CN104103106A - Access control system and control method thereof - Google Patents
Access control system and control method thereof Download PDFInfo
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- CN104103106A CN104103106A CN201310123831.3A CN201310123831A CN104103106A CN 104103106 A CN104103106 A CN 104103106A CN 201310123831 A CN201310123831 A CN 201310123831A CN 104103106 A CN104103106 A CN 104103106A
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- running gear
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Abstract
The invention discloses an access control system and a control method thereof, and the access control system includes a mobile device, a control device and an electronic lock device. The mobile device comprises an input module, an identification module, a display module, a storage module, a battery module, a wireless transmission module and a connection and a central processor which is connected with and controls the input module, the identification module, the display module, the storage module, the battery module and the wireless transmission module. The control device is connected wirelessly to the mobile device, and includes a wireless transceiver module, a power module, a memory module, an electronic control module and a micro controller which is connected with and controls the wireless transceiver module, the power module, the memory module and the electronic control module. The electronic locking device is connected with the electronic control module of the control device. According to the access control system, by virtue of the identification module for identification and capturing of biological characteristics, the biological characteristics are verified, so that the verification burden can be reduced, and safe use can be ensured.
Description
Technical field
The present invention relates to a kind of gate control system, particularly relate to a kind of gate control system and method for control thereof based on wireless communication networks.
Background technology
Nowadays, the management of residential quarters is progressively realized in city, and along with people require constantly to promote to the safety management of community, gate control system has been widely used in the daily management of residential quarters.A kind of gate control system based on wireless communication networks generally includes a running gear, a control device being connected with running gear and an electrical lock apparatus being connected with control device.When user's wish is passed through this gate control system, user only needs the specific keys on operational action device, is sent and is controlled signal to control device, and via control device, control signal is passed to electrical lock apparatus to carry out unlocking action by running gear.
But above-mentioned gate control system only relies on specific keys on user's operational action device to carry out the unlocking action of electrical lock apparatus, anyone holds running gear can open electrical lock apparatus, thereby affects the safety in utilization of gate control system.
Summary of the invention
The object of the invention is to provide a kind of for above-mentioned the deficiencies in the prior art reduces checking burden and guarantees safety in utilization and the gate control system of reduction False Rate.
For achieving the above object, the invention provides a kind of gate control system, comprise a running gear, a control device and an electrical lock apparatus.Described running gear comprises that one in order to input the load module of data, one recognition module in order to identification biological characteristic, one in order to show the display module of the information of running gear, one in order to storage application program, essential information, password, the memory module of random identification code and biometric sample, one in order to provide the battery module of the working power of running gear, one connects and control inputs module in order to transmit the wireless transport module and of wireless communication networks signal, recognition module, display module, memory module, the central processing unit of battery module and wireless transport module.Described control device wireless connections, in running gear, comprise that a radio receiving transmitting module in order to transmitting/receiving wireless communication network signal, is in order to provide the power module, of the working power of control device in order to store random identification code and the memory modules of password, the microcontroller that an electronic control module and is connected and controls radio receiving transmitting module, power module, memory modules and electronic control module.The electronic control module of described control device is connected with electrical lock apparatus, in order to control the unlatching and closure of electrical lock apparatus.
Another object of the present invention is to provide a kind of method of control of gate control system.Described method of control comprises the steps: step 1, and recognition module is carried out the acquisition of user's biological characteristic; Step 2, central processing unit is stored in this user's of acquisition biological characteristic in memory module and with the biometric sample in user application and disperses checking, if be proved to be successful, perform step 3, if authentication failed, return to execution step 1, until be proved to be successful, perform step 3; Step 3, central processing unit is read the random identification code that is downloaded to this user in user application, this user's random identification code is sent in memory modules via wireless transport module and radio receiving transmitting module, and again compare with the random identification code that is stored in memory modules, if compared successfully, execution step 4, if compared unsuccessfully, microcontroller returns a failed confirmation to running gear and execution step 5; Step 4, the microcontroller of control device transmits one and controls signal to electronic control module, and electric control module controls electrical lock apparatus receives after this control signal, carries out unlocking action, and microcontroller returns a successful confirmation to running gear simultaneously; Step 5, the network communication of running gear and control device finishes.
In sum, gate control system of the present invention rely on running gear recognition module discriminating user biological characteristic and carry out the acquisition of user's biological characteristic, so that gate control system is carried out biological characteristic validation, thereby the safety in utilization of gate control system is born and is guaranteed in the checking that reduces gate control system, further, when user carries out biological characteristic validation, user's biological characteristic be stored in the memory module of running gear with user application in biometric sample disperses to verify, can reduce the False Rate of gate control system.
