching, intermediate liquid crystal layer specifically adopts orientation condensate and liquid crystal molecule.
Further, described data scanning line comprises data wire, scan line and pixel, pixel, be formed at the infall of data wire and scan line, comprise the first sub-pixel, second sub-pixel, 3rd sub-pixel, 4th sub-pixel, first sub-pixel comprises the first switch, first liquid crystal capacitance and the first storage capacitors, the first end of the first switch is connected to scan line, second end of the first switch is connected to data wire, the first end of three-terminal link in the first liquid crystal capacitance of the first switch and the first end of the first storage capacitors, second sub-pixel comprises second switch, second liquid crystal capacitance and the second storage capacitors, the first end of second switch is connected to scan line, second end of second switch is connected to data wire, the first end of three-terminal link in the second liquid crystal capacitance of second switch and the first end of the second storage capacitors, second capacitor storage beam, be electrically connected the second end of this second storage capacitors, 3rd sub-pixel comprises the 3rd switch, 3rd liquid crystal capacitance and the 3rd storage capacitors, the first end of the 3rd switch is connected to scan line, second end of the 3rd switch is connected to data wire, the first end of one three-terminal link in the 3rd liquid crystal capacitance of the 3rd switch and the first end of the 3rd storage capacitors, second end of the second capacitor storage beam electrical connection the 3rd storage capacitors, 4th sub-pixel comprises the 4th switch, 4th liquid crystal capacitance and the 4th storage capacitors, the first end of the 4th switch is connected to scan line, 4th end of the 4th switch is connected to data wire, the first end of three-terminal link in the 4th liquid crystal capacitance of the 4th switch and the first end of the 4th storage capacitors, second end of the first capacitor storage beam electrical connection the 4th storage capacitors, when scanning linear activation, first switch module, second switch assembly, 3rd switch module and the 4th switch module are conducting, the first sub-pixel is imported into make the signal of data wire, second sub-pixel, 3rd sub-pixel and the 4th sub-pixel, when after this scanning linear solution energy, first capacitor storage beam, second capacitor storage beam, the level of the 3rd capacitor storage beam and the 4th capacitor storage beam changes respectively, the first offset voltage is had with the pixel voltage and input voltage that make the first sub-pixel, the pixel voltage of the second sub-pixel and input voltage have this offset voltage, the pixel voltage of the 3rd sub-pixel and input voltage have the 3rd offset voltage, the pixel voltage of the 4th sub-pixel and input voltage have the 4th offset voltage, to make the pixel voltage of the first sub-pixel, the pixel voltage of the second sub-pixel, the pixel voltage of the 3rd sub-pixel and the pixel voltage of the 4th sub-pixel different, and the first offset voltage, second offset voltage, 3rd offset voltage and the 4th offset voltage different.
The present invention can carry out complete detection by built-in detection module, mobile phone detection module, the data read module that is connected with environmental monitoring station to air quality; Conversion layer is set, achieves the conversion between luminous energy and electric energy; Setting data scan line, improves the display resolution of liquid crystal panel; Arrange and fasten lid, improve the security protection of air inlet; By air cleaning member, air is purified, bound by bluetooth and mobile phone A PP, receive air quality report, outdoor activities personnel can be reminded to notice that personal health is protected, ensure people's respiratory health, handsome in appearance, do not affect interchange of speaking between men when wearing.
Accompanying drawing explanation
Fig. 1 is the structural representation of the Intelligent wearable air purifier that the embodiment of the present invention provides;
Fig. 2 is the photocell structure schematic diagram of the Intelligent wearable air purifier that the embodiment of the present invention provides;
Fig. 3 is the liquid crystal panel structure schematic diagram of the Intelligent wearable air purifier that the embodiment of the present invention provides;
Fig. 4 is the air inlet structure schematic diagram of the Intelligent wearable air purifier that the embodiment of the present invention provides;
In figure: 1, clarifier shell; 2, photocell; 2-1, conversion layer; 2-2, accumulation layer; 3, intelligent management system; 4, liquid crystal panel; 4-1, substrate in combination; 4-2, data scanning line; 5, air monitor; 6, air inlet; 6-1, fastening lid; 6-2, guide duct; 7, air cleaning member; 8, air outlet.
