CN204833296U - Utilize lock and system, mobile communication terminal and gateway of iris discernment - Google Patents
Utilize lock and system, mobile communication terminal and gateway of iris discernment Download PDFInfo
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- CN204833296U CN204833296U CN201520445400.3U CN201520445400U CN204833296U CN 204833296 U CN204833296 U CN 204833296U CN 201520445400 U CN201520445400 U CN 201520445400U CN 204833296 U CN204833296 U CN 204833296U
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- iris
- door lock
- communication terminal
- mobile communication
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B49/00—Electric permutation locks; Circuits therefor ; Mechanical aspects of electronic locks; Mechanical keys therefor
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F18/00—Pattern recognition
Abstract
The utility model discloses an utilize lock and system, the used mobile communication terminal and the gateway wherein of iris discernment. The lock includes: awaken the module up, discern user's visit or drive above -mentioned lock according to keying in of user, and iris identification module, drive above -mentioned lock, then will input and carry out the comparison in the iris pattern of above -mentioned lock and the iris pattern of having saved if utilize the aforesaid to awaken the module up to carry out the authentication according to above -mentioned comparative result to the user who visits above -mentioned lock.
Description
Technical field
The utility model relates to door lock and user authen method, particularly, relates to the door lock that utilizes iris recognition and system thereof, for the mobile communication terminal of this system and gateway.
Background technology
In the past utilize the security system of key and face recognition for various safety alarm device, national treasury, access door, personal computer (PC, and the security system such as ATM (automatic teller machine) (ATM, AutomaticTellerMachine) PersonnelComputer).But there is the compromised problem of the safety that causes because of the leakage of key.Such as, when numeral (tenkey) keyboard action for inputting key, there is safety because staying the input vestige on numeral (tenkey) keyboard, the leakage carried out on numeric keypad in input process etc. after action and to be on the hazard problem.
Utilize the security system of face recognition to there is the possibility of face recognition information change according to the change of environment for use, time, identify that key self inputs different information to biological recognition system and recognition performance is reduced accordingly.In addition, when dress as glasses, mouth mask, sunglasses and neckwear for blocking the articles for use of face time, the possibility that face recognition information makes a mistake uprises.
Therefore, need to provide dangerous with Key Exposure and biological information changes compared with possibility and has the door lock of higher security level and the technology of user authen method.
In addition, in addition, depart from the security system being confined to Combination padlock self, sometimes following convenience is needed, namely the owner gone out needs the face by confirming visitor, especially when leaving home very far away, by directly confirming that the door of own home is opened or closed in the face of visitor, in the case, the security system technology utilizing the face recognition adapting to this situation is needed.
Utility model content
The utility model proposes under technical background as above, detects the position of eyes, utilize iris video camera to obtain iris image from the face image of the user of access door lock.Afterwards, by comparing iris patterns, certification is carried out to the user of access door lock.
In addition, use the iris video camera applying leaning device (TiltMechanism) to obtain the iris patterns information of user, the reduction of the recognition performance preventing the possibility because of the change of biological information from causing accordingly.
The communication module can carrying out with mobile device as required communicating is provided, and receives biological information from mobile device, and by above-mentioned biometric information registration in security system, the user of security system registration can be made accordingly to become and be more prone to, thus improve convenience.
In addition, utilize the mobile communication terminal of user to confirm the face of visitor, especially when the place of leaving home far, directly confirm the face of visitor, open or close oneself door accordingly, thus improve convenience for users.
Door lock for the aspect of the present utility model solved the problem comprises: wake (wakeup) module up, identifies the access of user or drives above-mentioned door lock according to the key-press input of user; Iris recognition module, if drive door lock by wake module, then compares the iris patterns of input door lock with the iris patterns stored, and carries out certification according to the user of comparative result to access door lock.
Door lock of the present utility model carries out certification according to the user of the result of above-mentioned comparison to the above-mentioned door lock of access, and wherein, iris recognition module comprises: face's shoot part, if drive above-mentioned door lock, then obtains the face image of the user of the above-mentioned door lock of access; Eye position test section, detects eye position from the face image of the user obtained by means of above-mentioned face shoot part; Servo (servo) control part, regulates the degree of tilt of iris shoot part based on above-mentioned eye position testing result, and generates iris shooting control signal; Iris shoot part, takes the iris of the user accessing above-mentioned door lock based on above-mentioned iris shooting control signal; And iris patterns comparing section, the above-mentioned iris patterns photographed and the iris patterns stored are compared.
Above-mentioned iris shoot part utilizes the above-mentioned iris shooting signal obtained from servo (servo) control part to control leaning device (tiltmechanism), and tilts according to detected above-mentioned eye position.
Wake module comprises: at least one is close to identification sensor, for detecting the object that whether there is access door lock; And input part, obtain key-press input from the user of access door lock, drive door lock according to testing result and key-press input signal.
The security system of another aspect of the present utility model comprises: mobile device, obtains the biological information comprising the iris of user; And door lock, receive biological information from mobile device and also store the biological information received, and stored biological information and the biological information that inputted by user are compared, thus result carries out certification to user based on the comparison.
Biological information is the intrinsic identifying information comprising iris patterns information, finger print information, retinal information, facial information.
The step of the access detecting user is comprised according to the user authen method for safety of another aspect of the utility model; When driving door lock according to testing result, obtain the step of the face image of the above-mentioned user of access; The step of eye position is detected in the face image of obtained user; Iris video camera is utilized to obtain the step of the iris image of above-mentioned user based on detected eye position; And the iris patterns extracted from obtained iris image and the iris patterns stored are compared, and user is carried out to the step of certification according to comparative result.
In the step of iris image obtaining above-mentioned user, control degree of tilt or the action of iris video camera by carrying out servocontrol, thus obtain the iris image of user.
The step obtaining iris image comprises: utilize iris video camera to obtain the step of iris image; And from obtained iris image, extract the step of iris patterns.
The iris patterns stored is extract iris patterns from the iris image being received from the mobile device with communication function, and by extracted iris patterns data base system, or take iris and extract iris patterns in door lock from captured iris image, and by extracted iris patterns data base system.
Feature for realizing another door-locking system of the present utility model of above-mentioned purpose is, Combination padlock obtains the face image of visitor, and be supplied to the mobile communication terminal of user, the face image of the mobile communication terminal display visitor of user, and the breakdown action of Combination padlock is controlled according to the enabling control signal of user's input.
The feature of concrete structure is, comprising: Combination padlock; Gateway, registers the end message of the mobile communication terminal of the face image for transmitting the visitor accessing above-mentioned Combination padlock, and the mobile communication terminal and above-mentioned Combination padlock that have registered above-mentioned end message is networked; Mobile communication terminal, has the end message being registered in above-mentioned gateway; And location server (LocationServer), collect and guarantee the positional information of above-mentioned gateway and above-mentioned mobile communication terminal, above-mentioned gateway and above-mentioned mobile communication terminal can be made to be interconnected.
