TW201545125A - Access control apparatus and register system and register method thereof - Google Patents

Abstract

An access control apparatus and a register system and a register method thereof are provided. A management apparatus generates a mobile barcode based on register data, and sends the mobile barcode to a mobile apparatus. When the mobile apparatus is located within a sensing range of the access control apparatus, the access control apparatus scans the mobile barcode on the mobile apparatus to obtain the register data, captures biometric characteristic data, and receives a set of input password inputted by a user, such that the access control apparatus establishes account data when the input password is conformed to a set of initial password of the register data.

Description

Access control device and registration system and method thereof

The present invention relates to a registration system and method, and more particularly to an access control device and registration system and method thereof.

In today's IT-developed world, access control devices are installed at entrances to specific areas in order to restrict access to specific areas. For example, office gates, elevators, factories, warehouses, MRT entrances, airport-specific entrances, hospitals, etc. Most of the general access control systems use a remote control or identification card as the basis for opening the access control system. People need to use the allowed remote control or identification card to sense, after the access control system is confirmed, they can enter the area controlled by the access control system. However, the general access control system cannot effectively control the identity of the entry and exit personnel. People can pass the access control system certification by holding the allowed remote control or identification card.

The invention provides an access control device and a registration system and method thereof, so that the access control device can effectively control the identity of the entering person.

The method for registering an access device of the present invention includes: generating, by the management device, the action barcode based on the registration data; receiving, by the mobile device, the action barcode from the management device; and when the mobile device moves to the sensing range of the access device, being executed by the access device Account registration process. The step of performing the account registration process by the access control device includes: capturing the barcode image corresponding to the action barcode by the image capture unit, and analyzing the barcode image to obtain the registration data; obtaining the facial feature data and the iris characteristic data of the user; Receiving input password; determining whether the input password meets the initial password in the registration data; receiving the setting password from the user when the input password conforms to the initial password; and establishing permission based on the registration data, facial feature data, iris characteristic data, and setting password User account login information of the access control device.

In an embodiment of the present invention, in the step of generating, by the management device, the action barcode based on the registration data, the management device may encrypt the registration data according to the key to obtain the encrypted data, and then generate the action barcode based on the encrypted data. . In the step of obtaining the registration data by analyzing the barcode image by the access control device, the barcode image is analyzed to obtain the encrypted data, and the encrypted data is decrypted according to the key, thereby obtaining the registration data.

In an embodiment of the present invention, the step of executing the account registration procedure by the access control device further comprises: after analyzing the barcode image to obtain the registration data, determining whether the current time of reading the action barcode is within the validity period of the registration data; When it is determined that the current time is not within the limited time period, the account registration procedure is ended; and when it is determined that the current time is within the validity period, the account registration procedure is continued.

In an embodiment of the invention, the user's facial features are obtained as described above. The step of detecting the information of the iris and the iris includes: detecting whether the user is located in the first detection range of the image capturing unit, and analyzing the user captured by the image capturing unit when the user is in the first detection range Face image to get facial features. And detecting whether the user is located in the second detection range of the iris extraction unit of the access control device, and analyzing the iris image of the user captured by the iris extraction unit when the user is located in the second detection range, Obtain iris characteristics data. If the user is not in the first detection range or the second detection range, the first prompt message or the second prompt message is sent.

In an embodiment of the present invention, after the step of obtaining the facial feature data and the iris characteristic data by the user in the account registration process by the access control device, the method further includes: in the touch input mode, in the access control device The display unit has a plurality of numeric keys, wherein the display unit has a touch module; the touch module receives the user's touch on the numeric keys, and the initial password is received from the user; and when the input password is met In the initial password, the user touches the above-mentioned word key again through the touch module, and accordingly receives the setting password from the user.

In an embodiment of the present invention, after the step of obtaining the facial feature data and the iris characteristic data of the user in the account registration process performed by the access control device, the method further includes: in the eye movement input mode, in the access control device The display unit displays a digital switching interface; the image capturing unit of the access control device captures the user's eye image sequence to obtain the eye movement state of the user, wherein the eye movement state includes the pupil displacement, the pupil movement direction, and the gaze At least one of a position and a blinking motion; controlling the digital switching interface based on the eye movement state of the user to enter in multiple numbers The row selection is based on obtaining the initial password; and when the input password conforms to the initial password, the digital switching interface is again controlled based on the eye movement state of the user to select among the above numbers to obtain the set password.

In an embodiment of the invention, the digital switching interface is controlled based on the eye movement state of the user to select among the numbers, and the step of obtaining the initial password includes: detecting the selection in the number When the number length has reached the number length of the initial password, it is judged whether the input password conforms to the initial password. When the input password meets the initial password, the digital switching interface is again controlled based on the eye movement state of the user to select among the above numbers. The step of obtaining the set password includes: detecting the selection in the above number When the number length has reached the number length of the initial password, the selected number is set as the set password.

In an embodiment of the invention, the step of executing the account registration procedure by the access control device further comprises: ending the account registration procedure if the user's input is not received within the preset time.

The registration system of the access device of the present invention comprises: a management device and an access device. The management device is configured to generate an action barcode based on the registration data and transmit the action barcode to a mobile device. The access device includes an image capturing unit, an iris capturing unit, and a processing unit. The image capturing unit is configured to capture a barcode image corresponding to the action barcode in the mobile device, and capture the user's facial image. The iris extraction unit is used to capture the iris image of the user. The processing unit is coupled to the image capturing unit and the iris capturing unit. The processing unit receives the barcode image, the face image, and the iris image, and when the mobile device moves to the sensing range of the access device, the door is disabled Set the execution account registration module. The account registration module includes a barcode reading module, a feature capturing module, a comparison module, and a setting module. The barcode reading module analyzes the barcode image to obtain the registration data. The feature capture module analyzes the face image and the iris image to obtain facial feature data and iris feature data, respectively. The comparison module compares whether the input password received from the user meets the initial password in the registration data. When the comparison module determines that the input password meets the initial password in the registration data, the setting module establishes an account data allowing the user to log in to the access control device based on the registration data, the facial feature data, the iris characteristic data, and the setting password.

