CN207037762U - mobile fingerprint access control system - Google Patents
mobile fingerprint access control system Download PDFInfo
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- CN207037762U CN207037762U CN201720439832.2U CN201720439832U CN207037762U CN 207037762 U CN207037762 U CN 207037762U CN 201720439832 U CN201720439832 U CN 201720439832U CN 207037762 U CN207037762 U CN 207037762U
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Abstract
The utility model provides a kind of mobile fingerprint access control system, and it includes：One fingerprint identification module, a mobile fingerprint enabling control module, cloud platform server and an access controller.The access authentication mode as gate inhibition is identified by using mobile fingerprint, the unique identification feature (mobile phone IMEI number) of the unique identification feature (i.e. fingerprint feature information) of human-body biological and intelligent mobile terminal is organically combined as the Rule of judgment of identity security, so as to block the security breaches present in existing cell phone access control.In addition, the system further solves the problems, such as first generation mobile fingerprint gate control system poor practicability and the true and false finger of None- identified (fingerprint) by fingerprint trust computing signature authentication technology and true and false finger identification technology.
Description
Technical field
It the utility model is related to access control technical field, more particularly to a kind of mobile fingerprint access control system.
Background technology
Fingerprint, determined by personal congenital heredity, it has unchangeable unique trait, and its recurrence probability
It is minimum, it is most preferably one of the mode for carrying out personal verification.Therefore, fingerprint is applied to recognizing for personal identification very early
Card, for example, just being affixed one's private mark during ancient times using fingerprint.With the development of science and technology, personal identification and access based on fingerprint
Control intelligence system starts to obtain extensive development and application in nineteen nineties.
From first item fingerprint recognition mobile phone in 1998 since Siemens Company comes out, after the development of nearly 20 years, especially
Technological break-through of the American apple company iPhone Series Intelligents mobile phone to mobile phone fingerprint recognition application field, promptly stimulate and
Promoting mobile fingerprint identification turns into the application and development of personal superelevation security identity checking authority.It is in addition, all kinds of right at present
The high payment application of personal identification safety requirements also conforms to market trend and is correspondingly proposed mobile fingerprint identification payment
Function, and accepted extensively by user.
The technology and mode that existing cell phone access control is mainly applied have mobile phone NFC, cell phone password, mobile phone two-dimension code,
Bluetooth of mobile phone, mobile phone Wi-Fi, optical reflection type mobile fingerprint identify this several class.Wherein, optical reflection type mobile fingerprint recognitiion gate
Access control system is considered as first generation mobile fingerprint gate control system.But by its technical conditions is limited, there is will to humiture
Seek high, discrimination low (especially finger wet in the case of basic None- identified) and the major defect of poor practicability, and can not have
True and false finger is distinguished on effect ground, and the lethal factor of application can not be generalized by turning into it.In addition, above-mentioned other five kinds of mobile phones gate inhibition's technologies
(NFC, password, Quick Response Code, bluetooth, Wi-Fi), the hand that also generally existing authentication mode is single, illegal user usurps validated user
The problems such as machine can also open the door, security of system is still relatively low.
Therefore, need badly and a kind of cell phone access control is provided, to solve the above problems.
Utility model content
The purpose of this utility model is, there is provided a kind of mobile fingerprint access control system, it is by using mobile fingerprint
The access authentication mode as gate inhibition is identified, by the unique identification feature (i.e. fingerprint feature information) and intelligent mobile of human-body biological
The unique identification feature (mobile phone IMEI number) of terminal is organically combined as the Rule of judgment of identity security, existing so as to block
Security breaches present in cell phone access control.In addition, the system passes through fingerprint trust computing signature authentication technology and true and false hand
Refer to identification technology, further solve first generation mobile fingerprint gate control system poor practicability and the true and false finger of None- identified (fingerprint)
The problem of.