Accompanying drawing explanation
Fig. 1 is the principle Organization Chart of gate control system of the present invention.
Fig. 2 is the process flow diagram of the method for control of gate control system of the present invention.
In figure, each description of reference numerals is as follows.
Gate control system 100 running gears 10
Load module 11 recognition module 12
Display module 13 memory modules 14
Battery module 15 wireless transport modules 16
Central processing unit 17 enlargement modules 18
Control device 20 radio receiving transmitting modules 21
Power module 22 memory modules 23
Electronic control module 24 microcontrollers 25
Electrical lock apparatus 30.
Embodiment
By describing technology contents of the present invention, structural attitude in detail, being realized object and effect, below in conjunction with embodiment and coordinate accompanying drawing to be explained in detail.
Refer to Fig. 1, gate control system 100 of the present invention is based on wireless communication networks, and it comprises a running gear 10, a control device 20 and an electrical lock apparatus 30.In the present embodiment, running gear 10 is a mobile phone.
Refer to Fig. 1, described running gear 10 comprises that one in order to input the load module 11 of data, one recognition module 12 in order to identification biological characteristic, one in order to show the display module 13 of the information of running gear 10, one in order to storage application program, essential information, password, the memory module 14 of random identification code and biometric sample, one in order to provide the battery module 15 of the working power of running gear 10, one connects and control inputs module 11 in order to transmit the wireless transport module 16 and of wireless communication networks signal, recognition module 12, display module 13, memory module 14, the central processing unit 17 of battery module 15 and wireless transport module 16.Described running gear 10 also comprises that one in order to expand the enlargement module 18 of running gear 10 functions, and central processing unit 17 connects and controls enlargement module 18.
Refer to Fig. 1, described control device 20 wireless connections are in running gear 10, comprise that a radio receiving transmitting module 21 in order to transmitting/receiving wireless communication network signal, is in order to provide the power module 22, of the working power of control device 20 in order to store random identification code and the memory modules 23 of password, the microcontroller 25 that an electronic control module 24 and is connected and controls radio receiving transmitting module 21, power module 22, memory modules 23 and electronic control module 24.
Refer to Fig. 1, the electronic control module 24 of described control device 20 is connected with electrical lock apparatus 30, in order to control the unlatching and closure of electrical lock apparatus 30.The wireless transport module 16 of described running gear 10 and radio receiving transmitting module 21 wireless connections of control device 20, connect to carry out the wireless network of running gear 10 and control device 20.
Refer to Fig. 1 and Fig. 2, when the supvr of gate control system 100 arranges this gate control system 100, in the memory module 14 of gerentocratic running gear 10, store supvr's application program and enter supvr's password of the operation interface of this supvr's application program, the supvr of gate control system 100 opens supvr's application program and running gear 10 and via wireless transport module 16 and radio receiving transmitting module 21, carries out wireless network with control device 20 and be connected, supvr inputs after supvr's passwords via load module 11, central processing unit 17 is controlled the operation interface of display module 13 display management person application programs.
Refer to Fig. 1 and Fig. 2, supvr can carry out the setting of following functions at the operation interface of supvr's application program.The first, the essential information that supvr can be to gate control system 100 at the operation interface of supvr's application program via load module 11, as the time, date etc. arranges and revises.Second, supvr can increase a user operation newly and can carry out this user's essential information at the operation interface of supvr's application program via load module 11, as name, job number etc. and setting and the modification of giving user cipher, in newly-increased this user's process, running gear 10 produces a random identification code corresponding with this user, this user's essential information, user cipher and random identification code are stored in the memory module 14 of running gear 10 and can be transmitted in the memory modules 23 of control device 20 via the wireless connections of wireless transport module 16 and radio receiving transmitting module 21.The 3rd, supvr can delete a user operation and can delete this user's essential information, user cipher and random identification code at the operation interface of supvr's application program via load module 11.The 4th, the historical record that supvr can carry out the user by this gate control system 100 via load module 11 at the operation interface of supvr's application program is inquired about.
Refer to Fig. 1 and Fig. 2, before user passes through this gate control system 100, in the memory module 14 of user's running gear 10, store user application, user opens the user application of running gear 10 and running gear 10 and via wireless transport module 16 and radio receiving transmitting module 21, carries out wireless network with control device 20 and be connected, and central processing unit 17 is controlled the operation interface that display modules 13 show user applications.User in the operation interface of user application can be loaded on user application by user's biometric sample and the random identification code of download user to user application and carry out user's biological characteristic validation.
