CN103646451B - The implementation method of smart mobile phone electronic door lock system and smart mobile phone electronic lock - Google Patents
The implementation method of smart mobile phone electronic door lock system and smart mobile phone electronic lock Download PDFInfo
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- CN103646451B CN103646451B CN201310654260.6A CN201310654260A CN103646451B CN 103646451 B CN103646451 B CN 103646451B CN 201310654260 A CN201310654260 A CN 201310654260A CN 103646451 B CN103646451 B CN 103646451B
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Abstract
The invention provides a kind of smart mobile phone electronic door lock system and smart mobile phone electronic lock implementation method, wherein the method comprises: step 1, start a camera based on outer triggering signal, gathers video image; Step 2, send based on the reminder message of video image to smart mobile phone; Step 3, confirm described reminder message, request authentication; Step 4, input fingerprint and password, and encryption; Step 5, by encryption after fingerprint and password be sent to smart mobile phone; Step 6, to encryption after fingerprint and password to decipher process; Step 7, according to the fingerprint of registering in advance in a database and password authentication information, the fingerprint of step 6 and password to be verified; Step 8, all to pass through based on fingerprint authentication and password authentification, send enabling control signal; And step 9, drive the dynamic component movement of door lock, thus unlock.The present invention integrates monitoring, password identification, biological characteristic authentication, Based Intelligent Control, realizes a kind of safe electronic lock.
Description
Technical field
The present invention relates to smart mobile phone applied technical field, in particular to the implementation method of a kind of smart mobile phone electronic door lock system and smart mobile phone electronic lock, integrate monitoring, password identification, biological characteristic authentication, Based Intelligent Control, realize a kind of safe electronic lock.
Background technology
Along with the great development of world economy, the maturation of antitheft door technology, the widespread use of coded lock, the popular popularization of mobile phone, recent years, traditional mechanical door lock was progressively withdrawn from the market, the substitute is induction cassette gate control system, fingerprint entrance guard system, they are in security, convenience, all respectively there is speciality the aspects such as ease of manageability, and the application of gate control system is also more and more wider.Therefore devise a kind of cell phone intelligent lock, it extends cell-phone function, adds on mobile phone by the function of key, for the daily miscellaneous busy life of people is provided convenience.
Summary of the invention
The present invention aims to provide the implementation method of a kind of smart mobile phone electronic door lock system and smart mobile phone electronic lock, can the problem of electronic lock in safety, convenience, Based Intelligent Control at least one.
For achieving the above object, the technical solution adopted in the present invention is as follows:
A kind of smart mobile phone electronic door lock system, comprises door lock skin, door lock internal layer, camera and smart mobile phone, and door lock skin and camera are arranged on the outside of door, and door lock internal layer is arranged on the inside of door, and camera is connected with door lock internal layer by data line, wherein:
Door lock skin comprises fingerprint receiver, PIN PAD and sound receiver, wherein: fingerprint receiver is for receiving fingerprint input; PIN PAD is for receiving Password Input; Sound receiver is for receiving the sound signal input of doorbell, and its output terminal is connected with camera, and the input based on described sound signal triggers camera and starts; The output of fingerprint receiver, PIN PAD and door lock internal layer data cube computation;
Door lock internal layer comprises signal receiving module, encrypting module, radio receiving transmitting module, lock-switch control module and lock-switch driver module, wherein: signal receiving module and described fingerprint receiver, PIN PAD and camera data cube computation; Encrypting module is connected with described signal receiving module, and this encrypting module is used for being encrypted fingerprint and password; Radio receiving transmitting module is connected with signal receiving module, and this radio receiving transmitting module is used for the data transmit-receive between door lock internal layer and smart mobile phone; The enabling control signal that lock-switch control module is used for sending according to smart mobile phone sends drive singal to lock-switch driver module; Lock-switch driver module is connected with the dynamic assembly of door lock and drives this dynamic component movement according to drive singal;
The mobile phone terminal radio receiving transmitting module that smart mobile phone comprises microprocessor and is connected with microprocessor data, database, display module and/or sounding module, smart lock module, wherein: mobile phone terminal radio receiving transmitting module is used for the data transmit-receive between door lock internal layer, database is for storing the fingerprint and password authentication information of registering in advance, the prompting message that display module sends over for showing door lock internal layer, sounding module is used for the prompting message sended over voice mode sign door lock internal layer, smart lock module comprises deciphering module, password authentication module, fingerprint identification module and lock control module, deciphering module is used for the fingerprint of encryption that sends door lock internal layer and password is decrypted process, password authentication module is verified the password that door lock internal layer sends based on the password authentication information stored in database, fingerprint identification module carries out identification checking based on the fingerprint identifier stored in database to the fingerprint that door lock internal layer sends, the result that lock control module is passed through based on fingerprint identification module and password authentication module simultaneous verification sends enabling control signal, otherwise do not send enabling control signal.