Detailed description of the invention
For summary of the invention of the present invention, Characteristic can be understood further, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows.
As Figure 1-4, the present invention is achieved in that a kind of Intelligent wearable air purifier comprises clarifier shell 1, liquid crystal panel 4 and air monitor 5, air-intake device, seal connector and air cleaning member 7, air outlet 8, photocell 2 and intelligent management system 3, cell-phone customer terminal;
Described clarifier shell 1 is surrounded on the top of head, there is hangers the left and right sides, clarifier shell 1 is provided with photocell 2 and intelligent management system 3, liquid crystal panel 4 and air monitor 5, clarifier shell 1 top is provided with air inlet, air inlet is provided with air cleaning member 7, and clarifier shell 1 is coordinated by seal connector and to be sealed by air cleaning member 7 and to lead to the air outlet 8 of side facing to nostril;
Described air monitor 5 comprises built-in detection module, mobile phone detection module, the data read module that is connected with environmental monitoring station;
Described built-in detection module comprises power module, sensor assembly, microcontroller, display module, audio alarm circuit and alarm, described is that controller is connected with described air cleaning member, described power module receive outside input supply voltage and respectively output services voltage to microcontroller and sensor assembly, described sensor connects described microcontroller, described display module is connected described microcontroller respectively with audio alarm circuit, described alarm connects audio alarm circuit, sensor assembly is used for testing environment air quality and exports corresponding detection signal to microcontroller according to the air quality result detected, described microcontroller control air quality detected by display module display according to the detection signal of sensor assembly and can poor in the air quality detected time control audio alarm circuit and alarm is reported to the police,
Described mobile phone detection module comprise be connected with described air cleaning member for the wireless data in mobile phone sharing module sharing cell phone customer end data;
Described data read module comprises:
Network data download module, for downloading by the Network authentication data after public key encryption and network configuration data from carrier server;
Cipher key store, for storing the private key matched with the PKI of described carrier server;
Operator database, for storage networking authorization data and network configuration data;
The network data authentication module be connected with described network data download module with described cipher key store, described operator database respectively, for obtain in described cipher key store with the private key corresponding to described PKI, be decrypted by the Network authentication data after described private key pair encryption and network configuration data, and certification is carried out to the Network authentication data after deciphering and network configuration data, certification pass through after by Network authentication data and network configuration data stored in shown operator database;
Cipher key store builds by the following method:
Cipher key store central processing unit generates random number rkey
id, utilize elliptic curve cryptography to calculate its corresponding PKI rPK
id, rPK
id=rkey
id× G, G are the basic point of elliptic curve, by rPK
idexternally send with ID UID, key generation system generates random number rkey
kMC, utilize elliptic curve cryptography to calculate its corresponding PKI rPK
kMC, wherein, rPK
kMC=rkey
kMC× G, and remember γ
id=rPK
id+ rPK
kMC;
ID UID is utilized to calculate identity private key key
idwith mark PKI R
id, be specially:
Generate private key matrix and PKI matrix, the size of private key matrix and PKI matrix is m × h, m and h is positive integer;
Utilize ID UID to use hashing algorithm to calculate the hashed value of ID UID, described hashed value is divided into m section, as private key matrix and PKI matrix column mapping value map [i], i=0,1,2......m-1;
Calculate:
R
i, map [i]for the element of in private key matrix;
X
i, map [i]for the element of in PKI matrix;
N is the rank of elliptic curve;
Described air cleaning member 7 comprises filter element, adsorption/desorption unit, and photocatalysis unit; Described filter element comprises low efficient filter screen, HEPA high efficiency particulate air and electrostatic electret screen pack successively on the flow direction of air; Described absorbing unit at least comprises two-layer absorptive media layers; Described photocatalysis unit also comprises at least two uviol lamps perpendicular with air-flow direction, between described two uviol lamps, be provided with photocatalyst net;
Described intelligent management system 3 is connected with described liquid crystal panel, air monitor, air-intake device, air cleaning member, photocell, and is provided with mobile phone terminal APP data reception module.
