JP2010163798A - Entrance/exit management system using card reader radio terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an entrance/exit management system using a card reader radio terminal, which enables passage of persons through a gate using a primary authentication with only ID checking and a secondary authentication with full data for authentication, including a large-sized facial portrait in combination so as to handle the authentication process depending on circumstances whether the number of persons entering/exiting is large or small. <P>SOLUTION: The radio terminal 10 reads an IC card, and refers to individual information on the basis of IC card identification information read into an entrance/exit management server 30 via a wireless LAN-AP 20 and a LAN 40. According to this reference, the result of the presence or absence of the individual information corresponding to the IC card identification information is returned to the entrance/exit management server 30. The entrance/exit management server 30 sends an entrance/exit request on the IC card to a controller 50 via the wireless LAN-AP 20, a LAN/serial converter 61, a serial/LON converter 62 and a fixed installation-type IC card reader 63 on the basis of the same protocol as a protocol applied to the fixed card reader 63 by the controller 50. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an entrance / exit management system that performs entrance / exit management using a card reader wireless terminal that reads a contactless IC card in a contactless manner.

  The conventional method of entering / leaving room management using a card reader wireless terminal employs a method in which authentication data is stored in a card reader wireless terminal that reads a contactless IC card or the like in a contactless manner and authenticates the contactless IC card. It is normal that it is done.

  When authenticating a non-contact IC card, it is authenticated whether or not the identification information for identifying an individual registered in the non-contact IC card is valid. For this purpose, the technology disclosed in Patent Document 1 below is such that the reader / writer device wirelessly communicates with the non-contact IC card, reads the identification information stored in the non-contact IC card, and reads it with the card authentication device connected to the LAN. It is disclosed that it is determined whether or not the identification information is valid.

  In the technique disclosed in Patent Document 2 below, a face image for identifying the person is displayed on the wireless terminal device, and the displayed face image is appropriately enlarged or resolution-adjusted and displayed to identify the person. Therefore, it is disclosed to improve the visibility.

Japanese Patent Laid-Open No. 2001-167306 JP 2002-024445 A

  Of the above-described conventional methods, storing authentication data in a card reader wireless terminal that reads a contactless IC card or the like in a contactless manner requires that the memory capacity of the card reader wireless terminal be increased. When there are many, there is a problem that it cannot cope.

  In the conventional method shown in Patent Document 1 described above, the identification information stored in the non-contact IC card is read, and it is determined whether or not the identification information read by the card authentication device connected to the LAN is valid. There is a problem that this method cannot cope with a large load on the card authentication device that manages entrance and exit, and when there are many entrance and exit persons.

  In addition, the conventional method shown in the above-mentioned Patent Document 2 is for confirming the identity of a person with a face photograph, and is capable of adjusting an appropriately enlarged photograph and resolution. This method is also applicable when there are many visitors. There is a problem that it cannot be done.

  Therefore, the present invention uses the primary authentication only for ID check and the secondary authentication by the authentication full data including a large face photograph, and allows the authentication process to pass through the gate flexibly regardless of whether the number of visitors is large or small. It is an object of the present invention to provide an entrance / exit management system using a card reader wireless terminal that can be used.

  In order to solve the above problems, the present invention is an entrance / exit management system comprising a card reader wireless terminal that reads information of a contactless IC card in a contactless manner and an entrance / exit management server that manages entrance / exit into the premises, The card reader wireless terminal possessed by an operator is connected to a LAN via a wireless LAN access point and is also connected to an entrance / exit management server via the LAN. Information is managed in a database and a photo file holding face photo information associated with the personal information is managed. When the card reader wireless terminal reads the information of the non-contact IC card, the information is managed as the entrance / exit management. And the entrance / exit management server transmits the IC card identification information in the information to perform primary authentication of the contactless IC card. Then, the controller that authenticates the IC card by the fixed card reader performs primary authentication based on the presence or absence of registration of the IC card identification information, and returns the primary authentication result to the card reader wireless terminal to determine whether entry or exit is possible. The entry / exit management server uses the entrance / exit database to perform secondary authentication of the items related to the personal information read by the card reader wireless terminal in order to display and then perform secondary authentication of the personal information. The card reader wireless terminal sends back the personally authenticated card personal information and the face photo as the secondary authentication result to be displayed.