Further, described prompting message for based on described camera gather the reminder message of video image.
Further, after receiving described reminder message, send authentication request via described mobile phone terminal radio receiving transmitting module to described door lock internal layer by an input keyboard input signal of described smart mobile phone.
Further, described door lock skin also comprises a sounding module, with the signal receiving module data cube computation of described door lock internal layer, transfer to described sounding module by signal receiving module after described door lock internal layer receives described authentication request, sounding module carries out fingerprint and Password Input with voice mode prompting.
Further, this smart mobile phone electronic door lock system also comprises a smoke alarm, its output terminal is connected with described camera, and this smoke alarm is used for inductive pick-up smoke signal and judges whether breaking out of fire, and the judged result based on breaking out of fire exports and triggers the startup of described camera.
Further, this smart mobile phone electronic door lock system also comprises a burglar alarm, and its output terminal is connected with described camera and exports based on anti-theft signal and triggers this camera and start.
According to improvement of the present invention, another aspect of the present invention also proposes a kind of smart mobile phone electronic lock implementation method, comprises the following steps:
Step 1, start a camera based on outer triggering signal, gather video image;
Step 2, send based on the reminder message of video image to smart mobile phone;
Step 3, confirm described reminder message, request authentication;
Step 4, input fingerprint and password, and encryption;
Step 5, by encryption after fingerprint and password be sent to smart mobile phone;
Step 6, to encryption after fingerprint and password be decrypted process;
Step 7, the fingerprint obtained step 6 according to the fingerprint of registering in advance in a database and password authentication information and password carry out verification process;
Step 8, all passing through based on fingerprint authentication and password authentification, send enabling control signal; And
Step 9, drive the dynamic component movement of door lock based on described enabling control signal, thus unlock.
Further, in described step 1, outer triggering signal derives from one of the following: doorbell triggering, burglar alarm and smoke alarm.
Further, described step 3, comprises and checks video image and confirm, then send authentication request.
Further, described step 4, its realization comprises the following steps:
1) with voice mode prompting input fingerprint and password;
2) fingerprint and password is inputted; And
3) fingerprint inputted and password are encrypted.
From the above technical solution of the present invention shows that, the implementation method of smart mobile phone electronic door lock system provided by the present invention and smart mobile phone electronic lock, integrate monitoring, password identification, biological characteristic authentication, Based Intelligent Control, a kind of safe electronic lock can be realized easily and safely, and due to authentication and control end be positioned on smart mobile phone, and be arranged in door lock during authentication in conventional art or door body, easily cracked then and there by lawless person, and scheme provided by the present invention can overcome this problem.In the solution of the present invention, be also provided with the response to emergency, such as, in fire, theft situation, on-the-spot situation can be seen in real time by burglar alarm and fire-alarm, thus control to open the door.
Accompanying drawing explanation
Fig. 1 is the module diagram of one embodiment of the invention smart mobile phone electronic door lock system.
Fig. 2 is the schematic diagram of an illustrative embodiments of smart lock module in Fig. 1 embodiment.
Fig. 3 is the module diagram of another embodiment smart mobile phone electronic door lock system of invention.
Fig. 4 is the module diagram inventing another embodiment smart mobile phone electronic door lock system.
Fig. 5 is the schematic flow sheet of the implementation method of one embodiment of the invention smart mobile phone electronic lock.
The schematic flow sheet of the embodiment that Fig. 6 is method shown in Fig. 5.
Fig. 7 is the schematic flow sheet of another embodiment of method shown in Fig. 5.
Embodiment
In order to more understand technology contents of the present invention, institute's accompanying drawings is coordinated to be described as follows especially exemplified by specific embodiment.
Fig. 1 is the module signal of one embodiment of the invention smart mobile phone electronic door lock system, wherein, smart mobile phone electronic door lock system, comprise door lock skin 100, door lock internal layer 200, smart mobile phone 300 and camera 400, door lock outer 100 and camera 400 are arranged on the outside of door, door lock internal layer 200 is arranged on the inside of door, and camera 400 is connected with door lock internal layer 200 by data line (not shown).