According to the utility model, by utilizing the user authentication process of iris recognition, provide high security level.
In addition, the iris patterns information of user is obtained, the reduction of the recognition performance preventing the change possibility etc. because of biological information from causing accordingly.
Receive biological information as required and from mobile device, and by above-mentioned biometric information registration in security system, the user of security system login is become and is more prone to, thus improve convenience.
Utilize the mobile communication terminal of user after the face confirming visitor, especially when user is positioned at the place of leaving home far, inform that user (such as, house-owner) there is people to come to visit, and after the face directly confirming visitor, open or close oneself door accordingly, thus improve convenience for users.
Accompanying drawing explanation
Fig. 1 is the figure of the security system representing the utility model embodiment.
Fig. 2 a to Fig. 2 b represents the figure applying the door latch structure of the iris recognition module of the utility model embodiment.
Fig. 3 is the figure of the door latch structure representing the utility model embodiment in detail.
Fig. 4 is the figure of the structure example of the mechanism of the iris recognition module representing the utility model embodiment.
Fig. 5 a to Fig. 5 b is the figure representing the embodiment that face's shooting video camera of the utility model embodiment and the degree of tilt of iris video camera regulate.
Fig. 6 is the signal flow graph of the security system of the utility model embodiment.
Fig. 7 is the figure of the course of action of the security system for carrying out user authentication representing another embodiment of the utility model.
Fig. 8 is the process flow diagram of the user authentication process represented in detail in the door lock of the utility model embodiment.
Fig. 9 a to Fig. 9 c is the figure taking the face of user and the embodiment of iris according to the height of the user accessing door lock representing the utility model embodiment.
Figure 10 is the figure of the structure that door-locking system of the present utility model is shown.
Figure 11 is the figure of the action for illustration of door-locking system of the present utility model.
(explanation of Reference numeral)
100: Combination padlock; 200: gateway; 300: mobile communication terminal; 400: location server.
Embodiment
The embodiment described in detail referring to accompanying drawing can allow advantage of the present utility model, feature and realize these advantages and feature method definitely.But; the utility model is not limited to following disclosed embodiment; can implement in mutually different various mode; present embodiment is only of the present utility model open more complete for making; for making the utility model person of an ordinary skill in the technical field can easily understand category of the present utility model, the utility model is only defined by the claimed scope of utility model.On the other hand, term used in this manual, only for illustration of embodiment, is not limited to the utility model.In this manual, as long as no mentioning especially, single numerical representation also comprises multiple numerical representation.Used in the description " comprising (comprises) " or " comprising (comprising) " is not got rid of and comprises or add other textural elements more than one outside mentioned textural element, step, action and/or element, step, action and/or element.
Term as used in this specification " module " should be interpreted as comprising software, hardware or their combination according to using the context of term.Such as, software can be computerese, firmware (firmware), embedded code (embeddedcode) and application software.As another example, hardware can be circuit, processor, computing machine, integrated circuit, integrated circuit (IC) chip, sensor, MEMS (micro electro mechanical system) (MEMS; Micro-Electro-MechanicalSystem), passive device or their combination.
Before being described, brief description is carried out to the implication of term as used in this specification.It should be noted that the explanation of term contributes to understanding this instructions, when clearly not recording the item limited the utility model, these terms are not applied and are construed as limiting technological thought of the present utility model.
-servocontrol (servocontrol)
The one that servocontrol controls as feedback (feedback) is the control mode for making controlled quentity controlled variable reach desired value.
In the utility model, from the face image of the user of access door lock, detect the position of eyes, regulated degree of tilt and the action of the iris video camera applying leaning device by servocontrol, thus obtain iris patterns.Afterwards, obtained iris patterns and the iris patterns stored are compared, and carry out certification according to the user of comparative result to access door lock.
Below, with reference to accompanying drawing, the utility model preferred embodiment is described in detail.
Fig. 1 is the figure of the security system representing the utility model embodiment.
With reference to Fig. 1, the security system of the utility model embodiment comprises mobile device 100, door lock 200 and external unit 300.
Mobile device 100 obtains the biological information comprising the iris image of user etc.Such as, mobile device 100 passes through the eyes etc. that user taken by had video camera etc., and obtains the biological information comprising iris patterns information.The biological information obtained transfers to door lock 200 through data handling procedure.Wherein, mobile device 110 carries with individual subscriber and the equipment used is corresponding.But mobile device 100 is not limited to portable set.Such as, can for having the mobile phone, mobile computer etc. of communication function, shoot function and biological information measuring ability.
Door lock 200 receives biological information from mobile device 100 and also stores the biological information received.Afterwards, stored biological information and the biological information inputted by user are compared, and result carries out certification to user based on the comparison.Therefore, the door lock 200 of an embodiment comprises wake module 210, microcontroller (MicroController) 230, iris recognition module 250, key entry module 270 and communication module 290.
Wake module 210 uses sensor to identify the access of user, or generates according to the key-press input of user and wake (Wakeup) signal up, thus drives door lock 200.The wake-up signal generated inputs to iris recognition module 250 through microcontroller 230.
If door lock 200 is driven, then the iris patterns inputing to door lock 200 compares with the iris patterns stored by iris recognition module 250, and the user of result to access door lock 200 carries out certification based on the comparison.
The utility model carries out certification by the user of iris recognition to access door lock, and the user authentication using the input of following key to implement and iris authentication are applicable to user authentication independently.Particularly, in preferred embodiment of the present utility model, by comparing iris patterns, certification is carried out to user.The verification process implemented by the input of key is not carried out after iris authentication process, or only utilizes the authentication processing of the input based on key to be used as user authentication process.
Key entry module 290 receives the input of the key from user to carry out certification to the user of access door lock.Afterwards, inputted key and the key set are compared, and according to comparative result, certification is carried out to user.
Communication module 290 supports that bluetooth (Bluetooth) communicates, infrared ray (IrDA, InfraredDataAssociation) communication, radio-frequency (RF) identification (RFID, RadioFrequencyIdentification) communication, purple honeybee (Zigbee), near-field communication (NFC, NearFieldCommunication) etc. are based on the communication function of wireless near field communication.In one embodiment, communication module 290 can be utilized from mobile device 100 real-time reception biological information, or by door lock 200 to mobile device 100 transmission user certification presence information etc., provide the certification presence information of door lock 200 accordingly in real time to user.
