CN103927806A - Unlocking system and method for performing password verification based on wireless communication module pairing - Google Patents
Unlocking system and method for performing password verification based on wireless communication module pairing Download PDFInfo
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- CN103927806A CN103927806A CN201410176963.7A CN201410176963A CN103927806A CN 103927806 A CN103927806 A CN 103927806A CN 201410176963 A CN201410176963 A CN 201410176963A CN 103927806 A CN103927806 A CN 103927806A
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Abstract
The invention discloses an unlocking system and an unlocking method for performing password verification based on wireless communication module pairing, and relates to the technical field of communication. The unlocking system comprises a mobile terminal, an electronic lock and an unlocking processor. The unlocking method comprises the following steps that: a wireless radio frequency module pairing verification device of the processor is used for verifying a pairing result of a wireless radio frequency module F of the mobile terminal and a wireless radio frequency module F' of the electronic lock; a data analysis device is used for performing data analysis on verification conclusion of the wireless radio frequency module pairing verification device, and transmitting an instrument for starting or not starting a transmission mechanism to a transmission control circuit of the electronic lock according to a data analysis result. The unlocking system and the unlocking method have the beneficial effects that the unlocking system and the unlocking method provided by the invention are easy and convenient to operate and are high in safety coefficient.
Description
Technical field
The present invention relates to communication technique field, relate in particular to unlocking system and method thereof based on wireless communication module pairing execution password authentification.
Background technology
Lock, in the ubiquitous life that exists the mankind, traditional mode of unblanking comprises that key mechanical formula is unblanked, password unlocking or the two in conjunction with etc.
Along with popularizing of mobile phone, the communication epoch arrive, smart mobile phone has been brought the mankind's life into ubiquitous Internet era especially, the powerful function of smart mobile phone comprise call, short message, online, Domestic News, shopping online, mobile-phone payment etc. these, accepting the every aspect of internet and Internet of Things.
As mentioned above, the mankind's life be unable to do without mobile phone, and a people's smart mobile phone is more as the I.D. of same person, and everyone mobile phone has comprised to one's name solely anything, has ironed individual exclusive feature.So, just someone expects that personal mobile phone drives the special-purpose lock of individual, and the two combination is both convenient, has improved again safety factor, is also the thing trend in connection epoch simultaneously, goes with the tide of historical development.
At present, the patent documentation that records unlocked by mobile telephone that can retrieve and other data, mainly comprise several convenience: 1, mobile phone is recorded the password of a plurality of places of user lock, by connection request, to electronic lock, sends unlocking cipher, conveniently manages, is convenient to control; 2, by wireless communication module, to electronic lock, send unlocking cipher release; 3, by mobile phone, to backstage, send request, obtain password, unblank in real time.The disclosed document of existing patent substantially as mentioned above.But, these three kinds of modes, first kind of way, complex operation; , also there is the problem of complex operation in the second way, meanwhile, password is easily revealed; The third mode is not easy to promote, and cost is high, also has the problem that safety coefficient is not high simultaneously.And above-mentioned three kinds of modes all exist different mobile phones know record or obtain the problem that password can be unblanked, be not user's mobile phone as unique mobile phone of unblanking, safety coefficient is low.
Summary of the invention
The object of the invention is to overcome in above-mentioned technical matters by unlocked by mobile telephone complicated operation and the not high deficiency of safety coefficient, aim to provide and a kind ofly only have user mobile phone as the high safety factor of unique mobile phone of unblanking, unlocked by mobile telephone system and method for unlocking easy and simple to handle.
The present invention solves the technical scheme that prior art problem adopts:
Based on wireless communication module, a unlocking system for password authentification is carried out in pairing, comprising:
Mobile terminal, described mobile terminal comprises at least one wireless radio frequency modules F;
Electronic lock, described electronic lock comprises at least one wireless radio frequency modules F ' and the assembly of unblanking, gear train and transmission control circuit;
The processor of unblanking, described in the processor of unblanking comprise wireless radio frequency modules pair verification device and data analysis set-up; Described wireless radio frequency modules pair verification device is in order to verify wireless radio frequency modules F and wireless radio frequency modules F ' pairing result; Data analysis set-up is in order to the checking conclusion of wireless radio frequency modules pair verification device is carried out to data analysis, and the instruction of the transmission control circuit of described electronic lock being sent unlatching or not opening described gear train according to data results.