As shown in Figure 1, door lock skin 100 comprises fingerprint receiver 101, PIN PAD 102 and sound receiver 103, wherein: fingerprint receiver 101 is for receiving fingerprint input; PIN PAD 102 is for receiving Password Input; Sound receiver 103 is for receiving the sound signal input of doorbell, and its output terminal is connected with camera 400, and the input based on described sound signal triggers camera 400 and starts, thus gathers video image; The output of fingerprint receiver 101, PIN PAD 102 and door lock internal layer 200 data cube computation.
As optional embodiment, fingerprint receiver 101 is a fingerprint collecting equipment, includes but not limited to optical fingerprint collector, heat-sensitive type fingerprint capturer, biological RF fingerprint collector.PIN PAD 200 is chosen as a keyboard.Sound receiver 103, such as, be configured to a recording module.
As preferred embodiment, as shown in Figure 1, door lock internal layer also comprises a sounding module 104, with door lock internal layer 200 data cube computation, for inputting password and fingerprint with voice mode prompting.This sounding module 104 can be such as loudspeaker.
As shown in Figure 1, door lock internal layer 200 comprises signal receiving module 201, encrypting module 202, radio receiving transmitting module 203, lock-switch control module 204 and lock-switch driver module 205.
Signal receiving module 201 and described fingerprint receiver 101, PIN PAD 102 and camera 400 data cube computation.
Encrypting module 202 is connected with described signal receiving module 201, for by fingerprint receiver 101, PIN PAD 102 input fingerprint and password be encrypted.This encryption can adopt conventional cryptographic fashion of the prior art, and the mode such as splitting or combine, is only at this encrypted transmission providing authorization information, therefore repeats no more encryption technology in the present embodiment.
Radio receiving transmitting module 203 is connected with signal receiving module 202, mutual for the data transmit-receive between smart mobile phone 300.This radio receiving transmitting module is preferably a Wifi module.
Lock-switch control module 204 is connected with radio receiving transmitting module 203, and the enabling control signal for sending according to smart mobile phone 300 sends drive singal to lock-switch driver module 205.
The dynamic assembly of lock-switch driver module 205 and door lock (not shown, to be arranged in a body for telescopically action thus to realize opening the door and locking a door) is connected, and drives this dynamic component movement according to aforementioned drive singal, thus realization is unblanked.
As shown in Figure 1, smart mobile phone 300 comprise microprocessor 301 and with the mobile phone terminal radio receiving transmitting module 302 of microprocessor 301 data cube computation, database 303, smart lock module 304, display module 305 and/or sounding module 307, load module 306.Load module 306 can be a cell phone keyboard.
Mobile phone terminal radio receiving transmitting module 302 is mutual for the data transmit-receive between smart mobile phone 300 and door lock internal layer 200.One in the optional Wifi module of mobile phone terminal radio receiving transmitting module 302,3G module.
Database 303 is for storing the fingerprint and password authentication information of registering in advance.Can be my fingerprint of registration and password authentication information, also register other people fingerprint and password authentication information, like this, when old man can not use smart mobile phone or not carry smart mobile phone at home, also can open the door easily and safely.
The prompting message that display module 305 sends over for showing door lock internal layer 200, the prompting message of sounding module 307 for sending over voice mode prompting (namely characterizing) door lock internal layer 200.
After receiving described reminder message, send authentication request via mobile phone terminal radio receiving transmitting module 302 to door lock internal layer 200 by smart mobile phone 300 input signal.
As optional embodiment, display module 305 is a LED or LCD display.Be preferably touch screen, such load module 306 and display module 305 accessible site one, load module 306 is formed as the dummy keyboard of an expression on touch screen.
Sounding module 307 is preferably a loudspeaker.
As shown in Figure 2, smart lock module 304 comprises deciphering module 304a, fingerprint identification module 304b, password authentication module 304c and lock control module 304d.
Deciphering module 304a is used for the fingerprint of encryption that sends door lock internal layer 200 and password is decrypted process.As previously mentioned, the encrypting and decrypting in the present embodiment all uses conventional means of the prior art, also repeats no more at this.
Fingerprint identification module 304b carries out identification checking based on the fingerprint identifier stored in database 303 to the fingerprint that door lock internal layer sends.
Password authentication module 304c verifies the password that door lock internal layer sends based on the password authentication information stored in database 303.
The result that lock control module 304d passes through based on fingerprint identification module 304b and password authentication module 304c simultaneous verification sends enabling control signal, otherwise does not send enabling control signal.In the present embodiment, adopt double verification, thus improve the security of electronic lock.