The access control device of the present invention comprises: a storage unit, an image capturing unit, an iris capturing unit and a processing unit. The image capturing unit is configured to capture a barcode image corresponding to the action barcode in the mobile device, and capture the user's facial image. The iris extraction unit is used to capture the iris image of the user. The processing unit is coupled to the storage unit, the image capturing unit, and the iris capturing unit. The storage unit includes an account registration module. The processing unit receives the barcode image, the face image, and the iris image, and executes the account registration module by the access device when the mobile device moves to the sensing range of the access device. The account registration module includes a barcode reading module, a feature capturing module, a comparison module, and a setting module. The barcode reading module analyzes the barcode image to obtain the registration data. The feature capture module analyzes the face image and the iris image to obtain facial feature data and iris feature data, respectively. The comparison module compares whether the input password received from the user meets the initial password in the registration data. When the comparison module determines that the input password meets the initial password in the registration data, the setting module establishes the user to log in to the access control based on the registration data, the facial feature data, the iris characteristic data, and the setting password. Set account information.

The registration system of the access device of the present invention comprises: a management device and an access device. The access device includes an image capturing unit, an iris capturing unit, a first storage unit, and a first processing unit. The first storage unit includes a code reading module. The first processing unit is coupled to the image capturing unit, the iris capturing unit, and the first storage unit. When a mobile device moves into the sensing range of the access device, the first processing unit analyzes the barcode image through the barcode reading module to obtain the registration data, and after obtaining the registration data, the first processing unit drives the image capturing unit and the iris respectively. The capture unit captures the face image and the iris image, and receives the input password and the set password from the user. The management device includes a second storage unit and a second processing unit. The second processing unit is coupled to the second storage unit. The second storage unit includes: a barcode generation module, a receiving module, a feature capturing module, a comparison module, and a setting module. The barcode generation module generates an action barcode based on the registration data. The receiving module receives the face image, the iris image, the input password and the setting password from the access device. The feature capture module analyzes the face image and the iris image to obtain facial feature data and iris feature data, respectively. The comparison module compares whether the input password conforms to the initial password in the registration data. After the comparison module determines that the input password conforms to the initial password, the setting module establishes the account data based on the setting password, the registration data, the facial feature data, and the iris characteristic data.

The registration system of the access device of the present invention comprises: a management device and an access device. The access device includes an image capturing unit, an iris capturing unit, a first storage unit, and a first processing unit. The first storage unit includes a barcode reading module and a ratio For the module. The first processing unit is coupled to the image capturing unit, the iris capturing unit, and the first storage unit. When a mobile device moves into the sensing range of the access device, the first processing unit analyzes the barcode image through the barcode reading module to obtain the registration data, and after obtaining the registration data, the first processing unit drives the image capturing unit and the iris respectively. The capture unit captures the face image and the iris image, and receives the input password from the user to compare whether the input password meets the initial password in the registration data through the comparison module. After the comparison module determines that the input password matches the initial password in the registration data, the set password is received from the user. The management device includes a second storage unit and a second processing unit. The second processing unit is coupled to the second storage unit. The second storage unit includes: a barcode generation module, a receiving module, a feature capturing module, and a setting module. The barcode generation module generates an action barcode based on the registration data. The receiving module receives the face image, the iris image and the setting password from the access device. The feature capture module analyzes the face image and the iris image to obtain facial feature data and iris feature data, respectively. The setting module creates an account data based on the setting password, the registration data, the facial feature data, and the iris characteristic data.

The registration system of the access device of the present invention comprises: a management device and an access device. The access control device includes an image capturing unit, an iris capturing unit, and a transmission unit. When a mobile device moves into the sensing range of the access device, the image capturing unit captures the barcode image corresponding to the action barcode in the mobile device, and captures the user's facial image through the image capturing unit. The iris extraction unit is used to capture the iris image of the user. The transmission unit is coupled to the image capturing unit and the iris capturing unit for connecting the barcode image, the face image, the iris image, and the user interface The received input password and the set password are transmitted to the management device. The management device includes a processing unit and a storage unit. The storage unit includes an account registration module. The management device receives the barcode image, the face image, the iris image, and the input password and the setup password received from the user from the access device, and executes the account registration procedure through the account registration module.

Based on the above, the access control device obtains the registration data by scanning the action barcode in the mobile device, and extracts the biometric data of the user, thereby completing the account registration process, so that the access control device can effectively control the identity of the entering person.

The above described features and advantages of the invention will be apparent from the following description.

100‧‧‧ Registration System

110‧‧‧Management device

120‧‧‧Mobile devices

130‧‧‧Access control device

131, 601‧‧ ‧ processing unit

132‧‧‧Image capture unit

133‧‧‧ iris extraction unit

134‧‧‧Display unit

401, 501‧‧‧ status box

402, 504‧‧‧ password display

403‧‧‧Delete key

404‧‧‧Confirmation button

500‧‧‧Digital switching interface

502‧‧‧First switch button

503‧‧‧Second switch button

600, 602‧‧‧ storage unit

603‧‧‧ barcode generation module

604‧‧‧Encryption Module

610‧‧‧ Account Registration Module

611, 801‧‧‧ barcode reading module

612, 702‧‧‧Feature capture module

613, 703, 710‧‧‧ comparison modules

614, 704‧‧‧Setting module

615‧‧‧ decryption module

616‧‧‧ prompt module

701‧‧‧ receiving module

620, 802‧‧‧ eye tracking module

630, 803‧‧‧ touch analysis module

810‧‧‧Transmission unit

A, A’‧‧‧ action bar code

R1, R2‧‧‧ circle

S205~S245‧‧‧How to register the access control device

1 is a schematic diagram of a registration system of an access device in accordance with an embodiment of the present invention.

2A and 2B are flowcharts showing a method of registering an access device according to an embodiment of the present invention.

3A-3C are flow diagrams of a biometric data capture program in accordance with an embodiment of the present invention.

4 is a schematic diagram of an interface of a touch input mode according to an embodiment of the invention.

