CN105225304A - Access control device and registration system and method thereof - Google Patents

Abstract

The present invention provides a door access control device and a registration system and method thereof. A management end device generates a mobile barcode based on registration data and transmits the mobile barcode to a mobile device. When the mobile device is within the sensing range of the door access control device, the door access control device scans the mobile barcode of the mobile device to obtain the registration data, obtain biometric data, and receive an input password input by the user, so as to establish account data when the input password matches the initial password of the registration data.

Description

Access control device and its registration system and method

technical field

The present invention relates to a registration system and method, and in particular to an access control device and its registration system and method.

Background technique

In today's advanced information technology, in order to limit the personnel entering a specific area, an access control device is installed at the entrance of a specific area. For example, office gates, elevators, factories, warehouses, MRT entrances, airport specific entrances, hospitals, etc. The general access control system mostly uses remote controllers or identification cards as the basis for opening the access control system. People need to use the allowed remote control or identification card for induction, and only after the access control system confirms that they are correct can they enter the area controlled by the access control system. However, the general access control system cannot effectively control the identity of people entering and leaving. People can pass the authentication of the access control system as long as they hold the allowed remote control or identification card.

Contents of the invention

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

The registration method of the access control device of the present invention includes: the management terminal device generates a mobile barcode based on the registration data; the mobile device receives the mobile barcode from the management terminal device; when the mobile device moves into the sensing range of the access control device, the access control device executes Account registration procedure. The steps for the access control device to execute the account registration program include: obtaining the barcode image corresponding to the mobile barcode through the image acquisition unit to analyze the barcode image to obtain registration data; obtaining the user's facial feature data and iris feature data; receiving input password from the user ;Determine whether the input password matches the initial password in the registration data; when the input password matches the initial password, receive the set password from the user; The account data of the user who logs in to the access control device.

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

In an embodiment of the present invention, the step of executing the account registration program by the access control device further includes: after analyzing the barcode image to obtain the registration data, judging whether the current time of reading the mobile barcode is within the validity period in the registration data; When it is determined that the current time is not within the valid period, the account registration procedure is terminated; and when it is determined that the current time is within the valid period, the account registration procedure is continued.

In an embodiment of the present invention, the above-mentioned step of obtaining the user's facial feature data and iris feature data includes: detecting whether the user is located within the first detection range of the image acquisition unit, so that when the user is located in the first detection range When inside, analyze the face image of the user acquired by the image acquisition unit to obtain facial feature data. Furthermore, it is detected whether the user is within the second detection range of the iris acquisition unit of the access control device, and when the user is within the second detection range, the iris image of the user acquired by the iris acquisition unit is analyzed to obtain iris feature data. If the user is not within the first detection range or the second detection range, a first prompt message or a second prompt message is issued.

In an embodiment of the present invention, in the account registration procedure performed by the access control device, after the step of obtaining the user's facial feature data and iris feature data, it also includes: in the touch input mode, in the access control device A plurality of numeric keys are displayed in the display unit, wherein the display unit has a touch module; the touch module is used to receive the user's touch on the above-mentioned numeric keys, so as to receive the initial password from the user; and when the input password conforms to the initial password At this time, the user's touch on the above-mentioned word key is received again through the touch module, so as to receive the set password from the user.

In an embodiment of the present invention, in the account registration procedure performed by the access control device, after the step of obtaining the user's facial feature data and iris feature data, it further includes: in the eye movement input mode, the access control device The digital switching interface is displayed in the display unit of the access control device; the user's eye image sequence is obtained through the image acquisition unit of the access control device to obtain the user's eye movement state, wherein the eye movement state includes pupil displacement, pupil movement direction, gaze position and Blinking at least one of them; controlling the digital switching interface based on the user's eye movement state to select among multiple numbers to obtain the initial password; and when the input password matches the initial password, based on the user's eye movement The state controls the digital switching interface again to select among the above-mentioned numbers, and obtain the set password accordingly.

In an embodiment of the present invention, the above-mentioned number switching interface is controlled based on the user's eye movement state to select among the above-mentioned numbers, and the step of obtaining the initial password includes: When the number length matches the number length of the initial password, it is judged whether the input password matches the initial password. When the above-mentioned input password conforms to the initial password, the digital switching interface is controlled again based on the user's eye movement state to select among the above-mentioned numbers, and the step of obtaining the set password includes: selecting among the above-mentioned numbers is detected When the number length of the number already matches the number length of the initial password, set the selected number as the setup password.

In an embodiment of the present invention, the step of executing the account registration procedure by the access control device further includes: if no input from the user is received within a preset time, ending the account registration procedure.

The registration system of the access control device of the present invention includes: a management terminal device and an access control device. The management terminal device is used for generating a mobile barcode based on the registration data, and sending the mobile barcode to a mobile device. The access control device includes: an image acquisition unit, an iris acquisition unit and a processing unit. The image acquiring unit is used for acquiring the barcode image corresponding to the mobile barcode in the mobile device, and acquiring the face image of the user. The iris acquiring unit is used for acquiring the iris image of the user. The processing unit is coupled to the image acquisition unit and the iris acquisition unit. The processing unit receives the barcode image, face image and iris image, and when the mobile device moves into the sensing range of the access control device, the access control device executes the account registration module. The account registration module includes a barcode reading module, a feature acquisition module, a comparison module and a setting module. The barcode reading module analyzes the barcode image to obtain registration data. The feature acquisition module analyzes the face image and the iris image to obtain facial feature data and iris feature data respectively. The comparing module compares whether the input password received from the user matches the initial password in the registration data. When the comparison module determines that the input password matches the initial password in the registration data, the setting module creates account data allowing the user to log into the access control device based on the registration data, facial feature data, iris feature data and the set password.

