CN104299299A - Unlocking and locking method for infrared/NFC based security intelligent lock system - Google Patents
Unlocking and locking method for infrared/NFC based security intelligent lock system Download PDFInfo
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- CN104299299A CN104299299A CN201410443120.9A CN201410443120A CN104299299A CN 104299299 A CN104299299 A CN 104299299A CN 201410443120 A CN201410443120 A CN 201410443120A CN 104299299 A CN104299299 A CN 104299299A
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Abstract
The invention discloses an unlocking and locking method for an infrared/NFC based security intelligent lock system. The security intelligent lock system includes a lock head, a key, a handheld terminal and a main station. The handheld terminal is in communication connection with the main station, the key is connected to the handheld terminal through an infrared/NFC communication module, the key is in communication connection with the lock head, and the handheld terminal is equipped with a software module. Through command sending of the handheld terminal and multi-verification during transmission of information between the lock head, the handheld terminal and the main station, secure unlocking of the lock head is realized. Due to adoption of the overall management and information storage functions of the communication network and the main station, effective recording and management of the unlocking and locking operation object, operation staff, operation time and other related information can be realized, and the key has a small volume.
Description
Technical field
The present invention relates to unblanking and closing locking method of a kind of safety intelligent lock system based on infrared/NFC.
Background technology
(1), after opening operation order at present electric system, the concrete operations object of field personnel, running time cannot be grasped, complete after or Obj State (object comprises metering cabinet, transformation cabinet etc.) After Hours;
(2) current five anti-lockly easily to be pried open, and high expensive, volume is larger.
(3) the many and complex management of the corresponding key of common lock, key has by the risk used by mistake after losing.
Summary of the invention
The invention provides unblanking and closing locking method of a kind of safety intelligent lock system based on infrared/NFC, which overcome the deficiencies in the prior art described in background technology.
One of the present invention's technical scheme adopted solving its technical matters is:
Based on the method for unlocking of infrared safety intelligent lock system, intelligent lock system comprises tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key is provided with the first infrared communication module and second communication module, handheld terminal is provided with the second infrared communication module, this handheld terminal communicates to connect this main website, handheld terminal is set up infrared communication by the second infrared communication module with the first infrared communication module with key and is connected, key and tapered end are established a communications link by this first communication module and second communication module, this handheld terminal is provided with software module, this software module supports user to log in and order sends,
Its step of unblanking comprises:
Step 11, user signs in main website according to account and password by handheld terminal software module;
Step 12, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 13, if login failure, handheld terminal prompting logs in failure;
Step 13, handheld terminal is by infrared generation bind command;
Step 14, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up infrared communication and be connected, and continue execution step 15, otherwise handheld terminal points out connection failure;
Step 15, handheld terminal application is unblanked;
Step 16, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 17 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 17, tapered end is according to the secret key decryption IP stored and port number information;
Step 18, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 19, otherwise handheld terminal prompting error message;
Step 19, main website sends to tapered end after being encrypted in lock address and current time;
Step 20, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs unlocking action, if decipher unsuccessfully, handheld terminal prompting error message.
Among one embodiment: its step of unblanking also comprises step 21, after performing unlocking action, this tapered end judges to unblank success or not, and the relative recording shut also is uploaded to main website by the result and handheld terminal prompting is unblanked.
The present invention solves two of the technical scheme adopted of its technical matters:
Based on the pass locking method of infrared safety intelligent lock system, based on the method for unlocking based on infrared safety intelligent lock system one of scheme Suo Shu, it comprises:
Step 31, user signs in main website according to account and password by handheld terminal software module;
Step 32, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 33, if login failure, handheld terminal prompting logs in failure;
Step 33, handheld terminal is by infrared generation bind command;
Step 34, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up infrared communication and be connected, and continue execution step 35, otherwise handheld terminal points out connection failure;
Step 35, handheld terminal shuts to main website application;
Step 36, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 37 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 37, tapered end is according to the secret key decryption IP stored and port number information;
Step 38, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message;
Step 39, main website sends to tapered end after being encrypted in lock address and current time;
Step 40, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs and shuts action, if decipher unsuccessfully, handheld terminal prompting error message.