Further, described data read module also comprises:
The authentication module be connected with described operator database, completes authentication request for using the Network authentication data in described operator database;
The network selection module be connected with described operator database, for by arranging described Network authentication data and network configuration data;
The command interpretation module be connected with described network data download module, described authentication module and described network selection module respectively, for explaining the order from described mobile terminal, and is sent in corresponding functional module by the order after explaining; The interface communication module be connected with described command interpretation module, for communicating with described mobile terminal.
Further, described environmental monitoring station comprises:
Base stations detected, comprise one or more electrochemical gas sensor, gather dusty gas information, generate corresponding electric signal also to export, described electrochemical sensor comprise in sulfur dioxide electrochemical sensor, nitrogen dioxide electrochemical sensor, carbon monoxide electrochemical sensor and electrochemical ozone sensor one or more;
Detect master station, receive the signal that base stations detected sends;
Monitored base stations, carries out secondary acquisition to the signal detecting master station's reception, and analyzes;
Monitoring master station, for depositing the analysis result with query monitor base station.
Further, described network data authentication module comprises the first client being positioned at base stations detected and the second client being positioned at cell-phone customer terminal, and connects the WEB server of described first client and the second client;
The first described client comprises: preset unit, for preset user account number and user cipher; Physical control, for providing physical certifying code; Client transmitting element, for user account number and user cipher are sent to described WEB server, for sending to described certification end by physical certifying code; Client receiving element, for receiving the result of WEB server;
Described WEB server comprises: certification end; Server receiving element, for receiving user account number and the user cipher of described second client transmission; Server controls, for by described user account number, and server information sends to described certification end, and receives the authentication information that described certification end sends; Server authentication ciphering unit, for authentication information, user cipher, user account number described in comprehensive descision, generates the result; Server transmitting element, for sending described the result to described first client;
Described first client receives and stores the information and the data inputted that user provides according to the second client;
Described first client obtains the authorization information that described second client provides;
Described first client is mated with stored described data the part in described authorization information; After the match is successful, the remainder of described authorization information sends to described WEB server to carry out further checking to send the result to described second client by described first client.
As preferably, described clarifier shell adopts pp material, and proportion is ultralight, and nontoxic under illumination, tasteless.
As preferably, the shell of described liquid crystal panel adopts transparent plastic material, is provided with the button can selecting display value after liquid crystal panel and air monitor.
As preferably, air cleaning member adopts electrostatic precipitator technology that is efficient, ozone free, can adsorb minimum dust, and without the need to more renew cartridge, only need rinse with clear water.
As preferably, described liquid crystal panel is connected mobile phone with air monitor by bluetooth, is also collected the data detected, comprise PM2.5, CO by mobile phone A PP simultaneous display
2, humiture and formaldehyde VOC.
Further, described photocell 2 comprises conversion layer 2-1 and accumulation layer 2-2; Described conversion layer 2-1 is arranged on the upper end of photocell 2, and described accumulation layer 2-2 is arranged on the downside of conversion layer 2-1.
Further, described liquid crystal panel 4 comprises substrate in combination 4-1 and data scanning line 4-2; Described substrate in combination 4-1 is arranged on the rear end of liquid crystal panel 4, and described data scanning line 4-2 is arranged on the front side of substrate in combination 4-1.
Further, described air inlet 6 comprises fastening lid 6-1 and guide duct 6-2; Described fastening lid 6-1 is arranged on the outer front end of air inlet 6, and described guide duct 6-2 is arranged on the rear side fastening lid 6-1.
