JP2006163788A - Visitor management method and management system - Google Patents

Abstract

[PROBLEMS] To manage the status of each visitor to an exhibition hall, a museum, a zoo, a concert hall, etc., information on whether or not a suspicious person is present, and information on whether or not a suspicious object is possessed.
A visitor to a closed space facility has an admission ticket with an IC tag built therein. A gate sensor and wireless terminal 215 are provided at the entrance and exit, and a mat sensor and wireless terminal 215 are provided in each of the areas divided into a plurality of facilities. Each wireless terminal acquires IC tag skein user information of the admission ticket for each pass of the visitor, and stores it in the DB 224 in the attendee management server together with the area and detection time information. The security manager of the security center 213 displays information on the visitor management DB on the information terminal 214 and manages the visitors. The wireless terminal is equipped with a surveillance camera and a metal sensor, and detects possession of a suspicious person and a suspicious article by comparing information from them with the contents of the suspicious person data management DB 223 and the suspicious article data management DB. Can do.
[Selection] Figure 2

Description

  The present invention relates to an attendee management method and management system, and particularly suitable for use in managing a visitor to a closed space facility such as an amusement facility, an exposition venue, a museum, a zoo, or a concert venue. The present invention relates to a management method and a management system.

  Conventionally, visitors to closed space facilities such as museums, zoos, concert venues, etc. enter the facility after purchasing an admission ticket at the entrance, but if there are many visitors, such as terrorist members or mischievous bombing notice Crimes are also increasing, and the number of visitors who are expected to be unable to respond to guards alone is increasing.

As a conventional technique related to management of visitors, for example, a technique described in Patent Document 1 is known. This conventional technology is for grasping the dynamics of the visitors to the product exhibition hall in the venue. The exhibitor has an exchange card that records additional visitor data and a card ID for the exhibition. The transmission / reception device provided at each booth in the venue reads the attendee data and card ID in the above-mentioned transmission / reception card possessed by the visitors in the booth, and transmits them to the center device together with the location information of the booth. The device manages the behavior of visitors.
Japanese Patent Laid-Open No. 11-232511

  After purchasing an admission ticket at the entrance, the method of entering and managing visitors within the facility is limited to understanding the number of visitors, and it is impossible to grasp the behavior of visitors in real time. When this occurs, there is a problem that the security guard alone may not be able to respond quickly. Further, this method has a problem that even if it is desired to investigate the current number of visitors, the suspicious person, or the suspicious article owner, etc., they cannot be grasped.

  In addition, the prior art described in Patent Document 1 is only a grasp of the behavior of the visitors in the exhibition hall, taking a photograph of the visitors with a surveillance camera, and detecting a belonging with a metal sensor. There is a problem that security management by the system cannot be performed.

  The purpose of the present invention is to solve the above-mentioned problems of the prior art, the situation of individual movement of visitors to closed space facilities such as amusement facilities, exhibition halls, museums, zoos, concert halls, whether or not they are suspicious It is an object to provide a visitor management method and a management system that can manage even the information on whether or not a suspicious object is possessed.

  According to the present invention, in the attendee management system method for managing visitors to a closed space facility, the object is arranged in each area where the entrance and exit of the closed space facility and the closed space facility are divided into a plurality of areas. Each time a wireless terminal having an IC tag sensor passes through, the user data according to each information of registration ID, area, and sensing time is read from an IC tag built in the admission ticket possessed by the visitor, and the information management server The user data transmitted from the wireless terminal is stored and managed in the attendee management database provided for the management, and the contents of the attendee management database are displayed on the administrator information terminal to manage the attendees. Achieved by doing.

  In addition, in the visitor management system for managing the visitors to the closed space facility, the purpose is to provide an entrance to the closed space facility and visitors located in each area that divides the closed space facility into a plurality of areas. A wireless terminal having an IC tag sensor that reads user data based on each information of registration ID, area, and sensing time from an IC tag built in an admission ticket possessed by an attendant each time it passes, and transmits it to an information management server, and information management An attendant management database provided in a server for storing and managing the user data transmitted from the wireless terminal, and an administrator information terminal for managing the attendees by displaying the contents of the attendant management database; This is achieved by having

  According to the present invention, it is possible to provide a high-security visitor management service at low cost and easily install / remove devices.

