KR100601924B1 - Entry authentication system using mobile phone and method threrfor - Google Patents

Abstract

The present invention relates to an access authentication system and method using a mobile communication terminal, and more particularly, to a specific place by using a predetermined certificate, an encryption key, or a terminal code string embedded in an accessor mobile communication terminal when entering or exiting a specific place. Access authentication of the access authentication system installed in the access authentication system, or access authentication through direct communication or data communication with the administrator using the communication function of the access authentication system, the administrator using the mobile communication terminal or the access information or The present invention relates to an access authentication system and method using a mobile communication terminal that can inquire location information.

In the access authentication system using a mobile communication terminal according to the present invention, the first communication module for receiving the access permission information or access information from the mobile communication terminal by performing a predetermined communication with the mobile communication terminal of the person, the received access An access authentication unit that reads permission information to determine whether the person is allowed to go in, and when the person of the person is allowed to access, generates an entrance information of the person and maintains the person information or the entrance information. An information control unit, an access control unit controlling an access permission operation of an entrance in which the access authentication system is installed according to an access permission decision of the access authentication unit, and the accessor information or entrance entrance information when the access of the accessor is determined to be permitted; To administrator's mobile communication terminal of access authentication system Is configured to include an access information transmission unit.

According to the present invention, a predetermined communication module having a mobile communication function is installed in an access authentication system to perform a predetermined communication including an infrared communication with an access terminal to authenticate access of an accessor, and remotely access the access information of the accessor. By transmitting to the administrator mobile communication terminal located in the administrator to be able to query the location information of the person through the mobile communication system, it is possible to obtain the effect of efficiently managing the access information and location information of the person from the remote. .

Access authentication, authentication system, access management, location inquiry

Description

ENTRY AUTHENTICATION SYSTEM USING MOBILE PHONE AND METHOD THRERFOR}

1 is a diagram illustrating a network connection configuration of an access authentication management system in which an access authentication operation of an access authentication system according to the present invention is performed.

Figure 2 is a block diagram showing the configuration of an access authentication mobile communication terminal according to the present invention.

3 is a block diagram illustrating a configuration of an access authentication system for performing access authentication using an accessor mobile communication terminal according to an embodiment of the present invention.

4 is a block diagram illustrating a configuration of an access authentication system for performing access authentication through a network connection between an accessor and an administrator according to an embodiment of the present invention.

5 is a flowchart illustrating a procedure of an access authentication method using a mobile communication terminal according to the first embodiment of the present invention.

6 is a flowchart illustrating a procedure of an access authentication method using a mobile communication terminal according to a second embodiment of the present invention.

7 is a flowchart illustrating an operation of inquiring a location information of a person who enters an entrance by using a mobile communication terminal.

<Explanation of symbols for the main parts of the drawings>

110: accessor mobile communication terminal

120: access authentication system

130: communication network

140: mobile communication system

150: manager mobile communication terminal

The present invention relates to an access authentication system and method using a mobile communication terminal, and more particularly, to a specific place by using a predetermined certificate, an encryption key, or a terminal code string embedded in an accessor mobile communication terminal when entering or exiting a specific place. Access authentication of the access authentication system installed in the access authentication system, or access authentication through direct communication or data communication with the administrator using the communication function of the access authentication system, the administrator using the mobile communication terminal or the access information or The present invention relates to an access authentication system and method using a mobile communication terminal that can inquire location information.

In the modern society, as the technological competition between nations and companies is intensifying, the industrial spy is on the rise, and the importance of the access authentication system that manages the access of outsiders to specific places for technology protection and security is increasing day by day. Existing access authentication management system using the ID card containing the information of the individual of the person, but with the recent development of mobile communication technology, the use of access authentication system using a mobile communication terminal possessed by everyone is increasing. This is a technology that authenticates access through communication with an access authentication system by embedding an IC chip and a program for a predetermined certificate function in a mobile communication terminal. Recently, infrared wireless communication technology (IrDA: Infrared Data Association) has been introduced. As a result, a technology for authenticating access has been introduced by performing infrared communication with an access authentication system using a mobile communication terminal having an infrared port.