Among one embodiment: it shuts step and also comprises step 41, perform after shutting action, this tapered end judges to shut success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
The present invention solves three of the technical scheme adopted of its technical matters:
Based on the method for unlocking of the safety intelligent lock system of NFC, intelligent lock system comprises tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key is provided with the first NFC communication module and second communication module, handheld terminal is provided with the second NFC communication module, this handheld terminal communicates to connect this main website, handheld terminal is set up NFC communication by the second NFC communication module with the first NFC communication module with key and is connected, key and tapered end are established a communications link by this first communication module and second communication module, this handheld terminal is provided with software module, this software module supports user to log in and order sends,
Its step of unblanking comprises:
Step 51, user signs in main website according to account and password by handheld terminal software module;
Step 52, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 53, if login failure, handheld terminal prompting logs in failure;
Step 53, there is bind command by NFC in handheld terminal;
Step 54, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up NFC communication and be connected, and continue execution step 55, otherwise handheld terminal points out connection failure;
Step 55, handheld terminal application is unblanked;
Step 56, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 57 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 57, tapered end is according to the secret key decryption IP stored and port number information;
Step 58, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 59, otherwise handheld terminal prompting error message;
Step 59, main website sends to tapered end after being encrypted in lock address and current time;
Step 60, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs unlocking action, if decipher unsuccessfully, handheld terminal prompting error message.
Among one embodiment: its step of unblanking also comprises step 61, after performing unlocking action, this tapered end judges to unblank success or not, and the relative recording shut also is uploaded to main website by the result and handheld terminal prompting is unblanked.
The present invention solves four of the technical scheme adopted of its technical matters:
Based on the pass locking method of the safety intelligent lock system of NFC, based on claim scheme three described in the method for unlocking of the safety intelligent lock system based on NFC, comprising:
Step 71, user signs in main website according to account and password by handheld terminal software module;
Step 72, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 73, if login failure, handheld terminal prompting logs in failure;
Step 73, there is bind command by NFC in handheld terminal;
Step 74, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up NFC communication and be connected, and continue execution step 75, otherwise handheld terminal points out connection failure;
Step 75, handheld terminal shuts to main website application;
Step 76, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 77 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 77, tapered end is according to the secret key decryption IP stored and port number information;
Step 78, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message;
Step 79, main website sends to tapered end after being encrypted in lock address and current time;
Step 80, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs and shuts action, if decipher unsuccessfully, handheld terminal prompting error message.
Among one embodiment: it shuts step and also comprises step 81, perform after shutting action, this tapered end judges to shut success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
Among one embodiment: the information transmitted between main website and tapered end all needs transmit after secret key encryption and by this key, enciphered message is deciphered reduction after information arrives main website or tapered end, the same key for information encryption and deciphering is all stored in described tapered end and main website, described key is dynamic key, and dynamic key is automatically upgraded by main website and produces and be handed down to tapered end to obtain synchronized update.
Among one embodiment: described tapered end adopts software approach to carry out information encryption and deciphering.
Among one embodiment: described tapered end is also provided with hardware encryption module, tapered end carries out information encryption and deciphering by this hardware encryption module.
Among one embodiment: described key also comprises the power management module for powering to tapered end, key electricity connects tapered end.
Among one embodiment: described first communication module and second communication module are all serial communication modular.
The technical program is compared with background technology, and its tool has the following advantages:
1, intelligent lock system comprises tapered end, key, handheld terminal and main website, this handheld terminal communicates to connect this main website, handheld terminal and key are set up infrared communication and are connected, key and tapered end establish a communications link, this handheld terminal is provided with software module, and this software module supports user to log in and order sends; Multiple-authentication when being transmitted between tapered end, handheld terminal, main website by the order transmission of handheld terminal and information achieves the securely unlocking of tapered end, owing to have employed overall management, the information storage function of communication network and main website, achieve split, effective record of the relevant information such as operand, operating personnel, running time of shutting and management, the key volume of this system is little simultaneously.