As previously mentioned, in the present embodiment, described prompting message by based on described camera 400 the reminder message of collection video image.
Figure 3 shows that the model calling signal of another embodiment smart mobile phone electronic door lock system of the present invention, wherein identical with Fig. 1 embodiment parts and function thereof, adopt label identical in above-mentioned Fig. 1 embodiment, repeat no more in the present embodiment.
In the present embodiment, smart mobile phone electronic door lock system also comprises a smoke alarm 500, its output terminal is connected with described camera 400, this smoke alarm 500 is for inductive pick-up smoke signal and judge whether breaking out of fire, judged result based on breaking out of fire exports the described camera 400 of triggering and starts, and gathers real-time video image.
Figure 4 shows that the model calling signal of the present invention's another embodiment smart mobile phone electronic door lock system, wherein identical with Fig. 1 embodiment parts and function thereof, adopt label identical in above-mentioned Fig. 1 embodiment, also repeat no more in the present embodiment.
In the present embodiment, smart mobile phone electronic door lock system also comprises a burglar alarm 600, and its output terminal is connected with described camera 400, and starts based on this camera 400 of anti-theft signal output triggering, gathers real-time video image.
Certainly, in the embodiment of alternative, can also say that smoke alarm 500 in above-mentioned Fig. 4 and Fig. 5 and burglar alarm 600 combine use.
Figure 5 shows that the process flow diagram of the implementation method of one embodiment of the invention smart mobile phone electronic lock, wherein, a kind of smart mobile phone electronic lock implementation method, comprises the following steps:
Step 1, start a camera based on outer triggering signal, gather video image (the step S10 namely in Fig. 5);
Step 2, send based on the reminder message (the step S11 namely in Fig. 5) of video image to smart mobile phone;
Step 3, confirm described reminder message, request authentication (the step S12 namely in Fig. 5);
Step 4, input fingerprint and password, and encryption (the step S13 namely in Fig. 5);
Step 5, by encryption after fingerprint and password be sent to smart mobile phone (the step S14 namely in Fig. 5);
Step 6, to encryption after fingerprint and password be decrypted process (the step S15 namely in Fig. 5);
Step 7, the fingerprint obtained step 6 according to the fingerprint of registering in advance in a database and password authentication information and password carry out verification process (the step S16 namely in Fig. 5);
Step 8, all passing through based on fingerprint authentication and password authentification, send enabling control signal (the step S17 namely in Fig. 5); And
Step 9, drive the dynamic component movement (the step S18 namely in Fig. 5) of door lock based on described enabling control signal, thus unblock.
As previously mentioned, in described step 1, outer triggering signal can derive from one of the following: doorbell triggering, burglar alarm and smoke alarm.
As optional embodiment, described step 3, comprises and checks video image and confirm, then send authentication request.
As optional embodiment, described step 4, its realization comprises the following steps:
1) with voice mode prompting input fingerprint and password;
2) fingerprint and password is inputted; And
3) fingerprint inputted and password are encrypted.
The schematic flow sheet of the embodiment that Fig. 6 is method shown in Fig. 5.Wherein, this flow process starts from step S101, and in step S101, whether monitoring doorbell triggers.If triggered, then enter step S102, otherwise continue monitoring.
In step S102, start camera, gather real-time video image.After step s 102, step S103 is entered.
In step S103, receiver, video image also sends alerting signal based on video image to smart mobile phone.Then, step S104 is entered.
In step S104, smart mobile phone receives reminder message, after confirming video image, sends authentication request.Then step S105 is entered.
In step S105, door lock internal layer receives authentication request and is forwarded to door lock skin.Then step S106 is entered.
In step S106, door lock skin prompting input fingerprint and password.Then, step S107. is entered
In step S107, input password and fingerprint by the outer field PIN PAD of door lock and fingerprint receiver, and transfer to door lock internal layer.Then, step S108 is entered.
In step S108, the fingerprint of input and password are encrypted, then by the fingerprint after encryption and password transmission to smart mobile phone.Then, step S109 is entered.
In step S109, be decrypted process.Then, step S110 is entered.
In step S100, the authentication information according to typing in advance in database is verified fingerprint and password.Then, step S111 is entered.
In step S111, all pass through based on the result, i.e. fingerprint and password authentification, send enabling and control signal to door lock internal layer.Then, step S112 is entered.
In step S112, door lock internal layer receives aforementioned enabling control signal, and drives the dynamic component movement of door lock based on this enabling control signal, realizes unlocking.