The utility model provides a kind of mobile fingerprint access control system, and it includes：One fingerprint identification module, the fingerprint
Identification module is used for the fingerprint feature information for obtaining a user, and the fingerprint identification module further comprises a finger print safety submodule
Block, the finger print safety submodule are used to the fingerprint feature information be encrypted certification, and the fingerprint that will encrypt certification
Characteristic information is contrasted with the fingerprint feature information prestored, to export a fingerprint signature authentication result；One mobile fingerprint
Enabling control module, the mobile fingerprint enabling control module is arranged in a mobile phone, for reading the mobile phone of the mobile phone only
One identifier, and the fingerprint signature authentication result that the fingerprint identification module is exported is received, and according to the finger
Line signature authentication result and judge whether the user is validated user, wherein when the mobile fingerprint enabling control module judge
When to go out the user be disabled user, then a record information to a cloud platform server is sent, controlled when the mobile fingerprint opens the door
Molding block judges the user when being validated user, by the mobile phone unique identifier and the fingerprint signature authentication result institute
The dynamic subscriber's condition code and an enabling request message of generation are sent to the cloud platform server together；The cloud platform
Server and the mobile communication, for when receiving dynamic subscriber's condition code, dynamic subscriber's condition code to be existed
Scan for matching in the database of the cloud platform server, when the match is successful, the cloud platform server sends one and opened
Door is instructed to an access controller；The access controller is connected with an electric lock being arranged on controlled door, is received for working as
During the door open command, the electric lock of the controlled door is controlled to open.
The utility model has the advantage of, system described in the utility model by using the dual examination ＆ verification technology of identity to ensure
The door-opening condition for possessing high safety could open the door, i.e.,：First rehears the lawful condition of core, is that must know on user's mobile phone
Not and confirm as my fingerprint (even specific a certain fingerprint)；Second rehears the lawful condition of core, is to have to pass through cloud
(user carries out identity information registration to the mobile phone and subscriber identity information that Platform Server authenticated by the mobile phone, completes artificial
Audit user identity flow), only meet that legal fingerprint, mobile phone and the two legal conditions of subscriber identity information can just be opened simultaneously
Door, so as to the safe magnitude of lifting system.
In addition, system described in the utility model is by using true and false finger identification technology (i.e. condenser type and RF-type fingerprint
Recognition mode) to solve first generation mobile phone optical fingerprint identification gate control system it can only scan finger skin surface or dead property skin
Layer and the problem of skin corium (i.e. the true and false finger of None- identified) can not be goed deep into.That is, the utility model by using condenser type and
RF-type fingerprint identification technology is (by sending micro- electric signal deeply to finger skin skin corium and utilization human body raw body feature shape
Into the backfeed loop of signal) accurately identify true and false finger.
Brief description of the drawings
Fig. 1 is the configuration diagram of mobile fingerprint access control system described in the utility model；
Fig. 2 is the structural representation of mobile fingerprint access control system described in the utility model；
Fig. 3 is the step schematic flow sheet of mobile fingerprint access control method described in the utility model.
Embodiment
The embodiment of mobile fingerprint access control system provided by the utility model is done in detail below in conjunction with the accompanying drawings
Describe in detail bright.
Referring to shown in Fig. 1 and Fig. 2, the utility model provides a kind of mobile fingerprint access control system, including：One fingerprint is known
Other module 11, a mobile fingerprint enabling control module 12, the access controller 21 of cloud platform server 20 and one.