  According to the present invention, the primary authentication only for the ID check and the secondary authentication by the authentication full data including the large face photo are used in parallel, so that the authentication process at the entrance and exit can be passed through the gate in a flexible manner, and By displaying the authentication full data on the terminal, the entrance / exit can be checked reliably.

  Further, since personal information is not left in the card reader wireless terminal, the memory capacity of the card reader wireless terminal can be reduced, and security can be improved with respect to handling of personal information.

  Furthermore, since the system configuration cooperates with the fixed card reader instead of the entry / exit management system dedicated to the card reader wireless terminal, it is possible to reduce the cost of system construction including the entrance / exit database.

It is a block diagram which shows the structure of the entrance / exit management system which concerns on embodiment of this invention. It is a figure which shows the structure of the card reader radio | wireless terminal which concerns on embodiment of this invention. It is a figure explaining the mode of the screen transition in the card reader radio | wireless terminal which concerns on embodiment of this invention. It is a figure which shows the example of a menu screen in the card reader radio | wireless terminal which concerns on embodiment of this invention. It is a sequence block diagram explaining the processing outline of entrance / exit (no detailed display) according to the embodiment of the present invention. It is a sequence block diagram explaining the processing outline of entrance / exit (with detailed display) according to an embodiment of the present invention. It is a figure which shows the example of a screen in the card reader radio | wireless terminal at the time of the process of entrance / exit (with detailed display) shown in FIG. It is a sequence block diagram explaining the outline | summary of the expansion photograph display process which concerns on embodiment of this invention. It is a figure which shows the example of an entrance / exit instruction | indication screen which concerns on embodiment of this invention. It is a figure which shows the example of a screen in the card reader radio | wireless terminal at the time of the search process shown in FIG. It is a sequence block diagram explaining the outline | summary of the forced entry / exit process which concerns on embodiment of this invention. It is a figure which shows each data table example of operator information, personal information, and entrance / exit history information which concerns on embodiment of this invention.

Hereinafter, embodiments of the present invention will be described in detail.
FIG. 1 is a block diagram showing the configuration of an entrance / exit management system according to an embodiment of the present invention. In the embodiment of the present invention, a card reader wireless terminal (hereinafter simply referred to as “wireless terminal” unless otherwise specified). ) Is used to construct an entrance / exit management system using IC card identification information stored in a non-contact IC card as a key, and entrance / exit management by non-contact IC card authentication by a fixed card reader device. It enables system construction in cooperation with the system.

  In order to operate the entrance / exit management system using a card reader wireless terminal in FIG. 1, an operator (handler) having a wireless terminal 10 (three wireless terminals 11 to 13 are illustrated in FIG. 1) (not shown) ) First touches or approaches a non-contact IC card (not shown) possessed by the operator itself to a non-contact IC card reader (not shown) provided on the back surface (not shown) of the wireless terminal 10. Make a request. In order to authenticate whether the operator is authorized in the login request, the IC card identification information read by a non-contact IC card reader (not shown) is transferred from the wireless terminal 10 to a wireless LAN-AP (access point) 20 (in FIG. 1). The wireless terminal authentication service database (hereinafter abbreviated as “DB”) 31 of the entry / exit management server 30 is inquired via two wireless LAN-APs 21 and 22) and authorized by the IC card identification information. Authenticate that you are an operator. The data structure related to operator information stored in the wireless terminal authentication service DB 31 includes a user ID, IC card identification information, name, and the like, as shown in FIG.

