CN103927809A - Intelligent electronic lock management system and method - Google Patents
Intelligent electronic lock management system and method Download PDFInfo
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- CN103927809A CN103927809A CN201410182660.6A CN201410182660A CN103927809A CN 103927809 A CN103927809 A CN 103927809A CN 201410182660 A CN201410182660 A CN 201410182660A CN 103927809 A CN103927809 A CN 103927809A
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Abstract
The invention discloses an intelligent electronic lock management system and method. The intelligent electronic lock management system comprises an electronic lock and a background management server, wherein the electronic lock comprises a lock body, an electric control device in the lock body and a mobile communication device used as a key; the mobile communication device communicates with the background management server; the electric control device comprises a main control chip, a door lock motor driving module, a Bluetooth communication module and a motor; the output end of the main control chip is connected with the input end of the door lock motor driving module; the door lock motor driving module comprises a motor driving chip connected with the output end of the main control chip and a motor output interface connected with the output end of the motor driving chip; the output end of the motor output interface is connected with the motor for controlling a spring bolt of the lock body to rotate; the Bluetooth communication module comprises a Bluetooth chip and a Bluetooth interface; the Bluetooth interface is in bidirectional connection with the main control chip and the Bluetooth chip; the Bluetooth chip communicates with the mobile communication device. According to the intelligent electronic lock management system disclosed by the invention, the mobile communication device is used as the key for opening and closing the lock, so that no mechanical key is needed, the operation of a user is convenient, and the management is effective.
Description
Technical field
The present invention relates to a kind of smart electronics lock administration system and management method thereof.
Background technology
The equipment cabinet of a lot of outdoor uses, such as communications industry, the power industry equipment cabinet in outdoor setting, for fear of pilferage, is all equipped with lock.But what this all class cupboards was used at present is common mechanical lock, this will bring the problem of two aspects: 1, mechanical lock must coordinate a key, in general, a slip-stick artist is in charge of the equipment cabinet in a region, that just has much key, and in order to distinguish key and correctly to unblank, slip-stick artist will inevitably the expensive time, once and key loss, will affect the use of equipment cabinet.2, cannot supervise slip-stick artist, for it, when unblank when to shut, whether have the behavior of defalcating, how cannot monitor, finally pilferage event is to have generation, and equipment obligee is caused to very large loss.
Summary of the invention
First object of the present invention is to provide a kind of management, easy to operate of being convenient to, and can realize well the smart electronics lock administration system of monitoring.
The technical scheme that realizes first object of the present invention is a kind of smart electronics lock administration system, comprises electronic lock and back-stage management server; Described electronic lock comprises lock body, be arranged at electric control gear in lock body and as the mobile communication equipment of key; Described mobile communication equipment and back-stage management server communication; Described electric control gear comprises main control chip, door-lock motor driver module, bluetooth communication module and motor; The output terminal of described main control chip connects the input end of door lock motor drive module; Described door-lock motor driver module comprises the motor drive ic being connected with main control chip output terminal and the motor output interface being connected with the output terminal of motor drive ic; The output terminal of described motor output interface connects controls the motor that lock body dead bolt rotates; Described bluetooth communication module comprises Bluetooth chip and blue tooth interface; Described blue tooth interface is with main control chip and Bluetooth chip is two-way is connected; Described Bluetooth chip and mobile communication equipment communication.
Described electric control gear also comprises door lock state detection module; Described door lock state detection module comprises that a state-detection and lock status detect; Described door state-detection comprises a state detection sensor and door state input interface; Described door state detection sensor is arranged on door; The output terminal of the input end connection door state detection sensor of described door state input interface, its output terminal connects the input end of motor drive ic; Described lock status detects and comprises lock status detecting sensor and lock status input interface; Described lock status detecting sensor is arranged on to be locked; The input end of described lock status input interface connects the output terminal of lock status detecting sensor, and its output terminal connects the input end of motor drive ic.
Described intelligent electronic lock also comprises radio source transmitter; Described electric control gear also comprises radio source receiver module; Described radio source receiver module comprises radio source receiver and power input interface; Described radio source transmitter charges for radio source receiver by contacting with radio source receiver induction; The output terminal of described radio source receiver connects the input end of power input interface; The output terminal of described power input interface connects main control chip.