Wherein, the fingerprint identification module 11 be used to obtaining a user fingerprint feature information (such as fingerprint image figure,
But not limited to this).The fingerprint identification module 11 further comprises a finger print safety submodule 130, the finger print safety submodule
Block 130 (is signed using RSA2048 AESs in the present embodiment for the fingerprint feature information being encrypted certification
Name protection, can so ensure that fingerprint feature information can not be by counterfeit and distort), and the fingerprint feature information that certification will have been encrypted
Contrasted with the fingerprint feature information prestored, to export a fingerprint signature authentication result, (such as signature authentication result is 1
With 0, wherein, 1 expression user be validated user, and 0 expression user is disabled user；The value not limited to this of signature authentication result).Separately
Outside, it is preferable that tightened up examination ＆ verification approval procedure can be set, such as set and only have the specific finger of user could be by recognizing
Card, other fingers can not then pass through certification.That is, the fingerprint feature information prestored herein is the fingerprint of specific finger
Characteristic information, if the fingerprint feature information prestored is thumbprint characteristic information, and the fingerprint identification module 11
What is be collected into is the fingerprint feature information of forefinger, then can not pass through certification.The above-mentioned fingerprint feature information prestored is more than
It is limited to thumbprint characteristic information.
One mobile fingerprint enabling control module 12 (it can be realized by an APP programs), the mobile fingerprint open the door
Control module 12 is arranged on a mobile phone 10 and (can be set in the handset 10, can set in other embodiments in the present embodiment
In other mobile terminals) in, for reading the mobile phone unique identifier (i.e. IMEI number) of the mobile phone 10, and receive the finger
The fingerprint signature authentication result that line identification module 11 is exported, and institute is judged according to the fingerprint signature authentication result
State whether user is validated user.That is, by by the finger print safety submodule 130 in the fingerprint identification module 11
The fingerprint signature authentication result exported judges whether user identity is legal.
When it is disabled user that the mobile fingerprint enabling control module 12, which judges the user, then a record letter is sent
(for example, applying opening the time of controlled door, controlled door door number, personal code work etc., but not limited to this) is ceased to a cloud platform service
Device 20, when it is validated user that the mobile fingerprint enabling control module 12, which judges the user, the mobile phone is uniquely known
The dynamic subscriber's condition code and an enabling request message that alias and the fingerprint signature authentication result are generated are sent together
To the cloud platform server 20.
The cloud platform server 20 (including multiple servers) can be deployed in computer room, and it passes through cordless communication network and institute
Mobile phone 10 is stated to communicate, for when receiving dynamic subscriber's condition code, dynamic subscriber's condition code to be decrypted first,
Then by dynamic subscriber's condition code, in the database of the cloud platform server 20, (user's characteristic code put on record has been deposited in advance
Storage wherein) in scan for matching.When the match is successful, the cloud platform server 20 sends a door open command a to gate inhibition
Controller 21.In addition, the cloud platform server 20 can carry out user's registration and audit, enabling authorizes, reception enabling is asked,
Open the door authentication, issue door open command, storage open the door record etc. operation.Related personnel can be accessed by modes such as web browsers
The cloud platform server 20, to be accomplished manually subscriber identity information (i.e. authentication information) examination ＆ verification etc..
The electric lock 22 that the access controller 21 is arranged on controlled door (or gateway) with one is connected, wherein the electric lock
22 be the lockset for being controlled and being operated using automatically controlled mode.Wherein, the access controller 21 is mountable to controlled door periphery.
The access controller 21 is used for when receiving the door open command, controls the electric lock 22 of the controlled door to open.
In the present embodiment, the access controller 21 can receive the instruction, reception and forwarding infrared detector of cloud platform server 20
24 testing result, the electric lock 22 is controlled to be turned on and off.Wherein, the access controller 21 can use TCP/IP or
RS485 modes are attached and communicated with the cloud platform server 20.
In the present embodiment, the system also includes a high-definition web camera 23, and the high-definition web camera 23 is installed on
Controlled door or gateway periphery, camera lens are directed at controlled door (or gateway).The high-definition web camera 23 is put down with the cloud
Platform server 20 is connected, for when the controlled door is opened, monitoring in real time, and shoot the photo site of the controlled door or regard
Frequently, using for future reference as recording.