The data being stored in external unit 300, as the equipment of the biological information etc. of the user stored needed for registration door lock 200, are transferred to door lock 200 by external unit 300.External unit 300 can store the various data comprising biological information, comprises multiple nonvolatile memory and volatile memory and forms.In the utility model, external unit 300 can comprise above-mentioned ROM (read-only memory) (ROM, ReadOnlyMemory), flash memory (flashmemory), random access memory (RAM, RandomAccessMemory) at least one, in built-in hard disk (HDD, HardDisk), external hard disk, exterior storage medium (such as USB) etc.
Fig. 2 a to Fig. 2 b represents the figure applying the door latch structure of the iris recognition module of embodiment of the present utility model.
With reference to Fig. 2 a to Fig. 2 b, the door lock applying iris recognition module in an embodiment comprises optical window (Opticalwindow) 210, input keyboard 230 and iris recognition module (not shown).In an embodiment, although be described with door lock, be not limited thereto.
With reference to Fig. 2 b, the iris recognition module 250 of the door lock 200 of embodiment comprises face shooting video camera 251, iris video camera 253 and processor plate 255.
Face's shooting video camera 251 is for taking the face of the user of access door lock.If detect eye position from captured face image, then the iris of user taken by iris video camera 253 based on the positional information of detected eyes, and obtains iris image.Now, in iris video camera 253, apply leaning device (tiltmechanism), controlled degree of tilt and the action of iris video camera 253 by servocontrol (servocontrol).Afterwards, processor plate 255 extracts iris patterns etc. from iris image, and compares with the iris patterns stored, and performs the initial safety certification to user accordingly according to comparative result.
Below, the course of action of Fig. 3 to door lock (such as, door lock) is utilized to be described in more details.
Fig. 3 is the figure of the door latch structure representing embodiment of the present utility model in detail.
With reference to Fig. 3, the door lock of an embodiment comprises wake module 210 and iris recognition module 250 etc., and iris recognition module 250 comprises processor 251, face's shoot part 253, eye position test section 255, servo control portion 257, iris shoot part 258 and iris patterns comparing section 259.
Wake module 210 detects the object that whether there is access door lock 200, and Detection Information a is inputed to microcontroller 230.Such as, wake module 210 utilizes the object identifying access door lock close to identification sensor 213, or is obtained the input signal inputted by user by input part 215, and generates and wake (wakeup) signal up for what drive door lock.The wake-up signal a generated inputs to microcontroller 230.
Microcontroller 230 to obtain from user based on the wake-up signal a obtained from wake module 210 and inputs accurately, if or be judged as that someone accesses door lock, then shooting commencing signal b is transferred to the processor 251 of iris recognition module 250.
The processor 251 of iris recognition module 250, according to inputted shooting commencing signal b, utilizes face's shoot part 253 to input face shooting signal c.Thus, face's shoot part 253 takes the face of the user of access door lock 200.Such as, face's shoot part 253 can for taking the element of the video camera, complementary metal oxide semiconductor (CMOS) (CMOS), double-diffused metal oxide semiconductor (DMOS) and so on of the face of user.
After the face of shooting user, face image data d is transferred to eye position test section 255.Eye position test section 255 in received face image data d through comprising the common image processing process such as rim detection to detect eye position.Such as, eye position test section 255 detects the coordinate of left eye in face area and right eye, and coordinate information e1, e2 of detected two eyes are transferred to iris shoot part 258 and processor 251.If the coordinate information passing through received eyes confirms the position of eyes, then processor 251 generates iris shooting signal, and generated iris shooting control signal f is transferred to servo (servo) control part 257.Wherein, iris shooting control signal f comprises the control of gradient signal of the iris video camera of the position according to eyes and the actuating signal etc. of iris video camera.
Servo control portion 257 generates shooting signal g based on inputted iris shooting signal f, and inputs to iris shoot part 258.
Iris shoot part 258 is according to inputted shooting signal g, and the coordinate information e2 based on acquired eyes takes the iris of user.If obtain the iris image of user, then from above-mentioned iris image, extract the intrinsic biological information of the users such as iris patterns.Afterwards, extracted intrinsic biological information h is transferred to iris comparing section 259 by iris shoot part 258.
The intrinsic biological information h comprising received iris patterns etc. compares with the intrinsic biological information stored by iris comparing section 259.And export comparative result information i to processor 251.
Processor 251, according to inputted comparative result information i, judges whether to carry out certification to user.If the biological information inputted is consistent with the biological information of storage, then processor 251 terminates the certification to above-mentioned user.
In another embodiment of the utility model, certification can be carried out by means of only the user of the input of password to access door lock.The utility model can use iris recognition and iris patterns relatively to perform user authentication.The user authentication employing the input of following password, with independent with the verification process employing iris recognition, can perform individually.
Inputted certification executive signal k is transferred to the Password Input portion 271 of key entry module 270 by microcontroller 230.
Password Input portion 271 receives the input of the key of regulation such as numeral (tenkey), pattern etc. from user according to inputted certification executive signal k.The key information n inputted is transferred to judging part 273.
The key of the key inputted by user and regulation compares by judging part 273, carries out certification accordingly according to above-mentioned comparative result to user.Such as, if the key inputted and the key agreement stored, then enabling signal and certification end signal m are transferred to microcontroller 230, perform door lock unlatching etc.On the other hand, if the key inputted is different with stored key, then will re-enter Signal transmissions to Password Input portion 271, user can re-enter key thus.
Fig. 4 is the figure of the structure example of the mechanism of the iris recognition module representing embodiment of the present utility model.
Fig. 4 a to Fig. 4 c is front view and the side view of the door lock assembly of the iris recognition module comprising an embodiment.
With reference to Fig. 4 a to Fig. 4 c, face's shoot part 253 is corresponding with fixing video camera 410, and iris shoot part 258 is corresponding with the iris video camera 430 applying leaning device (tiltmechanism), and servo control portion 257 is corresponding with servo motor 440.
In addition, wake module 110 is corresponding close at least one sensor 420 shown in identification sensor 113 with Fig. 4 a to Fig. 4 c.
Particularly, if utilize door lock to identify the access of user close to identification sensor 420, then the face of the user of access taken by face's shooting video camera 410.Afterwards, from the face area of captured face image, detect the position of eyes.
After detection eye position, utilize the axle 441 be associated with servo motor 440 to control to apply the degree of tilt of the iris video camera 430 of leaning device, and regulate the angle of iris video camera 430 to take the iris of user according to degree of tilt.
Fig. 5 a to Fig. 5 b is the figure representing the embodiment that face's shooting video camera of the utility model embodiment and the degree of tilt of iris video camera regulate.
With reference to Fig. 5 a to Fig. 5 b, according to user's access detection, the face of user taken by the face of action shooting video camera 410 in the angle of θ 1.Afterwards, if detect eye position from captured face image, then regulated the degree of tilt of iris video camera by servocontrol, thus shooting is positioned at the iris of the user of the shooting angle θ 2 of iris video camera.