Below said system is further elaborated:
Further, the wireless radio frequency modules F that described mobile terminal comprises is WIFI modules A, bluetooth module A, NFC modules A and RFID modules A; The wireless radio frequency modules F ' that described electronic lock comprises is WIFI module B, bluetooth module B, NFC module B and RFID module B; Described wireless radio frequency modules pair verification device is verified one by one to the pairing result of the pairing structure of the pairing result of pairing result, bluetooth module A and the bluetooth module B of WIFI modules A and WIFI module B, NFC modules A and NFC module B, RFID modules A and RFID module B; Described data analysis set-up carries out data analysis to above-mentioned four assembly to result, if four assembly are entirely true to result, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock; If four assembly have one group or one group of above mistake to result, data analysis set-up sends the instruction of not opening or opening gear train to the transmission control circuit of described electronic lock according to predefined rule.
Further, described mobile terminal is smart mobile phone, and this smart mobile phone is provided with image recognition solution lock module and/or fingerprint recognition solution lock module.
Further, this system also comprises cloud server, described cloud server is provided with data storage module, instruction sending module and system module is set, described electronic lock is also provided with GPRS module and/or 3G module, and described electronic lock is by GPRS module and/or 3G module and the mutual communication of described cloud server; When mobile phone and key can not be provided simultaneously, electronic lock user meets predefined remote unlocking condition by submission, can ask cloud server remote input account and password to be unblanked to electronic lock; Described system arranges module and upgrades in order to upgrade synchronizing software program, system setting, password update, secret key renewal and encipheror.
Method for unlocking based on wireless communication module pairing execution password authentification provided by the invention, comprises the following steps:
The wireless radio frequency modules F of S100, mobile terminal and the wireless radio frequency modules F ' of electronic lock match;
S200, wireless radio frequency modules pair verification device are verified wireless radio frequency modules F and wireless radio frequency modules F ' pairing result;
S300, data analysis set-up carry out data analysis to the checking conclusion of wireless radio frequency modules pair verification device; If the wireless radio frequency modules F ' successful matching of wireless radio frequency modules F and electronic lock, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock, and electronic lock is opened; If the wireless radio frequency modules F ' of wireless radio frequency modules F and electronic lock matches unsuccessfully, data analysis set-up sends the instruction of not opening gear train to the transmission control circuit of described electronic lock, and electronic lock is not opened.
Below the method is further elaborated:
Further, in S200 step, described wireless radio frequency modules F is WIFI modules A, bluetooth module A, NFC modules A and RFID modules A; Described wireless radio frequency modules F ' is WIFI module B, bluetooth module B, NFC module B and RFID module B; Described wireless radio frequency modules pair verification device is verified one by one to the pairing result of the pairing structure of the pairing result of pairing result, bluetooth module A and the bluetooth module B of WIFI modules A and WIFI module B, NFC modules A and NFC module B, RFID modules A and RFID module B; Described data analysis set-up carries out data analysis to above-mentioned four assembly to result, according to the requirement of predefined rule and safe class, selects the probability of successful matching to determine whether to unblank; If four assembly meet the requirement of predefined rule and safe class to the probability of result successful matching, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock; If four assembly do not meet the requirement of predefined rule and safe class to the probability of result successful matching, data analysis set-up sends the instruction of not opening gear train to the transmission control circuit of described electronic lock.
Further, also comprise mobile phone users verification step before S100 step, described mobile terminal is smart mobile phone, and this smart mobile phone is provided with image recognition solution lock module and/or fingerprint recognition solution lock module; Cellphone subscriber carries out mobile phone release checking by characteristics of human body's image and/or fingerprint, cellphone subscriber's fingerprint and/or characteristics of human body's image and described image recognition solution lock module and/or fingerprint recognition solution lock module store release fingerprint and/or characteristics of human body's image matches, mobile phone release, enters into S200 step.
Further, the method is further comprising the steps of: when user mobile phone and key can not be provided simultaneously, electronic lock user, by submitting valid certificates material to, can ask cloud server remote input account and password to be unblanked to electronic lock; After the proof of identification material that cloud server authentication of users is submitted to, the mobile communication module arranging by electronic lock is sent the instruction of opening gear train to described transmission control circuit, and electronic lock is opened.
Further, described mobile communication module is GPRS module, CDMA module, WCDMA module, FDD module, TDD module or TD-SCDMA module.
