JP2006134081A - Entry management system, entry control terminal and entry management method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an entry management system dissolving inconvenience on a user side, and allowing reduction of a burden on a manager side. <P>SOLUTION: This entry management system comprises an entry control terminal and a management terminal. The entry control terminal has: a reading means reading face image information from the user; an authentication means authenticating the user on the basis of collation of the read face image information and already registered face image information; a first entry control means permitting entry of the user when the user is authenticated; a first transmission means transmitting an authentication error and the read face image information to the management terminal when the user is not authenticated; and a second entry control means permitting the entry of the user on the basis of reception of an entry permission instruction transmitted from the management terminal. The management terminal has: a second reception means receiving the authentication error and the read face image information; an output means outputting the read face image information; and a second transmission means transmitting the entry permission instruction to the entry control terminal. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an entrance management system and an entrance management method for managing entrance to a specific facility. The present invention also relates to an entrance control terminal applicable to such an entrance management system.

  In recent years, various proposals regarding unattended admission reception systems have been made. The unmanned admission reception system, for example, registers the user's face image in advance, reads the user's face image at the time of use, and compares the read face image with the registered face image to authenticate the user. By this, the user's admission is accepted. Specifically, when the user is authenticated, the gate to the facility is opened. Such an unmanned admission reception system can be used, for example, in various showrooms, self-esthetic stores, art galleries, residential exhibition halls, and the like.

On the other hand, a technique for remotely monitoring security management or the like has been proposed (see Patent Document 1).
JP2002-109087

  It is necessary to assume that users who use places such as various showrooms, self-esthetic shops, art galleries, and housing exhibitions as described above include users who are not registered as members. However, the conventional admission receiving system as described above cannot deal with a first-time user, that is, an unregistered user, and basically an unregistered user results in an authentication error. In addition, the conventional admission reception system does not match the registered face image with the face image read by the user, depending on the face image reading status, even if it is a registered user. An error may occur.

  That is, the conventional admission receiving system as described above cannot accept the first user's admission, and even a registered user may not be able to accept admission. If the first-time user admission cannot be accepted, new customers cannot be increased. Even if the system administrator accepts admission by visually confirming that he is a new user, the admission acceptance process by visual confirmation is required again at the next use, and the administrator still remains in charge. You will rely on it, and it will inconvenience users. In addition, even if a registered user is unable to accept the admission, this also inconveniences the user. Even if the system administrator accepts admission by visually confirming that he / she is a registered user, there is still a possibility of causing an authentication error again at the next use, which completely eliminates inconvenience for the user. It cannot be resolved.

  Although the above-described Patent Document 1 proposes a technique for remotely monitoring security management and the like, it does not describe any technique for solving the problems of the conventional admission receiving system as described above.

  An object of the present invention is to solve the above-described problems, and provides an entrance management system and an entrance management method capable of eliminating inconvenience on the user side and reducing the burden on the administrator side. There is to do. Moreover, the objective of this invention is providing the entrance control terminal applicable to such an entrance management system.

  The admission management system, admission control terminal, and admission management method of the present invention are configured as follows.

  (1) The present invention is an admission management system including an admission control terminal and a management terminal, wherein the admission control terminal reads a biometric feature information from a user and a reading read by the reading means. Based on the collation result between the biometric feature information and the registered biometric feature information registered in advance, an authentication unit that authenticates the user, and the user is authenticated by the authentication unit. First admission control means for permitting admission and first transmission for transmitting an authentication error and read biometric feature information to the management terminal on condition that the user is not authenticated by the first authentication means. And various instructions transmitted from the management terminal in response to the authentication error and the reading biometric feature information transmitted to the management terminal by the first transmission unit. And a second admission control unit that permits admission of the user based on reception of an admission permission instruction transmitted from the management terminal by the first reception unit. The terminal includes a second receiving unit that receives the authentication error and the read biometric feature information transmitted from the admission control terminal, an output unit that outputs the read biometric feature information received by the second receiving unit, and the output Corresponding to the input of the admission permission instruction by the manager viewing the read biometric feature information output by the means, the second transmission means for transmitting the admission permission instruction to the admission control terminal, and the second receiving means An admission management system comprising registration means for additionally registering received biometric feature information.

