KR20180027707A - An entry and exit control system with the monitoring center using the kiosk - Google Patents

Abstract

The present invention relates to an access control system using a control center and a kiosk, which controls an access to a building such as a school or the like through a kiosk installed at the door to authenticate a visitor to allow the visitor to enter, and allows a control center to monitor an access status using a camera of the kiosk. The access control system using a control center and a kiosk comprises: a kiosk issuing and discharging an access card on which a visit code is recorded; an access control device reading a visit code of the access card and controlling the door depending on whether the recognized visit code is in an access list; and a control center system receiving a visit request data input through the kiosk and registering the visit request, wherein the visit request data includes a name of a visitor, a mobile number of the visitor, a name of a receptionist, and a visiting place, receiving a visit allowance for the visit request by the receptionist, and allowing the kiosk to issue an access card and to register the visit code of the issued access card on the access list. Therefore, the access control system using a control center and a kiosk can increase access control and security more by allowing a control center to monitor an access status using a camera of the kiosk and allowing a manager to directly check a visitor.

Description

[0001] The present invention relates to a kiosk-based access control system based on a control center,

The present invention relates to a kiosk-centered kiosk that allows entrance and exit through a kiosk installed at a doorway and permits access to the building through a doorway, Based access control system.

In addition, the present invention provides a sensor network capable of issuing an access card capable of short-distance communication such as RFID to a visitor, controlling entrance and exit so as to pass through only a route between the interviewer and a place to be interviewed, Centered kiosk-based access control system for monitoring the visitor's path.

In general, school buildings are vulnerable to unauthorized entry and exit, resulting in frequent kidnapping and rape cases. Therefore, while the school is strengthening the school entrance control / control through CCTV installation and access card recognition method, there are many loopholes in school entrance and management due to the same type of crime after that.

A conventional system for detecting criminals or unauthorized intruders on campus is constructed by installing CCTV and constantly monitoring the system. This method has the advantage of installing CCTV to monitor unauthorized intruders and secure evidence of intruders' faces, but there may be a blind spot in monitoring, especially when a trespasser detects the installation location of CCTV in advance It can become obsolete. In addition, due to the increase in the cost due to the concentration of surveillance personnel or the recruitment of personnel, practically, it is operated for tracking and confirming criminals after an accident rather than accident prevention and measures.

In addition, it is a method to exchange ID cards with student IDs (ie, access permits) at the time of school entrance, so that they can be used on campus. This can be confirmed at the stage of exchanging IDs, The effect can also be expected. However, in the case of identity theft, the accuracy can not be assured at the stage of visually comparing the ID and the actual face, and the person wearing the certificate can not visit the places of the school because they are allowed to visit all places in the school .

In addition, there are many other problems in exchanging IDs and visits. For example, when there are many gates, there is a problem in that a manpower for exchanging an identification card and a visitation card should be arranged at every gate. In addition, there is a problem that it is difficult to check the identity of the visitor accurately depending on the state of the face of the visitor, the hair style, and the like since the ID card is inevitably collated with the naked eye of the ID photo and the face of the visitor.

In addition, there is a problem that it is not possible to confirm whether the person who is using the visitation certificate is an authorized person because the visitation certificate exchanged with the passport does not describe the authenticity information of the actual visitor who has been issued or the visit information. As a result, there is absolutely no way to verify the visitor's identity printed by a third party, even if it is used by another person.

Considering these various problems and inconveniences, it is possible to efficiently manage the entrance and exit through the confirmation of the identity of the school and the issuance of a fast access permit at the entrance and exit of the school visitor, And a system that protects students by promptly recognizing them and actively taking action against crime situations is continuously required.

In order to solve the above problems, systems for controlling entrance and exit using various IT technologies have been developed [Patent Literatures 1 and 2]. The prior art mainly identifies a visitor through face recognition or the like and controls access.

However, the above-mentioned prior arts allow the visitor to directly input his or her own name, purpose of visit, interviewer, etc., and confirm the identity of the visitor only by using the images or images of the faces. Therefore, there is a problem that a visitor can not control illegal access such as visiting a person by impersonating another person.

[Patent Document 1] Korean Patent No. 1419794 (published on July 15, 2014) [Patent Document 2] Korean Patent No. 1594433 (published on February 16, 2016)

An object of the present invention is to solve the above-mentioned problems, and it is an object of the present invention to provide a kiosk system and a kiosk system for controlling entrance and exit of a building such as a school through a doorway, Based kiosk-based access control system that allows the control center to monitor the operation of the control center.

It is another object of the present invention to provide a kiosk-based access control system for a kiosk, which performs authentication by using a mobile terminal at a kiosk at the entrance and stores a facial image, fingerprint recognition data, .

It is another object of the present invention to provide a sensor network capable of issuing an access card capable of short range communication such as RFID to a visitor and controlling entrance and exit so as to pass through only a route between an interviewer and a place to be interviewed, Based kiosk-based access control system that monitors the visitor's route.

In order to achieve the above object, the present invention relates to a kiosk-based access control system centered on a control center for controlling entrance / exit of a visitor in a building, comprising: a kiosk for issuing and discharging an access card in which a visit code is recorded; An entrance control device for recognizing the access code of the access card and controlling the entrance according to whether the recognized visit code is present in the access permission list; And a visit request data input through the kiosk and registering a visit request, wherein the visit request data includes a name of a visitor, a mobile phone number of a visitor, a name of an interviewer, and a visit, And a control center system for receiving the visit permission of the interviewer, issuing an access card through the kiosk, and registering a visit code of the issued access card in the access permission list.

According to another aspect of the present invention, there is provided a control interface setting system of a smart terminal for controlling an electronic device, the access control system comprising: an RFID receiver installed in a passageway in the building for recognizing a visit code of the access card in a non- Wherein the control center system estimates a visitor position of the access card as a position of the RFID receiver when receiving the visit code of the access card from the RFID receiver and moves the entrance located in the kiosk and the visit And notifies a warning when the visitor position is out of a predetermined range from the searched visiting route.