  Embodiments of a visitor management method and management system according to the present invention will be described below in detail with reference to the drawings.

  FIG. 1 is an image diagram showing an arrangement state of devices when an attendee management system according to an embodiment of the present invention is applied to a closed space facility. In FIG. 1, 101 is a closed space facility, 102 to 105 are wide-area monitoring camera terminals, 106 to 109 are gate sensors and wireless terminals, 110 to 113 are mat sensors and wireless terminals, 114 is a terminal with wireless sensors, and 115 is a visitor. It is.

  The closed space facility 101 is a security area in the embodiment of the present invention, and is, for example, an amusement facility, an exhibition hall, a museum, a zoo, a concert hall, or the like. The closed space facility 101 is provided with one or a plurality of entrances and exits, each of which is provided with an entrance gate sensor and wireless terminals 106 to 109, and around the closed space facility 101. In addition, one or a plurality of wide-area monitoring camera terminals 102 to 105 capable of photographing the inside of the venue are provided. Further, mat sensors and wireless terminals 110 to 113 for installing important points are provided at one or a plurality of important points along the passages of the visitors in the closed space facility 101. One or a plurality of patrol guards are arranged therein, and each patrol guard possesses a wireless sensor equipped terminal 114 for the patrol guard.

  Although not shown in FIG. 1, each of the terminals described above is connected to an information management server that performs overall management of the closed space facility 101 via a base station. Details of the configuration of the visitor management system including the above-described terminal and server will be described later with reference to FIG. Visitors to the closed space facility 101 receive an entrance ticket with a built-in IC tag at the entrance, enter the closed space facility 101 with the admission ticket, and use the facilities in the closed space facility 101. Can be viewed.

  FIG. 2 is a block diagram showing the configuration of the visitor management system according to one embodiment of the present invention. In FIG. 2, 201 is a wide area monitoring camera terminal, 202, 205, 216 and 226 are wireless terminals, 203 is a wide area monitoring camera, 204 is a mat sensor and wireless terminal, 206, 217 and 227 are ID chip read / write devices, 207 and 218. Is a surveillance camera, 208 is a mat-type metal sensor, 209 is a mat-type passage sensor, 210 is a network, 211 is an exchange or router, 212 is a base station, 213 is a security center, 214 is an information terminal for an administrator (administrator PC ) 215 is a gate sensor and wireless terminal, 219 is a gate type metal sensor, 220 is an optical passage sensor, 221 is an information management server, 222 is a suspicious article data management database (DB), 223 is a suspicious person data management DB, 224 Visitor management DB, 225 is a terminal with a wireless sensor, 228 is a camera with a built-in terminal , 229 is a portable small-sized sensor.

  Note that the wide area monitoring camera terminal 201 in the visitor management system shown in FIG. 2 represents one of the wide area monitoring camera terminals 102 to 104 shown in FIG. 1, and the mat sensor and the wireless terminal 204 are shown in FIG. The illustrated mat sensor and one of the wireless terminals 110 to 113 are representative. The gate sensor and wireless terminal 215 represents one of the gate sensor and wireless terminals 106 to 109 shown in FIG. 1, and the wireless sensor-equipped terminal 225 corresponds to the wireless sensor-equipped terminal 114 shown in FIG. To do.

  As shown in FIG. 2, the visitor management system according to the embodiment of the present invention includes one or more wide area monitoring camera terminals 201, one or more mat sensors and wireless terminals 204, one or more gate sensors and wireless terminals 215. And one or more terminals 225 with wireless sensors, a base station 212 that relays wireless communication between these terminals, an exchange or router 211 connected to the base station 212, and an exchange or router 211 The network 210 includes a LAN 210, the information terminal (administrator PC) 214 for the administrator in the security center 213 connected to the network 210, and the information management server 221 connected to the network 210.