Further, described conversion layer 2-1 comprises the battery case be made up of partiting thermal insulation material, photosensitive layer and intermediate layer, battery case is equipped with conduction liquid, the graphite positive electrode be immersed in conduction liquid is set, be arranged in thermal light source acquisition zone and be immersed in the high coefficient of thermal expansion metallic negative electrode in conduction liquid, battery case top arranges air-vent, the lead-in wire of positive electrode and the lead-in wire of negative electrode, negative electrode adopts and is made up of high coefficient of thermal expansion metallic material, positive electrode adopts graphite material to form, photosensitive layer comprises electron donor and electron acceptor, intermediate layer adopts the poly-noise made in coughing or vomiting fen derivative of doping to make.
Further, described substrate in combination 4-1 comprises switch module, display unit, transistor base, filter sheet base plate, intermediate liquid crystal layer, switch module at least comprises a thin film transistor (TFT) respectively, display unit adopts twisted nematic and optical-compensation bent liquid crystal indicator, transistor base comprise the first glass substrate and be located on the first glass substrate with the pixel electrode on filter sheet base plate opposite flank, filter sheet base plate comprise the second glass substrate and be located on the second glass substrate with the public electrode on transistor base opposite flank, pixel electrode forms several main pixel, each main pixel comprises several sub-pixel, each sub-pixel comprises first area and the second area adjacent with first area, the liquid crystal cell of first area is thick, and to be greater than or less than the liquid crystal cell of second area thick, the liquid crystal cell of first area is thick, and to be less than the liquid crystal cell of second area thick, the first area that first glass substrate corresponds to sub-pixel is provided with the first boss, corresponding pixel electrode corresponds to the first boss and forms the second boss, first boss is formed on the first glass substrate by coating or chemical vapour deposition (CVD) mode, the liquid crystal cell of first area is thick, and to be less than the liquid crystal cell of second area thick, the first area that second glass substrate corresponds to sub-pixel is provided with the 3rd boss, corresponding public electrode corresponds to the 3rd boss and forms the 4th boss, 3rd boss is formed on the second glass substrate by coating or chemical vapour deposition (CVD) mode, the liquid crystal cell of first area is thick, and to be greater than the liquid crystal cell of second area thick, the first area that first glass substrate corresponds to sub-pixel is provided with the first recess, corresponding first recess of corresponding pixel electrode forms the second recess, first recess is formed on the first glass substrate by etching, the liquid crystal cell of first area is thick, and to be greater than the liquid crystal cell of second area thick, the first area that second glass substrate corresponds to sub-pixel is provided with the 3rd recess, corresponding 3rd recess of corresponding public electrode forms the 4th recess, 3rd recess is formed on the second glass substrate by etching, intermediate liquid crystal layer specifically adopts orientation condensate and liquid crystal molecule.
Further, described data scanning line 4-2 comprises data wire, scan line and pixel, pixel, be formed at the infall of data wire and scan line, comprise the first sub-pixel, second sub-pixel, 3rd sub-pixel, 4th sub-pixel, first sub-pixel comprises the first switch, first liquid crystal capacitance and the first storage capacitors, the first end of the first switch is connected to scan line, second end of the first switch is connected to data wire, the first end of three-terminal link in the first liquid crystal capacitance of the first switch and the first end of the first storage capacitors, second sub-pixel comprises second switch, second liquid crystal capacitance and the second storage capacitors, the first end of second switch is connected to scan line, second end of second switch is connected to data wire, the first end of three-terminal link in the second liquid crystal capacitance of second switch and the first end of the second storage capacitors, second capacitor storage beam, be electrically connected the second end of this second storage capacitors, 3rd sub-pixel comprises the 3rd switch, 3rd