The invention has the beneficial effects as follows:
One, unlocking system provided by the invention and method for unlocking, by one or more wireless radio frequency modules of mobile phone self and one or more wireless radio frequency modules of electronic lock, verify one by one, when one or more wireless radio frequency modules of mobile phone and one or more less radio-frequency mould of electronic lock are all checked successfully, electronic lock is unblanked voluntarily, easy and simple to handle; Meanwhile, user mobile phone wireless radio frequency modules has unique username and password, therefore, improved the safety coefficient of unblanking, meanwhile, when mobile phone self a plurality of wireless radio frequency modules that are a plurality of wireless radio frequency modules and electronic lock are carried out pair verification, further improved the safety coefficient of unblanking;
Two, unblank to need user to carry out mobile phone release by fingerprint recognition solution lock module and/or the image recognition solution lock module of mobile phone self before, just can enter the program that next step opens electronic lock, also further improved the safety coefficient of opening electronic lock; Three,, when user's mobile phone or key are lost, do not need to damage electronic lock, electronic lock user, by submitting proof of identification material to, can ask cloud server remote input account and password to be unblanked to electronic lock; Convenient for users.
Accompanying drawing explanation
Fig. 1 is the network architecture diagram of system of the present invention;
Fig. 2 is the square frame principle schematic diagram of system of the present invention;
Fig. 3 is the schematic flow sheet of method for unlocking of the present invention;
The another schematic flow sheet of Fig. 4 method for unlocking of the present invention.
In figure: 100, intelligent mobile phone terminal; 200, electronic lock; 300, cloud server; 101, central processing unit; 102, image recognition solution lock module; 103, fingerprint recognition solution lock module; 104, gsm module; 105, WIFI modules A; ; 106, bluetooth module A; 107, NFC modules A; 108, RFID modules A; 201, release processor; 202, transmission control circuit; 203, gear train; 204, unlock component; 205, WIFI module B; 206, bluetooth module B; 207, NFC module B; 208, RFID module B; 209, GPRS module; 210,3G module.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Below with reference to drawings and the specific embodiments, describe technical scheme of the present invention in detail, so as clearer, understand invention essence of the present invention intuitively.
Shown in Fig. 1, this system is comprised of intelligent mobile phone terminal 100, electronic lock 200 and cloud server 300.Illustrate with reference to Fig. 2.
As shown in Figure 2, intelligent mobile phone terminal 100 comprises central processing unit 101, image recognition solution lock module 102 and fingerprint recognition solution lock module 103 are connected with central processing unit 101 signals, for intelligent mobile phone terminal 100 releases, use, this intelligent mobile phone terminal 100 can, by user's being unlocked by fingerprint, also can carry out release by characteristics of human body's image of user; Gsm module 104 is accepted transmission for intelligent mobile phone terminal 100 signals.In this embodiment, intelligent mobile phone terminal 100 is also provided with wireless radio frequency modules, WIFI modules A 105, bluetooth module A106, NFC modules A 107, RFID modules A 108, WIFI modules A 105, bluetooth module A106, NFC modules A 107, RFID modules A 108 can be any one, also can be plural combination in any, in this embodiment, four wireless radio frequency modules be all arranged on intelligent mobile phone terminal 100.
Still as shown in Figure 2, electronic lock 200 comprises the processor 201 of unblanking, this processor 201 of unblanking is a microprocessor that carries out data processing, electronic lock 200 also comprises transmission control circuit 202, gear train 203 and the assembly 204 of unblanking, this gear train 203 is a motor, transmission control circuit 202 is for controlling the unlatching of gear train 203 and stopping, and gear train 203 drives the assembly 204 of unblanking while opening, and electronic lock can be opened.In this embodiment, electronic lock 200 is also provided with wireless radio frequency modules, WIFI module B205, bluetooth module B206, NFC module B207, RFID module B208, WIFI module B205, bluetooth module B206, NFC module B207, RFID module B208 can be any one, can be also plural combination in any.In this embodiment, four wireless radio frequency modules are all arranged on electronic lock 200.Electronic lock 200 is also provided with GPRS module 209 and 3G module 210, and GPRS module 209 and 3G module 210 also can be selected wherein any one, are mainly used in carrying out wireless telecommunications with cloud server 300.
Fig. 3 is the schematic flow sheet of this system method for unlocking.