According to another aspect of the present invention, there is provided a control interface setting system for a smart terminal for controlling an electronic device, the control center system comprising: a visit request registering unit for receiving visit request data input through the kiosk and registering a visit request; A visit permission unit for receiving the visit request by the interviewer or the manager and allowing the visit request; An access card registration unit for issuing an access card based on the visit request and registering a visit code of the issued access card in the access permission list when the visit request is permitted; And an access control unit for controlling access control of the access card by the entrance control device according to whether or not the access code is registered in the access permitted list.

According to another aspect of the present invention, there is provided a control interface setting system of a smart terminal for controlling an electronic device, wherein the control center system receives and registers a visit reservation of a visitor and registers a name of a visitor, Further comprising a visit reservation unit for receiving the visit reservation data including the visit time and registering the visit reservation data together, wherein the visit request registering unit uses the visit reservation data without receiving the visit request data when the visit request is reserved for visiting .

Further, the present invention provides a control interface setting system of a smart terminal for controlling an electronic device, wherein the inter-visit reservation unit provides an interface to a web page or a mobile application on the Internet, receives the visit reservation data, And the visit permission unit judges that the visit request by the visit reservation is permitted when the visit reservation unit receives the visit reservation from the interviewer.

Further, the present invention provides a control interface setting system of a smart terminal for controlling an electronic device, wherein the visit request registration unit performs authentication of the visitor through the mobile communication company of the visitor's mobile phone number, The mobile terminal is authenticated by the visitor using only the mobile phone number of the visitor, and the visiting reservation is searched for by using the mobile phone number of the visitor.

According to another aspect of the present invention, there is provided a control interface setting system of a smart terminal for controlling an electronic device, wherein the visit request register further receives data for authenticating a visitor's identity through the kiosk, The fingerprint data, the iris recognition data, the face image data, or the ID card scan data.

According to the present invention, there is provided a control interface setting system of a smart terminal for controlling an electronic device, wherein the access card registration unit searches an entrance located at the kiosk and a visit route for moving the visit, The control unit registers in the access permission list such that access to only the control device is permitted.

According to another aspect of the present invention, there is provided a control interface setting system of a smart terminal for controlling an electronic device, wherein the access control unit transmits the access allowance list only to an access control device located on a searched visiting route, The access card having the visit code is allowed to enter and exit only when the visit code is present in the allowed access list.

According to another aspect of the present invention, there is provided a control interface setting system for a smart terminal for controlling an electronic device, the kiosk including a touch screen, a display for displaying a screen, a fingerprint sensor for recognizing a fingerprint, A communication device for performing data communication with the center system, an access card output unit for issuing and outputting an access card, and a control unit for controlling each component.

As described above, according to the kiosk-based access control system centered on the control center according to the present invention, the entrance and exit situation is monitored by the control center through the camera of the kiosk, so that the manager can directly check the visitor to enhance the access control security Is obtained.

In addition, according to the kiosk-based access control system centered on the control center according to the present invention, after issuing the pass after performing the authentication of the user at the kiosk, it is possible to prevent the visitor from impersonating or replacing the party .

1 is a block diagram of a configuration of an overall system for implementing the present invention;
2 is a block diagram of a configuration of a kiosk according to an embodiment of the present invention;
FIG. 3 is a schematic view of a configuration of a kiosk according to an embodiment of the present invention. FIG.
4 is an exemplary view of a screen of a kiosk according to an embodiment of the present invention;
5 is a flow chart illustrating a method for issuing a home visit by a kiosk according to an embodiment of the present invention.
FIG. 6 is an exemplary view of a visitor mobile terminal authentication of a kiosk according to an embodiment of the present invention; FIG.
FIG. 7 is an exemplary view of a visitor visit type guide of a kiosk according to an embodiment of the present invention; FIG.
FIG. 8 is an exemplary view for inputting visit contents of a kiosk according to an embodiment of the present invention; FIG.
8 is a view illustrating an example of a display screen of a kiosk on which a visit is made according to an embodiment of the present invention.
11 is an illustration of an example of a visitation according to an embodiment of the present invention.
12 is a block diagram of a configuration of a control center system according to an embodiment of the present invention;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the drawings.

In the description of the present invention, the same parts are denoted by the same reference numerals, and repetitive description thereof will be omitted.

First, an example of the overall system configuration for implementing the present invention will be described with reference to FIG.

1, the overall system for carrying out the present invention comprises an access card 10 issued to a visitor, a kiosk 20 installed at a building entrance, an entrance control device 51 installed at an entrance and controlling entry and exit, An RFID receiver 53 installed on the passageway in the building for recognizing the access card 10, a control center system 30 for controlling or monitoring the kiosk 20 and the gate control device 51, the RFID receiver 53, ). It is also possible to additionally configure the visitor mobile terminal 91 used by the visitor, the user terminal 92 connected to the control center system 30 to register the visit application, and the interviewer terminal 60 used by the interviewer have. In addition, a database 40 for storing data can be additionally provided.

The access card 10 is an access card issued to a visitor and is a card having a built-in local communication function. Preferably, the access card 10 is composed of an RFID card and is read by the RFID receiver 53. Preferably, the radio frequency identification (RFID) of the access card 10 uses a radio frequency having a communication distance in the range of at least 2 m to 10 m. More preferably, the RFID of the access card 10 is an active RFID and transmits a signal to the RFID receiver 53 by its own power source. Also, the access card 10 is recognized by the entrance control device 10, and access permission is determined.

In addition, the access card 10 is issued by the kiosk 20 and is recovered by the entrance control device 51. [ Preferably, the entrance / exit control device 51 for retrieving the access card 10 is a device installed outside the building.

In addition, when issued, the access card 10 records identification information such as a unique ID and a unique code. The identification information recorded on the access card 10 is transmitted to the entrance control device 51 or the RFID receiver 53 and is retransmitted to the control center system 30 for monitoring.