2, intelligent lock system comprises tapered end, key, handheld terminal and main website, this handheld terminal communicates to connect this main website, handheld terminal and key are set up NFC communication and are connected, key and tapered end establish a communications link, this handheld terminal is provided with software module, and this software module supports user to log in and order sends; Multiple-authentication when being transmitted between tapered end, handheld terminal, main website by the order transmission of handheld terminal and information achieves the securely unlocking of tapered end, owing to have employed overall management, the information storage function of communication network and main website, achieve split, effective record of the relevant information such as operand, operating personnel, running time of shutting and management, the key volume of this system is little simultaneously.
3, described key also comprises the power management module for powering to tapered end, when needing unblank to tapered end and shut action, key is inserted tapered end and provides working power to tapered end; Such guarantee tapered end is uncharged when not working, and avoids the charged destruction being subject to high-voltage electric power system of tapered end.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 depicts the entire block diagram based on infrared safety intelligent lock system.
Fig. 2 depicts the entire block diagram of the safety intelligent lock system based on NFC.
Fig. 3 depicts the process flow diagram of unblanking of the safety intelligent lock system based on infrared/NFC.
Fig. 4 depict based on infrared/NFC safety intelligent lock system shut process flow diagram.
Embodiment
Please refer to Fig. 1, intelligent lock system comprises tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key is provided with the first infrared communication module and second communication module, handheld terminal is provided with the second infrared communication module, this handheld terminal communicates to connect this main website, handheld terminal is set up infrared communication by the second infrared communication module with the first infrared communication module with key and is connected, and key and tapered end are established a communications link by this first communication module and second communication module.In another preferred embodiment, please refer to Fig. 2, intelligent lock system comprises tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key is provided with the first NFC communication module and second communication module, handheld terminal is provided with the second NFC communication module, this handheld terminal communicates to connect this main website, handheld terminal is set up NFC communication by the second NFC communication module with the first NFC communication module with key and is connected, and key and tapered end are established a communications link by this first communication module and second communication module.Wherein, NFC (Near Field Communication) is wireless near field communication, is a kind of short-range high frequency wireless communication technology.
In the present embodiment, this first communication module and second communication module are serial communication modular, and this handheld terminal is provided with software module, and this software module supports user to log in and order sends; This software module is one for logging in the APP application software of this safety intelligent lock system, and this handheld terminal is the intelligent terminal movably with communication function, comprises mobile phone, panel computer or notebook computer etc.
This tapered end also comprises dead bolt driver module, memory module, MCU control module connects the second bluetooth communication, second communication module, dead bolt driver module and memory module, and MCU control unit controls the coordinated operation of each module in tapered end and controls dead bolt driver module to drive dead bolt action according to order.
This key also comprises the power management module for powering to tapered end, and key electricity connects tapered end, when unblanking and shut action, key is inserted tapered end and provides working power to tapered end; Such guarantee tapered end is uncharged when not working, and avoids tapered end capacitor to be vulnerable to the risk of power high voltage electric system destruction.
Please refer to Fig. 3, handheld terminal in figure is for mobile phone, method for unlocking based on infrared safety intelligent lock system is applied in electric system, after the login account obtaining operation order from power system management person before operation and obtain software module and password, unblank according to following step of unblanking:
Step 11, user signs in main website according to account and password by handheld terminal software module;
Step 12, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 13, if login failure, handheld terminal prompting logs in failure;
Step 13, handheld terminal is by infrared generation bind command;
Step 14, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up infrared communication and be connected, and continue execution step 15, otherwise handheld terminal points out connection failure;
Step 15, handheld terminal application is unblanked;
Step 16, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 17 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 17, tapered end is according to the secret key decryption IP stored and port number information;
Step 18, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 19, otherwise handheld terminal prompting error message;
Step 19, main website sends to tapered end after being encrypted in lock address and current time;
Step 20, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs unlocking action, if decipher unsuccessfully, handheld terminal prompting error message.