So far, the flow process of present embodiment terminates.
Fig. 7 is the schematic flow sheet of another embodiment of method shown in Fig. 5, wherein, this flow process starts from step S201, in step S201, whether there is generation emergency in monitoring man, such as, steal, then burglar alarm exports anti-theft signal, or such as smoke alarm may have occurred fire in detecting and getting home, then smoke alarm exports fire alarm signal, certainly not as restriction.If monitor generation emergency, then enter step S202, otherwise continue monitoring.
In step S202, start camera, gather real-time video image, accordingly, as mentioned above, the video image stolen such as, occurs, the vision signal etc. of breaking out of fire in family in family.After step S202, enter step S203.
In step S203, receiver, video image also sends alerting signal based on video image to smart mobile phone.Then, step S204 is entered.
In step S204, smart mobile phone receives reminder message, after confirming video image, sends authentication request.Then step S205 is entered.
In step S205, door lock internal layer receives authentication request and is forwarded to door lock skin.Then step S206 is entered.
In step S206, door lock skin prompting input fingerprint and password.Then, step S207. is entered
In step S207, input password and fingerprint by the outer field PIN PAD of door lock and fingerprint receiver, and transfer to door lock internal layer.Then, step S208 is entered.
In step S208, the fingerprint of input and password are encrypted, then by the fingerprint after encryption and password transmission to smart mobile phone.Then, step S209 is entered.
In step S209, be decrypted process.Then, step S110 is entered.
In step S200, the authentication information according to typing in advance in database is verified fingerprint and password.Then, step S111 is entered.
In step S111, all pass through based on the result, i.e. fingerprint and password authentification, send enabling and control signal to door lock internal layer.Then, step S112 is entered.
In step S112, door lock internal layer receives aforementioned enabling control signal, and drives the dynamic component movement of door lock based on this enabling control signal, realizes unlocking.
So far, the flow process of present embodiment terminates.
In sum, the implementation method of smart mobile phone electronic door lock system provided by the invention and smart mobile phone electronic lock, compared with prior art, it has following remarkable advantage:
1, expand cell-phone function, make life more intelligent, for the daily miscellaneous busy life of people is provided convenience.
2, in time having emergency (such as fire, theft etc.), homeowners can go and find out what's going on, and takes appropriate measures.
3, when there being household to forget, band key is gone home, and when unmanned in family, can be entered house safely by cell phone intelligent door lock by door.
4, when there being guest visiting or have emergency notice, owner can not facilitate when going timely to open the door, and cell phone intelligent is locked can opening easily door safety.
Although the present invention with preferred embodiment disclose as above, so itself and be not used to limit the present invention.Persond having ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope of the present invention, when being used for a variety of modifications and variations.Therefore, protection scope of the present invention is when being as the criterion depending on those as defined in claim.
Claims (10)
1. a smart mobile phone electronic door lock system, is characterized in that, comprises door lock skin, door lock internal layer, camera and smart mobile phone, door lock skin and camera are arranged on the outside of door, door lock internal layer is arranged on the inside of door, and camera is connected with door lock internal layer by data line, wherein:
Door lock skin comprises fingerprint receiver, PIN PAD and sound receiver, wherein: fingerprint receiver is for receiving fingerprint input; PIN PAD is for receiving Password Input; Sound receiver is for receiving the sound signal input of doorbell, and its output terminal is connected with camera, and the input based on described sound signal triggers camera and starts; The output of fingerprint receiver, PIN PAD and door lock internal layer data cube computation;
Door lock internal layer comprises signal receiving module, encrypting module, radio receiving transmitting module, lock-switch control module and lock-switch driver module, wherein: signal receiving module and described fingerprint receiver, PIN PAD and camera data cube computation; Encrypting module is connected with described signal receiving module, and this encrypting module is used for being encrypted fingerprint and password; Radio receiving transmitting module is connected with signal receiving module, and this radio receiving transmitting module is used for the data transmit-receive between door lock internal layer and smart mobile phone; The enabling control signal that lock-switch control module is used for sending according to smart mobile phone sends drive singal to lock-switch driver module; Lock-switch driver module is connected with the dynamic assembly of door lock and drives this dynamic component movement according to drive singal;
The mobile phone terminal radio receiving transmitting module that smart mobile phone comprises microprocessor and is connected with microprocessor data, database, display module and/or sounding module, smart lock module, wherein: mobile phone terminal radio receiving transmitting module is used for the data transmit-receive between smart mobile phone and door lock internal layer, database is for storing the fingerprint and password authentication information of registering in advance, the prompting message that display module sends over for showing door lock internal layer, sounding module is used for the prompting message sended over voice mode sign door lock internal layer, smart lock module comprises deciphering module, password authentication module, fingerprint identification module and lock control module, deciphering module is used for the fingerprint of encryption that sends door lock internal layer and password is decrypted process, password authentication module is verified the password that door lock internal layer sends based on the password authentication information stored in database, fingerprint identification module carries out identification checking based on the fingerprint identifier stored in database to the fingerprint that door lock internal layer sends, the result that lock control module is passed through based on fingerprint identification module and password authentication module simultaneous verification sends enabling control signal, otherwise do not send enabling control signal.