The kiosk 20 is a device installed at an entrance of a building and issuing an access card 10.

2, the kiosk 20 includes a touch screen 21, a display 22 for displaying a screen, a fingerprint sensor 23 for recognizing the fingerprint, a camera 24 for photographing the front face of the kiosk 20, A communication device 26 that performs data communication with the control center system 30, an access card output unit 25 that issues and exits the access card 10, and a control unit 27 that controls each component .

The kiosk 20 receives a visitor's name, a telephone number, an interviewer or a place for interview, a visiting time, etc. from a visitor, and issues and outputs an access card 10 to be held by the visitor. Preferably, the kiosk 20 is networked with the control center system 30 to transmit data entered from the visitor to the control center system 30, receive commands from the control center system 30, And performs the corresponding operation. That is, the kiosk 20 acts as a dummy terminal and serves only as a user interface, and the control of the visitor, such as the authentication of the visitor, issuance of the access card, etc., is performed by the control center system 30.

In addition, the kiosk 20 provides an interface for performing authentication of the visitor using the mobile terminal 91 of the visitor. That is, when the kiosk 20 transmits the inputted telephone number of the visitor to the control center system 30, the control center system 30 transmits the authentication number to the corresponding telephone number. The kiosk 20 provides an authentication number input screen interface, receives the authentication number, and transmits it to the control center system 30. The control center system (30) carries out the identity authentication by comparing the transmitted authentication number with the inputted authentication number.

In addition, the kiosk 20 issues and exits the access card 10 corresponding to the visit destination by an instruction from the control center system 30. [ As described above, the access card 10 is made of RFID, and holds identification information such as a unique code or a unique number assigned to a visitor. In one embodiment, a unique code (identification information) is always recorded in the access card 10, and the unique code of the access card 10 issued to the visitor by the kiosk 20 is read and sent to the control center system 30 send. As another embodiment, an RFID writer for recording a unique code in the access card 10 may be provided in the kiosk 20, and a unique code of a visitor issued from the control center system 30 may be stored in the access card 10 It can be recorded in RFID.

Preferably, visit information (including personal information) of the visitor can be printed on one side (preferably the front side) of the access card 10. Alternatively, a sticker or the like on which the visit information of the visitor is printed may be attached to the front surface of the access card 10 and issued. Alternatively, the kiosk 20 may simultaneously eject a sticker (not shown) on which the visiting information is printed and the access card 10, and guide the visitor to attach the visiting information sticker to the front face of the access card 10. [

The visiting information sticker (not shown) displays the name of the visitor, the place of the visitor or the visit, the time of the visit, and the content of the visit. So that anyone can know the purpose of the visitor's visit.

Preferably, a code for outputting a visiting code such as a barcode or a QR code may be used as a code for recognizing a visitor when passing through the entrance control device 51, in a visiting information sticker (not shown). That is, the visitor allows the entrance control device 51 to recognize the visiting code of the visiting information sticker, and allows the entrance control device 51 to pass through the visitor in the case of an authorized visiting code. When the entrance control device 51 includes a code recognizer (not shown) in addition to the RFID receiver 53 or has only a code recognizer, the access control device 51 may not recognize the access code of the access card 10, . At this time, it is preferable that the printed visit code is given in the same code as the identification information (unique code) of the entrance card 10 in advance.

The kiosk 20 may collect data for identification of a visitor through the camera 24 or the fingerprint sensor 23 and transmit it to the control center system 30. That is, the kiosk 20 acquires the captured face image of the visitor by photographing the face of the visitor via the camera 24, acquires the iris recognition data by photographing the iris through the camera 24, The user can obtain the fingerprint data of the visitor through the Internet. Also, the kiosk 20 includes a scanner (not shown) for scanning the ID card, and the ID card can be scanned, and the scanned data is transmitted to the control center system 30.

Next, the entrance control device 51 is a device that allows a person, such as a visitor, to determine whether the entrance has passed or not, and to allow access only to the authorized person. Preferably, the entrance control device 51 includes an RFID receiver 53 for recognizing the RFID, and recognizes a unique code (or visit code, identification information) recorded in the access card 10. [ More preferably, the entrance control device 51 is provided with a code recognizer that recognizes the printed visit code, and recognizes the visit code (or the visit specific code) of the visit information attached to the access card 10 have.

Further, when the gateway control device 51 recognizes the visiting code of the access card 10 through the RFID receiver 53 (or code reader), it transmits the recognized visiting code to the control center system 30. The entrance control device 51 receives the access permission for the visit code of the access card 10 from the control center system 30 and controls access of the visitor according to the permission. That is, the doorway control device 51 allows access to the doorway if the access code is allowed, and blocks access to the doorway if the doorway code is not an allowed code.

In addition, a plurality of entrance control devices 51 may be installed. For example, in a multi-layered building, a kiosk 20 may be installed on the front porch, and an entrance control device 51 may be installed on each floor. Or a plurality of office rooms in one building, and an entrance control device 51 may be installed in each office.

In addition, in one embodiment, the RFID receiver 53 of the entrance control device 51 is capable of wireless local communication, so that the visitor can access the entrance control device 51 without entering or inserting the entrance card 10 into the entrance control device 51, Your visit code can be read. In this case, when the entrance control device 51 recognizes that access is not allowed, it can output the name (e.g., voice or screen) of the visitor to warn that the visitor is not allowed. If there are a large number of visitors within a certain distance, the gateway control device 51 can not identify unauthorized visitors.

However, as another embodiment, the entrance control device 51 can be configured to be recognized only when the access card 10 is inserted into the insertion port or placed on the RFID receiver (or RFID reader). Or the entrance control device 51 can allow access only when recognizing the visit code output on the front face of the access card 10 as a code recognizer. That is, one person passing through the entrance control device 51 can determine the entrance and exit, and allow access through the physical access device.