Shown in Fig. 3, user carries out release to the screen of intelligent mobile phone terminal 100, this unlock method comprises that user carries out fingerprint authentication release at fingerprint recognition solution lock module 103, can be also on image recognition solution lock module 102, to verify release by characteristics of human body's image of user; Cellphone subscriber's fingerprint and/or characteristics of human body's image and described image recognition solution lock module and/or fingerprint recognition solution lock module store release fingerprint and/or characteristics of human body's image matches, mobile phone release, enters the wireless radio frequency modules F of following steps: S100, mobile terminal of mobile telephone 100 after mobile phone release and the wireless radio frequency modules F ' of electronic lock 200 matches; S200, wireless radio frequency modules pair verification device are verified wireless radio frequency modules F and wireless radio frequency modules F ' pairing result; S300, data analysis set-up carry out data analysis to the checking conclusion of wireless radio frequency modules pair verification device; If the wireless radio frequency modules F ' successful matching of wireless radio frequency modules F and electronic lock, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock, and electronic lock is opened; If the wireless radio frequency modules F ' of wireless radio frequency modules F and electronic lock matches unsuccessfully, data analysis set-up sends the instruction of not opening gear train to the transmission control circuit of described electronic lock, and electronic lock is not opened.
In S200 step, the wireless radio frequency modules of this intelligent mobile phone terminal 100 is WIFI modules A 105, bluetooth module A106, NFC modules A 107 and RFID modules A 108; The wireless radio frequency modules of this electronic lock 200 is WIFI module B205, bluetooth module B206, NFC module B207 and RFID module B208; By this, shown in Fig. 4, S200 step comprises the following steps:
The WIFI modules A 105 of S201, intelligent mobile phone terminal 100 is matched with the WIFI module B205 of electronic lock 200;
S202, wireless radio frequency modules pair verification device are verified this pairing, if user name and password checked result are yes, check correctly, enter step S204; If result is no, enter S203 step, electronic lock is not opened, and unlocking action stops;
If enter step S204, the bluetooth module A106 of intelligent mobile phone terminal 100 and the bluetooth module B206 of electronic lock 200 match;
Then enter step S205, wireless radio frequency modules pair verification device is verified this pairing, if user name and password checked result are yes, checks correctly, enters step S207; If result is no, enter S206 step, electronic lock is not opened, and unlocking action stops;
If enter step S207, the NFC modules A 107 of intelligent mobile phone terminal 100 is matched with the NFC module B207 of electronic lock 200;
Then enter step S208, wireless radio frequency modules pair verification device is verified this pairing, if user name and password checked result are yes, checks correctly, enters step S210; If result is no, enter S209 step, electronic lock is not opened, and unlocking action stops;
If enter step S210, the RFID modules A 108 of intelligent mobile phone terminal 100 is matched with the RFID module B208 of electronic lock 200;
Then enter step S211, wireless radio frequency modules pair verification device is verified this pairing, if user name and password checked result are yes, checks correctly, enters step S213, and electronic lock 200 is opened; If result is no, enter S212 step, electronic lock 200 is not opened, and unlocking action stops.
Or with reference to shown in Fig. 1 and Fig. 2, this method for unlocking is further comprising the steps of: when user's intelligent mobile phone terminal 100 and key can not be provided simultaneously, electronic lock 200 users, by submitting valid certificates material to, can ask cloud server 300 remote input accounts and password to be unblanked to electronic lock 200; After the proof of identification material that cloud server authentication of users is submitted to, the GPRS module 209 arranging by electronic lock 200 or 3G module 210 are sent the instruction of opening gear train 203 to described transmission control circuit 202, and electronic lock 200 is opened.
The foregoing is only the preferred embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (9)
1. based on wireless communication module pairing, carry out a unlocking system for password authentification, it is characterized in that comprising:
Mobile terminal, described mobile terminal comprises at least one wireless radio frequency modules F;
Electronic lock, described electronic lock comprises at least one wireless radio frequency modules F ' and the assembly of unblanking, gear train and transmission control circuit;
The processor of unblanking, described in the processor of unblanking comprise wireless radio frequency modules pair verification device and data analysis set-up; Described wireless radio frequency modules pair verification device is in order to verify wireless radio frequency modules F and wireless radio frequency modules F ' pairing result; Data analysis set-up is in order to the checking conclusion of wireless radio frequency modules pair verification device is carried out to data analysis, and the instruction of the transmission control circuit of described electronic lock being sent unlatching or not opening described gear train according to data results.
2. the unlocking system based on wireless communication module pairing execution password authentification according to claim 1, is characterized in that: the wireless radio frequency modules F that described mobile terminal comprises is WIFI modules A, bluetooth module A, NFC modules A and RFID modules A; The wireless radio frequency modules F ' that described electronic lock comprises is WIFI module B, bluetooth module B, NFC module B and RFID module B;
Described wireless radio frequency modules pair verification device is verified one by one to the pairing result of the pairing structure of the pairing result of pairing result, bluetooth module A and the bluetooth module B of WIFI modules A and WIFI module B, NFC modules A and NFC module B, RFID modules A and RFID module B;
Described data analysis set-up carries out data analysis to above-mentioned four assembly to result, if four assembly are entirely true to result, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock; If four assembly have one group or one group of above mistake to result, data analysis set-up sends the instruction of not opening or opening gear train to the transmission control circuit of described electronic lock according to predefined rule.