liquid crystal capacitance and the 3rd storage capacitors, the first end of the 3rd switch is connected to scan line, second end of the 3rd switch is connected to data wire, the first end of one three-terminal link in the 3rd liquid crystal capacitance of the 3rd switch and the first end of the 3rd storage capacitors, second end of the second capacitor storage beam electrical connection the 3rd storage capacitors, 4th sub-pixel comprises the 4th switch, 4th liquid crystal capacitance and the 4th storage capacitors, the first end of the 4th switch is connected to scan line, 4th end of the 4th switch is connected to data wire, the first end of three-terminal link in the 4th liquid crystal capacitance of the 4th switch and the first end of the 4th storage capacitors, second end of the first capacitor storage beam electrical connection the 4th storage capacitors, when scanning linear activation, first switch module, second switch assembly, 3rd switch module and the 4th switch module are conducting, the first sub-pixel is imported into make the signal of data wire, second sub-pixel, 3rd sub-pixel and the 4th sub-pixel, when after this scanning linear solution energy, first capacitor storage beam, second capacitor storage beam, the level of the 3rd capacitor storage beam and the 4th capacitor storage beam changes respectively, the first offset voltage is had with the pixel voltage and input voltage that make the first sub-pixel, the pixel voltage of the second sub-pixel and input voltage have this offset voltage, the pixel voltage of the 3rd sub-pixel and input voltage have the 3rd offset voltage, the pixel voltage of the 4th sub-pixel and input voltage have the 4th offset voltage, to make the pixel voltage of the first sub-pixel, the pixel voltage of the second sub-pixel, the pixel voltage of the 3rd sub-pixel and the pixel voltage of the 4th sub-pixel different, and the first offset voltage, second offset voltage, 3rd offset voltage and the 4th offset voltage different.
The present invention uses photocell 2 as power supply, utilizes conversion layer 2-1, achieves the conversion between luminous energy and electric energy, be electric energy by visible light transformation, and by power storage in accumulation layer 2-2, for liquid crystal panel 4 and air monitor 5 and air inlet 6 provide electricity, unlimited continuation of the journey can be realized.Air is entered by air inlet 6, utilize and fasten lid 6-1, improve the security protection of air inlet, by guide duct 6-2, air is accurately imported, the performance figure measuring air through air monitor 5 is to the right presented on liquid crystal panel 4, utilize data scanning line 4-2, improve the display resolution of liquid crystal panel, and, the present invention can carry out complete detection by built-in detection module, mobile phone detection module, the data read module that is connected with environmental monitoring station to air quality, and controls air cleaning member work according to testing result by intelligence control system;
Bound by bluetooth and mobile phone A PP, receive the air quality report detected, can remind other people, outdoor activities notice that personal health is protected, and also can store the air quality report of a period of time, be exported by mobile phone.Air is entered by air inlet 6, harmful components left in air cleaning member 7 purifies air, air cleaning member 7 adopts efficiently, the electrostatic precipitator technology of ozone free, minimum dust can be adsorbed, can the PM2.5 of filtering 99.9% and the formaldehyde of 90%, air outlet 8 is straight to nostril, air-out 0 particle, the air quantity 3m of air outlet
3/ h, is about more than 2 times of normal person's respiratory capacity.
The present invention can carry out complete detection by built-in detection module, mobile phone detection module, the data read module that is connected with environmental monitoring station to air quality, by air cleaning member, air is purified, bound by bluetooth and mobile phone A PP, receive air quality report, outdoor activities personnel can be reminded to notice that personal health is protected, ensure people's respiratory health, handsome in appearance, do not affect interchange of speaking between men when wearing.
The above is only to preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, every according to technical spirit of the present invention to any simple modification made for any of the above embodiments, equivalent variations and modification, all belong in the scope of technical solution of the present invention.