Second object of the present invention is to provide a kind of management method that can really realize the smart electronics lock administration system of Long-distance Control and management.
The technical scheme that realizes second object of the present invention is: a kind of management method of smart electronics lock administration system, comprises the following steps:
Step 1: operating personnel login on mobile communication equipment, data upload to back-stage management server is verified, if correctly, back-stage management server is passed to mobile communication equipment to inform operating personnel by the unlock request on the same day, then enters step 2.If incorrect, repeat this step;
Step 2: radio source transmitter is near radio source receiver, and radio source receiver produces 5V power supply, and power input interface is powered to electronic lock; Main control chip, bluetooth communication module and motor drive ic work on power;
Step 3: unblank: after mobile communication equipment and bluetooth communication module successful matching, mobile communication equipment, by bluetooth communication module and main control chip communication, sends read lock sequence number and unlock command; Main control chip is received the order of read lock sequence number, carries out electronic lock sequence number and reads, and send the order of lock sequence number to mobile communication equipment by bluetooth communication module; Each electronic lock sequence number is unique; Mobile communication equipment generates unlock command according to lock sequence number through computing, and sends to main control chip by bluetooth communication module; Main control chip receives after unlock command, checking legitimacy, as order legal, output drive signal is to motor drive ic, and motor drive ic rotates by motor output interface drive motor, carries out unlocking action, unblank in process, main control chip reads lock status by lock-switch state input interface, if detected, unblanks to put in place, stop motor rotation, unblank successfully, if within a period of time, can't detect all the time the signal that puts in place of unblanking, think and unblank unsuccessfully, and stop motor rotation; Main control chip sends to mobile communication equipment by the bluetooth communication module result of unblanking, and the mobile communication equipment result of unblanking is uploaded to back-stage management server; Back-stage management server starts to shut countdown, if do not shut yet action when shutting countdown and finish, produces and reports to the police.
Step 4: shut: mobile communication equipment, by bluetooth communication module and main control chip communication, sends read lock sequence number and shuts order, main control chip is received the order of read lock sequence number, carries out electronic lock sequence number and reads, and send the order of lock sequence number to mobile communication equipment by bluetooth communication module, each electronic lock sequence number is unique, mobile communication equipment generates and shuts order through computing according to lock sequence number, and sends to main control chip by bluetooth communication module, main control chip receives and shuts after order, as verify legal, carry out the action of closing the door, first, by door state input interface detecting gate state, if closing, door puts in place, output drive signal is to motor drive ic, motor drive ic rotates by motor output interface drive motor, execution shuts action, shut in process, main control chip reads lock status by lock-switch state input interface, if detect to shut, put in place, stop motor rotation, shut successfully, if within a period of time, all the time can't detect to shut and put in place, think and shut failure, and stop motor rotation, if it is not in place that door is closed, do not carry out the follow-up action that shuts, operation failure, main control chip will shut result by bluetooth communication module and send to mobile communication equipment, and mobile communication equipment will shut and be uploaded to back-stage management server.
In described step 3 and step 4, mobile communication equipment according to lock sequence number through computing generation unlock command with the method that shuts order is: 13 of electronic lock sequence number length, and every by forming character ' 0 '-' 9 '; Unlock command and shut and all comprise the encrypted characters string of sequence number after lower column operations in order: encrypted characters string yyyyyyyyyyyyy=" 9999999999999 " – sequence number.
Before unblanking, unblank after, all with mobile communication equipment opposite house, be locked into row after shutting and take pictures, and be uploaded to back-stage management server.
Adopted technique scheme, the present invention has following beneficial effect: (1) the present invention is by mobile communication equipment, such as the key of mobile phone as switch lock, by bluetooth and mobile communication, receive the order that mobile phone sends over, realize the switching function of door lock, therefore without being equipped with mechanical key, be user-friendly to, and can avoid unrelated person switch lock, theftproof performance is good.Mobile communication equipment and background server instant message, can realize monitoring management well to operating personnel's operating process simultaneously.
(2) the present invention is by arranging door lock state detection module, can detecting gate lock-switch action whether carry out and put in place, whether detecting gate puts in place simultaneously, and these information exchanges can be crossed to bluetooth and send to mobile phone, user can take measures in time, guarantees the safety of article in the correct switch of door lock and cabinet.