In addition, the system also includes an infrared detector 24, the infrared detector 24 is installed on controlled door and (or come in and gone out
Mouth periphery).The infrared detector 24 is connected with the access controller 21, and whether the periphery for detecting the controlled door has
People.The infrared detector 24 include infrared detection module, fingerprint identification module, IC/ID card read modules, and with the phase of access controller 21
Even.
In this embodiment, it is preferred that further comprise capacitance type fingerprint identification in the fingerprint identification module 11
Module 110 and RF-type fingerprint recognition submodule 120.In other parts embodiment, the fingerprint identification module 11 is further
At least one submodule in submodule 110 and RF-type fingerprint recognition submodule 120 is identified including capacitance type fingerprint.The electric capacity
Formula fingerprint recognition submodule 110 and RF-type fingerprint recognition submodule 120 are used for the dual identification by condenser type and RF-type
Technology, launch micro- electric signal and radiofrequency signal respectively to the finger skin corium to be scanned of the user, to determine the true of finger
It is pseudo-.If raw body feedback signal can be received, true finger is proved, if raw body feedback signal can not be received, is proved to be
The finger mould or prosthetic finger of forgery.
Specifically, the dual identification technology is to carry electric microfield using human body raw body, can be electrically conductive forming micro- telecommunications
The principle in number loop identifies true and false finger.Wherein, capacitance type fingerprint identification submodule 110 uses condenser type identification technology, i.e.,
By the way that finger to be formed to a pole of electric capacity, the silicon sensor array structure that is arranged in capacitance type fingerprint identification submodule 110
Into another pole of electric capacity, so, micro-current, the crest of fingerprint are formed between the electric microfield and silicon sensor array entrained by human body
The distance between trough and silicon sensor array form electric capacity difference of height, so as to depict fingerprint image, and feed back one
Human body raw body verifies signal.If false fingerprint, due to the electric microfield of no human body, therefore signal circuit can not be formed, just not
Fingerprint image can be produced and feed back human body raw body checking signal.RF-type fingerprint recognition submodule 120 uses radio frequency identification
Technology, i.e., by by the emission of radio frequency signals of a low frequency to skin corium.Because human body cell liquid is conductive, therefore can pass through
Read the Electric Field Distribution of skin corium and obtain the most exact image of whole skin corium, and feed back human body raw body checking signal.
If false fingerprint, electric field can not be also formed to obtain fingerprint image and feed back human body raw body checking signal.
In the present embodiment, also including an identity registration submodule, (figure is not for the mobile fingerprint enabling control module 12
Show), the identity registration submodule be used to receiving user authentication information (such as phone number, identification card number etc., it is unlimited
In this), and by the authentication information and by obtaining the fingerprint signature authentication result of user (in user identity first
In registration process, it is 1 to preset output fingerprint signature authentication result, that is, represents that user is validated user) and mobile phone uniquely know
The user's characteristic code that alias is generated is sent to the cloud platform server 20 for manual examination and verification together.The cloud platform service
Device 20 is further used for after authentication information described in manual examination and verification, automatically by the authentication information and the user
Condition code is bound, and is stored in the database and is put on record.
Therefore, mobile fingerprint access control system system described in the utility model is by the way that the mobile phone of individual and fingerprint are carried out
Binding, the method authenticated using the higher identity double authentication of level of security not only compensate for existing mobile phone door come access control
Prohibit that authentication mode is single, can usurp mobile phone and open the door and security it is relatively low the defects of, and overcome traditional swipe the card and fingerprint door
Prohibit the disadvantage of extremely easy adulterated accounting documents, also solve first generation mobile fingerprint gate control system using occurring in optical reflection technology
High is required to humiture, discrimination is low, poor practicability, has severe compromise problem, it is achieved thereby that non-user nothing
Method is opened the door, non-user mobile phone can not open the door, and the safe magnitude of enabling is promoted into brand-new height, not only meets user to ensureing
Personal security and the active demand of privacy, but also filled up blank of the mobile phone gate inhibition market without any high safety series of products.