The iris video camera of an embodiment regulates the angle of inclination of iris video camera according to the eye position of the user that will take.Such as, as shown in Figure 5 a, when the user that height is higher, because the eye position of user is relatively high, therefore, the angle of inclination of iris video camera is upwards adjusted to θ 3 by the servo control portion 257 for the degree of tilt and action that control iris video camera.On the other hand, when the user that height is shorter, because the position of eyes is low, therefore, the angle of inclination of iris video camera is adjusted to θ 4 downwards by servo control portion 257.
Fig. 6 is the signal flow graph of the security system of the utility model embodiment.
In step S510, performed the process that the biological information of the user comprising iris is taken by mobile device 100.Wherein, mobile device 100 can be in flat computer (TabletPC), kneetop computer (Laptop), personal computer (PC:PersonalComputer), smart mobile phone (SmartPhone), portable personal information terminal (PDA, PersonalDigitalAssistant) and mobile communication terminal (MobileCommunicationTerminal) etc. any one.Namely, mobile device 100 means the equipment with storer, microprocessor etc., above-mentioned storer is for storing the specific application program be connected with door lock 200 via wire-wireless communication net 140, and above-mentioned microprocessor is used for executive routine and performs computing and control.Mobile device 100 is generally individual PC, but as long as client-server can be carried out with management devices and communicate, just can use arbitrary terminal, can be any concept of broad sense comprising communication, these both sides of computing equipment such as kneetop computer, mobile communication terminal, PDA.
In step S520, perform the process data captured by mobile device 100 being transferred to door lock 200.
In step S530, perform the process storing photographed data in door lock 200.
In step S540, perform inspected object in door lock 200 close to above-mentioned door lock, or when obtaining the key-press input of user, make the process that door lock drives.
In step S550, drive door lock 200 if perform, then in door lock 200, obtain the process of iris image.
In step S560, the iris image obtained by door lock 200 and the iris image stored compare.If the iris image obtained is consistent with stored iris image, then in step S570, perform door lock 200 and be judged as terminating initial authentication, and open the process of (open) door.On the other hand, if the iris image obtained is different with stored iris image, then return step S550, perform the process regaining iris image.
Afterwards, in step S580, perform according to the selection of user from door lock 200 to the process of mobile device 100 certified transmission condition information.
Fig. 7 is the figure of the course of action of the security system of the additional certification for carrying out user representing another embodiment of the utility model.
The explanation of step S610 to step S660 is corresponding respectively with the step S510 of Fig. 6 to step S560, and therefore the repetitive description thereof will be omitted.In step S670, perform and utilize door lock 200 to receive the process of the input of the key of user.
In step S680, perform process that the key of input and the key of regulation compare in door lock 200.If the key inputted and the key agreement of regulation, then perform in step S690 and be judged as that the certification added terminates and the process of door capable of being opened in door lock 200.On the other hand, if the key inputted is different from the key of regulation, then return step S670, perform the process regaining the input of key.
Afterwards, in step S700, perform the selection according to user, from door lock 200 to the process of mobile device 100 certified transmission condition information.
In the process that embodiment is described, about the additional certification of user, be illustrated in the mode using key to perform, additional certification also can be the multiple certification form of the raising security after the iris recognition such as pattern identification, voice recognition.
Fig. 8 is the process flow diagram representing the user authentication process in the door lock of embodiment of the present utility model in detail.
In step S710, perform the iris photographed data storing in door lock 200 and receive from mobile device 100, or store the process of the iris photographed data registered in door lock 200.
In step S720, perform the access detecting user in wake module 110, or drive the process of door lock by the input of user.
After driving, in step S730, perform the process of being taken accessed user face by face's shoot part 253.
In step S740, perform and utilize eye position test section 255 in the face area of captured face image, detect the process of eye position.
In step S750, perform and utilize iris shoot part 258 to receive the eye position information detected, and utilization takes the process of iris based on the iris video camera that above-mentioned eye position information have adjusted degree of tilt.
In step S760, perform the process utilizing iris comparing section 259 to extract iris patterns from captured iris image to compare with the iris patterns stored.
In step S770, if the iris patterns stored is consistent with extracted iris patterns, the processor 251 of iris recognition module 250 is then utilized to perform the process receiving and carry out in the additional verification process of the input of key, if the iris patterns stored is different from extracted iris patterns, then perform the program returning step S730.
In step S780, because the iris patterns stored is consistent with extracted iris patterns, in key entry module 270, therefore perform the process being inputted key by user.
In step S790, in the judging part 273 of key entry module 270, perform the process compared by the key of default key and input.
If the key set and the key agreement of input, be then judged as that additional certification terminates, in step S800, utilize the microcontroller 220 of door lock 200 to perform the process of door capable of being opened.
In the process that embodiment of the present utility model is described, although be iris recognition with initial user authentication, additional user authentication is that key authentication is illustrated, but according to the selection of user, can select initial authentication, adds at least one in certification to be applied in security system.In addition, in verification process, not only can use the pattern of iris, and the intrinsic identifying information that the color, fingerprint, sound etc. of iris can be used biological.
Fig. 9 a to Fig. 9 c is the figure taking the face of user and the embodiment of iris according to the height of the user accessing door lock of the utility model embodiment.
With reference to Fig. 9 a, when the user that height is relatively high accesses door lock, if detect the access of the higher user of above-mentioned height, then take face by face's video camera, and detect eye position, thus automatically regulate the degree of tilt of iris video camera according to detected eye position.After the degree of tilt that have adjusted iris video camera, obtain the iris image of the user accessed to perform verification process.
Fig. 9 b illustrates that the mode do not tilted with iris video camera obtains the embodiment of the iris image of user.
Fig. 9 c illustrates when the user that height is short accesses door lock, obtains the embodiment of iris image.
With reference to Fig. 9 c, such as, when the user that the heights such as children are short accesses door lock, if detect the access of the short user of height, then by face video camera shooting face, and detect the position of eyes, thus automatically regulate the degree of tilt of iris video camera based on the position of the eyes detected.After the degree of tilt that have adjusted iris video camera, obtain the iris image of the user accessed to perform verification process.
In the utility model, from the face image of the user of access door lock, detect the position of eyes, thus obtain iris image and iris patterns is compared, carry out initial certification accordingly.After carrying out initial authentication, carry out additional certification by input key, higher security level is provided accordingly.
In addition, by the iris image information automatically regulating the iris video camera of degree of tilt to obtain user, the reduction of the recognition performance preventing the possibility etc. because of the change of biological information from causing accordingly.
In addition, door lock is provided to the communication module that can communicate with mobile device, biological information can be received from mobile device accordingly, and be registered in security system, user is registered and is more prone to, thus improve convenience.