  (2) The present invention reads biometric feature information from a user, authenticates the user based on a collation result between the read biometric feature information and registered biometric feature information registered in advance, and the user based on the authentication result A management terminal that communicates with the admission control terminal that controls the admission of the admission device, the receiving means for receiving the authentication error and the read biometric feature information transmitted from the admission control terminal, and the read biometric feature information received by the receiving means. An output means for outputting; a transmission means for transmitting an admission permission instruction to the admission control terminal in response to an input of an admission permission instruction by an administrator viewing the read biometric feature information output by the output means; and the reception And a registration means for additionally registering the read biometric feature information received by the means.

  (3) The present invention is an admission management method executed by an admission control terminal and a management terminal, wherein the admission control terminal reads biometric feature information from a user and registers the read biometric feature information with the read biometric feature information in advance. Based on the collation result with the registered biometric feature information, the user is allowed to enter on the condition that the user is authenticated, and the authentication error and reading on the condition that the user is not authenticated. The biometric feature information is transmitted to the management terminal, the management terminal receives the authentication error and the read biometric feature information transmitted from the admission control terminal, outputs the received read biometric feature information, and the output In response to an input of an admission permission instruction by an administrator who visually views the read biometric feature information, an admission permission instruction is transmitted to the admission control terminal, and the admission control terminal transmits the management Receiving the admission instruction transmitted from the end, to allow the entrance of the user, the management terminal is a admission managing method characterized by additionally registering the received read biometric information.

  According to the present invention, it is possible to provide an entrance management system and an entrance management method capable of eliminating inconvenience on the user side and reducing the burden on the administrator side. Moreover, according to this invention, the entrance control terminal applicable to such an entrance management system can be provided.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing a schematic configuration of an admission management system according to an example of the present invention.

  As shown in FIG. 1, the admission management system includes an admission control terminal 1 and a management terminal 2. The entrance control terminal 1 and the management terminal 2 are connected via a communication network, and the management terminal 2 can be installed at an installation location different from the installation location of the entrance control terminal 1. If a mobile communication device is applied to the management terminal 2, the installation location of the management terminal 2 is not particularly limited.

  The entrance control terminal 1 is installed in stores such as various showrooms, self-esthetic stores, art galleries, and housing exhibition halls, for example. The entrance control terminal 1 includes a main control unit 10, an information reading unit 11, an ID input unit 12, an identification information input unit 13, an authentication unit 14, an entrance control unit 15, a communication control unit 16, a guide unit 17, and the like. ing.

  The main control unit 10 controls the operation of each unit in the entrance control terminal. The information reading unit 11 reads biometric feature information (face image information, iris information, fingerprint information, vein information, etc.) from the user. For example, the information reading unit 11 includes a camera that reads user face image information and iris information. In addition, the information reading unit 11 includes a sensor that reads the fingerprint information and vein information of the user. That is, the information reading unit 11 is a reading unit that reads biometric feature information from a user. Hereinafter, as an example, collation based on face image information will be described.

  The ID input unit 12 acquires an ID provided by a user who has been distributed an ID (identification code) in advance. For example, even a user who visits a store for the first time may have received an ID by direct mail in advance. A registered user receives an ID in exchange for registration. The ID input unit 12 includes, for example, an input key, and acquires an ID provided by the user in response to the input key operation by the user. Alternatively, the ID input unit 12 includes a scanner, for example, and the scanner reads an ID presented by the user. Alternatively, the ID input unit 12 includes, for example, a bar code reader, and the bar code reader reads an ID presented by the user. In order to increase the authentication accuracy, the ID may be acquired with a plurality of combinations of an input key, a scanner, and a barcode reader.

  The identification information input unit 13 acquires identification information (for example, public identification information) provided by the user. The identification information input unit 13 includes, for example, an input key, and acquires identification information provided from the user in response to the input key operation by the user. Alternatively, the ID input unit 12 includes a scanner, for example, and the scanner reads identification information presented by the user. The ID card is, for example, a driver's license or an insurance card.

  The authentication unit 14 authenticates the user based on the collation result between the read face image information read from the user by the information reading unit 11 and a database of registered face image information registered in advance. The registered face image information database may be held by the entrance control terminal 1 or may be held by another terminal.