Claims (10)
1. an Intelligent wearable air purifier, it is characterized in that, described Intelligent wearable air purifier comprises clarifier shell, liquid crystal panel and air monitor, air-intake device, seal connector and air cleaning member, air outlet, photocell and intelligent management system, cell-phone customer terminal;
Described clarifier shell is surrounded on the top of head, there is hangers the left and right sides, clarifier shell is provided with photocell and intelligent management system, liquid crystal panel and air monitor, clarifier shell upper is provided with air inlet, air inlet is provided with air cleaning member, and clarifier shell is coordinated by seal connector and seal by air cleaning member and to lead to the air outlet that side faces toward nostril;
Described air monitor comprises built-in detection module, mobile phone detection module, the data read module that is connected with environmental monitoring station;
Described built-in detection module comprises power module, sensor assembly, microcontroller, display module, audio alarm circuit and alarm, described is that controller is connected with described air cleaning member, described power module receive outside input supply voltage and respectively output services voltage to microcontroller and sensor assembly, described sensor connects described microcontroller, described display module is connected described microcontroller respectively with audio alarm circuit, described alarm connects audio alarm circuit, sensor assembly is used for testing environment air quality and exports corresponding detection signal to microcontroller according to the air quality result detected, described microcontroller control air quality detected by display module display according to the detection signal of sensor assembly and can poor in the air quality detected time control audio alarm circuit and alarm is reported to the police,
Described mobile phone detection module comprise be connected with described air cleaning member for the wireless data in mobile phone sharing module sharing cell phone customer end data;
Described data read module comprises:
Network data download module, for downloading by the Network authentication data after public key encryption and network configuration data from carrier server;
Cipher key store, for storing the private key matched with the PKI of described carrier server;
Operator database, for storage networking authorization data and network configuration data;
The network data authentication module be connected with described network data download module with described cipher key store, described operator database respectively, for obtain in described cipher key store with the private key corresponding to described PKI, be decrypted by the Network authentication data after described private key pair encryption and network configuration data, and certification is carried out to the Network authentication data after deciphering and network configuration data, certification pass through after by Network authentication data and network configuration data stored in shown operator database;
Cipher key store builds by the following method:
Cipher key store central processing unit generates random number rkey
id, utilize elliptic curve cryptography to calculate its corresponding PKI rPK
id, rPK
id=rkey
id× G, G are the basic point of elliptic curve, by rPK
idexternally send with ID UID, key generation system generates random number rkey
kMC, utilize elliptic curve cryptography to calculate its corresponding PKI rPK
kMC, wherein, rPK
kMC=rkey
kMC× G, and remember γ
id=rPK
id+ rPK
kMC;
ID UID is utilized to calculate identity private key key
idwith mark PKI R
id, be specially:
Generate private key matrix and PKI matrix, the size of private key matrix and PKI matrix is m × h, m and h is positive integer;
Utilize ID UID to use hashing algorithm to calculate the hashed value of ID UID, described hashed value is divided into m section, as private key matrix and PKI matrix column mapping value map [i], i=0,1,2......m-1;
Calculate:
R
i, map [i]for the element of in private key matrix;
X
i, map [i]for the element of in PKI matrix;
N is the rank of elliptic curve;
Described air cleaning member comprises filter element, adsorption/desorption unit, and photocatalysis unit; Described filter element comprises low efficient filter screen, HEPA high efficiency particulate air and electrostatic electret screen pack successively on the flow direction of air; Described absorbing unit at least comprises two-layer absorptive media layers; Described photocatalysis unit also comprises at least two uviol lamps perpendicular with air-flow direction, between described two uviol lamps, be provided with photocatalyst net;
Described intelligent management system is connected with described liquid crystal panel, air monitor, air-intake device, air cleaning member, photocell, and is provided with mobile phone terminal APP data reception module.
2. Intelligent wearable air purifier as claimed in claim 1, it is characterized in that, described data read module also comprises:
The authentication module be connected with described operator database, completes authentication request for using the Network authentication data in described operator database;
The network selection module be connected with described operator database, for by arranging described Network authentication data and network configuration data;
The command interpretation module be connected with described network data download module, described authentication module and described network selection module respectively, for explaining the order from described mobile terminal, and is sent in corresponding functional module by the order after explaining; The interface communication module be connected with described command interpretation module, for communicating with described mobile terminal.