  In the foregoing, the information management server 221 includes a suspicious article data management server having a suspicious article data management DB 222, a suspicious person data management server having a suspicious person data management DB 223, and an attendee management server having an attendee management DB 224. ing. In the suspicious article data management DB 222, suspicious articles for determining whether an image obtained by a metal sensor of each terminal arranged in the closed space facility 101 is a suspicious article are registered. In addition, in the suspicious person data management DB 223, data relating to a wanted crime provided by a public institution is updated and registered on a daily basis. In addition, the attendee management DB 224 stores time-series position information and the like of visitors who have entered the closed space facility 101. Each DB described above is given to each corresponding server, but each DB may be stored inside a hard disk device or the like constituting the information management server 221.

  The security center 213 is where a security administrator is present and includes an administrator PC 214. The security administrator uses the administrator PC to capture an image from the wide-area monitoring camera terminal 201 to monitor the inside of the closed space facility 101 or to store the closed space facility stored in the visitor management DB 224. By displaying information such as time-series position information of visitors in the area 101, it is possible to check the movement status of people.

  The wide-area monitoring camera terminal 201 includes a wireless terminal 202 and a wide-area monitoring camera 203. The wide-area monitoring camera 203 includes a zoom lens, and the captured person 115 and the inside of the closed space facility 101 are captured. Can be transmitted from the wireless terminal 202 to the administrator PC 214 in the security center 213 via the base station 212.

  The gate sensor and wireless terminal 215 installed at each doorway includes a wireless terminal 216, an ID chip read / write device 217, a gate monitoring camera 218, a gate-type metal sensor 219, and an optical passage sensor 220. The wireless terminal 216 is a terminal that performs data communication with the base station 212, and the ID chip read / write device 217 enters an ID-reader that receives data of an IC tag built in the admission ticket and receives data received from the outside. It consists of an ID-writer that writes to the IC tag built in the ticket. The monitoring camera 218 is a camera that monitors a person passing through the gate for entrance and exit, and the gate-type metal sensor 219 is a sensor that detects the presence or absence of a metal reaction when an attendee passes through the gate. Furthermore, the optical passage sensor 220 is a sensor that determines that a visitor has passed through the gate by infrared rays or the like.

  The mat sensor and wireless terminal 204 is provided at a key point such as a passage in the closed space facility 101, and includes a wireless terminal 205, an ID chip read / write device 206, a monitoring camera 207, a mat type metal sensor 208, and the like. , And a mat type passing sensor 209. The wireless terminal 205 and ID chip read / write device 206 have the same functions as the above-described gate sensor and wireless terminal 216 and ID chip read / write device 217 in the wireless terminal. The monitoring camera 207 is a camera that monitors a person passing on the mat, and the mat-type metal sensor 208 is a mat-shaped metal sensor. When a visitor passes on the mat, the presence or absence of a metal reaction is detected. It is a sensor that senses. The mat-type passing sensor 209 is a mat-shaped sensor, and is a sensor that determines that a visitor has passed over it.

  The terminal 225 with a wireless sensor is a portable terminal possessed by a patrol guard who guards the inside of the closed space facility 101. The wireless terminal 226, an ID chip read / write device 227, a terminal built-in camera 228, and a portable small metal And a sensor 229. These mechanisms constituting the wireless sensor-equipped terminal 225 are configured to be portable and functionally constitute the gate sensor and wireless terminal 215, the mat sensor, and the wireless terminal 204 described above. Is the same.

  In the above description, the ID chip read / write devices 206, 217, and 227 are equipped with IC tag sensors, and by radiating radio waves from the IC tag sensors, radio waves transmitted from IC tags mounted on admission tickets possessed by the visitors are transmitted. It can detect an IC tag signal and read user data such as a registration ID, an area, sensor sensing time information, a suspicious person, and a suspicious article included in the wireless IC tag signal.