  The entrance control unit 15 permits entry of the user on condition that the user is authenticated by the authentication unit 14. Alternatively, the entrance control unit 15 permits the user to enter based on the reception of the entrance permission instruction transmitted from the management terminal 2. That is, the entrance control unit 15 controls the driving of the gate and opens the gate. The entry permission instruction transmitted from the management terminal 2 will be described in detail later.

  The communication control unit 16 transmits / receives data to / from the management terminal 2. For example, the communication control unit 16 transmits the authentication error and the read face image information read from the user to the management terminal 2 on the condition that the user is not authenticated by the authentication unit 14. Corresponding to this transmission, the communication control unit 16 receives various instructions (for example, an admission permission instruction or an ID provision instruction described later) transmitted from the management terminal 2. In addition, the communication control unit 16 transmits the ID acquired by the ID input unit 12 and the ID information acquired by the ID information input unit 13 to the management terminal 2. In response to this transmission, the communication control unit 16 receives various instructions (for example, an admission permission instruction) transmitted from the management terminal 2.

  The guidance unit 17 displays guidance or guidance for entry permission or entry non-permission, as well as guidance such as input of ID or presentation of identification, to the user. The guide unit 17 is an interphone with a guide display screen, for example.

  One management terminal 2 can be placed at a different location (such as a remote location) from the entrance control terminal 1, for example. The management terminal 2 includes a main control unit 20, a communication control unit 21, an information output unit 22, an operation input unit 23, an authentication unit 24, a registration unit 25, a voice input / output unit 26, and the like. For example, a mobile phone or a personal computer can be used as the management terminal 2.

  The main control unit 20 controls the operation of each unit in the management terminal. The communication control unit 21 receives the authentication error and the read face image information transmitted from the entrance control terminal 1. The information output unit 22 outputs (displays on the screen) the read face image information received by the communication control unit 21. The operation input unit 23 receives an input of an admission permission instruction from an administrator who views the read face image information output to the information output unit 22, and the communication control unit 21 responds to the input of the admission permission instruction. An entrance permission instruction is transmitted to the entrance control terminal 1.

  Alternatively, the communication control unit 21 transmits an ID provision instruction to the admission control terminal 1 in response to the reception of the authentication error, and further transmits an identification information provision instruction to the admission control terminal 1 as necessary. Further, the communication control unit 21 receives the ID and identification information transmitted from the admission control terminal 1 in response to this transmission. The authentication unit 24 authenticates the ID received by the communication control unit 21. Further, the communication control unit 21 transmits an admission permission instruction to the admission control terminal 1 on condition that this ID is authenticated.

  The registration unit 25 additionally registers the read face image information and identification information received by the communication control unit 21 in association with each other. That is, the read face image information received by the communication control unit 21 is additionally registered in a database of registered face image information held by the entrance control terminal 1 or other terminals.

  The voice input / output unit 26 exchanges voice with the guide unit 17 of the entrance control terminal 1. In other words, the voice input / output unit 26 and the guide unit 17 enable a conversation between the manager of the management terminal 2 and the user on the entrance control terminal 1 side.

  Next, the flow of admission management processing by the admission management system described above will be described with reference to FIG. The information reading unit 11 of the entrance control terminal 1 installed in stores such as various showrooms, self-esthetic stores, art galleries, and housing exhibition halls reads face image information from users of these stores (ST1). Subsequently, the authentication unit 14 authenticates the user based on the collation result between the read face image information read from the user by the information reading unit 11 and a database of registered face image information registered in advance (ST1). . When the user is authenticated by the authentication unit 14 (ST2, YES), the entrance control unit 15 allows the user to enter. That is, the entrance control unit 15 controls the driving of the gate and opens the gate (ST3).

  If the user is not authenticated by the authentication unit 14 (ST2, NO), the communication control unit 16 transmits the authentication error and the read face image information read from the user to the management terminal 2 (ST4). For example, an authentication error and read face image information read from the user can be transmitted to the management terminal 2 using a mail function.