In addition, when the entrance control device 51 is installed at an exit to the outside of the entrance control device 51, it can be constructed so as to constitute an entrance / exit card insertion port (not shown) and to recognize only when the entrance / exit card 10 is inserted into the insertion port. Also, the entrance control device 51 (hereinafter, exit entrance control device for exit) installed at the entrance to the outside recovers the inserted entrance card 10. That is, since the visitor ends the visit and finally goes outside, the access card 10 is collected. It is preferable that the access card 10 is recovered even when the visitor goes out of the building for a while, and the access card 10 is reissued from the kiosk 10 when the visitor comes back.

Next, the RFID receiver 53 is constituted by a normal RFID receiver or an RFID reader, and is installed in a passage in a building. It is preferable that the RFID receiver 53 is installed at a constant interval of about 2 m to 10 m. Also, the RFID receiver 53 is configured to be able to read the RFID of the access card 10 which is within 2m to 10m. When the RFID of the access card 10 is a passive type, the RFID receiver 53 detects the signal to be returned by transmitting the power, and recognizes the visit code.

The RFID receiver 53 receives (or reads) the RFID signal of the access card 10 and transmits the received unique code (or visit code, identification information) to the control center system 30.

Next, the control center system 30 is installed in the control center in the building, and is connected to the kiosk 20, the entrance control device 51 and the RFID receiver 53, and controls the accesses of the visitors by controlling the devices do.

The control center system 30 receives data such as a visitor's personal information and a visiting purpose through the kiosk 20 and issues an access card 10 suitable for the purpose of the visit to the access card 10 through the kiosk 20, To be issued. At this time, the control center system 30 registers the access card data for visitors who are allowed to visit. At this time, the access card data (visit information data) includes the unique code of the access card, the name of the visitor, the telephone number of the visitor, the interviewer or the interview place,

On the other hand, the control center system 30 can receive the visit information data in advance through the visitor terminal 92 and register it. That is, the control center system 30 can be connected through a public network 80 such as the Internet, and can be accessed by the connected visitor terminal 92 such as visitor's name, visitor's telephone number, interviewer or interview place, Can receive the visiting information data. A visitor accesses a visit reservation web page (or a visit reservation application) of the control center system 30 through a network 80 such as the Internet from a visitor terminal 92 such as a PC or a smart phone, Can be reserved and registered.

In addition, the control center system 30 can receive and register the visit information data from the interviewer terminal 60. [ In this case, the interviewer registers the personal information of the visitor to be visited and the contents of the visit in advance in the control center system 30. If the interviewee registers in advance, it is presumed that the interviewer has allowed the visit for the visit. Therefore, when issuing the access card 10, the process of confirming (approving) the visit to the interviewer can be omitted.

During issuance of the access card 10 from the kiosk 20, the control center system 30 sends the authentication number to the visitor's mobile terminal 91 and sends the authentication number originally sent from the kiosk 20 In contrast to the authentication number, the authentication of the visitor is performed.

In addition, the control center system 30 sets a route (hereinafter referred to as a visiting route) from the location of the kiosk 20 to a meeting place by using the meeting place of the access card data, do. That is, the control center system 30 permits the entrance and exit of the visitor only to the entrance control device 51 located on the visiting route, and blocks the entry and exit of the visitor to the other entrance control devices 51. Thus, the visitor can only move from the exit at the kiosk 20 to the interview location, and can not be moved to any other path.

In addition, the control center system 30 receives the visited code data recognized through the entrance control device 51, and searches the access card data corresponding to the visiting code to determine whether the access code is an allowed visiting code. The control center system 30 controls to allow entrance and exit through the entrance control device 51 when allowed, and controls access to the exit control device 51 when it is not permitted.

Also, the control center system 30 receives the photographed image from the camera of the kiosk 20, and displays the received image on the screen so that the administrator can view it. The control center system 30 also receives fingerprint data, iris recognition data, facial images, and the like recognized by the kiosk 20 and displays the received fingerprint data, facial images, and the like on a screen so that the administrator can view the data .

As described above, the kiosk 20 includes a scanner (not shown) for scanning the ID card, and the ID card can be scanned, and the scanned data is transmitted to the control center system 30. The control center system 30 receives the scanned ID image and displays it on the screen for the administrator to view.

On the other hand, preferably, the control center system 30 can receive a final decision as to whether or not the access control device 51 is permitted to enter or exit, from the manager. The control center system 30 receives the photographed image from the kiosk 20 and displays the photographed image on the screen, and the administrator can confirm the visitor through the screen and finally decide whether or not to go in or out.

Also, when the control center system 30 receives the interviewer through the kiosk 20, the manager directly contacts the interviewee, confirms whether or not the interviewer can check the interview, inputs the information into the system, . That is, the administrator can enter the final decision into the system.

In addition, the control center system 30 receives the visited code recognized from the RFID receiver 53, and grasps the position of the RFID receiver 53 that transmitted the visit code. The position of the RFID receiver 53 is registered and managed in advance. The control center system 30 uses the position of the RFID receiver 53 to estimate the movement position of the visitor of the received visit code. Then, it is determined whether the moving position of the visitor is located on the visiting route of the visitor. If the moving route is out of the visiting route, a warning is given to the manager or the like.

Next, the interviewer terminal 60 is a terminal used by the interviewer, such as a PC, a notebook PC, a tablet PC, a smart phone, or a mobile terminal. The interviewer terminal 60 receives the message or message from the control center system 30 that the visitor visits the interviewee. Then, the interviewer terminal 60 receives the availability of the interview, or the fact that the visitor is visited, through a message or a telephone call.

In addition, in one embodiment, the interviewer can access the control center system 30 through the interviewer terminal 60 to confirm the visit application contents of the visitor who intends to interview him / herself, and input that the visit is permitted.

When the interviewer terminal 60 is a mobile terminal, the control center system 30 transmits a text message to the interviewer through a call-back message when the visitor visits the site. At this time, the interviewer can call back the callback message and transmit the visit permission message to the control center system 30.