Door lock described in the utility model is applicable to ATM (Automatic Teller Machine) (ATM) door lock, alarm device, national treasury, door, personal computer (PC, PersonalComputer) and ATM (automatic teller machine) (ATM, AutomaticTellerMachine) equipment etc. need the equipment of security system.
Above, illustrate structure of the present utility model with reference to preferred implementation and accompanying drawing, above-mentioned embodiment is only illustration, can carry out various deformation in the scope not departing from technological thought of the present utility model.Therefore, scope of the present utility model is not limited to illustrated embodiment, but is determined by the scope of the claimed scope of utility model and the technical scheme that is equal to the claimed scope of above-mentioned utility model.
Figure 10 illustrates that the face of mobile communication terminal of the present utility model confirms the figure of the structure of Combination padlock system.
As shown in Figure 10, Combination padlock system of the present utility model comprises: Combination padlock 100; Gateway 200, registers the end message of the mobile communication terminal 300 of the face image for transmitting the visitor accessing above-mentioned Combination padlock 100, and is networked with above-mentioned Combination padlock 100 by the mobile communication terminal 300 that have registered above-mentioned end message; Mobile communication terminal 300, has the end message being registered in above-mentioned gateway 200; And location server (LocationServer) 400, collect and guarantee the positional information of above-mentioned gateway 200 and above-mentioned mobile communication terminal 300, above-mentioned gateway 200 can be interconnected with above-mentioned mobile communication terminal 300.
Combination padlock 100 obtains the face image of the visitor of access, and carry out image processing (image editing+image compression) and transmit to gateway 200, control accordingly to open the door with the enabling control signal of the user's mobile communication terminal 300 received from gateway 200.Structure comprises: access wakes (wakeup) button 110 up, drives above-mentioned door lock according to the key-press input of visitor, iris recognition module 120, have close to identification sensor and system processor 123, above-mentioned close to identification sensor for identifying the access of visitor, the iris patterns of the user of the above-mentioned door lock of access compares with the iris patterns stored by said system processor 123, and carries out certification according to the user of above-mentioned comparative result to the above-mentioned door lock of access, and microcontroller 130, carry out the unlatching (open) of control gate based on above-mentioned user authentication result or close, in addition, structure also comprises face image acquisition unit, above-mentioned face image acquisition unit is electrically connected with the system processor 123 of above-mentioned iris recognition module 120, and possess face's camera lens 121 of the face image for obtaining the visitor accessing above-mentioned door lock and the Image detection sensor 122 of above-mentioned face camera lens 121, the system processor 123 of above-mentioned iris recognition module 120 has to be edited and the function compressed the image detected by the sensor 122.In addition, when above-mentioned access wakes the input of button 110 up, or when utilizing the above-mentioned access close to identification sensor identification visitor, above-mentioned microcontroller 130 makes above-mentioned iris recognition module 120 start to drive, and the face image of the visitor accessed compressed by above-mentioned iris recognition module 120 is transferred to the gateway 200 of above-mentioned Combination padlock 100 and registered mobile communication terminal 300 being networked, and with the On/Off of the enabling control signal of the above-mentioned mobile communication terminal 300 transmit from above-mentioned gateway 200 control gate accordingly.In addition, structure also comprises communication module (RF (ZigBee; ZigBee protocol) module), visitor's face image of the access that the system processor 123 by above-mentioned iris recognition module 120 compresses by above-mentioned communication module transfers to above-mentioned gateway 200.
The end message of gateway 200 to the mobile communication terminal 300 of the face image of the visitor for transmitting access Combination padlock 100 is registered, and is networked with above-mentioned Combination padlock 100 by the mobile communication terminal 300 that have registered above-mentioned end message.Above-mentioned gateway 200 is based on the positional information of the mobile communication terminal 300 that have registered end message obtained from location server 400, the face image of the visitor obtained by Combination padlock 100 transfers to the mobile communication terminal 300 that have registered end message, and the enabling control signal of the Combination padlock 100 of replying from the mobile communication terminal 300 that have registered above-mentioned end message is transferred to above-mentioned Combination padlock 100.Structure comprises: for transmitting the communication module 201 of the face image of visitor from Combination padlock 100; and primary processor 202, for controlling the integrated connection action of gateway 200, above-mentioned primary processor 202 registers the end message of the mobile communication terminal 300 of the face image for transmitting the visitor accessing above-mentioned Combination padlock 100, whenever changing the positional information of oneself, positional information is informed above-mentioned location server 400, connection between the mobile communication terminal 300 guaranteed and have registered above-mentioned end message, and there is access point (Accesspoint) function of wire and wireless network, and the mobile communication terminal 300 that have registered above-mentioned end message is networked with above-mentioned Combination padlock 100, based on the positional information of the mobile communication terminal 300 that have registered above-mentioned end message obtained from above-mentioned location server 400, the face image of the visitor obtained by above-mentioned Combination padlock 100 transfers to the mobile communication terminal 300 that have registered above-mentioned end message, and the enabling control signal of the above-mentioned Combination padlock 100 of replying from the mobile communication terminal 300 that have registered above-mentioned end message is transferred to above-mentioned Combination padlock 100.In addition, above-mentioned gateway 200 also comprises the door opening key with door lock linkage function and button 203 of closing the door that are electrically connected with above-mentioned communication module 201.
Mobile communication terminal 300 is the equipment (such as, being provided with the smart mobile phone of the house-owner of the Combination padlock 100 of the end message being registered in gateway 200) with the end message being registered in gateway 200.Above-mentioned mobile communication terminal 300 appears the face image in transmitting the visitor come from above-mentioned gateway 200 in one's mind in the mode pushing alarm (pushalarm), and based on the positional information of the gateway 200 received from above-mentioned location server 400, the enabling control signal of above-mentioned Combination padlock 100 is replied to above-mentioned gateway 200.Above-mentioned mobile communication terminal 300 comprises: storage part, confirms application program for storing visitor face; And control part, for driving the application program being stored in above-mentioned mobile communication terminal 300, above-mentioned control part confirms based on application program by above-mentioned visitor face, show visitor's face image of the Combination padlock 100 sent from gateway 200, and the enabling control signal corresponding with the information that user inputs is transferred to above-mentioned gateway 200.When confirming the input information of the above-mentioned user based on application program for have input door open command by above-mentioned visitor face, above-mentioned control part via gateway 200 by door open command and password transmission to Combination padlock.Door lock confirms that whether password that above-mentioned user inputs is consistent with registered password, and only when consistent, perform door lock open command (due to registered password data only have by door lock, therefore, in the situations such as gateway is stolen, also prevent the leakage of password).