FIG. 5 is a schematic diagram of an interface of an eye movement input mode according to an embodiment of the invention.

6A and 6B are registration systems of an access device according to an embodiment of the present invention. Block diagram

7A and 7B are block diagrams showing a registration system of an access device according to another embodiment of the present invention.

8A and 8B are block diagrams showing a registration system of an access device according to still another embodiment of the present invention.

1 is a schematic diagram of a registration system of an access device in accordance with an embodiment of the present invention. Referring to FIG. 1 , the registration system 100 includes a management device 110 , a mobile device 120 , and an access device 130 . The access control device 130 is provided, for example, at an entrance and exit of a specific area for controlling the locking and unlocking of the entrance and exit. The management device 110 is, for example, a host disposed in the management center for managing personnel data entering and leaving the access control device 130. The mobile device 120 is, for example, a smart phone or a tablet.

The management device 110 is configured to send the action barcode A with the registration data to the mobile device 120 of the user. The mobile device 120 receives the action bar code A' from the management device 110 via the network. Here, both the action bar code A and the action bar code A' refer to the same action bar code, A represents the action bar code transmitted by the management device 110, and A' represents the action bar code displayed in the mobile device 120. The action bar code A is, for example, a Quick Response (QR) code or a data matrix code.

After the mobile device 120 receives the action bar code A', the user can take the mobile device 120 to the access control device 130 to execute the account registration process. The user moves the mobile device 120 into the sensing range of the access control device 130, so that the access control device The set 130 can read the action bar code A' in the mobile device 120, thereby obtaining the registration data, and after completing the initial password authentication, the corresponding account data can be established.

The access device 130 includes a processing unit 131, an image capturing unit 132, an iris capturing unit 133, and a display unit 134. The processing unit 131 is coupled to the image capturing unit 132, the iris capturing unit 133, and the display unit 134.

The image capturing unit 132 is configured to capture a face image, a barcode image of the action barcode, and the like. The iris capturing unit 133 is, for example, an infrared camera for taking an iris image. The display unit 134 can display the images currently captured by the image capturing unit 132 and the iris capturing unit 133. The processing unit 131 is configured to analyze the face image, the barcode image, and the iris image, and execute an account registration process. The processing unit 131 is, for example, a central processing unit (CPU), or another programmable microprocessor (Microprocessor) or the like.

The registration method of the access control device 130 will be described below with the registration system 100 described above. 2A and 2B are flowcharts showing a method of registering an access device according to an embodiment of the present invention. Referring to FIG. 2A, in step S205, the action bar device A generates the action bar code A based on the registration data.

For example, when the user wants to apply for the access rights of the access control device 130, the user may first go to the management center to apply. The management center is provided with a management device 110 for managing personnel data entering and leaving the access control device 130. The management center personnel establish the user's registration data through the management device 110, and the registration data includes the user data and the initial password. For example, the management center staff will use the user's identification number, name, job title, phone number, access area permissions, access time limits, photos, etc. The user profile is input to the management device 110, and an initial password is generated by the management device 110. The management device 110 generates a corresponding action barcode A after obtaining the registration data. The management device 110 can transmit the action barcode A to the user's mobile device 120 via the network by using an email, a multimedia newsletter or a mobile device application (application, APP).

Here, the initial password can be generated by the management device 110 in a random number. Alternatively, the initial password may also be the last 9 yards digit of the user's identity card number. Moreover, the initial password can be further printed through the management device 110, and the person who has printed the initial password is handed over to the user by the person in the management center. Alternatively, the management device 110 transmits the initial password to the user's email mailbox by means of encryption. Accordingly, the user is made aware of the initial password.

Next, in step S210, the action bar code A' is received from the management device 110 via the mobile device 120. Accordingly, the user can carry his mobile device 120 to the access control device 130 for the account registration process. In step S215, when the mobile device 120 moves into the sensing range of the access control device 130, the account registration program is executed by the access control device 130. For detailed flow of executing the account registration procedure, please refer to FIG. 2B, and the account registration procedure includes steps S220 to S245.

In step S220, the image capturing unit 132 captures the barcode image corresponding to the action barcode A' in the mobile device 120, so that the processing unit 131 analyzes the barcode image to obtain the registration data.

Here, in order to improve the security of the action bar code A' in the mobile device 120, a key may be provided in both the management device 110 and the access device 130. Management side loading The set 110 uses the key to encrypt the registration data to obtain the encrypted data, and then generates the action barcode A based on the encrypted data. After the access control device 130 obtains the encrypted data by analyzing the barcode image, the encrypted data is decrypted according to the key, thereby obtaining the registration data. Accordingly, it is possible to prevent other devices having the bar code reading function from arbitrarily reading the action bar code A' in the mobile device 120.

In addition, the management device 110 may further set an expiration date in the registration data to restrict the user from going to the access device 130 for registration within the expiration date. After the processing unit 131 of the access control device 130 analyzes the barcode image to obtain the registration data, the processing unit 131 determines whether the current time of reading the action barcode is within the validity period in the registration data. When it is determined that the current time is within the validity period, the processing unit 131 continues to execute the account registration procedure. When it is determined that the current time is not within the limited time limit, the processing unit 131 ends the account registration process. For example, assume that the limited period is before 2014/06/30, and the user carries his mobile device 120 to the access control device 130 for account registration procedures on 2014/07/01. At this time, after the bar code device 130 analyzes the bar code image and finds that the current time has exceeded the expiration date, the access control device 130 ends the account registration process.

After the access control device 130 obtains the registration data, the account establishment mode can be entered. In step S225, the processing unit 131 obtains the facial feature data and the iris feature data of the user. Specifically, in the account creation mode, the processing unit 131 drives the image capturing unit 132 to capture the face image, and drives the iris capturing unit 133 to capture the iris image, so that the processing unit 131 can analyze the face image and Iris images were used to obtain facial feature data and iris feature data, respectively.