In addition, the interviewer terminal 60 can access the control center system 30 and register the visit reservation. At this time, the interviewer terminal 60 registers the visit reservation by inputting the name, telephone number, interviewer, interview time, etc. of the visitor. The interviewer performs the visit reservation operation through the interviewer terminal 60. [ Particularly, when the interviewer terminal 60 reserves a visit, it is assumed that the visitor is allowed to visit the visit.

Next, the visitor mobile terminal 91 is a mobile terminal used by a visitor, and is a mobile communication terminal capable of receiving a text message such as a general mobile phone, a smart phone, and a packet. The visitor mobile terminal 91 receives the text message authentication number from the control center system 30. The visitor inputs his or her authentication number received through the mobile terminal 91 into the kiosk 20 to perform his / her identity.

The visitor terminal 92 is a terminal used by a visitor, and is a terminal having a computing function such as a PC, a notebook, a tablet PC, a smart phone, and a mobile terminal. The visitor mobile terminal 91 may be used as the visitor terminal 92 in advance.

The visitor terminal 92 can access the control center system 30 via the network 80 and register the visit reservation. At this time, the visitor terminal 92 registers the visit reservation by inputting the name, telephone number, interviewer, interview time, etc. of the visitor. The visitor performs the visit reservation operation through the visitor terminal 92. [

Next, the kiosk 20 and its screen interface according to an embodiment of the present invention will be described in more detail with reference to FIG.

As shown in FIG. 3, the kiosk 20 includes a main body 20a having an upright structure, and protects and supports each component or device from external pressure. The main body 20a is provided with a camera 24, a display 22, a touch screen 21, a fingerprint sensor 23, an access card output unit 25, and the like on its front surface.

A display 22 is formed on one upper side of the main body 20a and a camera 24 is provided on the upper head portion of the display 22. [ Also, a touch screen 21 is formed at the lower end of the display 22. A fingerprint sensor 23 is formed on one side of the lower end of the touch screen 21 and an access card output unit 25 is formed on the lower end of the touch screen 21.

As shown in FIG. 4, the display 22 displays a guide to the school, a description of the visit, an access card issuance process guide, or an advertisement. In addition, the touch screen 21 displays items to be input for issuing an access card, and inputs necessary items on the screen by touch. In other words, the visitor inputs, through the touch screen 21, items related to the visit such as the name of the visitor, the telephone number, the purpose of the visit, and the interviewer's contact information.

Preferably, the display 22 and the touch screen 21 are implemented as a single touch screen. The screen is divided into two areas, upper and lower areas are displayed with guidance and advertisement, . ≪ / RTI >

Next, a method of issuing an access card by a kiosk according to an embodiment of the present invention will be described in more detail with reference to FIG.

As shown in FIG. 5, first, a mobile phone number is input (S10).

The telephone number of the mobile terminal is input through the touch screen 21 of the kiosk 20. An example of the input screen is shown in Fig. That is, the visitor inputs the telephone number of the visitor mobile terminal 91 to the kiosk 20.

Next, the mobile terminal authentication is performed using the mobile terminal phone number (S20). When the kiosk 20 transmits the telephone number of the inputted mobile terminal to the control center system 30, the control center system 30 sends the text message authentication number to the corresponding telephone number. The visitor enters the authentication number received by the visitor mobile terminal 91 into the touch screen 21 of the kiosk 20. In FIG. 6, the authentication number input field is entered on the screen below the keypad screen.

When the kiosk 20 transmits the input authentication number to the control center system 30, the control center system 30 verifies the authentication of the mobile terminal against the authentication number to which the input authentication number is transmitted. That is, if the authentication numbers are the same, it is determined that the authentication has been passed, and if not, it is determined that the authentication is not performed.

Next, when the mobile terminal authentication is passed (S30), it is determined whether the visit reservation is registered in the telephone number of the mobile terminal (S41), whether there is already visited history (S42) or not (S43). And displays a guidance screen as shown in Fig. 7 according to the determination result.

The control center system (30) stores the visit history of the visitor. Therefore, it is identified by the mobile phone number of the visitor, and the visit history is searched. If it is determined that the visiting history is searched and pre-booked, the control center system 30 instructs the control center system 30 to issue and output a visit certificate according to the contents of the registered visit reservation (S70).

If the visit history is found but the visit reservation is not registered, the kiosk 20 is instructed to input and receive the visit details (S60). Visiting history consists of interviewer, purpose of visit, visit time (or stay time). The interviewer is the person who visits and interviews the visitor. FIG. 8 illustrates a screen for inputting a visit history. As shown in FIG. 8, the kiosk 20 provides an interface for selecting an interviewer, a visit purpose, a visit time (residence time), and the like on a screen of the touch screen 21.

When the visit details are input, the kiosk 20 issues and exits the access card 10 (S70).

Next, if the visiting history is not searched, since the first visit is made to the corresponding telephone number, the personal information input is received (S50). Visitor's personal information is composed of name and so on. FIG. 9 illustrates a screen for inputting personal information of a visitor. As shown in FIG. 9, the kiosk 20 provides an interface for receiving the name, affiliation, etc. of the visitor on the screen of the touch screen 21.

Also, the kiosk 20 can receive and store the fingerprint of the visitor through the fingerprint sensor 23, or photograph and store the upper part of the visitor's face or the iris of the visitor through the camera 24. The kiosk 20 transmits the fingerprint data of the visitor, the iris data, and the face image to the control center system 30 as personal information. The control center system 30 records the visitor's telephone number, name, fingerprint data, iris data, face image, and the like as personal information.

When personal information is input, the kiosk 20 guides the user to input the visit history and inputs the visit details (S60). When the input of personal information and visit details is completed, an access card is issued and discharged (S70).

FIG. 10 shows an example of a screen showing a process of issuing an access card, and FIG. 11 shows an access card 10. As shown in FIG.