Step 21, after performing unlocking action, this tapered end judges to unblank success or not, and the relative recording shut also is uploaded to main website by the result and handheld terminal prompting is unblanked.Retain relative recording, check history can be carried out by main website, the information such as the operand shut, operating personnel, Obj State, running time are effectively recorded and managed.
Please refer to Fig. 4, the handheld terminal in figure for mobile phone, the corresponding above-mentioned method for unlocking based on infrared safety intelligent lock, the pass locking method based on infrared safety intelligent lock system comprises the following steps:
Step 31, user signs in main website according to account and password by handheld terminal software module;
Step 32, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 33, if login failure, handheld terminal prompting logs in failure;
Step 33, handheld terminal is by infrared generation bind command;
Step 34, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up infrared communication and be connected, and continue execution step 35, otherwise handheld terminal points out connection failure;
Step 35, handheld terminal shuts to main website application;
Step 36, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 37 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 37, tapered end is according to the secret key decryption IP stored and port number information;
Step 38, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message;
Step 39, main website sends to tapered end after being encrypted in lock address and current time;
Step 40, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs and shuts action, if decipher unsuccessfully, handheld terminal prompting error message.
Step 41, performs after shutting action, and this tapered end judges to shut success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
In another preferred embodiment, please refer to Fig. 3 and Fig. 4, based on the unblanking and close in locking method of safety intelligent lock of NFC, its step to unblank with to close locking method similar based on infrared safety intelligent lock, just script handheld terminal is connected with the infrared communication of key and replaces with NFC communication and connect.
The information transmitted between main website and tapered end all needs transmit after secret key encryption and by this key, enciphered message is deciphered reduction after information arrives main website or tapered end, the same key for information encryption and deciphering is all stored in described tapered end and main website, this key is dynamic key, and dynamic key is automatically upgraded by main website and produces and be handed down to tapered end to obtain synchronized update.
In one better embodiment, this tapered end adopts software approach to carry out information encryption and deciphering, and in another better embodiment, this tapered end is also provided with hardware encryption module, and tapered end carries out information encryption and deciphering by this hardware encryption module.
In order to increase the security of this safety intelligent lock system and improve management system, different accounts can be arranged to different authorities, authority can be provided with administrator right, responsible consumer authority and normal user permission, keeper has all authorities, comprises management responsible consumer and domestic consumer, unblanks, shuts, arranges main website IP etc.; Responsible consumer authority comprises unblanks, shuts, arranges main website IP etc.; Domestic consumer only has search access right.Further, when logging in, its password is issued immediately by keeper when opening operation order, and namely no matter whether account is identical, and the password that logs in when at every turn logging in is different at every turn.
The above, be only present pre-ferred embodiments, therefore can not limit scope of the invention process according to this, the equivalence change namely done according to the scope of the claims of the present invention and description with modify, all should still belong in scope that the present invention contains.
Claims (13)
1. based on the method for unlocking of infrared safety intelligent lock system, it is characterized in that: intelligent lock system comprises tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key is provided with the first infrared communication module and second communication module, handheld terminal is provided with the second infrared communication module, this handheld terminal communicates to connect this main website, handheld terminal is set up infrared communication by the second infrared communication module with the first infrared communication module with key and is connected, key and tapered end are established a communications link by this first communication module and second communication module, this handheld terminal is provided with software module, this software module supports user to log in and order sends,
Its step of unblanking comprises:
Step 11, user signs in main website according to account and password by handheld terminal software module;
Step 12, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 13, if login failure, handheld terminal prompting logs in failure;
Step 13, handheld terminal is by infrared generation bind command;
Step 14, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up infrared communication and be connected, and continue execution step 15, otherwise handheld terminal points out connection failure;
Step 15, handheld terminal application is unblanked;
Step 16, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 17 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 17, tapered end is according to the secret key decryption IP stored and port number information;
Step 18, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 19, otherwise handheld terminal prompting error message;
Step 19, main website sends to tapered end after being encrypted in lock address and current time;
Step 20, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs unlocking action, if decipher unsuccessfully, handheld terminal prompting error message.