In step S225, the processing unit 131 detects whether the user is located in the first detection range of the image capturing unit 132, so that the processing unit 131 analyzes the image capturing unit 132 when the user is located in the first detection range. The captured face image of the user to obtain facial feature data. If the user is not within the first detection range, the processing unit 131 sends a first prompt message to remind the user to adjust the position of the face.

In addition, in step S225, the processing unit 131 further detects whether the user is located in the second detection range of the iris capturing unit 133 of the access control device 130, so that the processing is performed when the user is located in the second detection range. The unit 131 analyzes the iris image captured by the iris capturing unit 133 to obtain iris characteristic data. If the user is not in the second detection range, the processing unit 131 sends a second prompt message to remind the user to adjust the position of the face.

In addition, after the access device 130 obtains the registration data, the processing unit 131 may also display an indication message in the display unit 134. For example, if the registration information includes the user's name "Wang Xiaoming", the instruction message is, for example, "Welcome Wang Xiaoming, please execute the account registration procedure". Then, the processing unit 131 can further use a text message or a voice message to guide the user to input his biometric data.

For example, FIG. 3A to FIG. 3C are flowcharts of a biometric data retrieval program according to an embodiment of the present invention. As shown in FIG. 3A, the user picks up the access control device 130, so that the image capturing unit 132 can be aligned with the face of the user, and the display unit 134 simultaneously displays the face captured by the image capturing unit 132. The image is shown in Figure 3B. Here, it is assumed that the access control device 130 is about the distance from the user's face. At 40 cm to 50 cm (first detection range), a message "system detection" is displayed in the display unit 134. When the user exceeds the first detection range, the first prompt message “undetectable” is displayed in the display unit 134.

After the facial feature data is successfully obtained, the iris image is captured. Here, the user places the access control device 130 at a position of about 13 cm to 15 cm (second detection range) in front of the face, and the display unit 134 simultaneously displays the user's eye image (which may be a single eye image or both eyes). Image), as shown in Figure 3C. The user views the display unit 134 to adjust the position of his eyes such that the eyes can be placed in the center of the display unit 134. When the circle R1 in the display unit 134 becomes the circle R2, it indicates that the user's eyes have been placed in an appropriate position, so that the iris capturing unit 133 can successfully acquire the iris image. When the user exceeds the second detection range, the second prompt message of “unrecognizable data” is displayed in the display unit 134.

In addition, in other embodiments, the access control device 130 may first capture the iris image, and then successfully acquire the iris image data. The order in which the facial feature data and the iris feature data are obtained is not limited herein. Further, the access control device 130 may be further configured to end the account registration process when the user's input is not received within a preset time (for example, 10 seconds). The access control device 130 needs to re-scan the action bar code A' of the mobile device 120 to re-execute the account registration process. In addition, when the processing unit 131 fails to extract facial feature data from the face image, or fails to extract the iris feature data from the iris image, the processing unit 131 also ends the account registration process. The access control device 130 needs to re-scan the action bar code A' of the mobile device 120 to re-execute the account registration process.

After successfully obtaining the facial feature data and the iris characteristic data of the user, in step S230, the processing unit 131 of the access control device 130 receives an input password from the user. And, in step S235, the processing unit 131 determines whether the input password conforms to the initial password in the registration data. If the input password does not match the initial password in the registration data, the account registration procedure is terminated. If the input password matches the initial password in the registration data, the processing unit 131 receives the set password from the user as shown in step S240.

Here, the display unit 134 has a touch module, and the access control device 130 also has an eye tracking function. Accordingly, the access control device 130 can provide two input modes, namely, a touch input mode and an eye movement input mode. After successfully obtaining the user's facial feature data and iris feature data, the user can select one of the input modes to modify the password program.

4 is a schematic diagram of an interface of a touch input mode according to an embodiment of the invention. Referring to FIG. 4, in the touch input mode, numeric keys 0-9 are displayed in the display unit 134, a status box 401, a password display box 402, a delete key 403, and a confirmation key 404. The status box 401 is used to display the "enter password" corresponding to the initial password, or the "set password" to be modified, or the "confirm password" for confirming the set password. The password display box 402 is used to display the number currently entered. The delete key 403 is used to delete the selected number, and the confirmation key 404 is used to confirm the number to be input.

For example, assume that the initial password is 4 yards. After obtaining the facial feature data and the iris feature data, and selecting the touch input mode, the display unit 134 displays The interface shown in Figure 4, and its status box 401 will display "Enter Password." The processing unit 131 receives the touch of the digital key by the user through the touch module, and receives the initial password from the user. When the user selects 4 numbers and presses the enter key 404, the input is completed, and the processing unit 131 obtains the 4-code input password. If the selection is wrong, the user can press the delete button 403 to re-enter the input.

When the input password matches the initial password, the status box 401 displays, for example, a "set password", and the processing unit 131 receives the user's touch on the numeric key through the touch module, thereby receiving the set password from the user. After the confirmation button 404 is pressed, the status box 401 displays, for example, a "confirmation password", and the processing unit 131 receives the user's touch on the numeric key through the touch module again, thereby receiving the setting password again. In other words, if the two inputs of the set password are the same, the password will be used to establish the account data.

FIG. 5 is a schematic diagram of an interface of an eye movement input mode according to an embodiment of the invention. Referring to FIG. 5, in the eye movement input mode, the digital switching interface 500 is displayed in the display unit 134. The digital switching interface 500 includes a status box 501, a first switching key 502, a second switching key 503, and a password display grid 504. The function of the status box 501 is the same as that of the status box 401. It is used to display the "enter password" corresponding to the initial password, or the "set password" to be modified, or to confirm the set password. "confirm password".

In the eye movement input mode, the processing unit 131 drives the image capturing unit 132 to capture the user's eye image sequence, thereby analyzing the eye image sequence to obtain the eye movement state of the user. For example, the eye movement state is the pupil displacement, the pupil movement direction, One or a combination of gaze position and blink action. The processing unit 131 controls the digital switching interface 500 based on the eye movement state of the user to select among a plurality of numbers to obtain an initial password.