Location server (LocationServer) 400 is collected and is guaranteed the positional information of gateway 200 and above-mentioned mobile communication terminal 300, and above-mentioned gateway 200 is interconnected with above-mentioned mobile communication terminal 300.Collect and the positional information of the above-mentioned mobile communication terminal 300 guaranteed is transmitted and informs to gateway 200, the positional information of gateway 200 is transmitted and is informed to mobile communication terminal 300, realizes mutual connection accordingly.Such as, when mobile communication terminal 300 is connected with WLAN (wireless local area network) (Wi-Fi), above-mentioned positional information is the IP address of Wi-Fi, and when mobile communication terminal 300 is not connected with Wi-Fi, above-mentioned positional information is the intrinsic number of mobile phone of mobile data net.In addition, when the positional information of gateway 200 occurs to change, above-mentioned location server 400 receives the positional information (such as, IP address) after changing from gateway 200, and guarantees the connection between the mobile communication terminal 300 that have registered above-mentioned end message.
Figure 11 is the figure confirming the action of Combination padlock system for illustration of the face of mobile communication terminal of the present utility model.
As shown in figure 11, first Combination padlock system of the present utility model obtains the face image of the visitor of access Combination padlock, and carries out image procossing to be transferred to gateway.
That is, the face image of the visitor of access door lock is obtained by the Image detection sensor of face's camera lens and face's camera lens.
Afterwards, the face image of obtained visitor edited and compress.
Namely, the face image of obtained visitor is added to the face portion of visitor and the setting remaining space of face perimeter of access Combination padlock, in the mode sheared, picture is edited, and in order to the image transmission of above-mentioned editor's gained is compressed to mobile communication terminal.
Then, the face image of the visitor of the access door lock after compression is transferred to gateway.
Thus, the mobile communication terminal and above-mentioned Combination padlock that have registered above-mentioned end message for transmitting the end message of the mobile communication terminal of the face image of the visitor of access Combination padlock, and are networked by gateway registration.
Then, above-mentioned gateway is based on the positional information of the mobile communication terminal of the end message that have registered from location server reception, and the visitor's face image obtained by Combination padlock transfers to the mobile communication terminal that have registered end message.
In addition, above-mentioned mobile communication terminal appears the face image in the visitor sent from above-mentioned gateway in one's mind in the mode pushing alarm (pushalarm), and confirming enabling control signal, the i.e. user of above-mentioned Combination padlock (such as, house-owner) confirm the face image of visitor after, the positional information based on the gateway received from above-mentioned location server replys to above-mentioned gateway the enabling control signal inputted.
Such as, above-mentioned mobile communication terminal is based on specific application program (visitor face of the present utility model confirms application program), when the information that user's (such as, house-owner) inputs is door open command, clamshell doors instruction and password are implemented to transfer to gateway.Password and door open command are transferred to Combination padlock by gateway.Door lock confirms that whether password is consistent with registered password, and only when consistent, performs door open command (because the data of registered password are only had by door lock, therefore, in situations such as gateway are stolen, also preventing the leakage of password).
Thus, the enabling control signal of the above-mentioned Combination padlock of replying from above-mentioned mobile communication terminal is transferred to above-mentioned Combination padlock by RF (or, ZigBee (ZigBee protocol)) communication by above-mentioned gateway.
In addition, Combination padlock controls to open the door with the enabling control signal transmitting the above-mentioned mobile communication terminal come from above-mentioned gateway accordingly, allows or refuse the access of visitor thus.
Claims (19)
1. a door lock, comprising:
Wake module, identifies the access of user or drives above-mentioned door lock according to the key-press input of user; And
Iris recognition module, if utilize above-mentioned wake module to drive above-mentioned door lock, then compares the iris patterns inputing to above-mentioned door lock with the iris patterns stored, and carries out certification according to the user of result to the above-mentioned door lock of access of above-mentioned comparison.
2. door lock according to claim 1, above-mentioned door lock carries out certification according to the user of the result of above-mentioned comparison to the above-mentioned door lock of access, wherein,
Above-mentioned iris recognition module comprises:
Face's shoot part, if drive above-mentioned door lock, then obtains the face image of the user of the above-mentioned door lock of access;
Eye position test section, detects eye position from the face image of the user obtained by means of above-mentioned face shoot part;
Servo control portion, the result detected based on above-mentioned eye position regulates the degree of tilt of iris shoot part, and generates iris shooting control signal;
Iris shoot part, takes the iris of the user accessing above-mentioned door lock based on above-mentioned iris shooting control signal; And
Iris patterns comparing section, compares the above-mentioned iris patterns photographed and the iris patterns stored.
3. door lock according to claim 2, wherein, above-mentioned iris shoot part utilizes the above-mentioned iris shooting signal obtained from servo control portion to control leaning device, and tilts based on the above-mentioned eye position detected.
4. door lock according to claim 1, above-mentioned door lock drives above-mentioned door lock according to above-mentioned testing result and key-press input signal, wherein,
Above-mentioned wake module comprises:
At least one is close to identification sensor, for detecting the object whether existing and access above-mentioned door lock; And
Input part, obtains key-press input from the user of the above-mentioned door lock of access.
5. a security system, comprising:
Mobile device, obtains the biological information comprising the iris of user; And
Door lock, receives the above-mentioned biological information of above-mentioned biological information also received by storage from above-mentioned mobile device, and stored above-mentioned biological information and the biological information inputted by user is compared, thus carry out certification based on above-mentioned comparative result to user.
6. security system according to claim 5, wherein, above-mentioned biological information is the intrinsic identifying information comprising iris patterns information, finger print information, retinal information, facial information.
7. utilize a door-locking system for iris recognition, be Combination padlock system, comprise:
Combination padlock;
Gateway, registers the end message of the mobile communication terminal of the face image for transmitting the visitor accessing above-mentioned Combination padlock, and the mobile communication terminal and above-mentioned Combination padlock that have registered above-mentioned end message is networked;
Mobile communication terminal, has the end message being registered in above-mentioned gateway; And
Location server, collects and guarantees the positional information of above-mentioned gateway and above-mentioned mobile communication terminal, above-mentioned gateway and above-mentioned mobile communication terminal can be made to be interconnected,
Above-mentioned Combination padlock obtains the face image of the visitor of access, and carries out image procossing and transfer to above-mentioned gateway,
Above-mentioned gateway transfers to above-mentioned mobile communication terminal based on the face image of the visitor that above-mentioned Combination padlock obtains by the positional information of the mobile communication terminal received from above-mentioned location server,
Above-mentioned mobile communication terminal appears the face image of the visitor received from above-mentioned gateway in one's mind in the mode pushing alarm, and based on the positional information of the gateway received from above-mentioned location server, the enabling control signal of above-mentioned Combination padlock is replied to above-mentioned gateway,
The enabling control signal of the above-mentioned Combination padlock of replying from above-mentioned mobile communication terminal is transferred to above-mentioned Combination padlock by above-mentioned gateway,
Above-mentioned Combination padlock controls to open the door with the enabling control signal transmitting the above-mentioned mobile communication terminal come from above-mentioned gateway accordingly.