(3) the present invention produces from externally fed module the power supply that system works needs by wireless mode, and this intelligent electronic lock lock body our department can not arrange any power supply thus, has avoided the difficulty of winding displacement and the problems such as puzzlement of battery life.
(4) the present invention is by the self-defining algorithm of unblanking and shutting encrypted characters string, can guarantee that mobile communication equipment through system verification, unblanking and shutting action, has played good anti-theft feature.
(5) method of the present invention makes full use of the camera function that existing mobile communication equipment possesses, unblanking, after unblanking, after shutting, all take pictures and upload, the work of policer operation personnel's every day well that one side is conducive to back-stage management server, has further played antitheft effect on the other hand.
(6) intelligent electronic lock system of the present invention and its method can apply to the occasion that all kinds of needs are used lock, exemplary and highly versatile.
Accompanying drawing explanation
For content of the present invention is more easily expressly understood, according to specific embodiment also by reference to the accompanying drawings, the present invention is further detailed explanation, wherein below
Fig. 1 is theory diagram of the present invention.
Fig. 2 is the mutual block diagram of system data of the present invention.
Attached number in the figure is:
Mobile communication equipment 1, main control chip 2, door-lock motor driver module 3, motor drive ic 31, motor output interface 32, bluetooth communication module 4, Bluetooth chip 41, blue tooth interface 42, motor 5, door lock state detection module 6, door state detection sensor 61, door state input interface 62, lock status detecting sensor 63, lock status input interface 64, radio source transmitter 7, radio source receiver module 8, radio source receiver 81, power input interface 82, back-stage management server 9.
Embodiment
(embodiment 1)
See Fig. 1 and Fig. 2, a kind of smart electronics lock administration system of the present embodiment, comprises electronic lock and back-stage management server 9; Electronic lock comprises lock body, be arranged at electric control gear in lock body, as the mobile communication equipment 1 of key be the radio source transmitter 7 of electronic lock power supply.Mobile communication equipment 1 and back-stage management server 9 communications; Electric control gear comprises main control chip 2, door-lock motor driver module 3, bluetooth communication module 4, motor 5, door lock state detection module 6 and radio source receiver module 8.The output terminal of main control chip 2 connects the input end of door lock motor drive module 3; Door-lock motor driver module 3 comprises the motor drive ic 31 being connected with main control chip 2 output terminals and the motor output interface 32 being connected with the output terminal of motor drive ic 31; The output terminal of motor output interface 32 connects controls the motor 5 that lock body dead bolt rotates; Bluetooth communication module 4 comprises Bluetooth chip 41 and blue tooth interface 42; Blue tooth interface 42 is with main control chip 2 and Bluetooth chip 41 is two-way is connected; Bluetooth chip 41 and mobile communication equipment 1 communication.Door lock state detection module 6 comprises that a state-detection and lock status detect; Door state-detection comprises a state detection sensor 61 and door state input interface 62; Door state detection sensor 61 is arranged on door; The output terminal of the input end connection door state detection sensor 61 of door state input interface 62, its output terminal connects the input end of motor drive ic 31; Lock status detects and comprises lock status detecting sensor 63 and lock status input interface 64; Lock status detecting sensor 61 is arranged on to be locked; The input end of lock status input interface 64 connects the output terminal of lock status detecting sensor 63, and its output terminal connects the input end of motor drive ic 31.Radio source receiver module 8 comprises radio source receiver 81 and power input interface 82; Radio source transmitter 7 is by contacting with 81 inductions of radio source receiver as 81 chargings of radio source receiver; The output terminal of radio source receiver 81 connects the input end of power input interface 82; The output terminal of power input interface 82 connects main control chip 2.