  The communication control unit 21 of the management terminal 2 receives the authentication error and the read face image information transmitted from the admission control terminal 1, and the information output unit 22 of the management terminal 2 receives the read face image information received by the communication control unit 21. Is output (screen display). The administrator confirms the read face image information output by the information output unit 22, and determines whether or not the store gate should be opened (ST5). When an admission permission instruction is input by the administrator to the operation input unit 23 (ST14, YES), the communication control unit 21 transmits an admission permission instruction to the admission control terminal 1 in response to the input of the admission permission instruction. To do. The admission control unit 15 permits the user to enter based on the reception of the admission permission instruction transmitted from the management terminal 2. That is, the entrance control unit 15 controls the driving of the gate and opens the gate (ST15).

  Further, the registration unit 25 additionally registers the read face image information received by the communication control unit 21. That is, the read face image information received by the communication control unit 21 is additionally registered in the database of registered face image information held by the entrance control terminal 1 or other terminals (ST17).

  As a result, it is possible to accept the first user's entry resulting in an authentication error. In addition, it is possible to accept the registration of a registered user who has an authentication error because the face image read by the user does not match the registered face image. Furthermore, the registration of the first user who becomes such an authentication error is completed, and the re-registration of the registered user who becomes the authentication error is also completed. This eliminates the inconvenience for the user and reduces the burden on the administrator.

  Alternatively, the following measures can be taken. The communication control unit 21 of the management terminal 2 receives the authentication error and the read face image information transmitted from the admission control terminal 1, and the information output unit 22 of the management terminal 2 receives the read face image information received by the communication control unit 21. Is output (screen display). The administrator confirms the read face image information output by the information output unit 22 (ST6), and further, between the user on the entrance control terminal 1 side via the voice input / output unit 26 and the guide unit 17. Conversation (ST8) and request the presentation of an identification card such as a driver's license or insurance card for user identification as necessary. The ID information input unit 13 acquires the ID information provided by the user, and the communication control unit 16 transmits the ID information to the management terminal 2 (ST12).

  The communication control unit 21 of the management terminal 2 receives the identification information transmitted from the admission control terminal 1, and the information output unit 22 outputs (screen display) this identification information. Based on the identification information output to the information output unit 22, the administrator determines whether or not the store gate should be opened (ST13). When an admission permission instruction is input by the administrator to the operation input unit 23 (ST14, YES), the communication control unit 21 transmits an admission permission instruction to the admission control terminal 1 in response to the input of the admission permission instruction. To do. The admission control unit 15 permits the user to enter based on the reception of the admission permission instruction transmitted from the management terminal 2. That is, the entrance control unit 15 controls the driving of the gate and opens the gate (ST15).

  Further, the registration unit 25 additionally registers the read face image information and the ID information received by the communication control unit 21 in association with each other. That is, the read face image information and identification information received by the communication control unit 21 are additionally registered in association with the database of registered face image information held by the entrance control terminal 1 or other terminals (ST17).

  As a result, it is possible to accept the entrance of the first user who causes an authentication error (for example, a user who stops by a person who has not received direct mail or the like). Moreover, since the identity can be confirmed based on the identification card, it is possible to accept the entrance of the first user more safely. In addition, it is possible to accept the registration of a registered user who has an authentication error because the face image read by the user does not match the registered face image. Even in this case, since the identity can be confirmed based on the identification card, it is possible to accept entrance of a registered user who becomes an authentication error more safely. Furthermore, registration based on the first user ID that results in such an authentication error is completed, and re-registration based on the registered user ID that results in an authentication error is also completed. In some cases, the admission acceptance process by visual confirmation becomes almost unnecessary, so that the inconvenience for the user can be eliminated and the burden on the administrator can be reduced.