However, the prior art as described above is limited to access authentication between the access authentication system and the mobile communication terminal of the accessor, and when the administrator is located remotely from the access authentication system, there is a problem that flexible measures cannot be taken in an emergency. In addition, when the administrator is located remotely, the access authentication system cannot transmit the access information of the accessor to the administrator, so that the administrator cannot view the access information, and even if the administrator transmits the access information to the administrator, The drawback that the access information can be received only if the access is possible has been raised, which causes the above inconvenience in access authentication management.

Accordingly, there is an urgent need to develop an access authentication system that allows an administrator to query the access information or the location of the person in the area where the access authentication system is installed anytime and anywhere without having to be located where the access authentication system is installed.

The present invention has been made in order to improve the prior art as described above, by installing a predetermined communication module having a mobile communication function in the access authentication system to perform a predetermined communication including the access terminal and the infrared communication of the accessor Authenticate the user's access information and transmit the access information of the accessor to a remotely located manager mobile communication terminal so that the administrator can query the accessor's location information through a mobile communication system, thereby allowing access and access information of the accessor to be remotely An object of the present invention is to provide an access authentication system and method using a mobile communication terminal that can be efficiently managed.

In addition, the present invention provides a communication module that performs a mobile communication function in the access authentication system, when the access request of the accessor, the call or data transmission and reception of the accessor and the manager through the call or data connection with the administrator mobile communication terminal is possible. The present invention provides an access authentication system and method using a mobile communication terminal that allows an administrator to remotely authenticate and manage an accessor's access even when the accessor mobile communication terminal does not have a predetermined certificate or the accessor does not have a mobile communication terminal. It aims to do it.

In order to achieve the above object and solve the problems of the prior art, the access authentication system using a mobile communication terminal according to the present invention, by performing a predetermined communication with a mobile communication terminal of an accessor from the mobile communication terminal to the access permission information or A first communication module that receives accessor information, an access authentication unit configured to read the received access permission information to determine whether the accessor is allowed to access, and, when the accessor is allowed to enter, generating the entrance entrance information of the visitor And an access control unit that maintains the accessor information or the entrance entrance information, an access control unit controlling an access permission operation of the entrance in which the access authentication system is installed according to the determination of the access permission of the access authentication unit, and the access of the accessor. If the permission is determined, the guest information or entrance entrance information And an access information transmitter for transmitting the access information to the manager mobile communication terminal of the access authentication system, wherein the manager mobile communication terminal receives access information or entrance information from the access authentication system, and receives the received access information. Transmitting to a mobile communication system, and receives the location information of the person from the mobile communication system.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

1 is a diagram illustrating a network connection configuration of an access authentication management system in which an access authentication operation of an access authentication system according to the present invention is performed.

The access authentication management system in which the access authentication operation of the access authentication system of the present invention is performed is largely an accessor mobile communication terminal 110, an access authentication system 120, a communication network 130, a mobile communication system 140, and a manager move. It is configured to include a communication terminal 150.

The accessor mobile communication terminal 110 is a concept that collectively refers to a mobile communication terminal such as a mobile phone having a predetermined computing power by having a predetermined memory and a predetermined microprocessor. The PC, PDA, cellular phone, PCS phone, smart Phones, DMB phones, and the like. In addition, when the administrator of the administrator mobile communication terminal 150 uses the current location information inquiry service of the accessor using the mobile communication system 140, a location-based service (LBS: Location-Based) to the accessor mobile communication terminal 110; Applicable in the case where the service) is included.

The manager mobile communication terminal 150 is a concept that collectively refers to a mobile communication terminal such as a mobile phone having a predetermined computing power by having a predetermined memory and a predetermined microprocessor, such as an accessor mobile communication terminal 110. , PDA, cell phone, PCS phone, smart phone, DMB phone and the like. In the above-described accessor mobile communication terminal 110 and the manager mobile communication terminal 150, the internal configuration required to perform the access authentication operation of the access authentication system according to the present invention will be described with reference to FIG. do.