In addition, the mobile fingerprint access control system has used true and false finger identification technology (i.e. using condenser type and to penetrate
Frequency formula fingerprint distinguishes mode), it can only scan finger skin surface to solve first generation mobile phone optical fingerprint identification gate control system
Or dead skin layer and the problem of skin corium (i.e. the true and false finger of None- identified) can not be goed deep into.The utility model is by using electric capacity
Formula and RF-type fingerprint identification technology are (deeply to finger skin skin corium and special using human body raw body by sending micro- electric signal
Sign forms the backfeed loop of signal) accurately identify true and false finger.
In addition, the mobile fingerprint access control system possesses visitor's detection and remote monitoring door opening function, it is interim when having
Visitor is located in place of controlled door position, and the infrared detector 24 has been able to detect that visitor, and is believed by SMS or APP
Breath prompting user.When temporary visitor requires to enter controlled door (or gateway), user can observe controlled door scene in mobile phone
Situation, and confirm the identity of temporary visitor, realize remote monitoring and long-range enabling.When user carries out remote monitoring enabling,
The video or picture that the mobile fingerprint access control system will control high-definition web camera 23 to automatically snap visitor's entrance, in case
Case is to be checked, so as to ensure the security of long-range enabling.
In addition, the mobile fingerprint access control system not only eliminates the hardware device of conventional fingerprint gate inhibition, but also
In-site installation wiring is reduced, to be effectively reduced system cost.
In addition, the utility model also provides a kind of mobile fingerprint access control method, controlled using above-mentioned mobile fingerprint gate inhibition
System processed, structure, annexation and the function of each component as described above, will not be repeated here in the system.
Shown in Figure 3, methods described includes：
Step S310：The fingerprint identification module of one mobile phone obtains the fingerprint feature information of a user.
The fingerprint identification module is used to obtaining fingerprint feature information (such as the fingerprint image figure, but unlimited of a user
In this).Before the execution of this step, further comprise：User will enter controlled door；Opened the door and controlled by the mobile fingerprint in mobile phone
To open controlled door, (i.e. user by mobile fingerprint enabling APP and inputs controlled door to molding block (i.e. mobile fingerprint enabling APP)
Area information and door information open controlled door).
Step S320：The fingerprint feature information is encrypted the finger print safety submodule of the fingerprint identification module recognizes
Card, and the fingerprint feature information for having encrypted certification is contrasted with the fingerprint feature information prestored, to export a fingerprint
Signature authentication result.
The finger print safety submodule (uses in the present embodiment for certification to be encrypted to the fingerprint feature information
RSA2048 AESs carry out signature protection, can so ensure that fingerprint feature information can not be by counterfeit and distort), and by
The fingerprint feature information of encryption certification is contrasted with the fingerprint feature information prestored, to export a fingerprint signature certification knot
Fruit (such as signature authentication result is 1 and 0, wherein, 1 expression user is validated user, and 0 represents that user is disabled user；Signature is recognized
Demonstrate,prove the value not limited to this of result).
Step S330：The mobile fingerprint enabling control module of the mobile phone reads the mobile phone unique identifier of the mobile phone,
And the fingerprint signature authentication result that the fingerprint identification module is exported is received, and according to the fingerprint signature certification
As a result judge whether the user is validated user.
The mobile fingerprint enabling control module is arranged on a mobile phone and (may be provided in the present embodiment in mobile phone, at it
Other mobile terminals can be arranged in his embodiment) in, for reading mobile phone unique identifier (the i.e. IMEI of the mobile phone
Number), and the fingerprint signature authentication result that the fingerprint identification module is exported is received, and according to the fingerprint signature
Authentication result and judge whether the user is validated user.That is, by by the finger in the fingerprint identification module
The fingerprint signature authentication result that the safe submodule of line is exported judges whether user identity is legal.
Step S340：When it is disabled user that the mobile fingerprint enabling control module, which judges the user, then perform
Step S350；Otherwise, step S360 is performed.