The access control device of the present invention includes: a storage unit, an image acquisition unit, an iris acquisition unit and a processing unit. The image acquiring unit is used for acquiring the barcode image corresponding to the mobile barcode in the mobile device, and acquiring the face image of the user. The iris acquiring unit is used for acquiring the iris image of the user. The processing unit is coupled to the storage unit, the image acquisition unit and the iris acquisition unit. The storage unit includes an account registration module. The processing unit receives the barcode image, face image and iris image, and when the mobile device moves within the sensing range of the access control device, the access control device executes the account registration module. The account registration module includes a barcode reading module, a feature acquisition module, a comparison module and a setting module. The barcode reading module analyzes the barcode image to obtain registration data. The feature acquisition module analyzes the face image and the iris image to obtain facial feature data and iris feature data respectively. The comparing module compares whether the input password received from the user matches the initial password in the registration data. When the comparison module determines that the input password matches the initial password in the registration data, the setting module creates account data allowing the user to log into the access control device based on the registration data, facial feature data, iris feature data and the set password.

The registration system of the access control device of the present invention includes: a management terminal device and an access control device. The access control device includes an image acquisition unit, an iris acquisition unit, a first storage unit and a first processing unit. The first storage unit includes a barcode reading module. The first processing unit is coupled to the image acquisition unit, the iris acquisition unit and the first storage unit. When a mobile device moves into the sensing range of the access control 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 respectively drives the image acquisition unit and the iris acquisition unit In order to acquire face images and iris images, and receive input passwords and set passwords from users. 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 generating module, a receiving module, a feature acquiring module, a comparing module and a setting module. The barcode generation module generates mobile barcodes based on the registration data. The receiving module receives face images, iris images, input passwords and set passwords from the access control device. The feature acquisition 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 matches the initial password in the registration data. After the comparison module determines that the input password matches the initial password, the setting module establishes account data based on the set password, registration data, facial feature data and iris feature data.

The registration system of the access control device of the present invention includes: a management terminal device and an access control device. The access control device includes an image acquisition unit, an iris acquisition unit, a first storage unit and a first processing unit. The first storage unit includes a barcode reading module and a comparing module. The first processing unit is coupled to the image acquisition unit, the iris acquisition unit and the first storage unit. When a mobile device moves into the sensing range of the access control 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 respectively drives the image acquisition unit and the iris acquisition unit The face image and the iris image are obtained, and the input password is received from the user, so as to compare whether the input password matches 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, it receives a 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 generating module, a receiving module, a feature acquiring module and a setting module. The barcode generation module generates mobile barcodes based on the registration data. The receiving module receives face images, iris images and set passwords from the access control device. The feature acquisition module analyzes the face image and the iris image to obtain facial feature data and iris feature data respectively. The setting module establishes account data based on the setting password, registration data, facial feature data and iris feature data.

The registration system of the access control device of the present invention includes: a management terminal device and an access control device. The access control device includes an image acquisition unit, an iris acquisition unit and a transmission unit. When a mobile device moves into the sensing range of the access control device, the image acquisition unit acquires the barcode image corresponding to the mobile barcode in the mobile device, and the user's face image is acquired by the image acquisition unit. The iris acquiring unit is used for acquiring the iris image of the user. The transmission unit is coupled to the image acquisition unit and the iris acquisition unit, and is used for transmitting the barcode image, face image, iris image, and input password and setting password received from the user to the management terminal device. The management device includes a processing unit and a storage unit. The storage unit includes an account registration module. The management terminal device receives the barcode image, face image, iris image, input password and set password received from the user from the access control device, and executes the above account registration procedure through the account registration module.

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

In order to make the above-mentioned features and advantages of the present invention more comprehensible, the following specific embodiments are described in detail with reference to the accompanying drawings.

Description of drawings

Fig. 1 is a schematic diagram of a registration system of an access control device according to an embodiment of the present invention;

2A and 2B are flowcharts of a method for registering an access control device according to an embodiment of the present invention;

3A to 3C are flowcharts of a biometric data acquisition program according to an embodiment of the present invention;

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

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

6A and 6B are block diagrams of a registration system of an access control device according to an embodiment of the present invention;

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

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

Explanation of reference signs:

100: registration system;

110: management device;

120: mobile device;

130: access control device;

131, 601: processing unit;

132: image acquisition unit;

133: iris acquisition unit;

134: display unit;

401, 501: status box;

402, 504: Password display grid;

403: delete key;

404: confirmation key;

500: digital switching interface;

502: the first switching key;

503: the second switching key;

600, 602: storage unit;

603: barcode generation module;

604: encryption module;

610: account registration module;

611, 801: barcode reading module;

612, 702: feature acquisition module;

613, 703, 710: comparison module;

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': mobile barcode;

R1, R2: circle;

S205-S245: each step of the registration method of the access control device.

detailed description

FIG. 1 is a schematic diagram of a registration system of an access control device according to an embodiment of the present invention. Referring to FIG. 1 , the registration system 100 includes a management terminal device 110 , a mobile device 120 and an access control device 130 . The access control device 130 is, for example, disposed at an entrance and exit of a specific area, and is used to control the locking and unlocking of the entrance and exit. The management terminal device 110 is, for example, a host computer installed in a management center to manage the data of personnel entering and exiting the access control device 130 . The mobile device 120 is, for example, a smart phone or a tablet computer.

The management device 110 is used to send the mobile barcode A with registration data to the user's mobile device 120 . And the mobile device 120 receives the mobile barcode A' from the management device 110 through the network. Here, the mobile barcode A and the mobile barcode A' refer to the same mobile barcode, A represents the mobile barcode sent by the management device 110, and A' represents the mobile barcode displayed on the mobile device 120. The mobile barcode A is, for example, a Quick Response (QR) code or a data matrix (datamatrix) code.