2. smart mobile phone electronic door lock system according to claim 1, is characterized in that, described prompting message for based on described camera gather the reminder message of video image.
3. smart mobile phone electronic door lock system according to claim 1, it is characterized in that, after receiving described reminder message, send authentication request via described mobile phone terminal radio receiving transmitting module to described door lock internal layer by an input keyboard input signal of described smart mobile phone.
4. smart mobile phone electronic door lock system according to claim 3, it is characterized in that, described door lock skin also comprises a sounding module, with the signal receiving module data cube computation of described door lock internal layer, transfer to described sounding module by signal receiving module after described door lock internal layer receives described authentication request, sounding module carries out fingerprint and Password Input with voice mode prompting.
5. smart mobile phone electronic door lock system according to claim 1, it is characterized in that, this smart mobile phone electronic door lock system also comprises a smoke alarm, its output terminal is connected with described camera, this smoke alarm is used for inductive pick-up smoke signal and judges whether breaking out of fire, and the judged result based on breaking out of fire exports and triggers the startup of described camera.
6. smart mobile phone electronic door lock system according to claim 3, is characterized in that, this smart mobile phone electronic door lock system also comprises a burglar alarm, and its output terminal is connected with described camera and exports based on anti-theft signal and triggers this camera and start.
7. a smart mobile phone electronic lock implementation method, is characterized in that, comprises the following steps:
Step 1, start a camera based on outer triggering signal, gather video image;
Step 2, send based on the reminder message of video image to smart mobile phone;
Step 3, confirm described reminder message, request authentication;
Step 4, input fingerprint and password, and encryption;
Step 5, by encryption after fingerprint and password be sent to smart mobile phone;
Step 6, to encryption after fingerprint and password be decrypted process;
Step 7, the fingerprint obtained step 6 according to the fingerprint of registering in advance in a database and password authentication information and password carry out verification process;
Step 8, all passing through based on fingerprint authentication and password authentification, send enabling control signal; And
Step 9, drive the dynamic component movement of door lock based on described enabling control signal, thus unlock.
8. smart mobile phone electronic lock implementation method according to claim 7, it is characterized in that, in described step 1, outer triggering signal derives from one of the following: doorbell triggering, burglar alarm and smoke alarm.
9. smart mobile phone electronic lock implementation method according to claim 7, is characterized in that described step 3 comprises and checks video image and confirm, then sends authentication request.
10. smart mobile phone electronic lock implementation method according to claim 7, is characterized in that, described step 4, and its realization comprises the following steps:
1) with voice mode prompting input fingerprint and password;
2) fingerprint and password is inputted; And
3) fingerprint inputted and password are encrypted.
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| CN111814125A (en) * | 2019-04-12 | 2020-10-23 | 奇酷互联网络科技（深圳）有限公司 | Terminal unlocking method, processing terminal and storage device |
| CN111651742A (en) * | 2020-04-29 | 2020-09-11 | 华为技术有限公司 | Method, electronic equipment and system for verifying user identity |
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| KR101249811B1 (en) * | 2012-11-26 | 2013-04-05 | 김선욱 | Home dore-lock system working by remote control and method for excuting the system |
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| CN101702248A (en) * | 2009-01-16 | 2010-05-05 | 肖凡 | Fingerprint gate lock monitored by portable mobile phone and management system thereof |
| CN103021045A (en) * | 2011-09-25 | 2013-04-03 | 边高伟 | Intelligent entrance guard system for mobile terminal user verification |
| CN202810384U (en) * | 2012-10-10 | 2013-03-20 | 方子祥 | Physical union intelligent anti-theft security door lock |
| CN103276978A (en) * | 2013-06-06 | 2013-09-04 | 合肥天智科技发展有限公司 | NFC-based (near field communication-based) intelligent control management terminal |
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