  FIG. 3 is a diagram showing a configuration example of user data stored in the visitor management DB 224, which will be described next. The user data stored in the visitor management DB 224 includes the gate sensor and the wireless terminal 215 provided at the entrance and exit described above, the mat sensor installed in the closed space facility 101 and the wireless terminal 204, respectively. This is data in which information of an ID chip provided in an admission ticket is read when the passage of the card is detected, and information of a detected wireless terminal transmitted together with the information is stored.

  The user data shown in FIG. 3 includes an entry time 301 indicating the time when the user enters the closed space facility 101, an exit time 302 indicating the time when the visitor passes the entrance gate and leaves the closed space facility, Sensor detection time 303 indicating the time when the mat sensor installed in the area is passed, registration ID 304 indicating the ID number registered by each visitor, area 305 indicating the area where each sensor detected the visitor, A suspicious person 306 indicating a visitor designated as a suspicious person from the administrator PC, a suspicious article 307 indicating a visitor designated as possessing a suspicious article from the administrator PC when detected by a metal sensor, a metal reaction It is comprised from the metal reaction 308 which shows the user who reacted only to.

  The user data described above can be called from the administrator PC 214 and displayed on the display device of the administrator PC 214. The user data shown in FIG. 3 is displayed on the display device of the administrator PC. Show. Further, in the display, the current number of visitors 312 indicating the number of visitors currently in the closed space facility 101, and the number of suspicious persons determined to be suspicious persons currently in the closed space facility 101 are displayed. The number of persons 313 and the number of suspicious article owners 314 indicating the number of persons who are determined to possess the suspicious article in the current closed space facility are respectively displayed, and the suspicious person, the suspicious article, and the metal reaction are displayed. Some visitors are displayed so that they can be easily identified by color. When the administrator PC 214 designates and designates one of the user data, the administrator PC 214 can display the camera image 309 indicating the user image data acquired by the wide area monitoring camera or the gate monitoring camera. Further, by inputting instruction data from the administrator PC 214, the data of each visitor can be extracted from the visitor management DB 224.

  FIG. 4 is a block diagram showing a hardware configuration of a device such as a wireless terminal constituting the attendee management system according to the embodiment of the present invention. 4, 401 is a sensor side terminal, 402 and 413 are storage units, 403 and 414 are memories, 404 and 416 are output units, 405 and 415 are processing units, 406 is a wireless terminal, 407 and 417 are input units, and 408. Is a wireless communication space, and the other symbols are the same as in FIG.

  In the hardware configuration shown in FIG. 4, the sensor side device 401 includes a wide area monitoring camera terminal 201 shown in FIG. 2, a mat sensor and wireless terminal 204 for installing important points, a gate sensor for entrance and exit and a wireless terminal 215, and a patrol guard. A wireless sensor-equipped terminal 225, a storage unit 402 by a hard disk device, a memory 403 used as a work memory by the processing unit 405 in various processes, an output unit 404 for a display device, an ID chip read / write device, A processing unit 405 using a CPU or the like, various sensors, an ID chip read / write device, an input unit 407 from a camera or the like, and a wireless terminal 406 that communicates with the base station 212 via a wireless communication space 408 are configured.

  Further, the administrator PC 214 includes a storage unit 413 using a hard disk device, a memory 414 used as a work memory or the like by the processing unit 415 for various processes, a processing unit 415 using a CPU, an output unit 416 using a display device, a keyboard, a mouse, and the like. The input unit 417 is based on the above.

  FIG. 5 is a flowchart for explaining the processing operation at the time of entry in the visitor management system according to the embodiment of the present invention. Next, this will be explained.

(1) When a person who wants to enter the closed space facility 101 comes to the entrance / exit of the closed space facility, the gate sensor and the wireless terminal 215 detect the visitor by the optical passage sensor 220. An IC tag built-in admission ticket is distributed according to this visitor's perception. At this time, the registration ID is written in the IC tag. The distribution of the admission ticket is performed by, for example, an automatic ticketing machine (steps 501 and 502).