  An operator (not shown) holds the wireless terminal 10 and performs a job for confirming entrance or exit at an entrance / exit, for example, at the main gate. Now, a non-contact IC card reader (not shown) provided on the back surface (not shown) of the wireless terminal 10 is provided with a non-contact IC card (not shown) possessed by a driver or a passenger in order to enter or leave the vehicle. When touching or approaching (not shown), the wireless terminal 10 reads an IC card (not shown), and personally based on the IC card identification information read into the entrance / exit management server 30 via the wireless LAN-AP 20 and LAN 40. Inquire information. As shown in FIG. 12B, the data structure related to personal information includes a user ID, IC card identification information, name,. This inquiry returns the result of whether there is personal information corresponding to the IC card identification information to the entrance / exit management server 30. Then, the entrance / exit management server 30 transmits an entrance / exit request to the serial I / F 60 (described later). That is, the non-contact IC card is connected to the controller 50 through the wireless LAN-AP 20, the LAN / serial converter 61, the serial / LON converter 62, and the fixed installation type IC card reader 63 with the same protocol as that for the fixed card reader 63. Send an entry / exit request for (not shown). Here, the LAN / serial converter 61, the serial / LON converter 62, the fixed installation type IC card reader 63, the electric lock 64 connected to the controller by CPEV (polyethylene insulated vinyl sheath cable), and the controller 50 is a serial interface (I / F). 60. That is, RS232C and LON (Local Operating Networks) (LON is a registered trademark of Echelon, USA) are called in this way because they handle serial data.

  By the way, in a case where the fixed card reader 63 handles a non-contact IC card possessed by an attendee, the IC card identification information can be obtained by touching or approaching the non-contact IC card possessed by the attendee with the non-contact IC card reader 63. Is inquired to the controller 50 by a protocol using LON. The controller 50 holds a replica of the entrance / exit DB (32) attached to the entrance / exit management server 30 in the controller 50, and the controller 50 performs card authentication immediately by referring to the entrance / exit DB replica 51. It is possible. The card authentication result is notified by LED (OK if green, NG if red) or buzzer (whether there is an alarm sound) by a card authentication result notifier (not shown) installed in the non-contact IC card reader 63, If the card authentication is OK, the electric lock 64 provided immediately is unlocked. NG refuses entry / exit using IC card. Then, if necessary, guide them to a predetermined department and perform procedures for entering or leaving.

  In this way, the entrance / exit management server 30 transmits an entrance / exit request (entry or exit request) to the serial I / F 60 including the controller. In this operation, the card authentication is unified by using the same interface as the case of performing the card authentication of the contactless IC card held by the entrance / exit with the fixed card reader described above. The controller 50 refers to the entrance / exit DB replica 51 to perform card authentication, and sends the card authentication result to the fixed card reader 63 via the LON / serial converter 62, the serial / LAN converter 61, and the wireless LAN-AP 20. Therefore, it is returned to the wireless terminal 10. On the other hand, if the card authentication is OK, the electric lock 64 is immediately unlocked. NG refuses entry / exit using IC card. The controller 50 stores the entrance / exit result in the entrance / exit DB replica 51 in the controller 50 in association with the above-described IC card identification information as an entrance / exit history. This will be described later.

  On the other hand, the personal information (name, affiliation, face photograph of a predetermined size, etc.) displayed on the wireless terminal 10 is searched from the entrance / exit management DB 32 attached to the entrance / exit management server 30 using the IC card identification information as a key. Acquired and personal information is displayed on the wireless terminal 10 together with the card authentication result. This will be described in detail later. When an enlarged face photograph is required for a face photograph, the operator presses a request button (photo display button) to extract the face photograph from the photograph file 33 attached to the entrance / exit management server 30, and to obtain a face having a predetermined size. It is converted into photograph data and displayed at a predetermined display position (see FIG. 2) of the wireless terminal 10. This will also be described in detail later.

  In the above description, the wireless terminal 11 arranged at the front gate for entrance confirmation or exit confirmation of the driver of the vehicle has been described as an example. However, the wireless terminal 13 arranged at the back gate, the employee dedicated gate, the temporary opening gate, etc. Terminals can be arranged to deal with them. A fixed card reader is placed at the employee gate to manage entrance and exit, but this can be used in parallel. The wireless terminal 10 can be used for both entrance and exit, but the wireless terminal 11 can be used exclusively for entry and the wireless terminal 12 can be used exclusively for exit. The wireless LAN-AP 20 is equipped with IEEE802.11b / g standardized as a wireless LAN.