2 is a block diagram showing the configuration of an access authentication mobile communication terminal according to the present invention.

Mobile communication terminal 200 for performing the access authentication operation of the present invention, access permission information storage unit 210, access authentication system 120 to maintain the access permission information or access information corresponding to the access authentication system 120. The second communication module 220 for transmitting the access permission information or the accessor information to the access authentication system 120 and the location information of the mobile communication terminal 200 at the request of the mobile communication system 140. It is configured to include a location information unit 230.

The access permission information storage unit 210 maintains access permission information for entering and exiting an area in which the access authentication system 120 is installed, and the access permission information includes a predetermined certificate, an encryption key string, or a terminal code approved by an administrator. It can be configured to include heat. Also, the accessor information is information related to the accessor included in the accessor mobile communication terminal 110 and may include a phone number of the accessor mobile communication terminal 110.

The second communication module 220 transmits the access permission information or the accessor information to the access authentication system 120 to the access authentication system 120. The second communication module is composed of a communication module installed in a general mobile communication terminal, and is connected to a public switched telephone network (PSTN) as well as a code division multiple access (CDMA), WCDMA, ALL IP, GSM, GPRS connection, and existing It can support one or more of all mobile-related access methods, and can support one or more of the call control protocols for VoIP calls such as H.323, Message Gateway Control Protocol (MGCP), Session Initiation Protocol (SIP), or Megaco. Can be implemented to support. In addition, an infrared authentication (IrDA: Infrared Data Association), a wireless Internet, a mobile communication network of CDMA 1x or EV-DO, or a Bluetooth (Bluetooth) method can be performed to perform an operation for access authentication with the access authentication system 120. have.

The location information unit 230 transmits the location information of the mobile communication terminal 200 at the request of the mobile communication system 140. This is an operation performed when the administrator inquires the location information of the accessor, and is a system for accurately identifying the location of a person or a thing using a mobile communication terminal and a location-based service that is a technology for providing various additional information services related to the measured location. (LBS: Location-Based Service) technology.

The access authentication system 120 is installed in a predetermined zone to control the person who wants to enter and exit the area, perform a predetermined communication with the mobile communication terminal 110 of the person or connect a caller and a remotely located manager. Alternatively, by connecting data, the administrator may remotely manage access to the access area. In the present invention, the access authentication system 120 includes a predetermined communication module for performing a mobile communication operation with the manager mobile communication terminal 150. A description of the configuration of the access authentication system 120 will be described in detail with reference to FIGS. 3 and 4.

The communication network 130 is a network means for performing a call or data connection operation between the access authentication system 120, the mobile communication system 140, or the manager mobile communication terminal 150. The communication network used herein is a wired line. Internet or wireless Internet or CDMA 1x or EV-DO mobile communication network, including the Bluetooth (Bluetooth) concept.

The mobile communication system 140 performs a call or data connection operation between the manager mobile communication terminal 150 and the access authentication system 120 according to a request of the access authentication system 120, and the manager mobile communication terminal 150. In response to the request of the manager, the location information of the accessor is transmitted to the manager mobile communication terminal 150 through the accessor mobile communication terminal 110.

3 is a block diagram illustrating a configuration of an access authentication system for performing access authentication using an accessor mobile communication terminal according to an embodiment of the present invention.

In the configuration 300 of the access authentication system of FIG. 3, an accessor possesses a mobile communication terminal, and the mobile communication terminal includes access permission information, for example, a predetermined certificate, an encryption key string, a terminal code string, and the like. There is a case where the access authentication operation is performed with the access permission information.

The access authentication system 300 according to FIG. 3 largely includes a first communication module 310, an access authentication unit 320, an accessor information unit 330, an access control unit 340, and an access information transmission unit 350. It is configured by.