2. the method for unlocking based on infrared safety intelligent lock system according to claim 1, it is characterized in that: its step of unblanking also comprises step 21, after performing unlocking action, this tapered end judges to unblank success or not, and the relative recording shut also is uploaded to main website by the result and handheld terminal prompting is unblanked.
3., based on the pass locking method of infrared safety intelligent lock system, based on the method for unlocking based on infrared safety intelligent lock system described in claim 1 or 2, it is characterized in that: comprising:
Step 31, user signs in main website according to account and password by handheld terminal software module;
Step 32, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 33, if login failure, handheld terminal prompting logs in failure;
Step 33, handheld terminal is by infrared generation bind command;
Step 34, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up infrared communication and be connected, and continue execution step 35, otherwise handheld terminal points out connection failure;
Step 35, handheld terminal shuts to main website application;
Step 36, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 37 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 37, tapered end is according to the secret key decryption IP stored and port number information;
Step 38, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message;
Step 39, main website sends to tapered end after being encrypted in lock address and current time;
Step 40, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs and shuts action, if decipher unsuccessfully, handheld terminal prompting error message.
4. the pass locking method based on infrared safety intelligent lock system according to claim 3, it is characterized in that: it shuts step and also comprises step 41, after execution shuts action, this tapered end judges to shut success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
5. based on the method for unlocking of the safety intelligent lock system of NFC, it is characterized in that: intelligent lock system comprises tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key is provided with the first NFC communication module and second communication module, handheld terminal is provided with the second NFC communication module, this handheld terminal communicates to connect this main website, handheld terminal is set up NFC communication by the second NFC communication module with the first NFC communication module with key and is connected, key and tapered end are established a communications link by this first communication module and second communication module, this handheld terminal is provided with software module, this software module supports user to log in and order sends,
Its step of unblanking comprises:
Step 51, user signs in main website according to account and password by handheld terminal software module;
Step 52, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 53, if login failure, handheld terminal prompting logs in failure;
Step 53, there is bind command by NFC in handheld terminal;
Step 54, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up NFC communication and be connected, and continue execution step 55, otherwise handheld terminal points out connection failure;
Step 55, handheld terminal application is unblanked;
Step 56, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 57 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 57, tapered end is according to the secret key decryption IP stored and port number information;
Step 58, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 59, otherwise handheld terminal prompting error message;
Step 59, main website sends to tapered end after being encrypted in lock address and current time;
Step 60, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs unlocking action, if decipher unsuccessfully, handheld terminal prompting error message.
6. the method for unlocking of the safety intelligent lock system based on NFC according to claim 5, it is characterized in that: its step of unblanking also comprises step 61, after performing unlocking action, this tapered end judges to unblank success or not, and the relative recording shut also is uploaded to main website by the result and handheld terminal prompting is unblanked.
7., based on the pass locking method of the safety intelligent lock system of NFC, based on the method for unlocking of the safety intelligent lock system based on NFC described in claim 5 or 6, it is characterized in that: comprising:
Step 71, user signs in main website according to account and password by handheld terminal software module;
Step 72, main website checking login name and password, if be proved to be successful, then handheld terminal logs in successfully and performs step 73, if login failure, handheld terminal prompting logs in failure;
Step 73, there is bind command by NFC in handheld terminal;
Step 74, tapered end judges that this bind command is whether correct, if correctly, then handheld terminal and key are set up NFC communication and be connected, and continue execution step 75, otherwise handheld terminal points out connection failure;
Step 75, handheld terminal shuts to main website application;
Step 76, main website authentication of users authority, if be proved to be successful, the main website IP after encryption and port number information are handed down to tapered end and perform step 77 by handheld terminal, if authentication failed, handheld terminal prompting lack of competence;
Step 77, tapered end is according to the secret key decryption IP stored and port number information;
Step 78, whether the IP that tapered end checking handheld terminal issues and port numbers and itself store consistent, if unanimously, then tapered end returns confirmation to main website and performs step 79, otherwise handheld terminal prompting error message;
Step 79, main website sends to tapered end after being encrypted in lock address and current time;
Step 80, tapered end is decrypted according to the key stored, if successful decryption, then tapered end performs and shuts action, if decipher unsuccessfully, handheld terminal prompting error message.