As shown in Fig. 11, the visitor's name, the interviewer's place, the visiting time, and the like are displayed on the visiting information sticker (or the front face of the access card) of the access card 10 and displayed.

Next, the configuration of the control center system 30 according to an embodiment of the present invention will be described more specifically with reference to FIG.

As shown in FIG. 12, the control center system 30 according to the present invention includes a visit reservation unit 31 for reserving a visit, a visit request unit 32 for requesting a visit event such as a visit reservation, A visiting permission section 33 for accepting a visit event by the interviewer, a visiting certificate issuing section 34 for issuing a visit certificate, and an access control section 35 for controlling the entrance by recognizing the issued visit certificate . In addition, it may further comprise a monitoring unit 36 for monitoring a visitor on the kiosk 20 with a camera, or an administrator control unit 37 for directly controlling the visitor on the kiosk 20.

First, the visit reservation unit 31 receives and registers the visit reservation of the visitor. The visit reservation is registered by the visitor or registered by the interviewer. In particular, the visit reservation unit 31 provides a reservation service through a web page or a mobile application, and registers a visit reservation in advance through the web page or an application.

The visit reservation unit 31 receives the visit information data such as the name of the visitor, the mobile phone number, the interviewer or the interview place, the visit time, and the like, and reserves the visit information as one visit event. Preferably, it may schedule repetitive or periodic visits. For example, you can book a regular visit for a month between 2 and 3 on weekdays.

Preferably, the visit reservation unit 31 identifies the visit event as a visitor's mobile phone number. That is, the identification information of the visit event is set to the mobile terminal telephone number. If the visitor does not have a mobile phone number, it is identified by a unique number.

In addition, the visit reservation unit 31 can register the visit reservation from the visitor terminal 92 or the interviewer terminal 60. [ That is, both the visitor and the interviewee can register the visit reservation. Particularly, the visit reservation unit 31 regards that when the interviewer registers the visit reservation, the visit application is permitted.

Preferably, when the visit reservation is registered, the visit reservation unit 31 transmits the visit reservation information as a message to the mobile telephone number of the visitor and the interviewee.

As described above, the visit reservation unit 31 can provide various interfaces for registering visit reservations. Preferably, the registration interface provides an interface such as registration on the web, registration on an app (mobile application, application), registration on a kiosk, and the like. That is, a visit reservation registration web page (or a mobile web page) is provided, and a visitor inputs visit information through the interface of the web page. At this time, the reservation registration web page is provided from the web server provided in the control center system 30. [ At this time, it is possible to register the visitor by inputting the personal information of the visitor while creating the visit event such as the visit reservation.

In addition, a mobile application is installed on a visitor terminal 92 such as a smart phone, and an interface is provided on the mobile application. The visitor enters the visit information in the mobile app and registers the visit reservation. At this time, it is possible to register the visitor by inputting the personal information of the visitor while creating the visit event such as the visit reservation. The mobile app can be connected to the control center system 30 to transmit the inputted reservation information or to retrieve the past history of the visitor.

In addition, a visit reservation can be registered on the touch screen 21 of the kiosk 20. For example, if a visitor has visited a visitor but is unable to visit because of his absence, or if he / she reserves to visit another day after the visit, a visit reservation can be registered through the kiosk 20. Even in this case, the visitor's personal information can be input while creating a visit event such as a visit reservation.

In addition, the visit reservation unit 31 can perform the identity verification for the visitor using the visitor's mobile phone number and name. That is, it receives the name and the telephone number, requests authentication of the user through the mobile communication company of the telephone number, and receives the authentication result from the mobile communication company. Authentication is based on whether the name of the subscriber and the name entered as personal information in the authentication result are the same. Preferably, the visitor registering unit 31 carries out the identity authentication by the mobile phone number through the interface on the web or the app.

In addition, the visit reservation unit 31 can perform the mobile terminal authentication carried out using the visitor mobile terminal telephone number. Transmits the authentication number text message to the mobile terminal telephone number, inputs the authentication number of the text message, and performs authentication in comparison with the transmitted authentication number.

Next, the visit request registering unit 32 receives the visit request content (or visit content) through the kiosk 10 and registers the visit event (or visit request). That is, when the visitor inputs the contents of the visit request through the kiosk 10, the kiosk 10 transmits the input contents to the visit request registering unit 32. [

A visit event refers to a visitor visiting a specific interviewee. The information to register for the visit request (visit request content) consists of the interviewer's name and interview time. The name of the interviewer can be identified by adding a telephone number, department, etc. in addition to the name as identification information of the interviewee. The following is used as the name or identification information of the interviewee. The name of the interviewee can have a broad sense of the meaning of the identification information. The contents of the visit may further include the destination of the visit, the purpose of the visit, and the like. Preferably, the visit requesting unit 32 can receive at least one item from among the predetermined list of the visit or visit purpose.

First, the visit request registering unit 32 inputs the visitor's mobile phone number through the kiosk 10, and confirms whether a visit reservation is registered in advance or whether there is a visit history in advance.

At this time, the visit request registering unit 32 can perform authentication of the visitor to the visitor or terminal authentication to the mobile terminal with the mobile terminal telephone number. That is, the visit request registering unit 32 receives the name and the telephone number, authenticates the user through the mobile communication company of the telephone number, or performs the mobile terminal authentication using only the visitor mobile terminal telephone number.

In addition, the visit request registration unit 32 confirms whether the visit reservation is registered by the visit reservation unit 31, and replaces the visit contents of the visit request with the visit reservation information when the visit reservation is registered. Therefore, the contents of the visit that have already been registered during the visit reservation are not received.

If the visit reservation is not made, the visit request registering unit 32 receives the visit contents as it is registered in the visit reservation. The reception of the contents of the visit is the same as the reception of the contents of the visit reservation unit 31 in advance.