For example, the user places the face about 15 cm in front of the image capturing unit 132 of the access control device 130 to facilitate the image capturing unit 132 to capture the eye image sequence. The user controls the first switching key 502 and the second switching key 503 by eye movement so that the number displayed on the display unit 134 is changed by the switching of the first switching key 502 and the second switching key 503. For example, when the user gaze at the first switch key 502 for more than 1.5 seconds, the processing unit 131 enables the first switch key 502 such that the number displayed on the display unit 134 is decremented, for example, the number changes from 1 to 0. On the other hand, when the user gaze at the second switching key 503 for more than 1.5 seconds, the processing unit 131 enables the second switching key 503 so that the number displayed on the display unit 134 is incremented, for example, the number is changed from 1 to 2.

Also, when the user gaze at the number displayed on the display unit 134 (for example, 1) for more than 1.5 seconds, the processing unit 131 selects the number 1, and displays the currently selected number of passwords in the password display box 504.

In the eye movement input mode, the digital switching interface 500 does not have a delete key and a confirm key. When detecting that the selected digital length has met the digital length of the initial password, the processing unit 131 directly uses the selected number as the input password, thereby determining whether the input password conforms to the initial password.

When the input password conforms to the initial password, the processing unit 131 controls the digital switching interface 500 again based on the eye movement state of the user to select among the numbers 0-9. Choose. Moreover, the processing unit 131 sets the selected numbers as the set password when detecting that the digit length of the selection again has met the digital length of the initial password.

In the eye movement input mode, the user does not need to click the confirmation button, but actively performs the "confirmation key" function when the selected digital length reaches a preset number length (for example, the digital length of the initial password). Use the selected combination of numbers as the input password or password. If the user enters an incorrect password in the "initial password" phase, the user can re-enter the input after the processing unit 131 prompts the password input error. Alternatively, the user can stop making any input, and the processing unit 131 ends the account registration process when the user's input is not received within a preset time (for example, 10 seconds). The access control device 130 needs to re-scan the action bar code A' of the mobile device 120 to re-execute the account registration process.

In the touch input mode or the eye movement input mode, if the input password input three times (or two times, five times, etc., the preset number of times) does not meet the initial password, the processing unit 131 ends the account. Register the program to prevent illegal personnel from using the trial and error to obtain the initial password.

After the setting password is input, in step S245, the processing unit 131 establishes account data that allows the user to log in to the access control device 130 based on the registration data, the facial feature data, the iris characteristic data, and the setting password. For example, the processing unit 131 adds the account information to the account database of the access control device 130. When the user wants to obtain the permission of the access control device 130 in the future, after the access control device 130 inputs the correct setting password and determines that the biometric data is correct, the access control device 130 unlocks the user's access authority.

Here, each step of the above registration method can be implemented by a code. That is, a corresponding application is set in the management device 110 and the access control device 130 to implement an account registration process. The above application includes program instructions for executing the above account registration process. The above application is basically composed of a plurality of code segments (for example, creating an organization chart code segment, signing a form code segment, setting a code segment, and deploying a code segment), and the code segments are respectively After being loaded into the management device 110 and the access control device 130 and executed, the above account registration process can be completed. In addition, the step of establishing the account data may be performed by the access control device 130, and all the data may be transmitted to the management device 110 for execution by the management device 110. The examples are respectively explained below.

6A and 6B are block diagrams showing a registration system of an access device according to an embodiment of the present invention. In this embodiment, the establishment of the account data is performed in the access control device 130. FIG. 6A is a block diagram of the management device 110. The management device 110 includes a processing unit 601 and a storage unit 602. The processing unit 601 is coupled to the storage unit 602. The storage unit 602 includes a barcode generation module 603 and an encryption module 604.

The encryption module 604 encrypts the registration data according to a key to obtain the encrypted data. The barcode generation module 603 generates an action barcode based on the encrypted data. In addition, the barcode generation module 603 can also directly generate the action barcode by using the registration data.

A block diagram of the access device 130 is shown in FIG. 6B. The access control device 130 includes an image capturing unit 132, a processing unit 131, an iris capturing unit 133, and a storage unit 600. The processing unit 131 is coupled to the image capturing unit 132, the iris capturing unit 133, and the storage unit 600. The storage unit 600 includes an account registration module 610 and an eye tracking The tracking module 620 and the touch analysis module 630. The account registration module 610 is configured to execute an account registration process. The eye tracking module 620 is configured to analyze the user's eye image sequence to obtain the eye movement state of the user. Here, the eye image sequence can be obtained by the iris capturing unit 133 or by the face image. For a description of the eye movement input, reference may be made to the description of FIG. The touch analysis module 630 is configured to analyze the touch received by the touch module. For a description of the touch input, reference may be made to the description of FIG. In other embodiments, the eye tracking module 620 and the touch analysis module 630 can be selected to be installed in the storage unit 600, and the two are not limited to be installed in the storage unit 600 at the same time.

The account registration module 610 includes a barcode reading module 611, a feature capturing module 612, a comparison module 613, a setting module 614, a decryption module 615, and a prompting module 616. The barcode reading module 611 is configured to analyze the barcode image to obtain registration data. Here, if the registration data is encrypted, the barcode reading module 611 obtains an encrypted data after analyzing the barcode image. Then, the decryption module 615 decrypts the encrypted data according to the corresponding key, thereby obtaining the registration data.

The feature capturing module 612 is configured to analyze the facial image to obtain the facial feature data of the user, and analyze the iris image to obtain the iris characteristic data of the user. The comparison module 613 is used to compare whether the input password conforms to the initial password. The setting module 614 is configured to establish account data that allows the user to log in to the access control device 130 based on the registration data, the facial feature data, the iris characteristic data, and the setting password. The prompt module 616 is configured to send a first prompt message or a second prompt message. In other embodiments, the encryption module 604 and the decryption module 615 may not be provided.