  FIG. 2 is a front view showing the structure of the card reader wireless terminal according to the embodiment of the present invention. In FIG. 2, the wireless terminal 10 is configured to be portable enough for an operator, and an indicator display unit 102, a status display unit 103, a message display unit 104, a button display unit 105, and a clock display unit 106 in the center of the front. A front-side function key 108, a power key 109, a cursor movement key 110, a numeric key 111, an OK key 112, a clear key 113, and an asterisk key 114, and a function key 107 on the left side. Is provided. The illustrated example shows an example in which personal information in actual use is displayed between the status display unit 103 and the message display unit 104, and these display units are configured by a liquid crystal display device LCD (not shown). Therefore, it is possible to change the display position, display size, display content, and the like. Examples of various screens to be described later show examples of displaying various types of operation information on the display unit. In various screen examples, for example, indicator display unit 102, status display unit (gate name, entry / exit (displays either entry or exit by lighting display), card type (employee card, commuter card, etc.), operator Name) 103, message display unit 104, button display unit (contents vary depending on various screens) 105, clock display unit 106, and the like are substantially fixed in display position. This will be described again in various screen examples described later. Also, in various screen examples to be described later, various keys such as the status display LED 101 and the front function key 108 are not shown.

  FIG. 3 is a diagram for explaining the state of screen transition in the card reader wireless terminal according to the embodiment of the present invention. In FIG. 3, the wireless terminal is activated when the power is turned on, and transitions to the login screen 120. FIG. 4 shows an example of a menu screen displayed by the operator's operation on the login screen. In the login screen 120 of FIG. 3, an operator (not shown) has a contactless IC card reader (not shown) provided on the back surface (not shown) of the wireless terminal with a contactless IC card (not shown) owned by the operator (not shown). A login request is made by touching or approaching (not shown). In the login request, as described above, authentication is performed based on the IC card identification information read from the IC card (not shown) as to whether the logged-in operator is an authorized wireless terminal operator. The authentication result is returned as a login result. If the logged-in operator is an authorized wireless terminal operator, the screen changes to the menu screen 130.

  As operations to be performed by the operator on the menu screen 130 shown in FIG. 4, environment setting and gate selection are first executed. That is, when the setting button 131 on the menu screen shown in FIG. 4 is pressed, a transition is made to an environment setting screen (not shown). On the environment setting screen, set the brightness of the backlight, the buzzer volume, and whether or not to display details on the entrance / exit screen. An error message is displayed when a setting error occurs. When the setting on the environment setting screen is completed, the menu screen 130 is returned to by pressing a setting button (not shown) on the environment setting screen.

  Next, gate selection is performed. The gate selection transitions to a gate selection screen (not shown) by pressing a gate selection button 132 on the menu screen 130 shown in FIG. On the gate selection screen, select the target gates for entrance and exit, the main gate and the back gate. In this selection, when a gate selection screen is displayed, selectable gate names are displayed, and a gate can be selected by clicking a radio button (not shown) attached thereto. When the setting on the gate selection screen is completed, the menu screen 130 is returned to by pressing a setting button (not shown) on the gate selection screen.

  When the operator executes environment setting and gate selection on the menu screen 130 shown in FIG. 4, it is possible to engage in actual work using the wireless terminal. That is, as an example of actual work, FIG. 3 and FIG. 4 show entrance / exit, inquiry, and search. These are changed to the respective screens by pressing the entrance / exit button 133, the inquiry button 134, and the search button 135 shown in FIG. 4, and each job is executed on each screen.

