CN104299299B - The unblanking and close locking method of safety intelligent lock system based on infrared/NFC - Google Patents
The unblanking and close locking method of safety intelligent lock system based on infrared/NFC Download PDFInfo
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- CN104299299B CN104299299B CN201410443120.9A CN201410443120A CN104299299B CN 104299299 B CN104299299 B CN 104299299B CN 201410443120 A CN201410443120 A CN 201410443120A CN 104299299 B CN104299299 B CN 104299299B
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Abstract
The invention discloses unblanking and closing locking method of a kind of safety intelligent lock system based on infrared/NFC, safety intelligent lock system includes tapered end, key, handheld terminal and main website, this handheld terminal communicates to connect this main website, key connects handheld terminal by infrared/NFC communication module, key communication connection tapered end, this handheld terminal is provided with software module；Multiple-authentication when ordering transmission and information to be transmitted between tapered end, handheld terminal, main website by handheld terminal achieves the securely unlocking of tapered end；Owing to have employed the overall management of communication network and main website, information storage function, it is achieved that the effective of the relevant informations such as object, operator, operating time that operate split, that shut records and management；Key volume is little.
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 operation order being opened at present power system, it is impossible to grasp field personnel concrete operations object,
Operating time, complete after or Obj State (object includes metering cabinet, transformation cabinet etc.) After Hours；
(2) current five anti-lock easily pried open, and high expensive, volume is bigger.
(3) common lock correspondence key is many and complex management, and key has the risk by mistake used 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, its gram
The deficiencies in the prior art described in background technology are taken.
One of present invention technical scheme used solving its technical problem is:
Method for unlocking based on infrared safety intelligent lock system, intelligent lock system includes tapered end, key, hand-held
Terminal and main website, tapered end is provided with MCU control module and first communication module, and key is provided with the first infrared communication mould
Block and second communication module, handheld terminal is provided with the second infrared communication module, and this handheld terminal communicates to connect this master
Standing, handheld terminal and key set up infrared communication even by the second infrared communication module and the first infrared communication module
Connecing, key sets up communication connection, this handheld terminal with tapered end by this first communication module and second communication module
Being provided with software module, this software module supports user to log in and order sends；
Its step of unblanking includes:
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 being 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 the most correct, if correctly, then handheld terminal and key are set up red
Outer communication connection, and continue executing with step 15, otherwise, handheld terminal prompting connection failure；
Step 15, handheld terminal application is unblanked；
Step 16, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 17, if authentication failed, handheld terminal prompting lack of competence；
Step 17, tapered end is according to secret key decryption IP stored and port number information；
Step 18, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 19, otherwise handheld terminal prompting error message；
Step 19, main website is sent 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 to unblank to move
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Among one embodiment: its step of unblanking also includes step 21, after performing unlocking action, this tapered end judges to open
Lock success or not, and handheld terminal is pointed out and unblanked result and the relative recording shut is uploaded to main website.
The present invention solves the two of the technical scheme used of its technical problem:
Pass locking method based on infrared safety intelligent lock system, based on one of scheme Suo Shu based on infrared peace
The method for unlocking of full intelligent lock system, it includes:
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 being 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 the most correct, if correctly, then handheld terminal and key are set up red
Outer communication connection, and continue executing with step 35, otherwise, handheld terminal prompting connection failure；
Step 35, handheld terminal shuts to main website application；
Step 36, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 37, if authentication failed, handheld terminal prompting lack of competence；
Step 37, tapered end is according to secret key decryption IP stored and port number information；
Step 38, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message；
Step 39, main website is sent 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 execution shuts dynamic
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Among one embodiment: it shuts step and also includes step 41, after performing to shut action, this tapered end judges to close
Lock success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
The present invention solves the three of the technical scheme used of its technical problem:
The method for unlocking of safety intelligent lock system based on NFC, intelligent lock system includes tapered end, key, hand-held
Terminal and main website, tapered end is provided with MCU control module and first communication module, and key is provided with the first NFC communication mould
Block and second communication module, handheld terminal is provided with the second NFC communication module, and this handheld terminal communicates to connect this master
Standing, handheld terminal and key set up NFC communication even by the second NFC communication module and the first NFC communication module
Connecing, key sets up communication connection, this handheld terminal with tapered end by this first communication module and second communication module
Being provided with software module, this software module supports user to log in and order sends；
Its step of unblanking includes:
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 being 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 the most correct, if correctly, then NFC set up by handheld terminal and key
Communication connection, and continue executing with step 55, otherwise, handheld terminal prompting connection failure；
Step 55, handheld terminal application is unblanked；
Step 56, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 57, if authentication failed, handheld terminal prompting lack of competence；
Step 57, tapered end is according to secret key decryption IP stored and port number information；
Step 58, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 59, otherwise handheld terminal prompting error message；
Step 59, main website is sent 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 to unblank to move
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Among one embodiment: its step of unblanking also includes step 61, after performing unlocking action, this tapered end judges to open
Lock success or not, and handheld terminal is pointed out and unblanked result and the relative recording shut is uploaded to main website.