On the other hand, the visit request registering unit 32 can further receive data for authenticating the visitor's identity through the kiosk 20. [ The authentication data may be fingerprint data, iris data, face image, or ID card scan data. That is, fingerprint data may be input through the fingerprint sensor 23 of the kiosk 20, a face image of the visitor may be captured through the camera 24 to receive a face image, And receives iris data or iris recognition data. Also, the ID card can be scanned through a scanner (not shown) provided in the kiosk 20 to obtain ID card scan data. These input fingerprint data, iris data, or face image are stored as personal information of the visitor. Personal information data (or authentication data) for authentication of the user is data for searching or identifying a visitor if a problem occurs in the future.

Next, the visit permission section 33 determines whether or not the visit is permitted for the visit reservation or visit request and the visit event. Requests for visits are made by the interviewer or by the administrator.

The visiting permission section 33 transmits the content of the visit request to the interviewer terminal 60 or transmits the contents according to the access of the interviewer terminal 60. [ The interviewer confirms the content of the visit request and inputs a permission or a rejection for the visit request. When the permission is input by the interviewer of the visit event, the visit permission section 33 sets the visit (or visit event) as permitted.

At this time, preferably, the visit permission section 33 provides a web page or mobile application for permission to visit, an internal system, or the like. In particular, the interviewer accesses the visit permission web page (or the app, internal system) through the interviewer terminal 60 and inputs permission or rejection for the visit request requested to him.

Alternatively, the visiting permission section 33 may transmit the visit request or the contents of the visit reservation to the interviewer terminal 60 via a text message, and may receive the permission using the call-back URL of the text message .

Or the visiting permission section 33 may permit the visit request by the administrator's input. For example, the administrator monitoring the control center checks the contents of a visit event entered and registered on the system, and connects the interviewer with the corresponding telephone number. The manager then talks to the interviewer to explain the requested visit event and inquires if the interview is possible. If interview is possible, the administrator enters the permission for the visit request.

On the other hand, when the visit reservation is registered by the interviewer, the visit permission section 33 regards the visit request as being permitted. Therefore, the interviewer does not ask for additional permission.

Next, when the content of the visit request is permitted, the access card registration unit 34 issues the access card 10 based on the contents of the visit request (visit details), and registers the unique code of the issued access card 10 as the access permission code Register. That is, the access card issuing unit 34 controls the access card 10 to be output through the access card output unit 25 of the kiosk 20, and controls the access card 10 10).

The access card issuing unit 34 registers and stores a unique code of the issued access card with respect to the visit event. That is, as described above, the access card 10 is a card having an RFID, and a unique code (or visit code) is recorded in the RFID. A visiting code (or a unique code) is recorded in the access card 10 to identify the visiting event (or visitor) through the visiting code. The inherent code is a value obtained by reading a code previously recorded in the access card 10 or a code value recorded in the access card 10 as a unique code issued by the access card issuing unit 34. [

More preferably, visiting information can be printed on the front face of the access card 10 in the form of a sticker or the like. That is, on the front side of the access card 10, the name of the visitor, the name of the interviewer, and the interview time are output. In addition, the destination, the purpose of the visit, or the telephone number of the visitor mobile terminal may be further output. In addition, a unique code is printed on the front face of the access card 10 or a sticker (a visiting information sticker) with a barcode. The inherent code in the form of a bar code is recognized by the entrance control device 51, and when the entrance control device 51 recognizes it as an access permitted bar code or unique code, it controls the entrance so that the visitor can pass through.

On the other hand, the access card issuing unit 34 registers the visit code of the access card 10 as an access permission code in the access permission list. At this time, as one embodiment, the registered visit codes are transmitted to each entrance control device 51 as an access allowed list, and the corresponding visit codes can be allowed in each entrance control device 51. [

Preferably, the access card issuing unit 34 searches for a visit route from the entrance to the destination where the kiosk 10 is located, and registers access permission only to the entrance control device 51 located on the searched visiting route. In other words, access control is not allowed to the access control device 51 located at a place other than the visiting route with the access code of the access card 10. [ That is, the entrance control device 51, which is permitted to enter and leave by the access permitted list, is set together and registered.

Also, the access time for the visit code can be additionally registered and restricted in the access allowance list. That is, access is allowed only within the access time.

Next, the access control unit 35 communicates with the entrance control device 51 to determine whether or not access of the access card 10 is permitted, and transmits the result or control command to the entrance control device 51. [ That is, the access control unit 35 controls the access control device 51 to control access.

Specifically, in one embodiment, the access control unit 35 receives a unique code (or a bar code, etc.) of the access card 10 from the entrance control device 51 and stores the received access code in the access permitted list Check whether it is a unique code. The access control unit 35 transmits an allowance command to the gate control device 51 so as to permit access to the unique code registered in the access allowed list. That is, the entrance control unit 35 transmits the result to the doorway control device 51 when it judges whether or not the doorway is allowed to enter and exit, and the doorway control device 51, Or block.

In another embodiment, the access control unit 35 transmits an access permission list to the entrance control device 51, and specifies that access is allowed when recognizing the access code in the access permitted list. In this case, the entrance control device 51 does not communicate with the access control unit 35 and decides to permit access to the corresponding visit code by itself.

Also, preferably, the access control unit 35 also judges whether it can be permitted by the visiting time. That is, when the visiting time passes, it is judged that access is not permitted.

Next, the monitoring unit 36 receives the photographed image from the camera 24 of the kiosk 20 and displays it on a monitoring display (not shown) installed in the control center. Therefore, the administrator of the control center can visually confirm the visitor who wants to receive the access card 10 from the kiosk 20 through the display.

In addition, the monitoring unit 36 also displays contents input to the kiosk 20. For example, when a visitor inputs a visitor name, an interviewer name, a visit place (interview place), etc., the contents are displayed on the display screen of the control center. In addition, even when the fingerprint recognition, the iris recognition, or the identification card are scanned, it can be displayed directly on the screen.

On the other hand, when the monitoring unit 36 recognizes the RFID of the access card 10 from the RFID receiver 53, the monitoring unit 36 reads the access code of the access card 10, And receives the visited code recognized by the user. At this time, identification information of the RFID receiver 53 is also received.