Step S350：The mobile fingerprint enabling control module sends a record information to a cloud platform server, and ties
Beam step.
Wherein, send a record information (for example, time of controlled door, controlled door door number, personal code work etc. are opened in application,
But not limited to this) to a cloud platform server.
Step S360：The mobile fingerprint enabling control module recognizes the mobile phone unique identifier and the fingerprint signature
The dynamic subscriber's condition code and an enabling request message that card result is generated are sent to the cloud platform server together.
Step S370：The cloud platform server uses the dynamic after dynamic subscriber's condition code is received
Family condition code scans for matching in the database of the cloud platform server, when the match is successful, the cloud platform service
Device sends a door open command a to access controller.
Step S380：The access controller controls the described of the controlled door after the door open command is received
Electric lock is opened.
Then, after step S380, further comprise：One high-definition web camera is clapped after the controlled door is opened
The photo site or video of the controlled door are taken the photograph, using for future reference as recording.Wherein, the high-definition web camera is installed on controlled door
Or personnel gateway.
In addition, in the present embodiment, before step S310, further comprise：One infrared detector detects the controlled door
Periphery whether someone.Wherein, the infrared detector is connected with the access controller, for detecting the week of the controlled door
Side whether someone.The infrared detector include infrared detection module, fingerprint identification module, IC/ID card read modules, and with the access control
Device is connected.
In the present embodiment, further comprise：Submodule is identified by the capacitance type fingerprint in the fingerprint identification module
At least one submodule in block and RF-type fingerprint recognition submodule, and pass through the dual identification skill of condenser type and RF-type
Art, launch micro- electric signal and radiofrequency signal respectively to the finger skin corium to be scanned of the user, to determine the true and false of finger.
If raw body feedback signal can be received, true finger is proved, if raw body feedback signal can not be received, is proved to be forgery
Finger mould or prosthetic finger.The operation principle of the dual identification technology will not be repeated here described in seeing above.
In addition, before step S310, further comprise：
(1) the identity registration submodule of the mobile fingerprint enabling control module receives the authentication information of user, and
And the authentication information and fingerprint signature authentication result and mobile phone unique identifier by obtaining user are generated
User's characteristic code be sent to the cloud platform server together for manual examination and verification.
Wherein, when user logins mobile fingerprint enabling APP first, it is necessary to enrollment status checking information (such as phone number,
Identification card number etc., not limited to this).
(2) the cloud platform server is after authentication information described in manual examination and verification, automatically by the authentication
Information is bound with the user's characteristic code, and is stored in the database and is put on record.
Mobile fingerprint access control system described in the utility model, it is intended in leading and promote the mobile phone that possesses high security
Fingerprint identification entrance guard system it is commonly used, meet gate inhibition market and user to personal security and the urgent need of personal secrets guarantee
Ask.Also, the utility model effectively merges Internet technology, development of Mobile Internet technology, technology of Internet of things, by answering for gate inhibition
Lifting is expanded to " mobile Internet+" from existing " internet+" with pattern.And, there is provided a kind of " mobile interchange of innovation
Net+gate inhibition " application model and service mode.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
Art personnel, on the premise of the utility model principle is not departed from, some improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as the scope of protection of the utility model.