Refer to Fig. 1 and Fig. 2, user's biometric sample is loaded in user application and the random identification code of download user to user application, user is via load module 11 these users' of input essential information and user cipher, central processing unit 17 is stored in the user's of input essential information and user cipher in memory module 14 and compares with the essential information and the user cipher that are stored in this user in the memory modules 23 of control device 20, in the memory modules 23 of control device 20, have while inputting consistent user's essential information and user cipher with this user, this user by biological characteristic in comparison with recognition module 12, the recognition module 12 of running gear 10 is carried out the acquisition of this user's biological characteristic, the biometric sample that this user's of central processing unit 17 acquisitions biological characteristic is set to this user is stored in memory module 14 and is loaded in user application, and central processing unit 17 is downloaded to user's random identification code in user application, so that this user has authority to pass through this gate control system 100.
Refer to Fig. 1 and Fig. 2, when user's wish is passed through this gate control system 100, the microcontroller 25 of described control device 20 is controlled electronic control module 24 original state of the electrical lock apparatus of gate control system 100 30 is set as to blocking, user opens the user application of running gear 10 and running gear 10 and via wireless transport module 16 and radio receiving transmitting module 21, carries out wireless network with control device 20 and be connected, and central processing unit 17 is controlled the operation interface that display modules 13 show user applications.First, carry out this user's biological characteristic validation, when carrying out user's biological characteristic validation, user by biological characteristic in comparison with recognition module 12, the biological characteristic of recognition module 12 discriminating users of running gear 10, and recognition module 12 is carried out the acquisition of user's biological characteristic, so that gate control system 100 is carried out biological characteristic validation, particularly, the biometric sample that central processing unit 17 is stored in this user's of acquisition biological characteristic in memory module 14 and in user application is disperseed checking, when the biological characteristic of the biometric sample in being stored in user application and this user acquisition is consistent, central processing unit 17 is read the random identification code that is downloaded to this user in user application.Secondly, this user's random identification code is sent in the memory modules 23 of control device 20 via wireless transport module 16 and radio receiving transmitting module 21, and again compare with the random identification code that is stored in memory modules 23, while thering is the consistent random identification code of random identification code with this user in memory modules 23, the microcontroller 25 of control device 20 transmits one and controls signal to electronic control module 24, electronic control module 24 is controlled electrical lock apparatus 30 and is received after this control signal, carry out unlocking action, microcontroller 25 passback one successful confirmations are transferred to the display module 13 of running gear 10 by radio receiving transmitting module 21 and wireless transport module 16 simultaneously, running gear 10 finishes with the network communication of control device 20.And the user's that memory module 14 records of running gear 10 are this time unblanked essential information and time, can facilitate supvr to carry out the inquiry of user history information.Interior during without the consistent random identification code of random identification code any and this user when memory modules 23, electrical lock apparatus 30 keeps blockings.Microcontroller 25 passback one failed confirmations are transferred to the display module 13 of running gear 10 by radio receiving transmitting module 21 and wireless transport module 16, running gear 10 finishes with the network communication of control device 20.
Refer to Fig. 1 and Fig. 2, a kind of method of control of gate control system 100 comprises the steps:
Step 1: recognition module 12 is carried out the acquisition of user's biological characteristic;
Step 2: central processing unit 17 is stored in this user's of acquisition biological characteristic in memory module 14 and with the biometric sample being stored in user application and disperses checking, if be proved to be successful, perform step 3, if authentication failed, return to execution step 1, until be proved to be successful, perform step 3;
Step 3: central processing unit 17 is read the random identification code that is downloaded to this user in user application, this user's random identification code is sent in memory modules 23 via wireless transport module 16 and radio receiving transmitting module 21, and again compare with the random identification code that is stored in memory modules 23, if compared successfully, execution step 4, if compared unsuccessfully, microcontroller 25 passback one failed confirmations are to running gear 10 and execution step 5;
Step 4: the microcontroller 25 of control device 20 transmits one and controls signal to electronic control module 24, electronic control module 24 is controlled electrical lock apparatus 30 and is received after this control signal, carry out unlocking action, microcontroller 25 passback one successful confirmations are to running gear 10 simultaneously;
Step 5: running gear 10 finishes with the network communication of control device 20.
In sum, gate control system of the present invention 100 rely on running gear 10 recognition module 12 discriminating users biological characteristic and carry out the acquisition of user's biological characteristic, so that gate control system 100 is carried out biological characteristic validation, thereby the safety in utilization of gate control system 100 is born and is guaranteed in the checking that reduces gate control system 100, further, when carrying out user's biological characteristic validation, user's biological characteristic be stored in the memory module 14 of running gear 10 with user application in biometric sample disperses to verify, can reduce the False Rate of gate control system 100.