The first communication module 310 performs a predetermined communication including an infrared communication and Bluetooth with an accessor's mobile communication terminal to receive access permission information or accessor information from the accessor mobile communication terminal. In addition, in response to a call or data connection request with a manager according to an access request of an accessor, a call or data connection operation may be performed with the manager's mobile communication terminal. The first communication module 310 is composed of a communication module installed in a general mobile communication terminal, and connected to a public switched telephone network (PSTN), as well as code division multiple access (CDMA), WCDMA, ALL IP, GSM, GPRS connection, And one or more of all existing mobile communication-related access methods, and one of call control protocols for VoIP call connection such as H.323, Message Gateway Control Protocol (MGCP), Session Initiation Protocol (SIP), or Megaco. It can be implemented to support the above protocol. In addition, an infrared communication (IrDA: Infrared Data Association), a wireless Internet, a mobile communication network of CDMA 1x or EV-DO, or a Bluetooth (Bluetooth) method may be performed to perform an operation for access authentication with an accessor mobile terminal.

In the present specification, a case where the accessor mobile communication terminal 110 performs access authentication by performing an infrared communication (IrDA: Infrared Data Association) with the access authentication system 120 will be described as an example.

The access authentication unit 320 reads the access permission information received from the access mobile terminal by performing infrared communication through the first communication module 310 to determine whether the access permission is allowed. The access permission determination operation may be performed by reading a predetermined certificate, an encryption key string, or a terminal code string.

The accessor information unit 330 may generate entrance / exit entry information of the accessor when the accessor's access is determined according to the access authorization decision of the access authentication unit 320. The entrance entrance information may be configured to include date or time information when an entrance and exit of the entrance authentication system 300 is installed. The generated entrance / exit entry information is stored in correspondence with the accessor information of the person. In addition, when the visitor leaves the entrance, the accessor information unit 330 generates entrance exit information for the accessor and stores the exit information.

The access control unit 340 controls the predetermined access management system that manages the entrance and exit of the area where the access authentication system 300 is installed according to the access permission decision of the access authentication unit 320. For example, when the access management system is installed with a predetermined barricade to control the indiscriminate entry of the person, when the entrance of the person is determined through the access authentication unit 320, the access control unit 340 is the access management system. By performing an operation of controlling the barricade by transmitting an access permission command signal to the entrance, the accessor can enter and exit the entrance to the entrance authentication system 300 is installed.

If the entrance information transmission unit 350 is determined that the entrance of the person through the access authentication unit 320, the administrator mobile communication terminal of the access information system or entrance information stored in the entrance information unit 330 entrance control system 300 To send. In addition, when the person leaving the entrance, the entrance exit information generated by the access information information unit 330 may be transmitted to the manager mobile communication terminal.

When the entrance information or the entrance information of the person by the access information transmission unit 350 is transmitted to the administrator mobile communication terminal, the administrator knows information about the person who enters and exits the entrance even remotely through his mobile terminal. In addition, by inquiring the location information of the person using the mobile communication system to the telephone number of the person mobile communication terminal included in the person information, it is possible to remotely manage the person in real time.

The management of the accessor may be performed by using a GPS receiving module built in or external to the accessor's mobile communication terminal or by using a CPS (Cell Positioning System) used for mobile communication service. By searching for a specific cell in which the access request is generated, the location of the user holding the corresponding mobile communication terminal may be checked.

4 is a block diagram illustrating a configuration of an access authentication system that performs access authentication through a network connection between an accessor and an administrator according to an embodiment of the present invention.

In the access authentication system 400 of FIG. 4, when an accessor does not have a mobile communication terminal or a mobile communication terminal possessed by an accessor does not support an infrared communication method, the access authentication system 400 directly moves a manager. This is a case where the access authentication is performed by directly performing a call or data connection with a communication terminal to directly communicate with the accessor and the manager.

The access authentication system 400 of FIG. 4 includes a user interface 410, a communication unit 420, an access authentication unit 430, an accessor information unit 440, an access control unit 450, and an access information transmission unit 460. It is configured to include.