7A and 7B are block diagrams showing a registration system of an access device according to another embodiment of the present invention. In the present embodiment, the data is transmitted from the access control device 130 back to the management device 110 for calculation. FIG. 7A is a block diagram of the management device 110. The management device 110 includes a processing unit 601 and a storage unit 602. The processing unit 601 is coupled to the storage unit 602. The storage unit 602 includes a barcode generation module 603, a receiving module 701, a feature extraction module 702, a comparison module 703, and a setting module 704. The functions of the feature capture module 702, the comparison module 703, and the setting module 704 are the same as those of the feature capture module 612, the comparison module 613, and the setting module 614 of FIG. 6B, respectively. Reference can be made to Figure 6B.

A block diagram of the access device 130 is shown in FIG. 7B. The access control device 130 includes an image capturing unit 132, a processing unit 131, an iris capturing unit 133, and a storage unit 600. The processing unit 131 is coupled to the image capturing unit 132, the iris capturing unit 133, and the storage unit 600. The storage unit 600 includes a barcode reading module 611.

In FIG. 7A and FIG. 7B, when the user moves to the sensing range of the access control device 130 with the mobile device 120, the image capturing unit 132 of the access control device 130 can capture the barcode image. Then, the processing unit 131 analyzes the barcode image by the barcode reading module 611 to obtain a registration data, and after obtaining the registration data, the processing unit 131 drives the image capturing unit 132 and the iris capturing unit 133 to capture the facial image. With iris images. Moreover, the access control device 130 transmits the face image and the iris image to the management device 110 through the network. Then, after the access control device 130 receives the input password and the set password from the user, the input password and the setup password are transmitted to the management device 110 through the network. Here, the method of password input can refer to 4 and 5 are explained.

The management device 110 receives the face image, the iris image, the input password, and the set password from the access device 130 through the receiving module 701. The feature capture module 702 analyzes the face image and the iris image to obtain facial feature data and iris feature data, respectively. And, the comparison module 703 compares whether the input password meets the initial password in the registration data. After the comparison module 703 determines that the input password conforms to the initial password, the setting module 704 establishes the account data based on the set password, the registration data, the facial feature data, and the iris characteristic data.

In addition, the comparison of the input password with the initial password can also be performed by the access control device 130. For example, the comparison module 703 is not disposed in the management device 110, and the comparison module 710 is disposed in the storage unit 600 of the access device 130. Here, the comparison module 710 is shown in a dashed line, so that the comparison module 710 is selectively installed. That is, when the management device 110 is provided with the comparison module 703, the access device 130 does not install the comparison module 710. When the management device 110 is not provided with the comparison module 703, the access device 130 installs the comparison module 710. When the user moves to the sensing range of the access control device 130 with the mobile device 120, the image capturing unit 132 of the access control device 130 can capture the barcode image. Then, the processing unit 131 analyzes the barcode image by the barcode reading module 611 to obtain a registration data, and after obtaining the registration data, the processing unit 131 drives the image capturing unit 132 and the iris capturing unit 133 to capture the facial image. With iris images. Moreover, the access control device 130 transmits the face image and the iris image to the management device 110 through the network. Then, after the access control device 130 receives the input password from the user, the comparison module 710 compares whether the input password meets the note. The initial password in the book data. After the comparison module 710 determines that the input password meets the initial password, the access control device 130 further receives the set password from the user, and transmits the set password to the management device 110 through the network. After the management device 110 obtains the facial feature data, the iris feature data, and the set password, the setting module 704 establishes the account data based on the set password, the registration data, the facial feature data, and the iris feature data.

In addition, the access control device 130 can also drive the image capturing unit 130 and the iris capturing unit 133 to capture the face image and the iris image after the comparison module 710 determines that the input password matches the initial password.

8A and 8B are block diagrams showing a registration system of an access device according to still another embodiment of the present invention. In this embodiment, all the data is transmitted back to the management device 110 by the access control device 130 for calculation. FIG. 8A is a block diagram of the management device 110. The management device 110 includes a processing unit 601 and a storage unit 602. The processing unit 601 is coupled to the storage unit 602. The storage unit 602 includes a barcode generation module 603, a receiving module 701, a feature capturing module 702, a comparison module 703, a setting module 704, a barcode reading module 801, an eye tracking module 802, and a touch analysis. Module 802. Here, the functions of the barcode reading module 801, the feature capturing module 702, the comparison module 703, the setting module 704, the eye tracking module 802, and the touch analysis module 803 are respectively compared with the barcode of FIG. 6B. The functions of the reading module 611, the feature capturing module 612, the comparison module 613, the setting module 614, the eye tracking module 620, and the touch analysis module 630 are the same. For related description, refer to FIG. 6B.

A block diagram of the access device 130 is shown in FIG. 8B. Access control device 130 includes The image capturing unit 132, the iris capturing unit 133, and the transmitting unit 810. The transmission unit 810 is coupled to the image capturing unit 132 and the iris capturing unit 133. The transmission unit 810 transmits the barcode image, the face image, the iris image, and the input password and the setting password received from the user to the management device 110 through the network.

For example, when the user moves to the sensing range of the access control device 130 with the mobile device 120, the image capturing unit 132 of the access control device 130 can capture the barcode image. Thereafter, the barcode image is transmitted to the management device 110 through the transmission unit 810 for analysis. After the access control device 130 receives the corresponding response from the management device 110, the face image and the iris image captured by the image capturing unit 132 and the iris capturing unit 133 are transmitted to the management device 110 through the transmission unit 810. Then, after the access control device 130 receives the input password and the set password from the user, the access password and the setup password are transmitted to the management device 110 through the transmission unit 810. Here, the method of inputting the password can be referred to the description of FIGS. 4 and 5.

In summary, the access control device provides a function of increasing the number of people entering and leaving, that is, the account information of the access control area can be newly added by the access control device. In the above embodiment, the action bar device transmits the action bar code of the registration data to the mobile device, and the user carries the mobile device to the access device to perform the account registration process. The access control device obtains the registration data by scanning the action barcode in the mobile device, and extracts the biometric data of the user, thereby completing the account registration process. Accordingly, the account information established in the access control device includes the registration data corresponding to the user, so that the access control device can effectively control the identity of the entering person. Moreover, replacing the remote control or the identification card with a password input can reduce the number of people carrying too many identification cards. burden. In addition, the account registration program can be implemented through the management device to reduce the computing burden of the access device. Moreover, the registration is performed by the management device through the network, so that in the environment where a plurality of entrances and exits are provided with corresponding access devices, the user can register at one of the entrance and exit access devices. The entrance and exit are free to enter and exit.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and any one of ordinary skill in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of the invention is defined by the scope of the appended claims.