Claims (10)
1. a gate control system, comprises a running gear, one control device and an electrical lock apparatus, is characterized in that: described running gear comprises a load module in order to input data, one recognition module in order to identification biological characteristic, one in order to show the display module of the information of running gear, one in order to storage application program, essential information, password, the memory module of random identification code and biometric sample, one in order to provide the battery module of the working power of running gear, one connects and control inputs module in order to transmit the wireless transport module and of wireless communication networks signal, recognition module, display module, memory module, the central processing unit of battery module and wireless transport module, described control device wireless connections, in running gear, comprise a radio receiving transmitting module in order to transmitting/receiving wireless communication network signal, one in order to provide the power module of the working power of control device, one in order to store the memory modules of random identification code and password, one electronic control module and one connects and controls radio receiving transmitting module, power module, the microcontroller of memory modules and electronic control module, the electronic control module of described control device is connected with electrical lock apparatus, in order to control the unlatching and closure of electrical lock apparatus.
2. gate control system as claimed in claim 1, is characterized in that: the radio receiving transmitting module wireless connections of the wireless transport module of described running gear and control device, connect to carry out the wireless network of running gear and control device.
3. gate control system as claimed in claim 1, is characterized in that: described running gear is a mobile phone.
4. gate control system as claimed in claim 1, is characterized in that: described running gear also comprises that one in order to expand the enlargement module of running gear function, and central processing unit connects and controls enlargement module.
5. gate control system as claimed in claim 1, it is characterized in that: in the memory module of described gerentocratic running gear, store supvr's application program and enter supvr's password of the operation interface of this supvr's application program, the supvr of gate control system opens supvr's application program and running gear and via wireless transport module and radio receiving transmitting module, carries out wireless network with control device and be connected, supvr inputs after supvr's password via load module, and central processing unit is controlled the operation interface of display module display management person application program.
6. gate control system as claimed in claim 5, is characterized in that: via load module, the operation interface in supvr's application program can arrange and revise the basic information of gate control system described supvr.
7. gate control system as claimed in claim 5, it is characterized in that: described supvr can increase a user operation and setting and the modification that can carry out this user's basic information and give user cipher via load module newly at the operation interface of supvr's application program, in newly-increased this user's process, running gear produces a random identification code corresponding with this user, this user's basic information, user cipher and random identification code are stored in the memory module of running gear, and can via the wireless connections of wireless transport module and radio receiving transmitting module, be transmitted in the memory modules of control device, supvr can delete a user operation and can delete this user's basic information at the operation interface of supvr's application program via load module, user cipher and random identification code.
8. gate control system as claimed in claim 7, is characterized in that: the historical record that described supvr can carry out the user by this gate control system via load module at the operation interface of supvr's application program is inquired about.
9. gate control system as claimed in claim 7, it is characterized in that: in the memory module of described user's running gear, store user application, user opens the user application of running gear and running gear and via wireless transport module and radio receiving transmitting module, carries out wireless network with control device and be connected, central processing unit is controlled the operation interface that display module shows user application, user in the operation interface of user application can be loaded into user application by user's biometric sample and the random identification code of download user to user application and carry out user's biological characteristic validation.
10. a method of control for gate control system, is characterized in that: comprise the steps:
Step 1, recognition module is carried out the acquisition of user's biological characteristic;
Step 2, central processing unit is stored in this user's of acquisition biological characteristic in memory module and with the biometric sample in user application and disperses checking, if be proved to be successful, perform step 3, if authentication failed, return to execution step 1, until be proved to be successful, perform step 3;
Step 3, central processing unit is read the random identification code that is downloaded to this user in user application, this user's random identification code is sent in memory modules via wireless transport module and radio receiving transmitting module, and again compare with the random identification code that is stored in memory modules, if compared successfully, execution step 4, if compared unsuccessfully, microcontroller returns a failed confirmation to running gear and execution step 5;
Step 4, the microcontroller of control device transmits one and controls signal to electronic control module, and electric control module controls electrical lock apparatus receives after this control signal, carries out unlocking action, and microcontroller returns a successful confirmation to running gear simultaneously; And
Step 5, the network communication of running gear and control device finishes.
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| CN201310123831.3A CN104103106B (en) | 2013-04-10 | 2013-04-10 | Gate inhibition's method of control |
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| CN201310123831.3A CN104103106B (en) | 2013-04-10 | 2013-04-10 | Gate inhibition's method of control |
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| CN104103106B CN104103106B (en) | 2016-08-03 |
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| TWI550435B (en) * | 2015-09-11 | 2016-09-21 | I Tek Metal Mfg Co Ltd | Control system operated by mobile devices |
| US11060323B2 (en) | 2012-10-23 | 2021-07-13 | Spectrum Brands, Inc. | Electronic lock having hardware based multi-wireless profile detection and setting |
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