After the mobile device 120 receives the mobile barcode A', the user can take the mobile device 120 to the access control device 130 to execute the account registration procedure. The user moves the mobile device 120 to the sensing range of the access control device 130, so that the access control device 130 can read the mobile barcode A' in the mobile device 120, and then obtain the registration data. After completing the authentication of the initial password, the corresponding account data.

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

The image acquisition unit 132 is used to capture face images, barcode images of moving barcodes, and the like. The iris acquisition unit 133 is, for example, an infrared camera for capturing iris images. The display unit 134 can display the images currently acquired by the image acquisition unit 132 and the iris acquisition unit 133 . The processing unit 131 is used to analyze the face image, the barcode image and the iris image, and execute an account registration procedure. The processing unit 131 is, for example, a central processing unit (Central Processing Unit, CPU for short), or other programmable microprocessors (Microprocessor).

The registration method of the access control device 130 will be described below in combination with the above registration system 100 . FIG. 2A and FIG. 2B are flowcharts of a method for registering an access control device according to an embodiment of the present invention. Please refer to FIG. 2A , in step S205 , the management device 110 generates a mobile barcode A based on the registration data.

For example, when the user wants to apply for the access authority of the access control device 130 , the user can first go to the management center to apply. The management center is provided with a management terminal device 110 to manage the data of personnel entering and leaving the access control device 130 . The staff of the management center establishes the user's registration data through the management terminal device 110, and the registration data includes user data and an initial password. For example, the personnel of the management center input the user data such as the user's identification code, name, title, phone number, access authority, time limit for entry and exit, and photos into the management terminal device 110, and the management terminal device 110 generates an initial password. After the management device 110 obtains the registration data, it will generate a corresponding mobile barcode A. The management terminal device 110 can send the mobile barcode A to the user's mobile device 120 via the network by using email, multimedia message or application program (APP) of the mobile device.

Here, the initial password can be randomly generated by the management device 110 . Alternatively, the initial password can also be the last 9 digits of the user's ID card number. In addition, the initial password can be printed out through the management terminal device 110, and the personnel of the management center will hand over the printed paper copy of the initial password to the user. Alternatively, the management device 110 transmits the initial password to the user's email address in an encrypted manner. Accordingly, the user can know the initial password.

Next, in step S210, the mobile device 120 receives the mobile barcode A' from the management device 110. Accordingly, the user can carry his mobile device 120 to the access control device 130 to perform the account registration process. In step S215 , when the mobile device 120 moves within the sensing range of the access control device 130 , the access control device 130 executes an account registration procedure. Please refer to FIG. 2B for the detailed flow of executing the account registration procedure. The account registration procedure includes steps S220-S245.

In step S220, the barcode image corresponding to the mobile barcode A' in the mobile device 120 is acquired by the image acquisition unit 132, so that the processing unit 131 analyzes the barcode image to obtain registration data.

Here, in order to improve the security of the mobile barcode A' in the mobile device 120, a key can be set in both the management terminal device 110 and the access control device 130. The management device 110 encrypts the registration data with the key to obtain encrypted data, and then generates a mobile barcode A based on the encrypted data. The access control device 130 obtains the encrypted data by analyzing the barcode image, and then decrypts the encrypted data according to the key to obtain the registration data. Accordingly, it is possible to prevent other devices with a barcode reading function from reading the mobile barcode A' in the mobile device 120 arbitrarily.

In addition, the management terminal device 110 can further set an expiration date in the registration data, so as to restrict the user to register at the access control device 130 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 mobile 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 validity period, the processing unit 131 will end the account registration procedure. For example, assume that the validity period is before 2014/06/30, and the user brings his mobile device 120 to the access control device 130 to perform the account registration procedure on 2014/07/01. At this time, the access control device 130 finds that the current time has exceeded the validity period after analyzing the barcode image, and the access control device 130 will end the account registration procedure.

After the access control device 130 obtains the registration data, it can enter the account creation mode. In step S225, the processing unit 131 obtains the facial feature data and iris feature data of the user. Specifically, in the account creation mode, the processing unit 131 will drive the image acquisition unit 132 to acquire a face image, and drive the iris acquisition unit 133 to acquire an iris image, so that the processing unit 131 can analyze the face image and the iris image to distinguish Facial feature data and iris feature data are obtained.

In step S225, the processing unit 131 detects whether the user is located within the first detection range of the image acquisition unit 132, so that when the user is located within the first detection range, the processing unit 131 analyzes the image of the user acquired by the image acquisition unit 132. face images to obtain facial feature data. If the user is not within the first detection range, the processing unit 131 will send a first prompt message to remind the user to adjust the position of his face.

And, in step S225, the processing unit 131 also detects whether the user is located in the second detection range of the iris acquisition unit 133 of the access control device 130, so that when the user is located in the second detection range, the processing unit 131 analyzes the iris Obtain the iris image acquired by the unit 133 to obtain iris feature data. If the user is not within the second detection range, the processing unit 131 will send a second prompt message to remind the user to adjust the position of his face.

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

For example, FIGS. 3A-3C are flow charts of a biometric data acquisition 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 acquisition unit 132 can be aligned with his face, and the display unit 134 will simultaneously display the face image acquired by the image acquisition unit 132, as shown in FIG. Figure 3B. Here, it is assumed that when the access control device 130 is about 40 cm to 50 cm away from the user's face (the first detection range), the display unit 134 displays a message of "system detection". When the user exceeds the first detection range, the display unit 134 displays a first prompt message of "unable to detect".