  FIG. 5 is a sequence block diagram illustrating an overview of entry / exit processing (no detailed display) according to the embodiment of the present invention. FIG. 5 shows processing when the entry / exit button 133 is pressed after “no detail display” is selected on the entrance / exit screen in advance by the environment setting in FIG. 4 described above. That is, a non-contact provided on the back surface (not shown) of the wireless terminal 10 that the operator has a non-contact IC card (not shown) possessed by a driver or a passenger to enter or leave the vehicle. When touching or approaching an IC card reader (not shown), the wireless terminal 10 reads an IC card (not shown) and sends an entry / exit request (entry or exit request) to the serial I / F 60 including the controller 50. Send. This operation is performed by unifying the card authentication in the same interface as the case of performing the card authentication of the contactless IC card held by the entrance / exit with the fixed card reader 63 described above. The serial I / F 60 including the controller 50 performs card authentication with reference to the entrance / exit DB replica 51 in the controller 50, and immediately returns the card authentication result, that is, the entrance / exit result (OK / NG) to the wireless terminal 10. The wireless terminal 10 displays the entry / exit result (OK / NG). If the card authentication is OK, the electric lock 64 is immediately unlocked. NG refuses entry / exit using IC card. The serial I / F 60 including the controller 50 stores the entrance / exit result in the entrance / exit DB replica 51 in the controller 50 in association with the above-described IC card identification information as an entrance / exit history.

  FIG. 6 is a sequence block diagram for explaining the processing outline of entrance / exit (with detailed display) according to the embodiment of the present invention. FIG. 6 shows a process when the entry / exit button 133 is pressed after selecting the detailed display on the entrance / exit screen in advance by the environment setting on the menu screen 130 in FIG. That is, when a non-contact IC card possessed by a driver or passenger who wants to enter or leave the vehicle is touched or brought close to a non-contact IC card reader provided on the back of the wireless terminal 10 possessed by the operator, the wireless terminal 10 reads an IC card (not shown), and inquires of personal information based on the IC card identification information read by the wireless terminal 10 into the entrance / exit DB 32 of the entrance / exit management server 30 via the wireless LAN-AP 20 and the LAN 40. Do. The data structure related to personal information in the entrance / exit DB 32 is composed of a user ID, IC card identification information, name,..., Photo file name, etc., as shown in FIG. This inquiry returns the result of whether there is personal information corresponding to the IC card identification information to the entrance / exit management server 30. Then, the entrance / exit management server 30 transmits an entrance / exit request to the serial I / F 60. That is, from the wireless terminal 10 to the controller 50 via the wireless LAN-AP 20, the LAN / serial converter 61, the serial / LON converter 62, and the fixed installation type IC card reader 63, the non-contact with the same protocol as that for the fixed card reader 63. An entry / exit request for an IC card (not shown) is sent. The controller 50 refers to the entrance / exit DB replica 51 to perform card authentication, and returns the card authentication result from the serial I / F 60 to the entrance / exit management server 30. The serial I / F 60 including the controller 50 stores the entrance / exit result in the entrance / exit DB replica 51 in the controller 50 in association with the above-described IC card identification information as an entrance / exit history. As shown in FIG. 12C, the data structure related to the entry / exit history information in the entry / exit DB 32 includes date / time, IC card identification information, gate name, entrance (result), exit (result), and the like. If the card authentication is OK, the entrance / exit management server 30 performs a search based on the photo file name developed as personal information data and displays the face photo data (small) displayed in the personal information display column of the wireless terminal 10. (See FIG. 2).

  Here, if the face photo data (small) to be displayed in the personal information display field of the wireless terminal 10 does not exist, the photo file (small) is generated from the information filed in the registered photo file 35 and generated. The face photo data (small) to be displayed in the personal information display column of the wireless terminal 10 is obtained from the photo file (small).

  The entrance / exit management server 30 notifies the wireless terminal 10 of the entrance / exit result obtained as described above as card information (employee ID, name, affiliation, company name, etc.) and a face photo (small) for display. .

  FIG. 7 is a diagram showing an example of a screen on the card reader wireless terminal at the time of entry / exit (detailed display) shown in FIG. FIG. 7 shows a transition when the entry / exit button 133 on the menu screen 130 is pressed when the detailed display is selected on the entry / exit screen in advance by the environment setting on the menu screen 130 in FIG. In the button display unit 141 of FIG. 7, a “detail display” button 144 is shown in addition to the menu button and the entry → exit button. In FIG. 7, when entering / exiting, by clicking the “entrance / exit” button 142, it is possible to transition to the entrance / exit instruction screen 200 shown in FIG. This will be described later. When the “entrance / exit” button 142 is usable, the frame 143 surrounding the “entry / exit” button 142 is displayed in green, and a message “Please touch a card” is displayed below the frame 143. On the other hand, when the “entrance / exit” button 142 cannot be used, a frame 143 surrounding the “entry / exit” button 142 is displayed in red, and “the card reader is stopped” below the frame 143 (not shown). Message).