(2) Next, the gate sensor and the wireless terminal 215 determine whether or not the visitor has entered after obtaining the admission ticket, and if the admission is attempted without obtaining the admission ticket, the acquisition of the admission ticket is urged. An alarm is issued, and the user who intends to enter is allowed to acquire an admission ticket (steps 503 to 505).

(3) After that, the gate sensor and wireless terminal 215 determines whether or not the visitor possesses a metal article by the gate-type metal sensor 219, and if the attendant possesses the metal article, An article inspection is performed by an attendant, and at the same time, the data is transmitted to the base station 212 (steps 506 and 507).

(4) The base station 212 transmits the received data to the suspicious article data management DB 222 in the suspicious article data management server. The suspicious article data management server registers the transmitted data in the suspicious article data management DB 222 and returns a result of collation with the suspicious article data stored in advance (steps 508 and 509).

(5) Thereafter, the gate sensor and the wireless terminal 215 take an image of the visitor by the monitoring camera 218 and transmit the image data to the base station 212 together with the IC tag to the acquired user data. The base station 212 transmits the received data to the visitor management DB 224 in the visitor management server and to the suspicious person data management DB 223 in the suspicious person data management server (steps 510 and 511).

(6) The attendee management server registers the transmitted data in the attendee management DB 224. The suspicious person data management server collates with a suspicious person stored in advance in the suspicious person data management DB 223, and if it matches, reports to the administrator PC 214 of the security center 213 to issue an alarm ( Steps 512-514).

  FIG. 6 is a flowchart for explaining the processing operation when an attendee is detected by the mat sensor and the wireless terminal in the attendee management system according to the embodiment of the present invention. Next, this will be explained.

(1) When a visitor passes over the mat sensor installed in each area and the mat type passing sensor 209 of the wireless terminal 204 while moving in the closed space facility 101, the ID chip read / write device 206 User data in the tag is acquired from the IC tag of the admission ticket held by the visitor (step 601).

(2) Next, the mat sensor and wireless terminal 204 determines whether or not the mat-type metal sensor 208 has detected the possession of the metal object by the visitor, and issues an alarm if the possession of the metal object is detected. The detection data of the metal object is transmitted to the base station 212 together with the user data (step 602).

(3) The base station 212 transmits the received user data to the suspicious article management DB 222 in the suspicious article data management server and the visitor management DB 224 in the visitor management server. The attendee management server registers the transmitted user data in the attendee management DB 224 together with the mat passing time and area information. Further, the suspicious article data management server collates the transmitted metal object detection data with the entry data stored in the suspicious article management DB 222 (steps 603 to 605).

(4) As a result of the above-described collation, if the detected data of the metal object transmitted does not match the entry data stored in the suspicious article management DB 222, the suspicious article data management server sends the suspicious article data management server to the base station 212. A command signal requesting user image data is transmitted (step 606).

(5) After receiving the command signal, the base station 212 transmits an image data request signal to the wide area monitoring camera terminal 201 (step 607).

(6) Upon receiving the image request signal from the base station 212, the wide area monitoring camera terminal 201 acquires image data from the user's position information (mat position data), acquires the user's image, and then transmits the image to the base station 212. Data is transmitted (steps 608 and 609).

(7) After receiving the image data, the base station 212 transmits the image data to the visitor management DB 224 of the visitor management server. The attendee management server registers the received image data in the visitor management DB 224, and after the registration, transmits the user data together with the image data to the administrator PC 214 in the security center 213 to display the user data on the administrator PC 214. (Steps 610-612).

  FIG. 7 is a flowchart for explaining the processing operation in the case of performing a treatment for a suspicious article holder or suspicious person from the administrator PC in the attendee management system according to the embodiment of the present invention. Next, this will be described.

(1) The security manager of the security center 213 uses the administrator PC 214 to extract user data or suspicious article data management DB 222, suspicious person data management extracted from the display screen of the visitor management DB 224 shown in FIG. Data registered in the DB 223 is transmitted to the base station 212 via the exchange or the router 211 (step 701).

(2) The base station 212 transmits the received data to the terminal 225 with a wireless sensor for use owned by the patrol guard (702). The terminal 225 with the wireless sensor possessed by the patrol guard receives the data transmitted from the base station 212 (steps 702 and 703).