After successfully obtaining facial feature data, the iris image is acquired. Here, the user places the access control device 130 about 13cm to 15cm in front of the face (the second detection range), and the display unit 134 will simultaneously display the user's eye image (can be a monocular image or a binocular image) , as shown in Figure 3C. The user watches the display unit 134 to adjust the position of his eyes so that the eyes can be placed at the center of the display unit 134 . When the circle R1 in the display unit 134 changes into a circle R2, it means that the user's eyes have been placed in a proper position, so that the iris acquisition unit 133 can successfully acquire the iris image. When the user exceeds the second detection range, the display unit 134 displays a second prompt message of "unrecognizable data".

In addition, in other embodiments, the access control device 130 may first obtain the iris image, and then obtain the face image after successfully obtaining the iris feature data. The order of obtaining the facial feature data and iris feature data is not limited here. In addition, the access control device 130 can be further configured such that the processing unit 131 ends the account registration procedure when no input from the user is received within a preset time (for example, 10 seconds). The access control device 130 needs to re-scan the mobile barcode A' of the mobile device 120 to re-execute the account registration procedure. In addition, when the processing unit 131 fails to acquire facial feature data from the face image, or fails to acquire iris feature data from the iris image, the processing unit 131 will also end the account registration process. The access control device 130 needs to re-scan the mobile barcode A' of the mobile device 120 to re-execute the account registration procedure.

After successfully obtaining the user's facial feature data and iris feature data, in step S230, the processing unit 131 of the access control device 130 receives an input password from the user. Moreover, in step S235, the processing unit 131 judges whether the input password matches 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, as shown in step S240, the processing unit 131 receives a set password from the user.

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 perform a password modification procedure.

FIG. 4 is a schematic diagram of an interface of a touch input mode according to an embodiment of the present invention. Referring to FIG. 4 , in the touch input mode, the display unit 134 displays number keys 0 to 9 , 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 that what is currently to be input is the "input password" corresponding to the initial password, or the "set password" to be modified, or the "confirm password" to confirm the set password. The password display box 402 is used to display the number that has been inputted. 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, suppose the initial password is 4 characters. After the facial feature data and iris feature data are obtained, and the touch input mode is selected, the display unit 134 displays the interface shown in FIG. 4 , and its status box 401 displays “input password”. The processing unit 131 receives the touch of the number keys by the user through the touch module, so as to receive the initial password from the user. After the user selects 4 numbers and presses the confirmation key 404, the input is completed, and the processing unit 131 obtains a 4-digit input password. If the selection is wrong, the user can press the delete key 403 to re-enter.

When the input password matches the initial password, the status box 401 will display “set password” for example, and the processing unit 131 receives the touch of the number keys by the user again through the touch module, so as to receive the set password from the user. After the confirmation key 404 is pressed, the status box 401 will display “confirm password”, for example, and the processing unit 131 receives the touch of the number key by the user through the touch module again, so as to receive the set password again. That is to say, if the two input of the set password are the same, the account data will be established based on the set password.

FIG. 5 is a schematic diagram of an interface of an eye movement input mode according to an embodiment of the present invention. Referring to FIG. 5 , in the eye movement input mode, a digital switching interface 500 is displayed on 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 box 504 . The function of the status box 501 is the same as that of the status box 401, and it is used to display that what is to be input at present is the "input password" corresponding to the initial password, or the "set password" to be modified, or to set the password. Confirm "Confirm Password".

In the eye movement input mode, the processing unit 131 will drive the image acquisition unit 132 to acquire the user's eye image sequence, so as to analyze the eye image sequence to obtain the user's eye movement state. For example, the eye movement state is one or a combination of pupil displacement, pupil movement direction, gaze position, and eye blinking action. The processing unit 131 controls the number switching interface 500 based on the user's eye movement state, so as to select among a plurality of numbers to obtain an initial password.

For example, the user places his face about 15 cm in front of the image acquisition unit 132 of the access control device 130 , so that the image acquisition unit 132 can acquire eye image sequences. The user controls the first switch key 502 and the second switch key 503 by eye movement, so that the number displayed on the display unit 134 changes by switching the first switch key 502 and the second switch key 503 . For example, when the user stares at the first switching key 502 for more than 1.5 seconds, the processing unit 131 enables the first switching key 502 so that the number displayed on the display unit 134 decreases, for example, the number changes from 1 to 0. Conversely, when the user gazes at the second switch key 503 for more than 1.5 seconds, the processing unit 131 enables the second switch key 503 to increase the number displayed on the display unit 134 , for example, the number changes from 1 to 2.

And, when the user stares at the number (such as 1) displayed on the display unit 134 for more than 1.5 seconds, the processing unit 131 selects the number 1, and displays the currently selected password number in the password display grid 504 .

In the eye movement input mode, the number switching interface 500 does not have a delete key and a confirmation key. When the processing unit 131 detects that the selected number length matches the number length of the initial password, it directly uses the selected numbers as the input password, and then judges whether the input password matches the initial password.

When the input password matches the initial password, the processing unit 131 controls the number switch interface 500 again based on the user's eye movement state to select from numbers 0-9. Moreover, when the processing unit 131 detects that the length of the digits to be selected again matches the digit length of the initial password, the selected digits are set as the set password.

In the eye movement input mode, the user does not need to click the confirmation button, but when the selected number reaches the preset number length (for example, the number length of the initial password), the user will actively execute the function of the "confirmation button", and Use the selected number combination as the input password or set password. If the user enters a wrong password in the "initial password" stage, the user can re-enter the password only after the processing unit 131 prompts that the password has been entered incorrectly. Alternatively, the user may stop making any input, and when the processing unit 131 does not receive any input from the user within a preset time (for example, 10 seconds), the account registration procedure ends. The access control device 130 needs to re-scan the mobile barcode A' of the mobile device 120 to re-execute the account registration procedure.