  When the “entrance / exit” button 142 is usable, the employee card or the commuter pass is entered by touching or approaching a non-contact card reader (not shown) provided on the back surface (not shown) of the wireless terminal 10. Make an exit request. If the reading of the IC card is successful, “Card read” (not shown) can be displayed. As described above, the personal information is inquired based on the IC card identification information read into the entrance / exit DB 32 of the entrance / exit management server 30 via the wireless LAN-AP 20 and the LAN 40. This inquiry returns the result of whether there is personal information corresponding to the IC card identification information to the entrance / exit management server 30. Then, the entrance / exit management server 30 transmits an entrance / exit request to the serial I / F 60 including the controller 50. The controller 50 refers to the entrance / exit DB replica 51 to perform card authentication, and returns the card authentication result, that is, the entrance / exit result (OK / NG), from the serial I / F 60 to the entrance / exit management server 30. If the card authentication is OK, the entrance / exit management server 30 performs a search based on the photo file name of the personal information developed in the table and displays the face photo data (small) (displayed in the personal information display area of the wireless terminal 10). (See FIG. 2). The entrance / exit management server 30 notifies the wireless terminal 10 of the entrance / exit results obtained as described above as card information (user ID, name, affiliation, company name, etc.) and a face photo (small) for display. (See the personal information display screen 150 in FIG. 3).

  When the card information and the face photograph (small) are displayed on the screen of the wireless terminal 10, personal information display as shown in FIG. 2 is possible. In the screen of FIG. 2, if “photo display” of the button display unit 105 is pressed, an enlarged photo can be displayed (see the enlarged photo display screen 160 of FIG. 3). This will be described later.

  When the menu button of the button display unit 141 shown in FIG. 7 is pressed, the “menu” screen 130 is displayed, and the entrance / exit switching button of the button display unit 141 displays “entrance → exit” in the entrance mode and is pressed. Switch to exit mode. In the exit mode, “Exit → Enter” is displayed, and when pressed, the mode is switched to the entrance mode. When the “confirmation ⇔ continuous mode switch” button 145 is in the “confirmation mode” as shown in the figure, it is possible to confirm the individual information including the photos one by one and confirm the entrance / exit, and in the “continuous mode” In some cases, the acquisition of personal information is stopped, card touch can be continuously performed, and only the card authentication result NG is notified so that entrance / exit confirmation can be speeded up.

  FIG. 8 is a sequence block diagram for explaining the outline of the enlarged photograph display processing according to the embodiment of the present invention. FIG. 8 shows a transition from the personal information display screen to which the photograph (small) is added to the enlarged photo display screen by pressing the “photo display” button of the button display unit 105 on the personal information display screen as shown in FIG. Is. More specifically, in FIG. 8, when the “photo display” button of the button display unit 105 is pressed on the display screen of the wireless terminal 10, an enlarged photo acquisition request is made to the entrance / exit management server 30. Searches whether an enlarged photo corresponding to the photo file 33 is filed, and if it is filed, obtains the enlarged photo, converts it to a predetermined size, and returns it to the wireless terminal 10. The wireless terminal 10 receives this and displays an enlarged photograph on the screen. On the other hand, if the enlarged photo corresponding to the entrance / exit management server 30 is not filed in the photo file 33, the corresponding enlarged photo file is generated from the registered photo file 35. Then, the generated corresponding enlarged photograph is acquired, converted into a predetermined size as described above, and returned to the wireless terminal 10. The wireless terminal 10 receives this and displays an enlarged photograph on the screen. In order to return to the original personal information display screen from the enlarged photo display screen, the “confirm” button of the button display unit 105 is pressed. Note that the enlarged photo display can be changed from the personal information display screen for entry / exit, inquiry, and search as shown in FIG. In the above description, the case of transition from the personal information display screen 150 to the enlarged photo display screen 160 has been described. However, the description is omitted because the same applies to other cases.