100‧‧‧ Registration System

110‧‧‧Management device

120‧‧‧Mobile devices

130‧‧‧Access control device

131‧‧‧Processing unit

132‧‧‧Image capture unit

133‧‧‧ iris extraction unit

134‧‧‧Display unit

A, A’‧‧‧ action bar code

Claims (19)

A method for registering an access control device includes: generating, by a management device, an action bar code based on a registration data; receiving, by a mobile device, the action bar code from the management device; and moving the mobile device to an access device In the range, the account registration process is performed by the access control device, including: capturing, by the image capturing unit, a code image corresponding to the action barcode to analyze the barcode image to obtain the registration data; Facial feature data and an iris feature data; receiving an input password from the user; determining whether the input password meets an initial password in the registration data; and when the input password meets the initial password, receiving a password from the user Setting a password; and establishing an account data for allowing the user to log in to the access control device based on the registration data, the facial feature data, the iris characteristic data, and the setting password. The method of claim 1, wherein the step of generating, by the management device, the action barcode based on the registration data comprises: encrypting the registration data by the management device according to a key to obtain an encryption Data, and generating the action barcode based on the encrypted data; and in the performing the account registration process by the access control device, the step of analyzing the barcode image to obtain the registration data comprises: analyzing the barcode image to obtain the encrypted data, and Encryption based on the key The data is decrypted to obtain the registration data. The method of claim 1, wherein the step of executing the account registration procedure by the access control device further comprises: after analyzing the barcode image to obtain the registration data, determining a current time for reading the action barcode Whether it is within an expiration date in the registration data; when it is determined that the current time is not within the limited period, the account registration procedure is ended; and when it is determined that the current time is within the validity period, the account registration procedure is continued. The method of claim 1, wherein the step of performing the account registration process by the access control device, the step of obtaining the facial feature data of the user and the iris feature data comprises: detecting whether the user is A first detection range of the image capturing unit is configured to analyze a face image of the user captured by the image capturing unit when the user is located in a first detection range. Detecting whether the user is located in a second detection range of an iris capture unit of the access control device, and analyzing the iris capture when the user is located in the second detection range An iris image of the user captured by the unit to obtain the iris feature data; and if the user is not within the first detection range or the second detection range, issuing a first prompt message or a first Two prompt messages. The method of claim 1, wherein the access control device After the step of obtaining the facial feature data and the iris feature data of the user, the method further includes: displaying, in a touch input mode, a plurality of display units in the display device of the access control device a numeric keypad, wherein the display unit has a touch module; the touch module receives the user's touch of the numeric keys, and the initial password is received from the user; and when the password is entered When the initial password is met, the user touches the numeric keys through the touch module again, and the setting password is received from the user. The method of claim 1, wherein in the performing the account registration process by the access control device, after the step of obtaining the facial feature data of the user and the iris feature data, the method further comprises: In the dynamic input mode, a digital switching interface is displayed in a display unit of the access control device; the image capturing unit of the access control device captures an image sequence of the eye of the user to obtain a look of the user a moving state, wherein the eye movement state comprises at least one of a pupil displacement, a pupil movement direction, a gaze position, and a blinking motion; controlling the digital switching interface based on the eye movement state of the user to Selecting a number to obtain the initial password; and when the input password conforms to the initial password, controlling the digital switching interface again based on the eye movement state of the user to select among the numbers, Obtain the set password. The method of claim 6, wherein the digital switching interface is controlled based on the eye movement state of the user to select among the numbers, and the step of obtaining the initial password includes: detecting When it is determined that the length of the number selected in the numbers has met the digital length of the initial password, determining whether the input password meets the initial password; wherein, when the input password conforms to the initial password, based on the user The eye movement state again controls the digital switching interface to select among the numbers, and the step of obtaining the set password includes: detecting that the number of digits selected in the numbers has met the initial password number When the length is set, the selected numbers are set as the set password. The method of claim 5, wherein the step of executing the account registration procedure by the access control device further comprises: ending the account registration procedure if the user's input is not received within a predetermined time period. A registration system for an access control device, comprising: a management device, generating an action barcode based on a registration data, and transmitting the action barcode to a mobile device; and an access control device comprising: an image capture unit, capturing the a code image corresponding to the action bar code in the mobile device, and capturing a face image of a user; an iris capture unit capturing an iris image of the user; and a processing unit coupled to the image Capture unit and the iris capture list Receiving, the processing unit receives the barcode image, the face image, and the iris image, and when the mobile device moves to a sensing range of the access device, the processing unit executes an account registration module; wherein the account The registration module includes: a code reading module that analyzes the bar code image to obtain the registration data; and a feature capture module that analyzes the face image and the iris image to obtain the facial feature data and the iris feature respectively Data; a comparison module, comparing whether an input password received from the user meets an initial password in the registration data; and a setting module, determining, by the comparison module, that the input password conforms to the registration data In the initial password, the setting module establishes an account data that allows the user to log in to the access control device based on a set password received from the user, the registration data, the facial feature data, and the iris feature data. . The registration system of the access control device of claim 9, wherein the management device comprises: an encryption module, encrypting the registration data according to a key to obtain an encrypted data; and a code generation module And generating, according to the encrypted data, the action barcode; wherein the access control device analyzes the barcode image through the barcode reading module to obtain the encrypted data, and decrypts the encrypted data according to the key through a decryption module And then obtain the registration information. A registration system for an access device as described in claim 9 of the patent application, After the bar code reading module analyzes the bar code image to obtain the registration data, the bar code reading module determines whether a current time for reading the action bar code is within an expiration date of the registration data. When the deadline determining module determines that the current time is not within the valid period, the processing unit stops executing the account registration module. The registration system of the access control device of claim 9, wherein the account registration module further includes a prompt module, wherein the image capture unit captures the face image of the user If the user is not in a first detection range of the image capturing unit, a first prompt message is sent through the prompting module; and the iris image of the user is captured by