In the touch input mode or in the eye movement input mode, if the input password input for three consecutive times (or 2 times, 5 times, etc. preset times) does not match the initial password, the processing unit 131 will end The account registration procedure is used to prevent illegal personnel from obtaining the initial password by trial and error.

After inputting the set password, in step S245, the processing unit 131 creates account data allowing the user to log in the access control device 130 based on the registration data, facial feature data, iris feature data and the set password. For example, the processing unit 131 adds the above account data 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 will unlock the user's access authority.

Here, each step of the above-mentioned registration method can be realized by program code. That is, corresponding application programs are set in the management terminal device 110 and the access control device 130 to realize the account registration procedure. The above-mentioned application program includes program instructions for executing the above-mentioned account registration procedure. The above application is basically composed of a number of code snippets (such as the create organization chart snippet, the sign-off form snippet, the configuration snippet, and the deployment snippet), and these snippets are in the After loading and executing the management terminal device 110 and the access control device 130 respectively, the above account registration procedure can be completed. In addition, the step of creating account data can be executed by the access control device 130 , or all the data can be transmitted to the management device 110 to be executed by the management device 110 . Examples are given below for illustration.

6A and 6B are block diagrams of a registration system of an access control device according to an embodiment of the present invention. In this embodiment, the establishment of account data is executed 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 encrypted data. The barcode generation module 603 generates mobile barcodes based on encrypted data. In addition, the barcode generation module 603 can also directly use the registration data to generate a mobile barcode.

FIG. 6B is a block diagram of the access control device 130 . The access control device 130 includes an image acquisition unit 132 , a processing unit 131 , an iris acquisition unit 133 and a storage unit 600 . The processing unit 131 is coupled to the image acquisition unit 132 , the iris acquisition unit 133 and the storage unit 600 . The storage unit 600 includes an account registration module 610 , an eye tracking module 620 and a touch analysis module 630 . The account registration module 610 is used for executing an account registration procedure. The eye tracking module 620 is used to analyze the user's eye image sequence, and then obtain the user's eye movement state. Here, the eye image sequence can be obtained by the iris acquisition unit 133, or can be obtained by the face image. For the related description about the eye movement input, please refer to the description of FIG. 5 . The touch analysis module 630 is used for analyzing the touch received by the touch module. For the related description about the touch input, please refer to the description of FIG. 4 . In other embodiments, one of the eye tracking module 620 and the touch analysis module 630 can be selected to be installed in the storage unit 600 , and there is no limitation that both of them need 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 acquisition module 612 , a comparison module 613 , a setting module 614 , a decryption module 615 and a prompt module 616 . The barcode reading module 611 is used to analyze the barcode image to obtain registration data. Here, if the registration data is encrypted, the barcode reading module 611 will obtain an encrypted data after analyzing the barcode image. Afterwards, the decryption module 615 decrypts the encrypted data according to the corresponding key, and then obtains the registration data.

The feature acquisition module 612 is used to analyze the face image to obtain the user's facial feature data, and analyze the iris image to obtain the user's iris feature data. The comparing module 613 is used for comparing whether the input password matches the initial password. The setting module 614 is used for establishing the account data allowing the user to log in the access control device 130 based on the registration data, facial feature data, iris feature data and a set password. The prompting module 616 is used for sending out first prompting information or second prompting information. In other embodiments, the encryption module 604 and the decryption module 615 may not be provided.

7A and 7B are block diagrams of a registration system of an access control device according to another embodiment of the present invention. In this embodiment, the access control device 130 sends the data 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 generating module 603 , a receiving module 701 , a feature acquiring module 702 , a comparing module 703 and a setting module 704 . Here, the functions of the feature acquisition module 702 , the comparison module 703 and the setting module 704 are the same as those of the feature acquisition module 612 , the comparison module 613 and the setting module 614 in FIG. 6B , and related descriptions can refer to FIG. 6B .

FIG. 7B is a block diagram of the access control device 130 . The access control device 130 includes an image acquisition unit 132 , a processing unit 131 , an iris acquisition unit 133 and a storage unit 600 . The processing unit 131 is coupled to the image acquisition unit 132 , the iris acquisition 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 takes the mobile device 120 and moves within the sensing range of the access control device 130 , the image acquisition unit 132 of the access control device 130 can acquire a barcode image. Afterwards, the processing unit 131 analyzes the barcode image through the barcode reading module 611 to obtain a registration data, and after obtaining the registration data, the processing unit 131 respectively drives the image acquisition unit 132 and the iris acquisition unit 133 to acquire the face image and the iris image. Moreover, the access control device 130 transmits the face image and the iris image to the management terminal device 110 through the network. Then, after the access control device 130 receives the input password and the setting password from the user, it transmits the input password and the setting password to the management terminal device 110 through the network. Here, the password input method can refer to the description of FIG. 4 and FIG. 5 .

The management terminal device 110 receives face images, iris images, input passwords and set passwords from the access control device 130 through the receiving module 701 . The face image and the iris image are analyzed by the feature acquisition module 702 to obtain face feature data and iris feature data respectively. And, the comparing module 703 compares whether the input password matches the initial password in the registration data. After the comparison module 703 determines that the input password matches the initial password, the setting module 704 establishes account data based on the set password, registration data, facial feature data, and iris feature data.