The user interface unit 410 performs an operation for receiving an access request from the person or the person's person information, which means that the person does not have a mobile communication terminal or that the user has an infrared communication method. If the accessor does not support the access authorization information to the access authentication system 400 and does not receive access authentication, the access request is received from the accessor, the accessor information for the accessor, for example, the name or accessor of the accessor This is to receive a phone number of the mobile communication terminal and transmit the same to the administrator mobile communication terminal. The user interface unit 410 may include a keypad unit including one or more keypads for receiving a predetermined input string from a user, or may include a touch panel means for touch screen input. have.

The communication unit 420 performs a call or data connection operation with the mobile communication terminal of the access authentication system 400 manager according to the access request of the accessor. When the accessor requests access through the user interface unit 410 for communication with the manager, the communication unit attempts to connect a call or data connection to the manager mobile communication terminal according to the request of the accessor. When the connection is made, an accessor may make a phone call with the manager or request an access through a data connection, for example, a real-time chat with the manager.

The communication unit 420 is composed of a communication module installed in a general mobile communication terminal, and is connected to a public switched telephone network (PSTN), code division multiple access (CDMA), WCDMA, ALL IP, GSM, GPRS connection, and existing It can support one or more of all mobile-related access methods, and can support one or more of the call control protocols for VoIP calls such as H.323, Message Gateway Control Protocol (MGCP), Session Initiation Protocol (SIP), or Megaco. Can be implemented to support. In addition, a call or data connection operation may be performed with an administrator mobile communication terminal, including an infrared communication (IrDA), wireless Internet, a mobile communication network of CDMA 1x or EV-DO, or a Bluetooth method.

The access authentication unit 430 receives the access permission information of the accessor from the administrator through the manager mobile communication terminal through the communication unit 420 and performs the operation of determining the access permission. The administrator may control the access authentication system 400 by transmitting information including a predetermined encryption key to the access authentication unit 430 to authenticate access of the access person. For example, by implementing a remote control function through a short message in the access authentication system 400 and the administrator mobile communication terminal, it is possible to perform the access authentication of the accessor.

The accessor information unit 440 generates entry / exit entrance information of the accessor when the accessor's access is determined according to the access authorization decision of the access authentication unit 430. The entrance entrance information may be configured to include the date or time information when the person entering and leaving the area in which the entrance authentication system 400 is installed. The generated entrance / exit entry information is stored in correspondence with the accessor information of the person. In addition, when the person leaves the entrance, the person information unit 440 generates the entrance exit information for the person and stores the entry information.

The access control unit 450 performs an operation of controlling a predetermined access management system that manages access of an area in which the access authentication system 400 is installed according to the access authorization decision of the access authentication unit 430. For example, when the access management system is installed as a predetermined large door to control the indiscriminate entry of the person, when the entrance of the person is determined to be allowed through the access authentication unit 430, the access control unit 450 is By performing an operation of controlling a large door by transmitting an access permission command signal to the access management system, the accessor may enter and exit an entrance in which the access authentication system 400 is installed.

The access information transmitter 460 is a manager mobile communication terminal of the access authentication system 400 when the access of the access person is determined through the access authentication unit 430 is determined, the accessor information or entrance entrance information stored in the access information information unit 440 To send. In addition, when the person leaving the entrance, the entrance exit information generated by the access information unit 440 may be transmitted to the manager mobile communication terminal.

In addition, when the person who has been authenticated access enters the entrance with the mobile communication terminal, the administrator inquires the location information of the person using the mobile communication system to the phone number of the access mobile communication terminal included in the access information By doing so, it is possible to remotely manage the entrance and exit in real time.

According to the access authentication system 400 of FIG. 4 according to the present invention as described above, an accessor does not have a mobile communication terminal, or if a predetermined certificate for access authentication is not included in the terminal, or an accessor Even if the mobile communication terminal does not include a function for performing an infrared communication with the access authentication system 400, the visitor makes a direct call with the administrator through the communication unit 420 of the access authentication system 400 or a real-time chat. By doing so, it is possible to expect the effect that the administrator can easily authenticate the entrance and exit of the accessor remotely.

5 is a flowchart illustrating a procedure of an access authentication method using a mobile communication terminal according to the first embodiment of the present invention.