the iris capturing unit If the user is not in a second detection range of the iris capturing unit, a second prompt message is sent through the prompting module. The registration system of the access control device of claim 9, wherein the access control device further comprises: a display unit coupled to the processing unit and having a touch module, wherein the access control device Displaying a plurality of numeric keys in the display unit, and receiving, by the touch module, the user touches the numeric keys, so as to receive the initial password from the user; when the input password meets the initial password, Receiving, by the touch module, the user touches the numeric keys again, and receiving the setting password from the user. The registration system of the access control device according to claim 9, wherein the access control device further comprises an eye tracking module, wherein the eye tracking module is processed by the eye tracking device The unit executes to analyze an eye image sequence to obtain an eye movement state of the user, wherein the eye image sequence is obtained by the image capturing unit, the eye movement state includes a pupil displacement, a pupil movement direction, and a At least one of a gaze position and a blinking motion; wherein a digital switching interface is displayed in a display unit of the access control device, the processing unit controls the digital switching interface based on the eye movement state of the user, to Selecting a number to obtain the initial password; and, when the input password meets the initial password, the processing unit again controls the digital switching interface based on the eye movement state of the user, in the numbers Make a selection to obtain the set password. The registration system of the access control device of claim 14, wherein the processing unit of the access control device determines that the digital length selected in the numbers has met the digital length of the initial password. Entering whether the password conforms to the initial password; and the processing unit sets the selected number as the set password when detecting that the length of the number selected in the numbers has met the digital length of the initial password. An access control device includes: a storage unit including an account registration module; an image capture unit that captures a code image corresponding to a action bar code in a mobile device and captures a face image of a user; An iris capture unit that captures an iris image of the user; and a processing unit coupled to the storage unit, the image capture unit, and the rainbow a film capture unit, the processing unit receives the barcode image, the face image, and the iris image, and executes the account registration module; wherein the account registration module includes: a code reading module, and analyzes the barcode image And obtaining the registration data; a feature capture module, analyzing the face image and the iris image to obtain the facial feature data and the iris feature data respectively; a comparison module, comparing the received from the user Whether the input password meets an initial password in the registration data; and a setting module, when the comparison module determines that the input password meets the initial password in the registration data, the setting module is based on the user Receiving a set password, the registration data, the facial feature data, and the iris feature data, establishing an account data that allows the user to log in to the access control device. A registration system for an access control device includes: an access control device comprising: an image capture unit; an iris capture unit; a first storage unit including a code reading module; and a first processing unit coupled The image processing unit, the iris capturing unit and the first storage unit, when a mobile device moves into a sensing range of the access device, the first processing unit captures the mobile device through the image capturing unit a code image of a motion bar code, and analyzing the bar code image by the bar code reading module to obtain a registration data, and after obtaining the registration data, the first a processing unit drives the image capturing unit and the iris capturing unit to capture a face image and an iris image, and receives an input password and a setting password from a user; and a management device, having a first a second processing unit and a second storage unit, wherein the second processing unit is coupled to the second storage unit, and the second storage unit comprises: a code generation module, and generating the action barcode based on the registration data; Receiving a module, receiving the face image, the iris image, the input password and the setting password from the access device; and a feature capturing module, analyzing the face image and the iris image to obtain the facial feature data respectively And the iris characteristic data; a comparison module, comparing whether the input password meets an initial password in the registration data; and a setting module, wherein the comparison module determines that the input password conforms to the initial password Thereafter, the setting module creates an account data based on the set password, the registration data, the facial feature data, and the iris feature data. A registration system for an access control device includes: an access control device comprising: an image capture unit; an iris capture unit; a first storage unit comprising a code reading module and a comparison module; a first processing unit is coupled to the image capturing unit, the iris capturing unit, and the first storage unit. When a mobile device moves into a sensing range of the access device, the first processing unit transmits the image. The capture unit captures a code image of a motion bar code in the mobile device, and analyzes the barcode image through the barcode reading module to obtain a registration data, and after obtaining the registration data, the first processing unit respectively Driving the image capturing unit and the iris capturing unit to capture a face image and an iris image, and receiving an input password from a user to compare whether the input password meets the registration through the comparison module An initial password in the data, wherein after the comparison module determines that the input password meets the initial password in the registration data, receiving a setting password from the user; and a management device having a second processing a unit and a second storage unit, wherein the second processing unit is coupled to the second storage unit, and the second storage unit comprises: one code generation a group, the action bar code is generated based on the registration data; a receiving module receives the face image, the iris image and the setting password from the access device; and a feature capturing module analyzes the face image and the iris And acquiring the facial feature data and the iris feature data respectively; and a setting module, based on the setting password, the registration data, the facial feature data, and the iris feature data, establishing an account data. A registration system for an access device includes: a management device, including a processing unit and a storage unit, the storage list The device includes an account registration module, and an access control device, comprising: an image capture unit, wherein when the mobile device moves into a sensing range of the access device, the image capturing unit captures the mobile device a code image corresponding to the action bar code, and a face image of the user is captured by the image capture unit; an iris capture unit captures an iris image of the user; and a transmission unit coupled And the image capturing unit and the iris capturing unit, the bar code image, the face image, the iris image, and an input password received from the user and a setting password are transmitted to the management device; wherein The account registration module includes: a code generation module that generates the action bar code based on a registration data to transmit the action bar code to the mobile device; and a code reading module that analyzes the bar code received from the access device Acquiring the registration data; a feature capture module, analyzing the face image received from the access device and the iris image to obtain the face respectively The data and the iris characteristic data; a comparison module, comparing whether the input password received from the user meets an initial password in the registration data; and a setting module, determining, in the comparison module When the input password matches the initial password in the registration data, the setting module is based on the setting received from the user. The password, the registration data, the facial feature data, and the iris feature data are used to establish an account data that allows the user to log in to the access control device.