In addition, the comparison between the input password and the initial password can also be performed by the access control device 130 . For example, the comparison module 703 is not set in the management terminal device 110 , but the comparison module 710 is set in the storage unit 600 of the access control device 130 . Here, the comparison module 710 is shown by a dotted line, so that the comparison module 710 is optionally installed. That is, when the comparison module 703 is installed on the management terminal device 110 , the comparison module 710 will not be installed on the access control device 130 . When the comparison module 703 is not installed on the management terminal device 110 , the comparison module 710 is installed on the access control device 130 . When the user takes the mobile device 120 and moves within the sensing range of the access control device 130 , the image acquisition unit 132 of the access control device 130 can acquire a barcode image. Afterwards, the processing unit 131 analyzes the barcode image through the barcode reading module 611 to obtain a registration data, and after obtaining the registration data, the processing unit 131 respectively drives the image acquisition unit 132 and the iris acquisition unit 133 to acquire the face image and the iris image. Moreover, the access control device 130 transmits the face image and the iris image to the management terminal device 110 through the network. Next, after the access control device 130 receives the input password from the user, it uses the comparison module 710 to check whether the input password matches the initial password in the registration data. After the comparison module 710 determines that the input password matches the initial password, the access control device 130 further receives the set password from the user, and transmits the set password to the management terminal device 110 through the network. After the management terminal device 110 obtains the facial feature data, iris feature data, and set password, the setting module 704 creates account data based on the set password, registration data, face feature data, and iris feature data.

In addition, the access control device 130 may drive the image acquisition unit 132 and the iris acquisition unit 133 to acquire the face image and the iris image respectively after the comparison module 710 determines that the input password matches the initial password.

8A and 8B are block diagrams of a registration system of an access control device according to another embodiment of the present invention. In this embodiment, the access control device 130 sends all the data back to the management device 110 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 acquisition 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 803 . Here, the functions of the barcode reading module 801, feature acquisition module 702, comparison module 703, setting module 704, eye tracking module 802, and touch analysis module 803 are respectively the same as those of the barcode reading module 611, feature The acquisition module 612 , the comparison module 613 , the setting module 614 , the eye tracking module 620 and the touch analysis module 630 have the same functions, and related descriptions can refer to FIG. 6B .

FIG. 8B is a block diagram of the access control device 130 . The access control device 130 includes an image acquisition unit 132 , an iris acquisition unit 133 and a transmission unit 810 . The transmission unit 810 is coupled to the image acquisition unit 132 and the iris acquisition unit 133 . The transmission unit 810 transmits the barcode image, the face image, the iris image, and the input password and setting password received from the user to the management terminal device 110 through the network.

For example, when the user takes the mobile device 120 and moves to the sensing range of the access control device 130 , the image acquisition unit 132 of the access control device 130 can acquire a barcode image. Afterwards, the barcode image is transmitted to the management terminal device 110 through the transmission unit 810 for analysis. After receiving the corresponding response from the management device 110 , the access control device 130 transmits the face image and iris image respectively acquired by the image acquisition unit 132 and the iris acquisition unit 133 to the management device 110 through the transmission unit 810 . Next, after the access control device 130 receives the input password and the setting password from the user, it transmits the input password and the setting password to the management terminal device 110 through the transmission unit 810 . Here, the password input method can refer to the description of FIG. 4 and FIG. 5 .

To sum up, the access control device provides the function of increasing the number of people entering and leaving, that is, the access control device can add account data that is allowed to enter the controlled area. In the above embodiment, the management terminal device sends the mobile barcode of the registration data to the mobile device, and the user takes the mobile device to the access control device to perform the account registration procedure. The access control device obtains the registration data by scanning the mobile barcode in the mobile device, and obtains the biometric data of the user, thereby completing the account registration procedure. Accordingly, the account data 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 person entering. Moreover, replacing the sensing of the remote controller or the identification card with password input can reduce the burden of people carrying too many identification cards. In addition, the account registration program can also be realized through the management terminal device, so as to reduce the computing burden of the access control device. Moreover, the registration is performed by the management terminal device through the network, so that in the environment where multiple entrances and exits are equipped with a corresponding access control device, the user only needs to register at the access control device of one of the entrances and exits. Free entry and exit.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present invention, rather than limiting them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: It is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some or all of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the technical solutions of the various embodiments of the present invention. scope.

Claims (19)

1. a register method for entrance guard device, is characterized in that, comprising:

Mobile barcode is produced based on log-on data by management end device;

This Mobile barcode is received from this management end device by mobile device;

When this mobile device moves in the induction range of entrance guard device, perform account registration program by this entrance guard device, comprising:

Obtain bar code image corresponding to this Mobile barcode by image acquisition unit, obtain this log-on data to analyze this bar code image;

Obtain face feature data and the iris characteristic data of user;

Input password is received from this user;

Judge whether this input password meets the initial password in this log-on data;

When this input password meets this initial password, receive setting code from this user; And

Based on this log-on data, these face feature data, this iris characteristic data and this setting code, set up the Account Data allowing this user to login this entrance guard device.

2. method according to claim 1, is characterized in that, the step producing this Mobile barcode based on this log-on data by this management end device comprises:

Be encrypted according to this log-on data of key pair by this management end device and obtain enciphered data, and producing this Mobile barcode based on this enciphered data;

And performing in account accreditation process by this entrance guard device, analyze this bar code image and the step that obtains this log-on data comprises:

Analyze this bar code image and obtain this enciphered data, and being decrypted according to this enciphered data of this key pair, and then obtaining this log-on data.

3. method according to claim 1, is characterized in that, is performed the step of account accreditation process, also comprise by this entrance guard device:

At this bar code image of analysis after obtaining this log-on data, judge in the valid period of the current time of this Mobile barcode of reading whether in this log-on data;

When this current time of judgement is not within this valid period, terminate account accreditation process; And

When judging that this current time is within this valid period, continue to perform account accreditation process.

4. method according to claim 1, is characterized in that, performs in account accreditation process, comprise in acquisition these face feature data of this user and the step of this iris characteristic data by this entrance guard device:

Detect the first sensing range whether this user is positioned at this image acquisition unit, with when this user is positioned at the first sensing range, analyze the facial image of this user that this image acquisition unit obtains, to obtain this face feature data;

Detect the second sensing range whether this user is positioned at the iris acquiring unit of this entrance guard device, when this user is positioned at this second sensing range, analyze the iris image of this user that this iris acquiring unit obtains, to obtain this iris characteristic data; And

If this user in this first sensing range or this second sensing range, does not send the first information or the second information.