8. the pass locking method of the safety intelligent lock system based on NFC according to claim 7, it is characterized in that: it shuts step and also comprises step 81, after execution shuts action, this tapered end judges to shut success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
9. the pass locking method of the method for unlocking of the method for unlocking based on infrared safety intelligent lock system according to claim 1 and 2 or the pass locking method based on infrared safety intelligent lock system according to claim 3 or 4 or the safety intelligent lock system based on NFC according to claim 5 or 6 or the safety intelligent lock system based on NFC according to claim 7 or 8, it is characterized in that: the information transmitted between main website and tapered end all needs transmit after secret key encryption and by this key, enciphered message is deciphered reduction after information arrives main website or tapered end, the same key for information encryption and deciphering is all stored in described tapered end and main website, described key is dynamic key, dynamic key is automatically upgraded by main website and produces and be handed down to tapered end to obtain synchronized update.
10. the pass locking method of the method for unlocking of the method for unlocking based on infrared safety intelligent lock system according to claim 1 and 2 or the pass locking method based on infrared safety intelligent lock system according to claim 3 or 4 or the safety intelligent lock system based on NFC according to claim 5 or 6 or the safety intelligent lock system based on NFC according to claim 7 or 8, is characterized in that: described tapered end adopts software approach to carry out information encryption and deciphering.
The pass locking method of 11. method for unlocking based on infrared safety intelligent lock system according to claim 1 and 2 or the method for unlocking of the pass locking method based on infrared safety intelligent lock system according to claim 3 or 4 or the safety intelligent lock system based on NFC according to claim 5 or 6 or the safety intelligent lock system based on NFC according to claim 7 or 8, it is characterized in that: described tapered end is also provided with hardware encryption module, tapered end carries out information encryption and deciphering by this hardware encryption module.
The pass locking method of 12. method for unlocking based on infrared safety intelligent lock system according to claim 1 and 2 or the method for unlocking of the pass locking method based on infrared safety intelligent lock system according to claim 3 or 4 or the safety intelligent lock system based on NFC according to claim 5 or 6 or the safety intelligent lock system based on NFC according to claim 7 or 8, it is characterized in that: described key also comprises the power management module for powering to tapered end, key electricity connects tapered end.
The pass locking method of 13. method for unlocking based on infrared safety intelligent lock system according to claim 1 and 2 or the method for unlocking of the pass locking method based on infrared safety intelligent lock system according to claim 3 or 4 or the safety intelligent lock system based on NFC according to claim 5 or 6 or the safety intelligent lock system based on NFC according to claim 7 or 8, is characterized in that: described first communication module and second communication module are all serial communication modular.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410443120.9A CN104299299B (en) | 2014-09-02 | 2014-09-02 | The unblanking and close locking method of safety intelligent lock system based on infrared/NFC |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410443120.9A CN104299299B (en) | 2014-09-02 | 2014-09-02 | The unblanking and close locking method of safety intelligent lock system based on infrared/NFC |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104299299A true CN104299299A (en) | 2015-01-21 |
| CN104299299B CN104299299B (en) | 2016-11-23 |
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| CN105182032A (en) * | 2015-10-24 | 2015-12-23 | 广东电网有限责任公司汕头供电局 | Intelligent management system for electric meter box |
| CN105184936A (en) * | 2015-10-23 | 2015-12-23 | 成都博盛信息技术有限公司 | NFC-based entrance guard device |
| CN106384412A (en) * | 2016-09-30 | 2017-02-08 | 国网浙江省电力公司宁波供电公司 | Wireless lockset system and unlocking method |
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| CN104299299B (en) | 2016-11-23 |
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