8. the door-locking system utilizing iris recognition according to claim 7, wherein,
Above-mentioned Combination padlock comprises:
Access wakes button up, drives above-mentioned door lock according to the key-press input of visitor;
Iris recognition module, has system processor, and the iris patterns of the user of the above-mentioned door lock of access compares with the iris patterns stored by said system processor, and carries out certification according to the user of above-mentioned comparative result to the above-mentioned door lock of access; And
Microcontroller, controls the On/Off of above-mentioned door based on above-mentioned user authentication result,
Above-mentioned Combination padlock also comprises face image acquisition unit, above-mentioned face image acquisition unit is electrically connected with the system processor of above-mentioned iris recognition module, and there is face's camera lens of the face image for obtaining the visitor accessing above-mentioned door lock and the Image detection sensor of above-mentioned face camera lens
The image that the system processor of above-mentioned iris recognition module has the sensor detects is edited and the function compressed,
When inputting above-mentioned access and waking button up, above-mentioned microcontroller makes above-mentioned iris recognition module start to drive, the face image of the visitor of the access after compressing utilizing above-mentioned iris recognition module is sent to the gateway of above-mentioned Combination padlock and registered mobile communication terminal being networked, with the On/Off of enabling control signal control gate accordingly transmitting the above-mentioned mobile communication terminal come from above-mentioned gateway
Above-mentioned microcontroller also comprises communication module, and the face image of visitor of the access after utilizing the system processor of above-mentioned iris recognition module to compress is sent to above-mentioned gateway by above-mentioned communication module.
9. the door-locking system utilizing iris recognition according to claim 7, wherein,
Above-mentioned Combination padlock comprises:
Close to identification sensor, for identifying the access of visitor;
Iris recognition module, has system processor, and the iris patterns of the user of the above-mentioned door lock of access compares with the iris patterns stored by said system processor, and carries out certification according to the user of above-mentioned comparative result to the above-mentioned door lock of access; And
Microcontroller, controls the On/Off of above-mentioned door based on above-mentioned user authentication result,
Above-mentioned Combination padlock also comprises face image acquisition unit, above-mentioned face image acquisition unit is electrically connected with the system processor of above-mentioned iris recognition module, and there is face's camera lens of the face image for obtaining the visitor accessing above-mentioned door lock and the Image detection sensor of above-mentioned face camera lens
The image that the system processor of above-mentioned iris recognition module has the sensor detects is edited and the function compressed,
When utilizing the above-mentioned access close to identification sensor identification visitor, above-mentioned microcontroller makes above-mentioned iris recognition module start to drive, the face image of the visitor of the access after compressing utilizing above-mentioned iris recognition module is sent to the gateway of above-mentioned Combination padlock and registered mobile communication terminal being networked, with the On/Off of enabling control signal control gate accordingly transmitting the above-mentioned mobile communication terminal come from above-mentioned gateway
Above-mentioned microcontroller also comprises communication module, and the face image of visitor of the access after utilizing the system processor of above-mentioned iris recognition module to compress is sent to above-mentioned gateway by above-mentioned communication module.
10. the door-locking system utilizing iris recognition according to any one of claim 7 to 9, wherein,
Above-mentioned gateway comprises:
For the communication module of the face image from above-mentioned Combination padlock transmission visitor; And
Primary processor, for controlling the integrated connection action of above-mentioned gateway,
The end message of above-mentioned primary processor to the mobile communication terminal of the face image for transmitting the visitor accessing above-mentioned Combination padlock is registered, whenever changing the positional information of oneself, upwards state location server inform positional information to guarantee and have registered the connection between the mobile communication terminal of above-mentioned end message, there is wire and wireless network connection point function, and the mobile communication terminal and above-mentioned Combination padlock that have registered above-mentioned end message are networked, the face image of the visitor obtained by above-mentioned Combination padlock based on the positional information that have registered the mobile communication terminal of above-mentioned end message obtained from above-mentioned location server transfers to the mobile communication terminal that have registered above-mentioned end message, and the enabling control information of the above-mentioned Combination padlock of replying from the mobile communication terminal that have registered above-mentioned end message is transferred to above-mentioned Combination padlock.
11. door-locking systems utilizing iris recognition according to claim 10, wherein, above-mentioned gateway also comprises the door opening key of the door lock linkage function be electrically connected with above-mentioned communication module and button of closing the door.
12. 1 kinds for utilizing the mobile communication terminal of the door-locking system of iris recognition as claimed in claim 7, wherein,
Above-mentioned mobile communication terminal comprises:
Storage part, confirms application program for storing visitor face; And
Control part, for driving the application program being stored in above-mentioned mobile communication terminal,
Above-mentioned control part confirms by above-mentioned visitor face the face image showing the visitor of the Combination padlock sent from above-mentioned gateway based on application program, and the enabling control signal corresponding with the information that user inputs is transferred to above-mentioned gateway.
13. is according to claim 12 for utilizing the mobile communication terminal of the door-locking system of iris recognition, wherein, when the input information confirming to be inputted by above-mentioned user based on application program by above-mentioned visitor face for door open command, door open command and user are inputted password and send to above-mentioned gateway and transfer to door lock by above-mentioned control part, above-mentioned door lock confirms that whether the password that above-mentioned user inputs is consistent with registered password, and only when consistent, perform door lock open command.
14. 1 kinds, for utilizing the Combination padlock of the door-locking system of iris recognition, comprising:
Access wakes button up, drives above-mentioned door lock according to the key-press input of visitor;
Iris recognition module, has system processor, and the iris patterns of the user of the above-mentioned door lock of access compares with the iris patterns stored by said system processor, and carries out certification according to the user of above-mentioned comparative result to the above-mentioned door lock of access; And
Microcontroller, controls the On/Off of above-mentioned door based on above-mentioned user authentication result,
Above-mentioned Combination padlock also comprises face image acquisition unit, above-mentioned face image acquisition unit is electrically connected with the system processor of above-mentioned iris recognition module, there is face's camera lens of the face image for obtaining the visitor accessing above-mentioned door lock and the Image detection sensor of above-mentioned face camera lens
The image that the system processor of above-mentioned iris recognition module has the sensor detects is edited and the function compressed,
When inputting above-mentioned access and waking button up, above-mentioned microcontroller makes above-mentioned iris recognition module start to drive, the face image of the visitor of the access after compressing utilizing above-mentioned iris recognition module is sent to the gateway of above-mentioned Combination padlock and registered mobile communication terminal being networked, with the On/Off of enabling control signal control gate accordingly transmitting the above-mentioned mobile communication terminal come from above-mentioned gateway
Above-mentioned microcontroller also comprises communication module, and the face image of visitor of the access after utilizing the system processor of above-mentioned iris recognition module to compress is sent to above-mentioned gateway by above-mentioned communication module.