The present invention solves the four of the technical scheme used of its technical problem:
The pass locking method of safety intelligent lock system based on NFC, described in based on claim scheme three based on
The method for unlocking of the safety intelligent lock system of NFC, including:
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 being 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 the most correct, if correctly, then NFC set up by handheld terminal and key
Communication connection, and continue executing with step 75, otherwise, handheld terminal prompting connection failure；
Step 75, handheld terminal shuts to main website application；
Step 76, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 77, if authentication failed, handheld terminal prompting lack of competence；
Step 77, tapered end is according to secret key decryption IP stored and port number information；
Step 78, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message；
Step 79, main website is sent 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 execution shuts dynamic
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Among one embodiment: it shuts step and also includes step 81, after performing to shut action, this tapered end judges to close
Lock success or not, and handheld terminal prompting shuts result, and the relative recording shut is uploaded to main website.
Among one embodiment: between main website and tapered end, the information of transmission all needs to transmit after key is encrypted and at letter
Breath will be added confidential information deciphering reduction by this key after arriving main website or tapered end, all store in described tapered end and main website
For information encryption and the same key of deciphering, described key is dynamic key, and dynamic key is by main website the most more
Newly generated and be handed down to tapered end to obtain synchronized update.
Among one embodiment: described tapered end uses software approach to carry out information encryption and deciphering.
Among one embodiment: described tapered end is additionally provided with hardware encryption module, tapered end is entered by this hardware encryption module
The encryption of row information and deciphering.
Among one embodiment: described key also includes that the power management module for powering to tapered end, key electricity connect
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 it has the advantage that
1, intelligent lock system includes tapered end, key, handheld terminal and main website, and this handheld terminal communicates to connect this master
Standing, handheld terminal and key are set up infrared communication and are connected, and key sets up communication connection, this handheld terminal with tapered end
Being provided with software module, this software module supports user to log in and order sends；By the order of handheld terminal
Multiple-authentication when transmission and information are transmitted between tapered end, handheld terminal, main website achieves the safety open of tapered end
Lock, owing to have employed the overall management of communication network and main website, information storage function, it is achieved that split, shut
The effectively record of the operation relevant information such as object, operator, operating time and management, this system simultaneously
Key volume is little.
2, intelligent lock system includes tapered end, key, handheld terminal and main website, and this handheld terminal communicates to connect this master
Standing, handheld terminal and key are set up NFC communication and are connected, and key sets up communication connection, this handheld terminal with tapered end
Being provided with software module, this software module supports user to log in and order sends；By the order of handheld terminal
Multiple-authentication when transmission and information are transmitted between tapered end, handheld terminal, main website achieves the safety open of tapered end
Lock, owing to have employed the overall management of communication network and main website, information storage function, it is achieved that split, shut
The effectively record of the operation relevant information such as object, operator, operating time and management, this system simultaneously
Key volume is little.
3, described key also includes the power management module for powering to tapered end, need tapered end is unblanked and
When shutting action, insert a key into tapered end and provide working power to tapered end；So ensure that when tapered end does not works be not
Charged, it is to avoid tapered end is charged to be destroyed by high-voltage electric power system.
Accompanying drawing explanation
The invention will be further described with embodiment below in conjunction with the accompanying drawings.
Fig. 1 depicts entire block diagram based on infrared safety intelligent lock system.
Fig. 2 depicts the entire block diagram of safety intelligent lock system based on NFC.