3. Intelligent wearable air purifier as claimed in claim 1, it is characterized in that, described environmental monitoring station comprises:
Base stations detected, comprise one or more electrochemical gas sensor, gather dusty gas information, generate corresponding electric signal also to export, described electrochemical sensor comprise in sulfur dioxide electrochemical sensor, nitrogen dioxide electrochemical sensor, carbon monoxide electrochemical sensor and electrochemical ozone sensor one or more;
Detect master station, receive the signal that base stations detected sends;
Monitored base stations, carries out secondary acquisition to the signal detecting master station's reception, and analyzes;
Monitoring master station, for depositing the analysis result with query monitor base station.
4. Intelligent wearable air purifier as claimed in claim 1, it is characterized in that, described network data authentication module comprises the first client being positioned at base stations detected and the second client being positioned at cell-phone customer terminal, and connects the WEB server of described first client and the second client;
The first described client comprises: preset unit, for preset user account number and user cipher; Physical control, for providing physical certifying code; Client transmitting element, for user account number and user cipher are sent to described WEB server, for sending to described certification end by physical certifying code; Client receiving element, for receiving the result of WEB server;
Described WEB server comprises: certification end; Server receiving element, for receiving user account number and the user cipher of described second client transmission; Server controls, for by described user account number, and server information sends to described certification end, and receives the authentication information that described certification end sends; Server authentication ciphering unit, for authentication information, user cipher, user account number described in comprehensive descision, generates the result; Server transmitting element, for sending described the result to described first client;
Described first client receives and stores the information and the data inputted that user provides according to the second client;
Described first client obtains the authorization information that described second client provides;
Described first client is mated with stored described data the part in described authorization information; After the match is successful, the remainder of described authorization information sends to described WEB server to carry out further checking to send the result to described second client by described first client.
5. Intelligent wearable air purifier as claimed in claim 1, it is characterized in that, described photocell comprises conversion layer and accumulation layer; Described conversion layer is arranged on photronic upper end, and described accumulation layer is arranged on the downside of conversion layer.
6. Intelligent wearable air purifier as claimed in claim 1, it is characterized in that, described liquid crystal panel comprises substrate in combination and data scanning line; Described substrate in combination is arranged on the rear end of liquid crystal panel, and described data scanning line is arranged on the front side of substrate in combination.
7. Intelligent wearable air purifier as claimed in claim 1, is characterized in that, described air inlet comprises fastening lid and guide duct; Described fastening lid is arranged on the outer front end of air inlet, and described guide duct is arranged on the rear side fastening lid.
8. Intelligent wearable air purifier as claimed in claim 5, it is characterized in that, described conversion layer comprises the battery case be made up of partiting thermal insulation material, photosensitive layer and intermediate layer, battery case is equipped with conduction liquid, the graphite positive electrode be immersed in conduction liquid is set, be arranged in thermal light source acquisition zone and be immersed in the high coefficient of thermal expansion metallic negative electrode in conduction liquid, battery case top arranges air-vent, the lead-in wire of positive electrode and the lead-in wire of negative electrode, negative electrode adopts and is made up of high coefficient of thermal expansion metallic material, positive electrode adopts graphite material to form, photosensitive layer comprises electron donor and electron acceptor, intermediate layer adopts the poly-noise made in coughing or vomiting fen derivative of doping to make.