  Alternatively, the following measures can be taken. The communication control unit 21 of the management terminal 2 receives the authentication error and the read face image information transmitted from the admission control terminal 1, and the main control unit 20 confirms the reception of the authentication error and the read face image information (ST7). ), The communication control unit 21 transmits an ID provision instruction and an identification provision instruction to the entrance control terminal 1. Correspondingly, the guidance unit 17 of the entrance control terminal 1 displays guidance, such as input of ID and presentation of identification card, or is output by voice. The user to whom the ID has been distributed in advance inputs the ID to the input key of the ID input unit 12 (ST9). Alternatively, the user to whom the ID has been distributed in advance causes the ID to be read by the scanner of the ID input unit 12 (ST10). Alternatively, the user to whom the ID has been distributed in advance causes the ID to be read by the barcode reader of the ID input unit 12 (ST11). The communication control unit 16 transmits the ID acquired by the ID input unit 12 to the management terminal 2 (ST9, ST10, ST11). Furthermore, the identification information input unit 13 acquires the identification information provided from the user, and the communication control unit 16 transmits this identification information to the management terminal 2 (ST12).

  The communication control unit 21 of the management terminal 2 receives the ID and identification information transmitted from the admission control terminal 1, and the authentication unit 24 of the management terminal 2 sends the received ID and the user in advance. The user is authenticated by checking the issued ID. The main control unit 20 of the management terminal 2 determines whether the store gate should be opened based on the user authentication result based on the ID (ST13). When the main controller 20 issues an admission permission instruction (ST14, YES), the communication control section 21 transmits this admission permission instruction to the admission control terminal 1. The admission control unit 15 permits the user to enter based on the reception of the admission permission instruction transmitted from the management terminal 2. That is, the entrance control unit 15 controls the driving of the gate and opens the gate (ST16).

  Further, the registration unit 25 additionally registers the read face image information and the ID information received by the communication control unit 21 in association with each other. That is, the read face image information and identification information received by the communication control unit 21 are additionally registered in association with the database of registered face image information held by the entrance control terminal 1 or other terminals (ST17).

  As a result, a registered user who has been distributed an ID in advance, and the registered user who has an authentication error because the face image read from the user does not match the registered face image Can be accepted. In addition, since the identity can be confirmed based on the identification card, it is possible to accept the entrance of a registered user who becomes an authentication error more safely. Furthermore, since re-registration based on the registered user ID that results in such an authentication error is completed, admission can be accepted smoothly at the next use, thereby eliminating the inconvenience of the user. In addition, the burden on the administrator can be reduced. In this way, the authentication accuracy of the person can be improved by the combination of the ID distributed in advance and the identification card.

  As described above, according to the present invention, the following effects can be obtained.

  Management that performs remote monitoring even if the user cannot be authenticated when the user's face image data taken at the admission reception is checked against the registered face image data list to authenticate the user By sending an authentication error and user face image data to the user, the administrator determines whether or not admission is permitted, and remotely controls the opening and closing of the entrance gate. New registration of data (information such as address, name and telephone number) can be accepted.

  In addition, when a user is registered, information such as a usage time can be registered together, and the user's face image data may be referred to later in the order of the usage time. For example, the administrator can refer to the face image data of the user based on the usage time when determining whether or not the user who has an authentication error can enter. As a result, if it is found that the user having the authentication error is actually registered, admission can be permitted.

  Further, the authentication error and face image information read from the user may be transmitted to a plurality of management terminals (for example, mobile phones) so that the plurality of managers can determine whether or not to permit entry. As a result, even if only one administrator among a plurality of managers is familiar with the user, admission can be permitted.

  For example, at the reception of various showrooms, self-esthetic stores, art galleries, house exhibition halls, etc., it is assumed that there are many visitors for the first time in addition to visitors such as registered members.

  Even if a passing person, that is, an unregistered person who is not registered as a face, tries to enter with interest, the face authentication system will result in an authentication error. However, by sending personal information obtained from the visitor's face image data and identification card to the administrator at a remote location, the administrator can determine whether or not the visitor can enter, and the visitor can enter remotely. Can be allowed. Also, the visitor's face image data can be registered on the spot, and there is an advantage that the same troublesomeness is not given to the visitor at the next stop. By eliminating the various burdens when entering, you can easily think about the next stop and contribute to increasing the number of customers.

  In addition, a direct mail is sent to unregistered persons who are not registered as members, and the unregistered person is visited by receiving this direct mail, and input of ID and identification is written on the direct mail. Visitor identification can be made possible by having a personal certificate based on the certificate, allowing visitors to enter on the spot. Also in this case, by registering the face image and personal information on the spot, the next entry can be automated and smoothed.