In a first embodiment of an access authentication method using a mobile communication terminal according to the present invention, an accessor possesses a mobile communication terminal, and the mobile communication terminal has access permission information, for example, a predetermined certificate, an encryption key string, and a terminal. The code string is included to perform an access authentication operation with the access permission information.

When an accessor transmits the access permission information or the accessor information included in the mobile communication terminal to the access authentication system by performing infrared communication (step 511), the access authentication system receives the access permission information or the accessor information. (Step 512) The access permission information is read (step 513). If the person is not allowed to enter the door according to the reading of the access permission information, the process returns to step 512 to receive the access permission information or the user information again, and if the person is allowed to enter (step 514). Control the access permission operation, for example, raising a barricade or opening a large door so that the person can enter and exit the area where the access authentication system is installed (step 515).

When the person enters the entrance according to the access permission operation control of step 515 (step 516), the entrance authentication system generates entrance entry information including the date or time information of the entry and exit. The information is stored in correspondence with the accessor information (step 517). In addition, the accessor information or the entrance entrance information is transmitted to the administrator (step 518) so that the administrator can check the entrance information or entrance entrance information for the person even by using his mobile terminal remotely. (Step 519).

When the person exits the entrance (step 520), the entrance authentication system generates entrance exit information including the date or time of departure and stores the entry exit information (step 521). In addition, by transmitting the entrance exit information together with the entry information to the administrator (step 522), the administrator can remotely confirm when the exit of the entrance by using his mobile terminal ( Step 523).

6 is a flowchart illustrating a procedure of an access authentication method using a mobile communication terminal according to a second embodiment of the present invention.

In the second embodiment of the access authentication method using the mobile communication terminal according to the present invention, when the accessor does not have the mobile communication terminal or the mobile communication terminal possessed by the accessor does not support the infrared communication method, etc. The authentication system 400 directly performs a call or data connection with a manager mobile communication terminal to directly communicate with the accessor and the manager, thereby performing an access authentication operation.

When an accessor makes an access request for an entrance through the user interface of the access authentication system and inputs his / her accessor information (step 611), the access authentication system receives the access request and the accessor information (step 612). Request a call or data connection to the manager mobile communication terminal through the mobile communication system (step 613). When the manager mobile communication terminal receives the call or data connection request (step 614) and a connection operation is performed, the manager makes a direct call with the person or through a communication such as a chat (step 615). It is determined whether the person is authenticated access (step 616).

If the person is not allowed to enter at step 616, the call or data connection is terminated (step 617), and the process returns to step 611, and if access is permitted, the administrator is assigned to the person. The access permission information is transmitted to the access authentication system (step 618). The access permission information may be implemented as a predetermined short message according to a mobile communication terminal having a remote control function.

When the access authentication system receives the access permission information from the administrator to control the access permission operation for the person (step 619), the person enters the entrance where the access authentication system is installed (step 620).

According to the access permission operation control of step 619, when the person entering the entrance, the entrance authentication system generates entrance entry information including the date or time information of the entry and exit and store in response to the entry information. (Step 612). In addition, by transmitting the access information or entrance information to the administrator (step 622), so that the administrator can check the entrance information or entrance information for the person using his mobile terminal even from a remote. (Step 623).

When the person leaves the entrance (step 624), the entrance authentication system generates entrance exit information including the date or time of departure and stores the entry exit information (step 625). In addition, by transmitting the entrance exit information together with the entry information to the administrator (step 626), the administrator can remotely check when the exit of the entrance by using his mobile terminal ( Step 627).

FIG. 7 is a flowchart illustrating an operation of inquiring a location information of a person who enters an entrance by using a mobile communication terminal.

After the administrator according to step 519 of FIG. 5 or step 623 of FIG. 6 receives and confirms the accessor information or the entrance entrance information, the administrator transmits the accessor information to the mobile communication system, for example, the telephone of the accessor mobile communication terminal. The number may be sent to request the current location confirmation of the accessor (steps 710 and 720). Upon receiving the location information on the current location of the person from the mobile communication system (step 730), the manager checks the current location of the person (step 740) to confirm the entrance and departure history of the person. Can be. The above operation may be implemented through a user location inquiry service, a friend search service, or the like through a mobile location providing service using a global positioning system (GPS) satellite of a mobile communication operator.