Fig. 3 depicts the flow chart of unblanking of safety intelligent lock system based on infrared/NFC.
What Fig. 4 depicted safety intelligent lock system based on infrared/NFC shuts flow chart.
Detailed description of the invention
Refer to Fig. 1, intelligent lock system includes tapered end, key, handheld terminal and main website, and 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, hand-held end
End is provided with the second infrared communication module, and this handheld terminal communicates to connect this main website, handheld terminal and key by the
Two infrared communication module and the first infrared communication module are set up infrared communication and are connected, key and tapered end by this first
Communication module and second communication module set up communication connection.In another preferred embodiment, refer to Fig. 2, intelligence
Lock system includes tapered end, key, handheld terminal and main website, and tapered end is provided with MCU control module and communicates with first mould
Block, key is provided with the first NFC communication module and second communication module, and handheld terminal is provided with the second NFC communication mould
Block, this handheld terminal communicates to connect this main website, handheld terminal and key by the second NFC communication module and first
NFC communication module is set up NFC communication and is connected, and key and tapered end are communicated mould by this first communication module and second
Block sets up communication connection.Wherein, NFC (Near Field Communication) is wireless near field communication,
It it 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, this handheld terminal
Being provided with software module, this software module supports user to log in and order sends；This software module be one for
Logging in the APP application software of this safety intelligent lock system, this handheld terminal is movably to have communication function
Intelligent terminal, including mobile phone, panel computer or notebook computer etc..
This tapered end also includes that dead bolt drives module, memory module, and MCU control module connects the second Bluetooth communication mould
Block, second communication module, dead bolt drive module and memory module, and MCU control unit controls each mould in tapered end
The coordinated operation of block and control dead bolt according to order and drive module to drive dead bolt action.
This key also includes that the power management module for powering to tapered end, key electricity connect tapered end, unblanks and shuts
During action, insert a key into tapered end and provide working power to tapered end；So ensure that when tapered end does not works be not charged
, it is to avoid tapered end capacitor is vulnerable to the risk that power high voltage power system destroys.
Refer to Fig. 3, the handheld terminal in figure, as a example by mobile phone, based on infrared safety intelligent lock system is opened
Locking method is applied in power system, obtains operation order and obtain software before operation from power system management person
After the login account of 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 being 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 the most correct, if correctly, then handheld terminal and key are set up red
Outer communication connection, and continue executing with step 15, otherwise, handheld terminal prompting connection failure；
Step 15, handheld terminal application is unblanked；
Step 16, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 17, if authentication failed, handheld terminal prompting lack of competence；
Step 17, tapered end is according to secret key decryption IP stored and port number information；
Step 18, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 19, otherwise handheld terminal prompting error message；
Step 19, main website is sent 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 to unblank to move
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Step 21, performs after unlocking action, and this tapered end judges to unblank success or not, and handheld terminal prompting is unblanked
The relative recording shut also is uploaded to main website by result.Retain relative recording, in order to can be gone through by main website
History is checked, carries out the information such as the operation object shut, operator, Obj State, operating time effectively
Record and management.
Refer to Fig. 4, the handheld terminal in figure is as a example by mobile phone, corresponding above-mentioned based on infrared safety intelligent lock
Method for unlocking, 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 being 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 the most correct, if correctly, then handheld terminal and key are set up red
Outer communication connection, and continue executing with step 35, otherwise, handheld terminal prompting connection failure；
Step 35, handheld terminal shuts to main website application；
Step 36, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 37, if authentication failed, handheld terminal prompting lack of competence；
Step 37, tapered end is according to secret key decryption IP stored and port number information；
Step 38, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message；
Step 39, main website is sent 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 execution shuts dynamic
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Step 41, after performing to shut action, this tapered end judges to shut success or not, and handheld terminal prompting shuts
As a result, and by the relative recording shut it is uploaded to main website.
In another preferred embodiment, refer to Fig. 3 and Fig. 4, the unblanking and closing of safety intelligent lock based on NFC
In locking method, its step is unblanked to based on infrared safety intelligent lock and to close locking method similar, simply will be originally
Handheld terminal be connected with the infrared communication of key replace with NFC communication connect.