The monitoring unit 36 stores the location of the RFID receiver 53 in advance and identifies the RFID receiver 53 that transmitted the visit code to identify the location of the identified RFID receiver 53 as the entrance The card 10 is recognized as a position. Further, the position of the access card 10 is recognized as the position of the visitor.

Preferably, the monitoring unit 36 confirms that the location of the visitor is out of the visited route of the visited code. If the current visitor location deviates from the visiting path of the visitor, the monitoring unit 36 notifies the administrator of the fact that the visitor is out of the visiting route, or generates an alarm.

Also, preferably, the monitoring unit 36 can notify the visitor's mobile terminal 91 of the out of the visiting route by a text message.

Next, the manager control unit 37 directly receives the access control command by the manager. Priority is given to the access control command by the administrator.

The administrator visually confirms the image of the visitor or the contents of the visitor outputted from the monitoring unit 36 through a display (not shown) of the control center. If necessary, the administrator can carry out tasks such as receiving a confirmation of the interview with the interviewer directly, blocking the issuance of the visitation certificate, and the like.

Specifically, when a visitor requests a visit, an administrator can confirm the name of the interviewee and directly call the interviewee to inquire about the availability of the interview. When the visit permission of the interviewer is confirmed, the manager directly inputs the visit permission command.

In addition, even if the issuance of the visit card is permitted, the administrator can block the issuance of the access card 10 in case of suspicion through the monitoring display. At this time, the administrator control unit 27 blocks the issuing of the access card according to the blocking command of the manager.

In addition, the administrator control unit 37 may operate the administrator final approval mode to control the kiosk 20 so that it is finally approved by the administrator before issuing the access card 10 from the kiosk 20. Specifically, the access card issuance mode can be configured to be divided into an automatic issuance mode and an administrator final approval mode (semi-automatic issuance mode). In this case, if the administrator final approval mode is selected, the access card 10 is finally issued with administrator approval. In the case of the automatic issuance mode, the access card 10 is issued even if the administrator does not have the final approval, when the visit is permitted by the interviewer.

The invention made by the present inventors has been described concretely with reference to the embodiments. However, it is needless to say that the present invention is not limited to the embodiments, and that various changes can be made without departing from the gist of the present invention.

20: Kiosk 11: Touch screen
12: Display 13: Fingerprint sensor
14: Camera 15:
16: communication device 17:
30: Control center system
40: Database 51: Gateway control device
52: RFID sensor 60: interviewer terminal
80: network 91: visitor mobile terminal
92: Visitor terminal

Claims (10)

A kiosk-based access control system centered on a control center for controlling access of visitors within a building,
A kiosk for issuing and discharging an access card in which a visit code is recorded;
An entrance control device for recognizing the access code of the access card and controlling the entrance according to whether the recognized visit code is present in the access permission list; And
Wherein the visit request data includes a name of a visitor, a mobile phone number of a visitor, a name of an interviewer, and a visiting place, And a control center system for receiving a visit permission, issuing an access card through the kiosk, and registering a visit code of the issued access card in the access permission list. The kiosk-based access control system.
The method according to claim 1,
The access control system further includes an RFID receiver installed in a passage in the building and recognizing a visiting code of the access card in a non-contact manner at a short distance,
The control center system estimates a visitor position of the access card as a position of the RFID receiver when receiving the visiting code of the access card from the RFID receiver and searches for a doorway located at the kiosk and a visiting path for moving the visiting place And notifies a warning when the visitor location is out of a predetermined range from the searched route. 2. The kiosk-based access control system according to claim 1,
The control center system according to claim 1,
A visit request registering unit for receiving visit request data input through the kiosk and registering a visit request;
A visit permission unit for receiving the visit request by the interviewer or the manager and allowing the visit request;
An access card registration unit for issuing an access card based on the visit request and registering a visit code of the issued access card in the access permission list when the visit request is permitted; And
And an entrance control unit for controlling access control of the access card by the entrance control apparatus according to whether or not the access code is registered in the access control list.
The method of claim 3,
The control center system further includes a visit reservation unit for receiving and registering a visitor's visit reservation and receiving and registering visit reservation data including a name of a visitor, a mobile phone number, a name of an interviewer, and a visit time,
Wherein the visit request registration unit uses the visit reservation data without receiving the visit request data when the visit request is reserved for visiting.
5. The method of claim 4,
The inter-visit reservation unit provides an interface to a web page or a mobile app on the Internet, receives the visit reservation data, receives the visit reservation data from the visitor or the interviewer,
Wherein the visiting permission unit determines that the visit request based on the visit reservation is permitted when receiving the visit reservation from the interviewer.
The method of claim 3,
The visit request registration unit authenticates the user through the mobile communication company of the mobile phone number of the visitor or performs authentication of the mobile phone held by the visitor using only the mobile phone number of the visitor, Based on whether the visit reservation is registered in advance or not.
The method of claim 3,
Wherein the visit request register further receives data for authenticating a visitor's identity through the kiosk, wherein the data for authenticating the user includes at least one of fingerprint data, iris data, facial image data, Based kiosk-based access control system.
The method of claim 3,
Wherein the access card registration unit searches for an entrance located in the kiosk and a visiting route for moving the visiting site and registers the accessing list in the access permission list so that access is permitted only to the entrance control apparatus located on the searched visiting route. A central kiosk based access control system.
9. The method of claim 8,
The access control unit transmits the access permission list only to the entrance control device located on the searched visiting route, and only when there is a visit code in the access permitted list transmitted by the entrance control device, Wherein said control center permits a user to access said kiosk based access control system.
The method according to claim 1,
The kiosk includes a touch screen, a display for displaying a screen, a fingerprint sensor for recognizing a fingerprint, a camera for photographing a front face of the kiosk, a communication device for performing data communication with the control center system, an access card output And a control unit for controlling each component. The kiosk-based access control system according to claim 1,

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