5. method according to claim 1, is characterized in that, is performing in account accreditation process, after acquisition these face feature data of this user and the step of this iris characteristic data, also comprise by this entrance guard device:

Under touch-control input pattern, in the display unit of this entrance guard device, show multiple numerical key, wherein this display unit has touch-control module;

Receive the touching of this user to above-mentioned numerical key by this touch-control module, receive this initial password from this user according to this; And

When this input password meets this initial password, again receive the touching of this user to above-mentioned numerical key by this touch-control module, receive this setting code from this user according to this.

6. method according to claim 1, is characterized in that, is performing in account accreditation process, after acquisition these face feature data of this user and the step of this iris characteristic data, also comprise by this entrance guard device:

Under eye moves input pattern, in the display unit of this entrance guard device, show digital interface switching;

The eyes image sequence of this user is obtained by this image acquisition unit of this entrance guard device, move state with the eye obtaining this user, wherein this eye move state comprise pupil displacement, pupil moving direction, stare position and nictation action one of them;

This eye based on this user moves state and controls this digital interface switching, to select in multiple numeral, obtains this initial password according to this; And

When this input password meets this initial password, this eye based on this user moves state and again controls this digital interface switching, to select in above-mentioned numeral, obtains this setting code according to this.

7. method according to claim 6, is characterized in that, this eye based on this user moves state and controls this digital interface switching, and to select in above-mentioned numeral, the step obtaining this initial password according to this comprises:

When detecting that the digit length carrying out selecting in above-mentioned numeral has met the digit length of this initial password, judge whether this input password meets this initial password;

Wherein, when this input password meets this initial password, this eye based on this user moves state and again controls this digital interface switching, and to select in above-mentioned numeral, the step obtaining this setting code according to this comprises:

When detecting that the digit length carrying out selecting in above-mentioned numeral has met the digit length of this initial password, selected above-mentioned numeral is set as this setting code.

8. method according to claim 5, is characterized in that, is performed the step of account accreditation process, also comprise by this entrance guard device:

If do not receive the input of this user in Preset Time, terminate account accreditation process.

9. an Accreditation System for entrance guard device, is characterized in that, comprising:

Management end device, produces Mobile barcode based on log-on data, and transmits this Mobile barcode to mobile device; And

Entrance guard device, comprising:

Image acquisition unit, obtains the bar code image that this Mobile barcode in this mobile device is corresponding, and obtains the facial image of user;

Iris acquiring unit, obtains the iris image of this user; And

Processing unit, be coupled to this image acquisition unit and this iris acquiring unit, this processing unit receives this bar code image, this facial image and this iris image, and when this mobile device moves in the induction range of this entrance guard device, performs account registration module by this processing unit;

Wherein, account Registering modules comprises:

Bar code read module, analyzes this bar code image and obtains this log-on data;

Feature acquisition module, analyzes this facial image and this iris image and obtains these face feature data and this iris characteristic data respectively;

Comparing module, whether comparison meets the initial password in this log-on data from the input password that this user receives; And

Setting module, when this comparing module judges this initial password that this input password meets in this log-on data, this setting module, based on the setting code received from this user, this log-on data, these face feature data and this iris characteristic data, sets up the Account Data allowing this user to login this entrance guard device.

10. the Accreditation System of entrance guard device according to claim 9, is characterized in that, this management end device comprises:

Encrypting module, is encrypted according to this log-on data of key pair and obtains enciphered data; And

Bar code generation module, produces this Mobile barcode based on this enciphered data;

Wherein, obtain this enciphered data at this entrance guard device by this this bar code image of bar code reading delivery block analysis, and be decrypted according to this enciphered data of this key pair by deciphering module, and then obtain this log-on data.

The Accreditation System of 11. entrance guard devices according to claim 9, it is characterized in that, after obtaining this log-on data at this this bar code image of bar code reading delivery block analysis, this bar code read module judges within the valid period of the current time of reading this Mobile barcode whether in this log-on data, when this time limit judge module judges that this current time is not within this valid period, this processing unit stops performing account Registering modules.

The Accreditation System of 12. entrance guard devices according to claim 9, is characterized in that, account Registering modules also comprises reminding module,

When being obtained this facial image of this user by this image acquisition unit, if this user is not in the first sensing range of this image acquisition unit, send the first information by this reminding module; And when obtaining this iris image of this user by this iris acquiring unit, if this user is not when the second sensing range of this iris acquiring unit, send the second information by this reminding module.

The Accreditation System of 13. entrance guard devices according to claim 9, is characterized in that, this entrance guard device also comprises:

Display unit, is coupled to this processing unit, and has touch-control module, wherein, in this display unit of this entrance guard device, show multiple numerical key, receive the touching of this user to above-mentioned numerical key by this touch-control module, receive this initial password from this user according to this; When this input password meets this initial password, again receive the touching of this user to above-mentioned numerical key by this touch-control module, receive this setting code from this user according to this.

The Accreditation System of 14. entrance guard devices according to claim 9, it is characterized in that, this entrance guard device also comprises eye and moves tracing module, this eye moves tracing module and is performed by this processing unit, use analysis eyes image sequence and move state to the eye obtaining this user, wherein this eyes image sequence obtained by this image acquisition unit, this eye move state comprise pupil displacement, pupil moving direction, stare position and nictation action one of them;

Wherein, in the display unit of this entrance guard device, show digital interface switching, this processing unit moves state based on this eye of this user and controls this digital interface switching, to select in multiple numeral, obtains this initial password according to this; Further, when this input password meets this initial password, this processing unit moves state based on this eye of this user and again controls this digital interface switching, to select in above-mentioned numeral, obtains this setting code according to this.