9. Intelligent wearable air purifier as claimed in claim 6, it is characterized in that, described substrate in combination comprises switch module, display unit, transistor base, filter sheet base plate, intermediate liquid crystal layer, switch module at least comprises a thin film transistor (TFT) respectively, display unit adopts twisted nematic and optical-compensation bent liquid crystal indicator, transistor base comprise the first glass substrate and be located on the first glass substrate with the pixel electrode on filter sheet base plate opposite flank, filter sheet base plate comprise the second glass substrate and be located on the second glass substrate with the public electrode on transistor base opposite flank, pixel electrode forms several main pixel, each main pixel comprises several sub-pixel, each sub-pixel comprises first area and the second area adjacent with first area, the liquid crystal cell of first area is thick, and to be greater than or less than the liquid crystal cell of second area thick, the liquid crystal cell of first area is thick, and to be less than the liquid crystal cell of second area thick, the first area that first glass substrate corresponds to sub-pixel is provided with the first boss, corresponding pixel electrode corresponds to the first boss and forms the second boss, first boss is formed on the first glass substrate by coating or chemical vapour deposition (CVD) mode, the liquid crystal cell of first area is thick, and to be less than the liquid crystal cell of second area thick, the first area that second glass substrate corresponds to sub-pixel is provided with the 3rd boss, corresponding public electrode corresponds to the 3rd boss and forms the 4th boss, 3rd boss is formed on the second glass substrate by coating or chemical vapour deposition (CVD) mode, the liquid crystal cell of first area is thick, and to be greater than the liquid crystal cell of second area thick, the first area that first glass substrate corresponds to sub-pixel is provided with the first recess, corresponding first recess of corresponding pixel electrode forms the second recess, first recess is formed on the first glass substrate by etching, the liquid crystal cell of first area is thick, and to be greater than the liquid crystal cell of second area thick, the first area that second glass substrate corresponds to sub-pixel is provided with the 3rd recess, corresponding 3rd recess of corresponding public electrode forms the 4th recess, 3rd recess is formed on the second glass substrate by etching, intermediate liquid crystal layer specifically adopts orientation condensate and liquid crystal molecule.
10. Intelligent wearable air purifier as claimed in claim 6, it is characterized in that, described data scanning line comprises data wire, scan line and pixel, pixel, be formed at the infall of data wire and scan line, comprise the first sub-pixel, second sub-pixel, 3rd sub-pixel, 4th sub-pixel, first sub-pixel comprises the first switch, first liquid crystal capacitance and the first storage capacitors, the first end of the first switch is connected to scan line, second end of the first switch is connected to data wire, the first end of three-terminal link in the first liquid crystal capacitance of the first switch and the first end of the first storage capacitors, second sub-pixel comprises second switch, second liquid crystal capacitance and the second storage capacitors, the first end of second switch is connected to scan line, second end of second switch is connected to data wire, the first end of three-terminal link in the second liquid crystal capacitance of second switch and the first end of the second storage capacitors, second capacitor storage beam, be electrically connected the second end of this second storage capacitors, 3rd sub-pixel comprises the 3rd switch, 3rd liquid crystal capacitance and the 3rd storage capacitors, the first end of the 3rd switch is connected to scan line, second end of the 3rd switch is connected to data wire, the first end of one three-terminal link in the 3rd liquid crystal capacitance of the 3rd switch and the first end of the 3rd storage capacitors, second end of the second capacitor storage beam electrical connection the 3rd storage capacitors, 4th sub-pixel comprises the 4th switch, 4th liquid crystal capacitance and the 4th storage capacitors, the first end of the 4th switch is connected to scan line, 4th end of the 4th switch is connected to data wire, the first end of three-terminal link in the 4th liquid crystal capacitance of the 4th switch and the first end of the 4th storage capacitors, second end of the first capacitor storage beam electrical connection the 4th storage capacitors, when scanning linear activation, first switch module, second switch assembly, 3rd switch module and the 4th switch module are conducting, the first sub-pixel is imported into make the signal of data wire, second sub-pixel, 3rd sub-pixel and the 4th sub-pixel, when after this scanning linear solution energy, first capacitor storage beam, second capacitor storage beam, the level of the 3rd capacitor storage beam and the 4th capacitor storage beam changes respectively, the first offset voltage is had with the pixel voltage and input voltage that make the first sub-pixel, the pixel voltage of the second sub-pixel and input voltage have this offset voltage, the pixel voltage of the 3rd sub-pixel and input voltage have the 3rd offset voltage, the pixel voltage of the 4th sub-pixel and input voltage have the 4th offset voltage, to make the pixel voltage of the first sub-pixel, the pixel voltage of the second sub-pixel, the pixel voltage of the 3rd sub-pixel and the pixel voltage of the 4th sub-pixel different, and the first offset voltage, second offset voltage, 3rd offset voltage and the 4th offset voltage different.
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