  FIG. 9 is a diagram illustrating an example of an entrance / exit instruction screen according to the embodiment of the present invention. FIG. 9 shows a screen transition by pressing the “entrance / exit” button 142 on the personal information display screen shown in FIG. In the entrance / exit instruction screen 200 shown in FIG. 9, the employee or the attendant displayed on the personal information display screen shown in FIG. In FIG. 9, an “entry” button 210 makes an entry request from the wireless terminal 10 to the entry / exit management server 30 and then closes this screen. The “Leave” button 220 makes an exit request from the wireless terminal 10 to the entrance / exit management server 30 and then closes this screen. The “close” button 230 is used to close this screen without entering or leaving. The “target gate display” label 240 displays a target gate of entry / exit.

  FIG. 10 is a diagram showing an example of a screen on the card reader wireless terminal at the time of the search process shown in FIG. The search screen 170 shown in FIG. 10 is changed by pressing the search button 135 on the menu screen 130 in FIG. On the search screen 170 shown in FIG. 10, the personal ID and name are entered to search for personal information. The button display unit 171 in FIG. 10 shows a menu button, a search button, and a display button. When the menu button of the button display unit 171 is pressed, a “menu” screen is displayed. When “Personal ID” is input in the “Personal ID” input box 172, or when “Name Kana” is input in the “Name Kana” input box 173, the search button of the button display unit 171 is clicked. When pressed, a search request is issued to the entrance / exit management server 30 and the search is executed. A list of search results is displayed on the “search result list” display unit 174 and the number of hits is displayed on the message display unit 175. In the list of search results, the line number, personal ID, name (kanji), name (kana) are displayed. If the number of hits due to a forward match is too large to be displayed on the display unit 174, a message “Too many matches” (not shown) is displayed. The display button of the button display unit 171 displays the personal information selected in the search result list of the display unit 174 on the “personal information display” screen 180. Since the transition from the “personal information display” screen 180 to the enlarged photo display screen or the entrance / exit instruction screen is the same as described above, description thereof is omitted here. In the search screen 170 shown in FIG. 10, the card reader use availability display 176 is disabled.

  FIG. 11 is a sequence block diagram illustrating an overview of forced entry / exit processing according to the embodiment of the present invention. FIG. 11 shows the entry / exit management by pressing the entry / exit button to force entry / exit on the personal information display screen of the wireless terminal 10 in entry / exit, inquiry, and search shown in FIG. 3 and FIG. The server 30 is made to process. Upon receipt of the forced entry / exit request, the entry / exit management server 30 transmits the entry / exit request to the serial I / F 60 including the controller 50. In order to accept forced entry / exit, the controller 50 generates entry / exit history information related to forced entry / exit in the entry / exit DB 51 and stores it. Then, entry / exit approval / disapproval (OK / NG) related to forced entry / exit is returned from the serial I / F 60 including the controller 50 to the entrance / exit management server 30. The entrance / exit management server 30 returns the forced entry / exit result to the wireless terminal 10, and the wireless terminal 10 displays the forced entry / exit result on the screen.

10-13 Card reader wireless terminal 20-22 Wireless LAN-AP (Access Point)
30 Entrance / exit management server 31 Wireless terminal authentication service DB (Database)
32 Entrance / exit DB
33 Photo file 35 Registered photo file 40 LAN (Local Area Network)
50 controller 51 entry / exit DB (replica)
60 Serial I / F (interface)
61 LAN / Serial Converter 62 Serial / LON Converter 63 Card Reader (Installation Type)
64 Electric lock 101 Status display LED
102 Indicator Display Unit 103 Status Display Unit 104 Message Display Unit 105 Button Display Unit 106 Clock Display Unit 107 Left Side Function Key 108 Front Function Key 109 Power Key 110 Cursor Movement Key 111 Ten Key 112 OK Key 113 Clear Key 114 Asterisk Key 120 Login Screen 130 Menu Screen 131 Setting Button 132 Gate Selection Button 133 Entry / Exit Button 134 Inquiry Button 135 Search Button 140 Entry / Exit Screen 141 Button Display 142 “Entry / Exit” Button 143 Frame 144 “Detail Display” Button 145 “Confirmation ⇔ Continuous Mode Switch” Button 150 Personal information display screen 160 Enlarged photo display screen 170 Search screen 171 Button display section 172 “Personal ID” input box 173 “Name name” "Input box 174" list of search results, "the display unit 175 message display unit 180 personal information display screen 200 entrance and exit instruction screen 210 admission button 220 exit button 230" close "button 240" target gate Display "label