  In addition, even if a visitor who has registered personal information as a member but has not registered facial image data for the first time, the facial image can be registered on the spot. Entrance can be automated and smoothed.

  Note that the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the scope of the invention in the implementation stage. In addition, the embodiments may be appropriately combined as much as possible, and in that case, the combined effect can be obtained. Further, the above embodiments include inventions at various stages, and various inventions can be extracted by appropriately combining a plurality of disclosed constituent elements. For example, even if some constituent requirements are deleted from all the constituent requirements shown in the embodiment, the problem described in the column of the problem to be solved by the invention can be solved, and the effect described in the column of the effect of the invention Can be obtained as an invention.

FIG. 1 is a diagram showing a schematic configuration of an admission management system according to an example of the present invention. It is a flowchart for demonstrating the flow of the entrance management process by an entrance management system.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Entrance control terminal, 2 ... Management terminal, 10 ... Main control part, 11 ... Information reading part, 12 ... ID input part, 13 ... Identification information input part, 14 ... Authentication part, 15 ... Entrance control part, 16 ... Communication control unit, 17 ... Guide unit, 20 ... Main control unit, 21 ... Communication control unit, 22 ... Information output unit, 23 ... Operation input unit, 24 ... Authentication unit, 25 ... Registration unit, 26 ... Audio input / output unit

Claims (12)