(3) On the terminal 225 with the wireless sensor possessed by the patrol guard, user data such as the location information of the suspicious person or the suspicious article owner is displayed from the user data received from the base station 212. The patrol guard Based on the transmitted user data including the position information and the like, it is possible to determine a visitor and contact a suspicious person (steps 704 and 705).

(4) The patrol guard uses the ID chip read / write device 227 of the wireless sensor-equipped terminal 225 to acquire user data from the admission ticket IC tag held by the suspicious person, and whether or not the suspicious person has a metal sensor reaction. When detected by the portable small metal sensor 229 and the suspicious person has a metal sensor reaction, the inspection is performed by the patrol guard and the data is simultaneously transmitted to the base station 212 (steps 706 to 708).

(5) The base station 212 transmits the received data to the suspicious article data management DB 222 in the suspicious article data management server. The suspicious article data management server registers the transmitted data in the suspicious article data management DB 222 and returns a result of collation with the suspicious article data stored in advance (steps 709 and 710).

(6) The patrol guard then takes an image of the visitor with the terminal built-in camera 228 of the terminal 225 with a wireless sensor, and transmits the image data to the base station 212. The base station 212 transmits the received data to the visitor management DB 224 in the visitor management server. The visitor management server registers the transmitted data in the visitor management DB 224 (steps 711 to 713).

  FIG. 8 is a flowchart for explaining the processing operation at the time of leaving in the visitor management system according to the embodiment of the present invention. Next, this will be explained.

(1) When a person who wants to leave the closed space facility 101 comes to the entrance / exit of the closed space facility, the gate sensor and the wireless terminal 215 detect the visitors by the optical passage sensor 220. At the same time, the ID chip read / write device 217 reads user data from the IC tag built in the admission ticket (step 801).

(2) Since the ID chip read / write device 217 can read the user data from the IC tag built in the admission ticket, it can be determined that the admission person who has the admission ticket leaves. Collect the admission ticket with built-in IC tag. The admission ticket can be collected by, for example, inserting the admission ticket into the admission ticket insertion hole of the automatic collection machine (step 802).

(3) Next, the gate sensor and the wireless terminal 215 determine whether or not the visitor has left after returning the admission ticket, and when returning without entering the admission ticket, return the admission ticket. A warning is issued to prompt the user who is about to leave the entrance ticket (steps 803 to 805).

(4) The gate sensor and wireless terminal 215 then transmits to the base station 212 user data including the image of the exit person and the exit time taken by the monitoring camera 218. The base station 212 transmits the received data to the visitor management DB 224 in the visitor management server. The visitor management server registers the transmitted data in the visitor management DB 224 (steps 806 to 808).

  Each processing in the above-described embodiment of the present invention can be configured as a processing program, and this processing program is stored in a recording medium such as HD, DAT, FD, MO, DVD-ROM, and CD-ROM and provided. can do.

  According to the embodiment of the present invention described above, by having a card-like admission ticket with a built-in IC tag held by an attendee, the current number of visitors, registration ID, location area, metal sensor sensing information, In addition, it is possible to provide a visitor management service with high security from user data such as a suspicious person and a suspicious article at low cost and easy installation and removal of the device.