Claims (5)
- A kind of 1. mobile fingerprint access control system, it is characterised in that including：One fingerprint identification module, the fingerprint identification module are used for the fingerprint feature information for obtaining a user, the fingerprint recognition Module further comprises a finger print safety submodule, and the finger print safety submodule is used to add the fingerprint feature information Close certification, and the fingerprint feature information for having encrypted certification is contrasted with the fingerprint feature information prestored, to export one Fingerprint signature authentication result；One mobile fingerprint enabling control module, the mobile fingerprint enabling control module is arranged in a mobile phone, for reading The mobile phone unique identifier of mobile phone is stated, and receives the fingerprint signature authentication result that the fingerprint identification module is exported, And judge whether the user is validated user according to the fingerprint signature authentication result, wherein when the mobile fingerprint is opened Door control module judges the user when being disabled user, then a record information is sent to a cloud platform server, when described Mobile fingerprint enabling control module judges the user when being validated user, by the mobile phone unique identifier and the fingerprint The dynamic subscriber's condition code and an enabling request message that signature authentication result is generated send to the cloud platform and taken together Business device；The cloud platform server and the mobile communication, for when receiving dynamic subscriber's condition code, described will move State user's characteristic code scans for matching in the database of the cloud platform server, when the match is successful, the cloud platform Server sends a door open command a to access controller；The access controller is connected with an electric lock being arranged on controlled door, for when receiving the door open command, controlling The electric lock for making the controlled door is opened.
- 2. system according to claim 1, it is characterised in that the system also includes a high-definition web camera, the height Clear network cameras is connected with the cloud platform server, for when the controlled door is opened, shooting the scene of the controlled door Picture or video, using for future reference as recording.
- 3. system according to claim 1, it is characterised in that the system also includes an infrared detector, described infrared Detector is connected with the access controller, for detect the controlled door periphery whether someone.
- 4. system according to claim 1, it is characterised in that further comprise condenser type in the fingerprint identification module At least one submodule in fingerprint recognition submodule and RF-type fingerprint recognition submodule, the capacitance type fingerprint identify submodule Be used for the dual identification technology by condenser type and RF-type with RF-type fingerprint recognition submodule, launch respectively micro- electric signal and Radiofrequency signal to the user finger skin corium to be scanned, to determine the true and false of finger.
- 5. system according to claim 1, it is characterised in that the mobile fingerprint enabling control module also includes an identity Submodule is registered, the identity registration submodule is used for the authentication information for receiving user, and the authentication is believed The user's characteristic code that breath and fingerprint signature authentication result and mobile phone unique identifier by obtaining user are generated passes together The cloud platform server is delivered to for manual examination and verification；The cloud platform server is further used in identity described in manual examination and verification After checking information, the authentication information and the user's characteristic code are bound automatically, and are stored in the number According to being put on record in storehouse.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720439832.2U CN207037762U (en) | 2017-04-25 | 2017-04-25 | mobile fingerprint access control system |
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| CN201720439832.2U CN207037762U (en) | 2017-04-25 | 2017-04-25 | mobile fingerprint access control system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106960491A (en) * | 2017-04-25 | 2017-07-18 | 上海亦源智能科技有限公司 | Mobile fingerprint access control system and control method |
| CN108900536A (en) * | 2018-08-03 | 2018-11-27 | Oppo广东移动通信有限公司 | Authentication method, device, computer equipment and storage medium |
| CN109389713A (en) * | 2018-09-05 | 2019-02-26 | 国网天津市电力公司 | A kind of computer room door access control system and method based on Touch ID |
| CN115546949A (en) * | 2022-11-25 | 2022-12-30 | 深圳市亲邻科技有限公司 | Remote control access control method and system based on smart watch |
-
2017
- 2017-04-25 CN CN201720439832.2U patent/CN207037762U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106960491A (en) * | 2017-04-25 | 2017-07-18 | 上海亦源智能科技有限公司 | Mobile fingerprint access control system and control method |
| CN108900536A (en) * | 2018-08-03 | 2018-11-27 | Oppo广东移动通信有限公司 | Authentication method, device, computer equipment and storage medium |
| CN109389713A (en) * | 2018-09-05 | 2019-02-26 | 国网天津市电力公司 | A kind of computer room door access control system and method based on Touch ID |
| CN115546949A (en) * | 2022-11-25 | 2022-12-30 | 深圳市亲邻科技有限公司 | Remote control access control method and system based on smart watch |
| CN115546949B (en) * | 2022-11-25 | 2023-02-10 | 深圳市亲邻科技有限公司 | Remote control access control method and system based on smart watch |
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