The management method of native system is:
Step 1: operating personnel login on mobile communication equipment 1, data upload to back-stage management server 9 is verified, if correct back-stage management server 9 is passed to mobile communication equipment 1 to inform operating personnel by the unlock request on the same day, if meaningful in unlock request, operating personnel enter step 2, repeat this step if incorrect;
Step 2: radio source transmitter 7 is near radio source receiver 81, and radio source receiver 81 produces 5V power supply, and power input interface 82 is powered to electronic lock; Main control chip 2, bluetooth communication module 4 and motor drive ic 31 work on power;
Step 3: unblank: after mobile communication equipment 1 and bluetooth communication module 4 successful matchings, mobile communication equipment 1, by bluetooth communication module 4 and main control chip 2 communications, sends read lock sequence number and unlock command; Main control chip 2 is received the order of read lock sequence number, carries out electronic lock sequence number and reads, and send the order of lock sequence number to mobile communication equipment 1 by bluetooth communication module 4; Each electronic lock sequence number is unique; Mobile communication equipment 1 generates unlock command according to lock sequence number through computing, and sends to main control chip 2 by bluetooth communication module 4; Main control chip 2 receives after unlock command, checking legitimacy, as order legal, output drive signal is to motor drive ic 31, motor drive ic 31 is by 32 drive motor 5 rotations of motor output interface, carry out unlocking action, unblank in process, main control chip 2 reads lock status by lock-switch state input interface 63, if detected, unblanks to put in place, stop motor 5 rotations, unblank successfully, if within a period of time, can't detect all the time the signal that puts in place of unblanking, think and unblank unsuccessfully, and stop motor 5 rotations; Main control chip 2 sends to mobile communication equipment 1 by bluetooth communication module 4 result of unblanking, and mobile communication equipment 1 result of unblanking is uploaded to back-stage management server 9; Mobile communication equipment 1 result of unblanking is uploaded to after back-stage management server 9, and back-stage management server 9 starts to shut countdown, if do not shut yet action when shutting countdown and finish, produces and reports to the police.Can certainly be arranged on countdown and finish front time delay, but not guarantee the accuracy of monitoring, at most can time delay twice, each time delay half an hour.
Step 4: shut: mobile communication equipment 1, by bluetooth communication module 4 and main control chip 2 communications, sends read lock sequence number and shuts order, main control chip 2 is received the order of read lock sequence number, carries out electronic lock sequence number and reads, and send the order of lock sequence number to mobile communication equipment 1 by bluetooth communication module 4, each electronic lock sequence number is unique, mobile communication equipment 1 generates and shuts order through computing according to lock sequence number, and sends to main control chip 2 by bluetooth communication module 4, main control chip 2 receives and shuts after order, as verify legal, carry out the action of closing the door, first, by door state input interface 62 detecting gate states, if closing, door puts in place, output drive signal is to motor drive ic 31, motor drive ic 31 is by 32 drive motor 5 rotations of motor output interface, execution shuts action, shut in process, main control chip 2 reads lock status by lock-switch state input interface 63, if detect to shut, put in place, stop motor 5 rotations, shut successfully, if within a period of time, all the time can't detect to shut and put in place, think and shut failure, and stop motor rotation, if it is not in place that door is closed, do not carry out the follow-up action that shuts, operation failure.Main control chip 2 will shut result by bluetooth communication module 4 and send to mobile communication equipment 1, and mobile communication equipment 1 will shut and be uploaded to back-stage management server 9.
In described step 3 and step 4, mobile communication equipment 1 according to lock sequence number through computing generation unlock command with the method that shuts order is: 13 of electronic lock sequence number length, and every by forming character ' 0 '-' 9 '; Unlock command and shut and all comprise the encrypted characters string of sequence number after lower column operations in order: encrypted characters string yyyyyyyyyyyyy=" 9999999999999 " – sequence number.
For policer operation personnel better, guarantee the not damaged and theft of an interior article, before unblanking, unblank after, all with mobile communication equipment 1 opposite house, be locked into capable taking pictures after shutting, and be uploaded to back-stage management server 9.
Above-described specific embodiment; object of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a smart electronics lock administration system, comprises electronic lock and back-stage management server (9); It is characterized in that: described electronic lock comprises lock body, be arranged at electric control gear in lock body and as the mobile communication equipment (1) of key; Described mobile communication equipment (1) and back-stage management server (9) communication; Described electric control gear comprises main control chip (2), door-lock motor driver module (3), bluetooth communication module (4) and motor (5); The output terminal of described main control chip (2) connects the input end of door lock motor drive module (3); Described door-lock motor driver module (3) comprises the motor drive ic (31) being connected with main control chip (2) output terminal and the motor output interface (32) being connected with the output terminal of motor drive ic (31); The output terminal of described motor output interface (32) connects controls the motor (5) that lock body dead bolt rotates; Described bluetooth communication module (4) comprises Bluetooth chip (41) and blue tooth interface (42); Described blue tooth interface (42) and main control chip (2) and two-way connection of Bluetooth chip (41); Described Bluetooth chip (41) and mobile communication equipment (1) communication.