While specific embodiments of the present invention have been described so far, various modifications are possible without departing from the scope of the present invention.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the claims below, but also by the equivalents of the claims.

According to the access authentication system and method using a mobile communication terminal of the present invention, a predetermined communication module having a mobile communication function is installed in the access authentication system to perform a predetermined communication including an infrared communication with an access terminal to access a person's access. Authenticate the user's access information and transmit the access information of the accessor to a remotely located manager mobile communication terminal so that the administrator can query the accessor's location information through a mobile communication system, thereby allowing access and access information of the accessor to be remotely The effect that can be managed efficiently can be obtained.

In addition, according to the access authentication system and method using a mobile communication terminal of the present invention, if the access request of the accessor by installing a communication module that performs a mobile communication function in the access authentication system, call or data with the administrator mobile communication terminal By allowing communication and data transmission and reception between the person and the manager through a connection, the administrator can authenticate and manage the person's access remotely even if the person's mobile terminal does not have a predetermined certificate or the person does not have the mobile terminal. The effect can be obtained.

As described above, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above-described embodiments, which can be variously modified and modified by those skilled in the art to which the present invention pertains. Modifications are possible. Accordingly, the spirit of the present invention should be understood only by the claims set forth below, and all equivalent or equivalent modifications thereof will belong to the scope of the present invention.

Claims (11)

delete In the access authentication system using a mobile communication terminal, A user interface configured to receive an entrance request of an entrance or an entrance information of the accessor from an accessor, the accessor information including a telephone number of the accessor mobile communication terminal; A communication unit for performing a call or data connection operation with a mobile communication terminal of the access authentication system manager according to the access request; An access authentication unit receiving the access permission information of the accessor from the manager mobile communication terminal through the communication unit to determine whether to allow access; An accessor information unit which generates entrance / exit entry information of the accessor and maintains the accessor information or entrance / exit entrance information when the entrance / exit of the accessor is determined to be permitted; An access control unit controlling an access permission operation of an entrance in which the access authentication system is installed according to an access permission determination of the access authentication unit; And An access information transmission unit for transmitting the accessor information or the entrance entrance information of the accessor to the manager mobile communication terminal when the access of the accessor is determined to be permitted;  Including, The manager mobile communication terminal receives the entrance information or entrance entrance information from the access authentication system, transmits the received access information to the mobile communication system, and receives the location information of the person from the mobile communication system. Access authentication system using a mobile communication terminal. The method of claim 2, The visitor information unit generates the exit information of the entrance of the person when the person leaving the entrance, The access information transmitting unit is an access authentication system using a mobile communication terminal, characterized in that for transmitting the entrance exit information to the manager mobile communication terminal. delete delete delete delete delete In the access authentication service providing method using a mobile communication terminal, Receiving an entrance request of an entrance or an entrance information of the entry from an entry person, wherein the entry information includes a telephone number of the entry mobile communication terminal; Performing a call or data connection operation with a mobile communication terminal of an access authentication system administrator according to the access request; Receiving the access permission information of the accessor from the manager mobile communication terminal to determine whether the access permission is allowed; Storing the accessor information of the accessor when the access permission of the accessor is determined; Controlling an access permission operation for the person; Generating entrance and exit information of the person and maintaining the entry and exit information; Transmitting the visitor information or entrance entrance information to the manager mobile communication terminal; Including, In the manager mobile communication terminal, Receiving the entrance information or entrance entrance information; Transmitting the received access information to a mobile communication system; And Receiving location information of the person from the mobile communication system; Access authentication service providing method using a mobile communication terminal comprising a. The method of claim 9, If the person leaving the entrance, generating the entrance exit information of the entrance; And Transmitting the entrance leaving information to the manager mobile communication terminal; Access authentication service method using a mobile communication terminal, characterized in that it further comprises. A computer-readable recording medium having recorded thereon a program for executing the method of any one of claims 9 and 10.

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