Between main website and tapered end, the information of transmission all needs transmit after key is encrypted and arrive main website or lock in information
After Tou by this key will add confidential information deciphering reduction, described tapered end and main website all stores for information encryption with
The same key of deciphering, this key is dynamic key, and dynamic key is automatically updated generation by main website and is handed down to lock
Head is to obtain synchronized update.
In one preferred embodiment, this tapered end uses software approach to carry out information encryption and deciphering, and another is the most real
Executing in scheme, this tapered end is additionally provided with hardware encryption module, and tapered end carries out information encryption by this hardware encryption module
And deciphering.
In order to increase the safety of this safety intelligent lock system and improve management system, can be by different accounts
Being arranged to different authorities, authority can be provided with administrator right, responsible consumer authority and normal user permission, pipe
Reason person has all permissions, including management responsible consumer and domestic consumer, unblanks, shuts, arranges main website IP
Deng；Responsible consumer authority includes unblanking, shuts, arranges main website IP etc.；Domestic consumer only has search access right.
Further, when logging in, its password is issued immediately by manager when opening operation order every time, the most no matter account whether phase
With, the password that logs in when every time logging in is different.
The above, only present pre-ferred embodiments, therefore the scope that the present invention implements can not be limited according to this,
The equivalence change i.e. made according to the scope of the claims of the present invention and description and modification, all should still belong to the present invention and contain
In the range of.
Claims (28)
1. method for unlocking based on infrared safety intelligent lock system, it is characterised in that: intelligent lock system includes lock
Head, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, and key sets
Having the first infrared communication module and second communication module, handheld terminal is provided with the second infrared communication module, and this is hand-held
Terminal communication connects this main website, handheld terminal and key by the second infrared communication module and the first infrared communication mould
Block is set up infrared communication and is connected, and key is communicated by this first communication module and second communication module foundation with tapered end
Connecting, this handheld terminal is provided with software module, and this software module supports user to log in and order sends；
Its step of unblanking includes:
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 being 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 the most correct, if correctly, then handheld terminal and key are set up red
Outer communication connection, and continue executing with step 15, otherwise, handheld terminal prompting connection failure；
Step 15, handheld terminal application is unblanked；
Step 16, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 17, if authentication failed, handheld terminal prompting lack of competence；
Step 17, tapered end is according to secret key decryption IP stored and port number information；
Step 18, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 19, otherwise handheld terminal prompting error message；
Step 19, main website is sent 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 to unblank to move
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Method for unlocking based on infrared safety intelligent lock system the most according to claim 1, its feature exists
Also including step 21 in: its step of unblanking, after performing unlocking action, this tapered end judges to unblank success or not, and
Handheld terminal is pointed out and is unblanked result and the relative recording shut is uploaded to main website.
Method for unlocking based on infrared safety intelligent lock system the most according to claim 1 and 2, it is special
Levy and be: between main website and tapered end, the information of transmission all needs transmit after key is encrypted and arrive main website in information
Or confidential information deciphering reduction will be added by this key after tapered end, described tapered end and main website all store and has added for information
Close and deciphering same key, described key is dynamic key, dynamic key by main website automatically update generation and under
Issue tapered end to obtain synchronized update.
Method for unlocking based on infrared safety intelligent lock system the most according to claim 1 and 2, it is special
Levy and be: described tapered end uses software approach to carry out information encryption and deciphering.
Method for unlocking based on infrared safety intelligent lock system the most according to claim 1 and 2, it is special
Levying and be: described tapered end is additionally provided with hardware encryption module, tapered end carries out information encryption by this hardware encryption module
And deciphering.
Method for unlocking based on infrared safety intelligent lock system the most according to claim 1 and 2, it is special
Levy and be: described key also includes that the power management module for powering to tapered end, key electricity connect tapered end.
Method for unlocking based on infrared safety intelligent lock system the most according to claim 1 and 2, it is special
Levy and be: described first communication module and second communication module are all serial communication modular.
8. pass locking method based on infrared safety intelligent lock system, based on described in claim 1 or 2 based on
The method for unlocking of infrared safety intelligent lock system, it is characterised in that: including:
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 being 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 the most correct, if correctly, then handheld terminal and key are set up red
Outer communication connection, and continue executing with step 35, otherwise, handheld terminal prompting connection failure；
Step 35, handheld terminal shuts to main website application；
Step 36, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 37, if authentication failed, handheld terminal prompting lack of competence；
Step 37, tapered end is according to secret key decryption IP stored and port number information；
Step 38, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 39, otherwise handheld terminal prompting error message；
Step 39, main website is sent 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 execution shuts dynamic
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
Pass locking method based on infrared safety intelligent lock system the most according to claim 8, its feature exists
In: it shuts step and also includes step 41, and after performing to shut 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.