2. a kind of smart electronics lock administration system according to claim 1, is characterized in that: described electric control gear also comprises door lock state detection module (6); Described door lock state detection module (6) comprises that a state-detection and lock status detect; Described door state-detection comprises a state detection sensor (61) and door state input interface (62); Described door state detection sensor (61) is arranged on door; The output terminal of the input end connection door state detection sensor (61) of described door state input interface (62), its output terminal connects the input end of motor drive ic (31); Described lock status detects and comprises lock status detecting sensor (63) and lock status input interface (64); Described lock status detecting sensor (61) is arranged on to be locked; The input end of described lock status input interface (64) connects the output terminal of lock status detecting sensor (63), and its output terminal connects the input end of motor drive ic (31).
3. a kind of smart electronics lock administration system according to claim 2, is characterized in that: described intelligent electronic lock also comprises radio source transmitter (7); Described electric control gear also comprises radio source receiver module (8); Described radio source receiver module (8) comprises radio source receiver (81) and power input interface (82); Described radio source transmitter (7) is by contacting with radio source receiver (81) induction as radio source receiver (81) charging; The output terminal of described radio source receiver (81) connects the input end of power input interface (82); The output terminal of described power input interface (82) connects main control chip (2).
4. according to the management method of a kind of smart electronics lock administration system described in claim, it is characterized in that comprising the following steps:
Step 1: operating personnel are in the upper login of mobile communication equipment (1), and data upload to back-stage management server (9) is verified, if correctly enter step 2, repeats this step if incorrect;
Step 2: main control chip (2), bluetooth communication module (4) and motor drive ic (31) work on power;
Step 3: unblank: after mobile communication equipment (1) and bluetooth communication module (4) successful matching, mobile communication equipment (1), by bluetooth communication module (4) and main control chip (2) communication, sends read lock sequence number and unlock command; Main control chip (2) is received the order of read lock sequence number, carries out electronic lock sequence number and reads, and send the order of lock sequence number to mobile communication equipment (1) by bluetooth communication module (4); Each electronic lock sequence number is unique; Mobile communication equipment (1) generates unlock command according to lock sequence number through computing, and sends to main control chip (2) by bluetooth communication module (4); Main control chip (2) receives after unlock command, checking legitimacy, as order legally, unblank; Main control chip (2) sends to mobile communication equipment (1) by bluetooth communication module (4) result of unblanking, and mobile communication equipment (1) result of unblanking is uploaded to back-stage management server (9);
Step 4: shut: mobile communication equipment (1), by bluetooth communication module (4) and main control chip (2) communication, sends read lock sequence number and shuts order; Main control chip (2) is received the order of read lock sequence number, carries out electronic lock sequence number and reads, and send the order of lock sequence number to mobile communication equipment (1) by bluetooth communication module (4); Each electronic lock sequence number is unique; Mobile communication equipment (1) generates and shuts order through computing according to lock sequence number, and sends to main control chip (2) by bluetooth communication module (4); Main control chip (2) receives and shuts after order, checking legitimacy, as order legally, shut; Main control chip (2) will shut result by bluetooth communication module (4) and send to mobile communication equipment (1), and mobile communication equipment (1) will shut and be uploaded to back-stage management server (9).
5. the management method of a kind of smart electronics lock administration system according to claim 4, is characterized in that: described smart electronics lock administration system as claimed in claim 2;
In described step 3: main control chip (2) receives after unlock command, checking legitimacy, as order legal, output drive signal is to motor drive ic (31), motor drive ic (31) is by motor output interface (32) drive motor (5) rotation, carry out unlocking action, unblank in process, main control chip (2) reads lock status by lock-switch state input interface (63), if detected, unblank to put in place, stop motor (5) rotation, unblank successfully, if within a period of time, all the time can't detect the signal that puts in place of unblanking, think and unblank unsuccessfully, and stop motor (5) rotation,
In described step 4: main control chip (2) receives and shuts after order, as verify legal, carry out the action of closing the door, first, by door state input interface (62) detecting gate state, if closing, door puts in place, output drive signal is to motor drive ic (31), motor drive ic (31) is by motor output interface (32) drive motor (5) rotation, execution shuts action, shut in process, main control chip (2) reads lock status by lock-switch state input interface (63), if detect to shut, put in place, stop motor (5) rotation, shut successfully, if within a period of time, all the time can't detect to shut and put in place, think and shut failure, and stop motor rotation, if it is not in place that door is closed, do not carry out the follow-up action that shuts, operation failure.