The Accreditation System of 15. entrance guard devices according to claim 14, it is characterized in that, this processing unit of this entrance guard device, when detecting that the digit length carrying out selecting in above-mentioned numeral has met the digit length of this initial password, judges whether this input password meets this initial password; Further, selected above-mentioned numeral, when detecting that the digit length carrying out selecting in above-mentioned numeral has met the digit length of this initial password, is set as this setting code by this processing unit.

16. 1 kinds of entrance guard devices, is characterized in that, comprising:

Storage unit, comprises account registration module;

Image acquisition unit, the bar code image that the Mobile barcode in acquisition mobile device is corresponding, and obtain the facial image of user;

Iris acquiring unit, obtains the iris image of this user; And

Processing unit, be coupled to this storage unit, this image acquisition unit and this iris acquiring unit, this processing unit receives this bar code image, this facial image and this iris image, and performs account Registering modules;

Wherein, account Registering modules comprises:

Bar code read module, analyzes this bar code image and obtains this log-on data;

Feature acquisition module, analyzes this facial image and this iris image and obtains these face feature data and this iris characteristic data respectively;

Comparing module, whether comparison meets the initial password in this log-on data from the input password that this user receives; And

Setting module, when this comparing module judges this initial password that this input password meets in this log-on data, this setting module, based on the setting code received from this user, this log-on data, these face feature data and this iris characteristic data, sets up the Account Data allowing this user to login this entrance guard device.

The Accreditation System of 17. 1 kinds of entrance guard devices, is characterized in that, comprising:

Entrance guard device, comprising:

Image acquisition unit;

Iris acquiring unit;

First storage unit, comprises bar code read module; And

First processing unit, be coupled to this image acquisition unit, this iris acquiring unit and this first storage unit, when mobile device moves in the induction range of this entrance guard device, this first processing unit obtains the bar code image of the Mobile barcode in this mobile device by this image acquisition unit, and obtain log-on data by this this bar code image of bar code reading delivery block analysis, and after this log-on data of acquisition, this first processing unit drives this image acquisition unit and this iris acquiring unit to use respectively and obtains facial image and iris image, and receive input password and setting code from user, and

Management end device, has the second processing unit and the second storage unit, and wherein this second processing unit is coupled to this second storage unit, and this second storage unit comprises:

Bar code generation module, produces this Mobile barcode based on this log-on data;

Receiver module, receives this facial image, this iris image, this input password and this setting code from this entrance guard device;

Feature acquisition module, analyzes this facial image and this iris image and obtains these face feature data and this iris characteristic data respectively;

Comparing module, whether this input password of comparison meets the initial password in this log-on data; And

Setting module, wherein, after this comparing module judges that this input password meets this initial password, this setting module, based on this setting code, this log-on data, these face feature data and this iris characteristic data, sets up Account Data.

The Accreditation System of 18. 1 kinds of entrance guard devices, is characterized in that, comprising:

Entrance guard device, comprising:

Image acquisition unit;

Iris acquiring unit;

First storage unit, comprises bar code read module and comparing module; And

First processing unit, be coupled to this image acquisition unit, this iris acquiring unit and this first storage unit, when mobile device moves in the induction range of this entrance guard device, this first processing unit obtains the bar code image of the Mobile barcode in this mobile device by this image acquisition unit, and obtain log-on data by this this bar code image of bar code reading delivery block analysis, and after this log-on data of acquisition, this first processing unit drives this image acquisition unit and this iris acquiring unit to use respectively and obtains facial image and iris image, and receive input password from user, initial password in this log-on data whether is met to be carried out this input password of comparison by this comparing module, wherein, after this comparing module judges this initial password that this input password meets in this log-on data, setting code is received from this user, and

Management end device, has the second processing unit and the second storage unit, and wherein this second processing unit is coupled to this second storage unit, and this second storage unit comprises:

Bar code generation module, produces this Mobile barcode based on this log-on data;

Receiver module, receives this facial image, this iris image and this setting code from this entrance guard device;

Feature acquisition module, analyzes this facial image and this iris image and obtains these face feature data and this iris characteristic data respectively;

Setting module, based on this setting code, this log-on data, these face feature data and this iris characteristic data, sets up Account Data.

The Accreditation System of 19. 1 kinds of entrance guard devices, is characterized in that, comprising:

Management end device, comprises processing unit and storage unit, and this storage unit comprises account registration module; And

Entrance guard device, comprising:

Image acquisition unit, when in the induction range that mobile device moves to this entrance guard device, the bar code image that the Mobile barcode obtained in this mobile device by this image acquisition unit is corresponding, and the facial image of user is obtained by this image acquisition unit;

Iris acquiring unit, obtains the iris image of this user; And

Transmission unit, is coupled to this image acquisition unit and this iris acquiring unit, and this bar code image, this facial image, this iris image and the input password received from this user and setting code are sent to this management end device;

Wherein, account Registering modules comprises:

Bar code generation module, produces this Mobile barcode based on log-on data, to transmit this Mobile barcode to this mobile device;

Bar code read module, analyzes this bar code image of receiving from this entrance guard device and obtains this log-on data;

Feature acquisition module, analyzes this facial image and this iris image of receiving from this entrance guard device and obtains these face feature data and this iris characteristic data respectively;

Comparing module, whether comparison meets the initial password in this log-on data from this input password that this user receives; And

Setting module, when this comparing module judges this initial password that this input password meets in this log-on data, this setting module, based on this setting code received from this user, this log-on data, these face feature data and this iris characteristic data, sets up the Account Data allowing this user to login this entrance guard device.