Pass locking method based on infrared safety intelligent lock system the most according to claim 8 or claim 9, its
It is characterised by: between main website and tapered end, the information of transmission all needs to transmit after key is encrypted and arrive in information main
Stand or confidential information deciphering reduction will be added by this key after tapered end, described tapered end and main website have all stored for information
Encryption and the same key of deciphering, described key is dynamic key, and dynamic key is automatically updated generation also by main website
It is handed down to tapered end to obtain synchronized update.
11. pass locking methods based on infrared safety intelligent lock system according to claim 8 or claim 9, its
It is characterised by: described tapered end uses software approach to carry out information encryption and deciphering.
12. pass locking methods based on infrared safety intelligent lock system according to claim 8 or claim 9, its
Being characterised by: described tapered end is additionally provided with hardware encryption module, tapered end carries out information by this hardware encryption module and adds
Close and deciphering.
13. pass locking methods based on infrared safety intelligent lock system according to claim 8 or claim 9, its
It is characterised by: described key also includes that the power management module for powering to tapered end, key electricity connect tapered end.
14. pass locking methods based on infrared safety intelligent lock system according to claim 8 or claim 9, its
It is characterised by: described first communication module and second communication module are all serial communication modular.
The method for unlocking of 15. safety intelligent lock systems based on NFC, it is characterised in that: intelligent lock system includes
Tapered end, key, handheld terminal and main website, tapered end is provided with MCU control module and first communication module, key
Being provided with the first NFC communication module and second communication module, handheld terminal is provided with the second NFC communication module, should
Handheld terminal communicates to connect this main website, handheld terminal and key by the second NFC communication module and a NFC
Communication module is set up NFC communication and is connected, and key is built by this first communication module and second communication module with tapered end
Vertical communication connection, this handheld terminal is provided with software module, and this software module supports user to log in and order is sent out
Send；
Its step of unblanking includes:
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 being 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 the most correct, if correctly, then handheld terminal is set up with key
NFC communication connects, and continues executing with step 55, otherwise, and handheld terminal prompting connection failure；
Step 55, handheld terminal application is unblanked；
Step 56, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 57, if authentication failed, handheld terminal prompting lack of competence；
Step 57, tapered end is according to secret key decryption IP stored and port number information；
Step 58, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 59, otherwise handheld terminal prompting error message；
Step 59, main website is sent 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 to unblank to move
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
The method for unlocking of 16. safety intelligent lock systems based on NFC according to claim 15, it is special
Levying and be: its step of unblanking also includes step 61, after performing unlocking action, this tapered end judges to unblank success or not,
And handheld terminal prompting unblanks result the relative recording shut is uploaded to main website.
17. according to the method for unlocking of the safety intelligent lock system based on NFC described in claim 15 or 16,
It is characterized in that: between main website and tapered end, the information of transmission all needs to transmit after key is encrypted and arrive in information
Confidential information deciphering reduction will be added by this key after main website or tapered end, described tapered end and main website will all have stored for believing
Encryption for information and the same key of deciphering, described key is dynamic key, and dynamic key is automatically updated generation by main website
And it is handed down to tapered end to obtain synchronized update.
18. according to the method for unlocking of the safety intelligent lock system based on NFC described in claim 15 or 16,
It is characterized in that: described tapered end uses software approach to carry out information encryption and deciphering.
19. according to the method for unlocking of the safety intelligent lock system based on NFC described in claim 15 or 16,
It is characterized in that: described tapered end is additionally provided with hardware encryption module, tapered end carries out information by this hardware encryption module
Encryption and deciphering.
20. according to the method for unlocking of the safety intelligent lock system based on NFC described in claim 15 or 16,
It is characterized in that: described key also includes that the power management module for powering to tapered end, key electricity connect tapered end.
21. according to the method for unlocking of the safety intelligent lock system based on NFC described in claim 15 or 16,
It is characterized in that: described first communication module and second communication module are all serial communication modular.