An admission management system comprising an admission control terminal and a management terminal,
The admission control terminal is
Reading means for reading biometric feature information from a user;
Authentication means for authenticating the user based on a collation result between the read biometric feature information read by the reading means and registered biometric feature information registered in advance;
First admission control means for allowing admission of the user on condition that the user is authenticated by the authentication means;
First transmission means for transmitting an authentication error and read biometric feature information to the management terminal on the condition that the user is not authenticated by the first authentication means;
First receiving means for receiving various instructions transmitted from the management terminal in response to an authentication error and reading biometric feature information transmitted to the management terminal by the first transmitting means;
Second admission control means for allowing admission of the user based on reception of an admission permission instruction transmitted from the management terminal by the first receiving means;
With
The management terminal
Second receiving means for receiving an authentication error and read biometric feature information transmitted from the admission control terminal;
Output means for outputting the read biometric feature information received by the second receiving means;
Second transmission means for transmitting an admission permission instruction to the admission control terminal in response to an input of an admission permission instruction by an administrator viewing the read biometric feature information output by the output means;
Registration means for additionally registering read biometric feature information received by the second receiving means;
Admission management system characterized by comprising An admission management system comprising an admission control terminal and a management terminal,
The admission control terminal is
Reading means for reading biometric feature information from a user;
First authentication means for authenticating the user based on a collation result between the read biometric feature information read by the reading means and registered biometric feature information registered in advance;
First admission control means for permitting admission of the user on condition that the user is authenticated by the first authentication means;
First transmission means for transmitting an authentication error and the read biometric feature information to the management terminal on condition that the user is not authenticated by the first authentication means;
First receiving means for receiving various instructions transmitted from the management terminal in response to an authentication error and reading biometric feature information transmitted to the management terminal by the first transmitting means;
Identification for requesting provision of an identification code based on reception of an identification code provision instruction transmitted from the management terminal by the first receiving means, and obtaining an identification code provided by the user in response to the request Code acquisition means;
Second transmission means for transmitting the identification code acquired by the identification code acquisition means to the management terminal;
Second receiving means for receiving various instructions transmitted from the management terminal in response to transmission of an identification code to the management terminal by the second transmitting means;
Second admission control means for allowing admission of the user based on reception of an admission permission instruction transmitted from the management terminal by the second receiving means;
With
The management terminal
Third receiving means for receiving an authentication error and read biometric feature information transmitted from the admission control terminal;
Output means for outputting the read biometric feature information received by the third receiving means;
A third transmission means for transmitting an identification code provision instruction to the admission control terminal in response to the reception of the authentication error and the read biometric feature information by the third reception means;
A fourth receiving means for receiving the identification code transmitted from the admission control terminal in response to the transmission of the identification code provision instruction by the third transmitting means;
Second authentication means for authenticating the identification code received by the fourth receiving means;
Fourth transmission means for transmitting an admission permission instruction to the admission control terminal on condition that the identification code is authenticated by the second authentication means;
Admission management system characterized by comprising An admission management system comprising an admission control terminal and a management terminal,
The admission control terminal is
Reading means for reading biometric feature information from a user;
First authentication means for authenticating the user based on a collation result between the read biometric feature information read by the reading means and registered biometric feature information registered in advance;
First admission control means for permitting admission of the user on condition that the user is authenticated by the first authentication means;
First transmission means for transmitting an authentication error and the read biometric feature information to the management terminal on condition that the user is not authenticated by the first authentication means;
First receiving means for receiving various instructions transmitted from the management terminal in response to an authentication error and reading biometric feature information transmitted to the management terminal by the first transmitting means;
Identification for requesting provision of an identification code based on reception of an identification code provision instruction transmitted from the management terminal by the first receiving means, and obtaining an identification code provided by the user in response to the request Code acquisition means;
Based on the receipt of the instruction to provide the identification certificate transmitted from the management terminal by the first receiving means, the provision of the identification certificate is requested, and the identification information provided by the user in response to the request ID information acquisition means for acquiring
Second transmission means for transmitting the identification code acquired by the identification code acquisition means and the identification information acquired by the identification information acquisition means to the management terminal;
Second receiving means for receiving various instructions transmitted from the management terminal in response to transmission of an identification code and identification information to the management terminal by the second transmitting means;
Second admission control means for allowing admission of the user based on reception of an admission permission instruction transmitted from the management terminal by the second receiving means;
With
The management terminal
Third receiving means for receiving an authentication error and read biometric feature information transmitted from the admission control terminal;
Output means for outputting the read biometric feature information received by the third receiving means;
A third transmission means for transmitting an identification code provision instruction and an identification card provision instruction to the admission control terminal in response to the reception of the authentication error and the read biometric feature information by the third reception means;
A fourth receiving means for receiving the identification code and identification information transmitted from the admission control terminal in response to the transmission of the identification code providing instruction and the identification certificate providing instruction by the third transmitting means;
Second authentication means for authenticating the identification code received by the fourth receiving means;
Fourth transmission means for transmitting an admission permission instruction to the admission control terminal on condition that the identification code is authenticated by the second authentication means;
Registration means for additionally registering the biometric feature information read by the third receiving means and the identification information received by the fourth receiving means in association with each other;
Admission management system characterized by comprising   4. The biometric feature information, the read biometric feature information, and the registered biometric feature information are face image information, read face image information, and registered face image information. The admission management system described. Admission control for reading biometric feature information from a user, authenticating the user based on a collation result between the read biometric feature information and registered biometric feature information registered in advance, and controlling user entry based on the authentication result A management terminal that communicates with the terminal,
Receiving means for receiving the authentication error and the read biometric feature information transmitted from the admission control terminal;