It is an image figure which shows the arrangement | positioning state of an apparatus at the time of applying the attendee management system by one Embodiment of this invention to a closed space facility. It is a block diagram which shows the structure of the visitor management system by one Embodiment of this invention. It is a figure which shows the structural example of the user data stored in a visitor management DB. It is a block diagram which shows the hardware constitutions of apparatuses, such as a radio | wireless terminal, which comprises the visitor management system by embodiment of this invention. It is a flowchart explaining the processing operation at the time of admission in the visitor management system by embodiment of this invention. It is a flowchart explaining the processing operation when an attendant is detected by the mat | matte sensor and radio | wireless terminal in the attendant management system by embodiment of this invention. It is a flowchart explaining the processing operation | movement in the case of performing treatment with respect to the suspicious article owner and suspicious person from the administrator PC in the visitor management system by embodiment of this invention. It is a flowchart explaining the processing operation at the time of leaving in the visitor management system by the embodiment of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 101 Closed space facility 102-105 Wide-area monitoring camera terminal 106-109 Gate sensor and wireless terminal 110-113 Mat sensor and wireless terminal 114 Terminal with wireless sensor 115 Visitor 201 Wide-area monitoring camera terminal 202, 205, 216, 226 Wireless terminal 203 Wide area surveillance camera 204 Matt sensor and wireless terminal 206, 217, 227 ID chip read / write device 207, 218 Surveillance camera 208 Mat type metal sensor 209 Mat type passage sensor 210 Network 211 Switch or router 212 Base station 213 Security center 214 Information terminal (management) PC)
215 Gate sensor and wireless terminal 219 Gate type metal sensor 220 Optical passage sensor 221 Information management server 222 Suspicious article data management database (DB)
223 Suspicious person data management DB
224 Visitor Management DB
225 Terminal with wireless sensor 228 Camera with built-in terminal 229 Portable small sensor 401 Sensor side terminal 402, 413 Storage unit 403, 414 Memory 404, 416 Output unit 405, 415 Processing unit 406 Wireless terminal 407, 417 Input unit 408 Wireless communication space

Claims (6)

  In the attendee management method for managing visitors to a closed space facility, a wireless terminal having an IC tag sensor arranged in each area that divides the closed space facility into a plurality of areas is Each time a person passes, the user data is read from the IC tag built in the admission ticket possessed by the attendee, and the registration ID, area, and sensing time information are stored in the attendee management database provided in the information management server. An attendee management method characterized in that the user data transmitted from the wireless terminal is stored and managed, and the attendee management is performed by displaying the contents of the attendee management database on an administrator information terminal. .   The wireless terminal has a monitoring camera for taking a picture of a visitor, and the information management server includes a suspicious person data management database in which the latest information such as information on wanted persons is updated. Image data captured by the surveillance camera is stored in the attendee management database, and the information management server includes the contents of the suspicious person data management database and the image data captured by the surveillance camera. 2. The attendee management method according to claim 1, wherein if the person is a suspicious person, the fact is stored in the attendee management database.   The wireless terminal has a metal sensor for detecting a metal object possessed by a visitor, and a suspicious article data management database in which data of a suspicious metal object is registered in the information management server. The data detected by the metal sensor is stored in the visitor management database, and the information management server compares the content of the suspicious article data management database with the data detected by the metal sensor, and 3. The attendee management method according to claim 1 or 2, wherein if it is an article, the fact is stored in the attendee management database.   In the attendee management system for managing the visitors to the closed space facility, each time a visitor arranged in each area that divides the closed space facility into a plurality of areas passes through the closed space facility. A wireless terminal having an IC tag sensor that reads user data based on each information of registration ID, area, and sensing time from an IC tag built in an admission ticket possessed by the information management server, and is provided in the information management server. A visitor management database that stores and manages the user data transmitted from the wireless terminal, and an administrator information terminal that displays the contents of the visitor management database and manages the visitors. A visitor management system.   The wireless terminal has a monitoring camera for taking a picture of a visitor, and the information management server includes a suspicious person data management database in which the latest information such as information on wanted persons is updated. Image data captured by the surveillance camera is stored in the attendee management database, and the information management server includes the contents of the suspicious person data management database and the image data captured by the surveillance camera. 5. The attendant management system according to claim 4, wherein if the person is a suspicious person, the fact is stored in the attendee management database.   The wireless terminal has a metal sensor for detecting a metal object possessed by a visitor, and a suspicious article data management database in which data of a suspicious metal object is registered in the information management server. The data detected by the metal sensor is stored in the visitor management database, and the information management server compares the content of the suspicious article data management database with the data detected by the metal sensor, and 6. The attendee management system according to claim 4 or 5, wherein in the case of an article, the fact is stored in the attendee management database.

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