The pass locking method of 22. safety intelligent lock systems based on NFC, based on described in claim 15 or 16
The method for unlocking of safety intelligent lock system based on NFC, it is characterised in that: including:
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 being 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 the most correct, if correctly, then handheld terminal is set up with key
NFC communication connects, and continues executing with step 75, otherwise, and handheld terminal prompting connection failure；
Step 75, handheld terminal shuts to main website application；
Step 76, main website checking user right, if being proved to be successful, handheld terminal will encryption after main website IP and
Port number information is handed down to tapered end and performs step 77, if authentication failed, handheld terminal prompting lack of competence；
Step 77, tapered end is according to secret key decryption IP stored and port number information；
Step 78, the IP that tapered end checking handheld terminal issues is the most consistent with storage itself with port numbers, if
Unanimously, then tapered end returns confirmation to main website and performs step 79, otherwise handheld terminal prompting error message；
Step 79, main website is sent 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 execution shuts dynamic
Make, if deciphering unsuccessfully, handheld terminal prompting error message.
The pass locking method of 23. safety intelligent lock systems based on NFC according to claim 22, it is special
Levying and be: it shuts step and also includes step 81, after performing to shut 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.
24. according to the pass locking method of the safety intelligent lock system based on NFC described in claim 22 or 23,
It is characterized in that: between main website and tapered end, the information of transmission all needs to transmit after key is encrypted and arrive in information
Confidential information deciphering reduction will be added by this key after main website or tapered end, described tapered end and main website will all have stored for believing
Encryption for information and the same key of deciphering, described key is dynamic key, and dynamic key is automatically updated generation by main website
And it is handed down to tapered end to obtain synchronized update.
25. according to the pass locking method of the safety intelligent lock system based on NFC described in claim 22 or 23,
It is characterized in that: described tapered end uses software approach to carry out information encryption and deciphering.
26. according to the pass locking method of the safety intelligent lock system based on NFC described in claim 22 or 23,
It is characterized in that: described tapered end is additionally provided with hardware encryption module, tapered end carries out information by this hardware encryption module
Encryption and deciphering.
27. according to the pass locking method of the safety intelligent lock system based on NFC described in claim 22 or 23,
It is characterized in that: described key also includes that the power management module for powering to tapered end, key electricity connect tapered end.
28. according to the pass locking method of the safety intelligent lock system based on NFC described in claim 22 or 23,
It is characterized in that: described first communication module and second communication module are all serial communication modular.
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| 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 |
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| 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 |
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| CN104299299B true CN104299299B (en) | 2016-11-23 |
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Families Citing this family (3)
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| 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 |
| CN105182032B (en) * | 2015-10-24 | 2018-04-24 | 广东电网有限责任公司汕头供电局 | Electricity meter box intelligent management system |
| 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 |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102186056A (en) * | 2011-03-29 | 2011-09-14 | 河北师范大学 | Mobile phone remote control intelligent video monitoring system and monitoring method thereof |
| JP2014086744A (en) * | 2012-10-19 | 2014-05-12 | Azbil Corp | Facility management system and operation terminal |
| CN103903319A (en) * | 2014-02-10 | 2014-07-02 | 袁磊 | Electronic lock system based on internet dynamic authorization |
| CN103927809A (en) * | 2014-04-30 | 2014-07-16 | 常州市思索数码科技有限公司 | Intelligent electronic lock management system and method |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7071819B2 (en) * | 2001-07-05 | 2006-07-04 | Honda Giken Kogyo Kabushiki Kaisha | Remote control lock operation system for vehicles |
-
2014
- 2014-09-02 CN CN201410443120.9A patent/CN104299299B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102186056A (en) * | 2011-03-29 | 2011-09-14 | 河北师范大学 | Mobile phone remote control intelligent video monitoring system and monitoring method thereof |
| JP2014086744A (en) * | 2012-10-19 | 2014-05-12 | Azbil Corp | Facility management system and operation terminal |
| CN103903319A (en) * | 2014-02-10 | 2014-07-02 | 袁磊 | Electronic lock system based on internet dynamic authorization |
| CN103927809A (en) * | 2014-04-30 | 2014-07-16 | 常州市思索数码科技有限公司 | Intelligent electronic lock management system and method |
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