Claims (8)

An entrance / exit management system comprising a card reader wireless terminal for reading contactless IC card information in a contactless manner and an entrance / exit management server for managing entrance / exit into the premises,
The card reader wireless terminal possessed by an operator is connected to a LAN via a wireless LAN access point and configured to be connected to an entry / exit management server via the LAN,
The entrance / exit management server manages personal information of attendees in a database and manages a photo file holding face photo information associated with the personal information,
When the card reader wireless terminal reads the information of the contactless IC card, the information is transmitted to the entrance / exit management server, and the entrance / exit management server performs primary authentication of the contactless IC card. A controller that authenticates the IC card by a fixed card reader with respect to the IC card identification information in the information is subjected to primary authentication based on the presence or absence of registration of the IC card identification information, and the card reader wireless terminal sends the primary authentication result to the card reader wireless terminal. The entry / exit management server displays the items related to the personal information read by the card reader wireless terminal in order to reply and display the availability of entry / exit, and then to perform secondary authentication for the personal information. The secondary authentication is performed using the card reader and the card personal information and the face photograph that are secondarily authenticated to the card reader wireless terminal are Entrance and exit management system using the card reader wireless terminal, characterized in that to display reply as evidence results.   The information on a non-contact IC card possessed by the operator is read when the card reader wireless terminal is activated, and it is authenticated that the operator who operates the card reader wireless terminal is an authorized person. An entrance / exit management system using the card reader wireless terminal according to claim 1.   When an operator authorized by the card reader wireless terminal is authenticated, a menu screen is displayed on the card reader wireless terminal, and a setting button displayed on the menu screen is pressed, via the card reader wireless terminal. 3. An entrance / exit management system using a card reader wireless terminal according to claim 2, wherein an environment setting for an entrance / exit operation to be performed is performed.   The environment setting may be configured to set an entry / exit gate name where the operator is located, presence / absence of detailed display on the card reader wireless terminal, or whether to enter or exit. An entrance / exit management system using the card reader wireless terminal according to claim 3.   When the detailed setting is set to the card reader wireless terminal in the environment setting, only the primary authentication result based on the IC card identification information is displayed on the card reader wireless terminal to enter / exit. 5. An entrance / exit management system using the card reader wireless terminal according to 4.   When the card reader wireless terminal is set to have detailed display in the environment setting, a face photograph is returned from the entrance / exit management server to the card reader wireless terminal together with personal information, and the operator inputs the face photograph to the card reader wireless terminal. 5. The card reader according to claim 4, wherein when the enlargement request is issued to the exit management server, the entrance / exit management server searches the photo file and sends the enlarged photo data to the card reader wireless terminal. Entrance / exit management system using wireless terminals.   When there is a request not to possess the non-contact IC card at the time of entry / exit, data is inputted from the card reader wireless terminal to the predetermined item related to the personal information, and is sent to the entry / exit management server. The management server causes the controller to search for the personal information based on the offer for the predetermined item related to the personal information, and if there is a match, generates the entry / exit history information, and approves / rejects the entry / exit based on the offer. 2. The entrance / exit management system using a card reader wireless terminal according to claim 1, wherein the controller displays the screen on the card reader wireless terminal via the entrance / exit management server.   If the content displayed on the screen of the card reader wireless terminal approves entry / exit based on the offer, the operator may force entry / exit by pressing the entry / exit button of the card reader wireless terminal. 8. An entrance / exit management system using the card reader wireless terminal according to claim 7.