15. 1 kinds, for utilizing the Combination padlock of the door-locking system of iris recognition, comprising:
Close to identification sensor, for identifying the access of visitor;
Iris recognition module, has system processor, and the iris patterns of the user of the above-mentioned door lock of access compares with the iris patterns stored by said system processor, and carries out certification according to the user of result to the above-mentioned door lock of access of above-mentioned comparison; And
Microcontroller, controls the On/Off of above-mentioned door based on above-mentioned user authentication result,
Above-mentioned Combination padlock also comprises face image acquisition unit, above-mentioned face image acquisition unit is electrically connected with the system processor of above-mentioned iris recognition module, there is face's camera lens of the face image for obtaining the visitor accessing above-mentioned door lock and the Image detection sensor of above-mentioned face camera lens
The image that the system processor of above-mentioned iris recognition module has the sensor detects is edited and the function compressed,
When utilizing the above-mentioned access close to identification sensor identification visitor, above-mentioned microcontroller makes above-mentioned iris recognition module start to drive, the face image of the visitor of the access after compressing utilizing above-mentioned iris recognition module is sent to the gateway of above-mentioned Combination padlock and registered mobile communication terminal being networked, with the On/Off of enabling control signal control gate accordingly transmitting the above-mentioned mobile communication terminal come from above-mentioned gateway
Above-mentioned microcontroller also comprises communication module, and the face image of visitor of the access after utilizing the system processor of above-mentioned iris recognition module to compress is sent to above-mentioned gateway by above-mentioned communication module.
The Combination padlock of 16. door-locking systems for utilizing iris recognition according to claims 14 or 15, wherein, above-mentioned face image acquisition unit is built in above-mentioned iris recognition module in a unitary manner, or is separated with above-mentioned iris recognition module.
The Combination padlock of 17. door-locking systems for utilizing iris recognition according to claims 14 or 15, wherein, the face portion of visitor and the setting remaining space of face perimeter of access Combination padlock is added in the image that the system processor of above-mentioned iris recognition module detects at the sensor, in the mode sheared, picture is edited, and the above-mentioned image after editor is compressed and transfers to above-mentioned communication module.
18. 1 kinds, for utilizing the gateway of the door-locking system of iris recognition, comprising:
For transmitting the communication module of visitor's face image of Combination padlock;
And the communication interface between location server, collect and guarantee the positional information of the mobile communication terminal of the visitor's face image for transmitting above-mentioned Combination padlock and the positional information of oneself, making to be interconnected between above-mentioned mobile communication terminal and above-mentioned location server; And
Primary processor, for controlling the integrated connection action of above-mentioned gateway,
The end message of above-mentioned primary processor to the mobile communication terminal of the face image for transmitting the visitor accessing above-mentioned Combination padlock is registered, whenever changing the positional information of oneself, upwards state location server inform positional information to guarantee and have registered the connection between the mobile communication terminal of above-mentioned end message, there is wire and wireless network connection point function, and the mobile communication terminal and above-mentioned Combination padlock that have registered above-mentioned end message are networked, the face image of the visitor obtained by above-mentioned Combination padlock based on the positional information that have registered the mobile communication terminal of above-mentioned end message obtained from above-mentioned location server transfers to the mobile communication terminal that have registered above-mentioned end message, and the enabling control information of the above-mentioned Combination padlock of replying from the mobile communication terminal that have registered above-mentioned end message is transferred to above-mentioned Combination padlock.
19. is according to claim 18 for utilizing the gateway of the door-locking system of iris recognition, wherein, also comprises the door opening key of the door lock linkage function be electrically connected with above-mentioned communication module and button of closing the door.
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| KR10-2014-0086233 | 2014-07-09 | ||
| KR20140086233 | 2014-07-09 | ||
| KR1020150074037A KR20160006587A (en) | 2014-07-09 | 2015-05-27 | Door lock for Security and system and mobile communication terminal used in it and network gateway used in it and Method for Authentication Using Iris Detection |
| KR10-2015-0074037 | 2015-05-27 |
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| CN105469508A (en) * | 2015-12-31 | 2016-04-06 | 上海创功通讯技术有限公司 | Storage cabinet, mobile terminal and storage cabinet control method and system |
| CN106157417B (en) * | 2016-07-28 | 2018-07-13 | 北京虹娘科技有限公司 | A kind of iris identification method, device, smart lock and intelligent identifying system |
| CN108868352A (en) * | 2018-06-28 | 2018-11-23 | 浙江进家五金有限公司 | Intelligent fingerprint lock and its operating method |
| WO2019071707A1 (en) * | 2017-10-12 | 2019-04-18 | 深圳市沃特沃德股份有限公司 | Door lock control method and device |
| CN110506266A (en) * | 2017-04-20 | 2019-11-26 | 指纹卡有限公司 | For using the access control of the first and second biometric datas access restriction of domain |
| CN111255299A (en) * | 2018-12-03 | 2020-06-09 | 珠海格力电器股份有限公司 | Door lock control method and device |
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| JP3610234B2 (en) * | 1998-07-17 | 2005-01-12 | 株式会社メディア・テクノロジー | Iris information acquisition device and iris identification device |
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| KR20070112013A (en) * | 2006-05-19 | 2007-11-22 | 넥스터치(주) | System and apparatus for controlling doorlock key using mobile communication terminal |
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| CN105469508A (en) * | 2015-12-31 | 2016-04-06 | 上海创功通讯技术有限公司 | Storage cabinet, mobile terminal and storage cabinet control method and system |
| CN106157417B (en) * | 2016-07-28 | 2018-07-13 | 北京虹娘科技有限公司 | A kind of iris identification method, device, smart lock and intelligent identifying system |
| CN110506266A (en) * | 2017-04-20 | 2019-11-26 | 指纹卡有限公司 | For using the access control of the first and second biometric datas access restriction of domain |
| US11270544B2 (en) | 2017-04-20 | 2022-03-08 | Fingerprint Cards Anacatum Ip Ab | Access control for access restricted domains using first and second biometric data |
| WO2019071707A1 (en) * | 2017-10-12 | 2019-04-18 | 深圳市沃特沃德股份有限公司 | Door lock control method and device |
| CN108868352A (en) * | 2018-06-28 | 2018-11-23 | 浙江进家五金有限公司 | Intelligent fingerprint lock and its operating method |
| CN108868352B (en) * | 2018-06-28 | 2023-07-28 | 安徽爱进家智能科技有限公司 | Intelligent fingerprint lock and operation method thereof |
| CN111255299A (en) * | 2018-12-03 | 2020-06-09 | 珠海格力电器股份有限公司 | Door lock control method and device |
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| WO2016006831A1 (en) | 2016-01-14 |
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