6. the management method of a kind of smart electronics lock administration system according to claim 5, is characterized in that: described smart electronics lock administration system as claimed in claim 3;
In described step 2: radio source transmitter (7) is near radio source receiver (81), and radio source receiver (81) produces 5V power supply, and power input interface (82) is powered to electronic lock.
7. the management method of a kind of smart electronics lock administration system according to claim 6, it is characterized in that: mobile communication equipment in described step 3 and step 4 (1) generates unlock command according to lock sequence number through computing and with the method that shuts order is: 13 of electronic lock sequence number length, every by forming character ' 0 '-' 9 '; Unlock command and shut and all comprise the encrypted characters string of sequence number after lower column operations in order: encrypted characters string yyyyyyyyyyyyy=" 9999999999999 " – sequence number.
8. the management method of a kind of smart electronics lock administration system according to claim 7, it is characterized in that: before unblanking, unblank after, all use after shutting mobile communication equipment (1) opposite house to be locked into row to take pictures, and be uploaded to back-stage management server (9).
9. the management method of a kind of smart electronics lock administration system according to claim 8, it is characterized in that: in described step 3, mobile communication equipment (1) result of unblanking is uploaded to after back-stage management server (9), back-stage management server (9) starts to shut countdown, if do not shut yet action when shutting countdown and finish, produce and report to the police.
10. according to the management method of a kind of smart electronics lock administration system according to claim 9, it is characterized in that: in described step 1, in the upper login of mobile communication equipment (1), data upload to back-stage management server (9) is verified, if before correctly entering step 2, back-stage management server (9) is passed to mobile communication equipment (1) to inform operating personnel by the unlock request on the same day.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SE525104C2 (en) * | 2004-02-24 | 2004-11-30 | Tagmaster Ab | Identity authentication method for providing access to e.g. computers, uses central computer to compare ID code sent to device via mobile terminal with code received from this device |
| CN101661639A (en) * | 2009-09-11 | 2010-03-03 | 王远洲 | Method and system for controlling intelligent door lock |
| CN103295303A (en) * | 2013-06-20 | 2013-09-11 | 哈尔滨工业大学 | Bluetooth module based access control system and access control method thereof |
| CN103489245A (en) * | 2013-10-18 | 2014-01-01 | 苏州新大诚科技发展股份有限公司 | Passive smart lock system |
| CN103729926A (en) * | 2014-01-20 | 2014-04-16 | 陈万兴 | Bluetooth access control system based on remote authorization of intelligent terminal and control method thereof |
| CN203909868U (en) * | 2014-04-30 | 2014-10-29 | 常州市思索数码科技有限公司 | Intelligent electronic lock management system |
-
2014
- 2014-04-30 CN CN201410182660.6A patent/CN103927809B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SE525104C2 (en) * | 2004-02-24 | 2004-11-30 | Tagmaster Ab | Identity authentication method for providing access to e.g. computers, uses central computer to compare ID code sent to device via mobile terminal with code received from this device |
| CN101661639A (en) * | 2009-09-11 | 2010-03-03 | 王远洲 | Method and system for controlling intelligent door lock |
| CN103295303A (en) * | 2013-06-20 | 2013-09-11 | 哈尔滨工业大学 | Bluetooth module based access control system and access control method thereof |
| CN103489245A (en) * | 2013-10-18 | 2014-01-01 | 苏州新大诚科技发展股份有限公司 | Passive smart lock system |
| CN103729926A (en) * | 2014-01-20 | 2014-04-16 | 陈万兴 | Bluetooth access control system based on remote authorization of intelligent terminal and control method thereof |
| CN203909868U (en) * | 2014-04-30 | 2014-10-29 | 常州市思索数码科技有限公司 | Intelligent electronic lock management system |
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