3. the unlocking system based on wireless communication module pairing execution password authentification according to claim 1, is characterized in that: described mobile terminal is smart mobile phone, and this smart mobile phone is provided with image recognition solution lock module and/or fingerprint recognition solution lock module.
4. the unlocking system of carrying out password authentification based on wireless communication module pairing according to claim 1, it is characterized in that: also comprise cloud server, described cloud server is provided with data storage module, instruction sending module and system module is set, described electronic lock is also provided with GPRS module and/or 3G module, and described electronic lock is by GPRS module and/or 3G module and the mutual communication of described cloud server; When mobile phone and key can not be provided simultaneously, electronic lock user meets predefined remote unlocking condition by submission, can ask cloud server remote input account and password to be unblanked to electronic lock; Described system arranges module and upgrades in order to upgrade synchronizing software program, system setting, password update, secret key renewal and encipheror.
5. based on wireless communication module pairing, carry out a method for unlocking for password authentification, comprise the following steps:
The wireless radio frequency modules F of S100, mobile terminal and the wireless radio frequency modules F ' of electronic lock match;
S200, wireless radio frequency modules pair verification device are verified wireless radio frequency modules F and wireless radio frequency modules F ' pairing result;
S300, data analysis set-up carry out data analysis to the checking conclusion of wireless radio frequency modules pair verification device; If the wireless radio frequency modules F ' successful matching of wireless radio frequency modules F and electronic lock, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock, and electronic lock is opened; If the wireless radio frequency modules F ' of wireless radio frequency modules F and electronic lock matches unsuccessfully, data analysis set-up sends the instruction of not opening gear train to the transmission control circuit of described electronic lock, and electronic lock is not opened.
6. the method for unlocking based on wireless communication module pairing execution password authentification according to claim 5, is characterized in that: in S200 step, described wireless radio frequency modules F is WIFI modules A, bluetooth module A, NFC modules A and RFID modules A; Described wireless radio frequency modules F ' is WIFI module B, bluetooth module B, NFC module B and RFID module B;
Described wireless radio frequency modules pair verification device is verified one by one to the pairing result of the pairing structure of the pairing result of pairing result, bluetooth module A and the bluetooth module B of WIFI modules A and WIFI module B, NFC modules A and NFC module B, RFID modules A and RFID module B;
Described data analysis set-up carries out data analysis to above-mentioned four assembly to result, according to the requirement of predefined rule and safe class, selects the probability of successful matching to determine whether to unblank; If four assembly meet the requirement of predefined rule and safe class to the probability of result successful matching, data analysis set-up sends the instruction of opening gear train to the transmission control circuit of described electronic lock; If four assembly do not meet the requirement of predefined rule and safe class to the probability of result successful matching, data analysis set-up sends the instruction of not opening gear train to the transmission control circuit of described electronic lock.
7. the method for unlocking of carrying out password authentification based on wireless communication module pairing according to claim 5, it is characterized in that: before S100 step, also comprise mobile phone users verification step, described mobile terminal is smart mobile phone, and this smart mobile phone is provided with image recognition solution lock module and/or fingerprint recognition solution lock module; Cellphone subscriber carries out mobile phone release checking by characteristics of human body's image and/or fingerprint, cellphone subscriber's fingerprint and/or characteristics of human body's image and described image recognition solution lock module and/or fingerprint recognition solution lock module store release fingerprint and/or characteristics of human body's image matches, mobile phone release, enters into S200 step.
8. the method for unlocking of carrying out password authentification based on wireless communication module pairing according to claim 5, characterized by further comprising following steps:
When user mobile phone and key can not be provided simultaneously, electronic lock user, by submitting valid certificates material to, can ask cloud server remote input account and password to be unblanked to electronic lock; After the proof of identification material that cloud server authentication of users is submitted to, the mobile communication module arranging by electronic lock is sent the instruction of opening gear train to described transmission control circuit, and electronic lock is opened.
9. the method for unlocking based on wireless communication module pairing execution password authentification according to claim 8, is characterized in that: described mobile communication module is GPRS module, CDMA module, WCDMA module, FDD module, TDD module or TD-SCDMA module.
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