Output means for outputting the read biometric feature information received by the receiving means;
In response to an input of an admission permission instruction by an administrator who visually observes the read biometric feature information output by the output means, a transmission means for transmitting an admission permission instruction to the admission control terminal;
Registration means for additionally registering the read biometric feature information received by the receiving means;
A management terminal characterized by comprising: Admission control for reading biometric feature information from a user, authenticating the user based on a collation result between the read biometric feature information and registered biometric feature information registered in advance, and controlling user entry based on the authentication result A management terminal that communicates with the terminal,
First receiving means for receiving an authentication error and read biometric feature information transmitted from the admission control terminal;
Output means for outputting the read biometric feature information received by the first receiving means;
A first transmission means for transmitting an identification code provision instruction to the admission control terminal in response to reception of an authentication error and read biometric feature information by the first reception means;
Second receiving means for receiving an identification code transmitted from the admission control terminal in response to transmission of an identification code provision instruction by the first transmitting means;
Authentication means for authenticating the identification code received by the second receiving means;
Second transmission means for transmitting an admission permission instruction to the admission control terminal on the condition that the identification code is authenticated by the authentication means;
A management terminal characterized by comprising: Admission control for reading biometric feature information from a user, authenticating the user based on a collation result between the read biometric feature information and registered biometric feature information registered in advance, and controlling user entry based on the authentication result A management terminal that communicates with the terminal,
The management terminal
First receiving means for receiving an authentication error and read biometric feature information transmitted from the admission control terminal;
Output means for outputting the read biometric feature information received by the first receiving means;
First transmission means for transmitting an identification code provision instruction and an identification card provision instruction to the admission control terminal in response to reception of an authentication error and read biometric feature information by the first reception means;
Second receiving means for receiving an identification code and identification information transmitted from the admission control terminal in response to transmission of an identification code provision instruction and an identification certificate provision instruction by the first transmission means;
Authentication means for authenticating the identification code received by the second receiving means;
Second transmission means for transmitting an admission permission instruction to the admission control terminal on the condition that the identification code is authenticated by the authentication means;
Registration means for additionally registering the read biometric feature information received by the first receiving means and the identification information received by the second receiving means in association with each other;
A management terminal characterized by comprising:   8. The biometric feature information, the read biometric feature information, and the registered biometric feature information are face image information, read face image information, and registered face image information. The admission management system described. An admission management method executed by an admission control terminal and a management terminal,
The admission control terminal reads biometric feature information from a user, and the user is authenticated based on a collation result between the read biometric feature information read and registered biometric feature information registered in advance. And allowing the user to enter, and on the condition that the user is not authenticated, send an authentication error and read biometric feature information to the management terminal,
The management terminal receives an authentication error and read biometric feature information transmitted from the admission control terminal, outputs the received read biometric feature information, and enters by the administrator who visually views the output read biometric feature information In response to the input of the permission instruction, an admission permission instruction is transmitted to the admission control terminal,
The admission control terminal receives an admission permission instruction transmitted from the management terminal, permits admission of the user,
The management terminal additionally registers the received read biometric feature information.
An admission management method characterized by that. An admission management method executed by an admission control terminal and a management terminal,
The admission control terminal reads biometric feature information from a user, and the user is authenticated based on a collation result between the read biometric feature information read and registered biometric feature information registered in advance. As follows, permitting the user to enter, on the condition that the user is not authenticated, sending the authentication error and the read biometric feature information to the management terminal,
The management terminal receives an authentication error and read biometric feature information transmitted from the admission control terminal, outputs the received read biometric feature information, and transmits an identification code provision instruction to the admission control terminal,
The admission control terminal receives an identification code provision instruction transmitted from the management terminal, requests provision of an identification code, obtains an identification code provided by the user in response to the request, and obtains the acquisition Transmitted identification code to the management terminal,
The management terminal receives an identification code transmitted from the admission control terminal, and transmits an admission permission instruction to the admission control terminal on the condition that the received identification code is authenticated,
The admission control terminal receives an admission permission instruction transmitted from the management terminal, and permits admission of the user;
An admission management method characterized by that. An admission management method executed by an admission control terminal and a management terminal,
The admission control terminal reads biometric feature information from a user, and the user is authenticated based on a collation result between the read biometric feature information read and registered biometric feature information registered in advance. As follows, permitting the user to enter, on the condition that the user is not authenticated, sending the authentication error and the read biometric feature information to the management terminal,
The management terminal receives an authentication error and read biometric feature information transmitted from the admission control terminal, outputs the received read biometric feature information, and provides an identification code provision instruction and an identification certificate provision instruction to the admission control terminal. Send to
The admission control terminal receives an identification code provision instruction transmitted from the management terminal, requests provision of an identification code, acquires an identification code provided by the user in response to the request, and manages the management Receiving the ID card provision instruction transmitted from the terminal, requesting the provision of the ID card, acquiring the ID information provided by the user in response to the request, and acquiring the acquired identification code; And identification information to the management terminal,
The management device receives an identification code and identification information transmitted from the admission control terminal, and transmits an admission permission instruction to the admission control terminal on condition that the received identification code is authenticated. ,
The admission control terminal permits admission of the user based on reception of an admission permission instruction transmitted from the management terminal,
The management terminal additionally registers the received read biometric feature information and identification information in association with each other;
An admission management method characterized by that.   12. The biometric feature information, the read biometric feature information, and the registered biometric feature information are face image information, read face image information, and registered face image information, respectively. The admission management system described.

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