JP4858880B2 - Security system, security card IC card updating method, program thereof, and program recording medium - Google Patents

Description

  The present invention relates to a security system, a security pass IC card update method, a security pass IC card update program, and a program recording medium, and in particular, an operation for changing a non-contact IC card for security check to another non-contact IC card. The present invention relates to a security system, a security pass IC card update method, a security pass IC card update program, and a program recording medium that can be implemented without increasing the burden on an administrator. The present invention can be suitably applied to the security field using non-contact IC cards for other applications such as mobile phones and credit cards, and the field using membership cards using non-contact IC cards.

  As described in Japanese Patent Application Laid-Open No. 2005-23680, “Entrance / Exit Management Device” in Japanese Patent Application Laid-Open No. 2005-23680, an employee ID card with a dedicated non-contact IC card has been used as the security pass. When using an employee ID card like this, when a new employee joins the company, it takes a considerable amount of time to create an employee ID card, and the management of the security system has been a considerable burden on the administrator.

  On the other hand, various media equipped with a non-contact IC card function have recently been used. Many rechargeable cards such as mobile phones, credit cards, transportation cards, edy cards, etc. have appeared and are being used in their respective applications. As a result, the movement to use the non-contact IC card function used in various applications for the security pass is also increasing.

  In particular, in the case of a company that can use a large amount of non-contact IC cards as an employee ID card, even if a non-contact IC card dedicated to a security system is used, a large amount of non-contact IC cards are used. The unit price is not so high. However, when using a small number of non-contact IC cards, the unit price of the non-contact IC card and the issuance time will be a considerable burden on the company side. The use of non-contact IC cards for security pass is expected to increase in the future.

When using non-contact IC cards used in other applications for security systems, a particular problem is the master data of the security system for data related to non-contact IC cards (registration of data for security management). Database). In the case of a mobile phone, there are a considerable number of users who frequently purchase replacements. In the case of a credit card, when the expiration date is reached, the card is automatically switched to a new card. In such a case, the administrator of the security system that manages the security pass must update the registration contents of the master data for the changed data related to the contactless IC card one by one. There are concerns.
Japanese Patent Laying-Open No. 2005-23680 (page 3-4)

  As described above, the problem with the prior art is that, for example, when a non-contact IC card mounted on a mobile phone or a credit card is used as a security pass instead of an employee card, the non-contact IC card is used. It is necessary that the user goes to the security system administrator and the security administrator needs to update the registration contents of the security system master data one by one.

  In other words, whenever a mobile phone is renewed or an update occurs due to the expiration of the credit card, it is necessary to update the registration contents in the security pass master data. If it is managed by the company, such as an employee ID card, set an expiration date in advance, and the security administrator will prepare in advance for registration and distribution of the next card before the expiration date as the company Can be done. However, when a non-contact IC card such as a mobile phone or a credit card is used for a security pass, such a non-contact IC card is changed at different times depending on each user. For this reason, the burden on the security administrator increases, and the management of the master data becomes complicated.

  The present invention has been made in view of such circumstances, and uses an IC card reader body itself installed in a traffic gate for security check, or an IC card reader dedicated to re-registration (update registration). Security system with a mechanism that allows users who wish to change (update) non-contact IC cards for security passports to easily change the registration of master data, An object of the present invention is to provide an IC card update method, a security pass IC card update program, and a program recording medium.

  In order to solve the above-described problems, the security system, the security pass IC card update method, the security pass IC card update program, and the program recording medium according to the present invention employ the following characteristic configurations.

  (1) An IC card reader disposed for each of one or more passage gates and a control device for managing master data for controlling the operation of the IC reader. Controls the opening and closing of the pass gate by reading ID information that can uniquely identify the contact IC card and determining whether or not the read ID information is registered in the master data as ID information that permits passage In the security system, when newly registering ID information capable of uniquely identifying the non-contact IC card in the master data, a user who possesses the non-contact IC card is newly registered from the non-contact IC card. 2. Set and register a password that is used to authenticate whether or not it can be changed to a non-contact IC card. Curie tee system.

  According to the security system, security pass IC card update method, security pass IC card update program, and program recording medium of the present invention, the following effects can be obtained.

  Users who wish to change (update) a non-contact IC card for security pass can easily update / change (re-register) the master data, and secure the updated / changed master data. Since it can be automatically set to each IC card reader installed for use, even when a non-contact IC card used in other applications is used as an IC card for security pass, The burden on the administrator of the security system can be greatly reduced.

  In addition, the user who re-registers the master data is a user who has already been registered in the security system, and the update / change (re-registration) operation of the contactless IC card for the security pass is completed within the security system. Therefore, leakage of master data to a third party can be surely prevented. In addition, each time the non-contact IC card for security pass is changed on each user side, the registered content of the master data is updated by the user, and the updated / changed master data is updated for each security check. It is automatically distributed to the IC card reader. Therefore, the administrator does not need to update / change the master data one by one and distribute the updated / changed master data to each IC card reader, which greatly increases the burden on the administrator. It is reduced.

  The data to be updated / changed is only ID information for uniquely identifying the non-contact IC card for security pass registered in the master data, that is, the card ID number, and the card ID number registered in the master data. Is replaced with a new non-contact IC card instead of the security pass IC card that has been used so far, and the new security pass IC card can be used.

  Further, the update of the registered contents of the master data by the IC card re-registration function (master data update / change function) is completed. Since the user is notified using the means, the user has successfully registered the new security pass IC card by holding the new security pass IC card after the change over the IC card reader again. The confirmation operation can be performed immediately on the spot.

  The IC card re-registration function distributes the updated / changed master data not only to the IC card reader that performed the update / change reading operation, but also to other IC card readers. Do it automatically. As a result, all IC card readers including other IC card readers are updated to a state in which the passage using the new security pass IC card is permitted.

  In addition, the history about the security pass IC card in which the master data has been updated / changed is recorded and held, and the administrator of the security system can check the recorded history. The person can trace the update / change of the master data, and can easily grasp when and who updated / changed which security pass IC card.

  Preferred embodiments of a security system, a security pass IC card update method, a security pass IC card update program, and a program recording medium according to the present invention will be described below with reference to the accompanying drawings. In the following description, the security system and the security pass IC card update method according to the present invention will be described. The security pass IC card update method is implemented as a security pass IC card update program executable by a computer. Needless to say, the security pass IC card update program may be recorded on a computer-readable recording medium.

(Features of the present invention)
Prior to the description of the embodiments of the present invention, the features of the present invention will be described first. As a security system, when a user wants to change a contactless IC card itself currently used for a security pass to a new contactless IC card, the master data can be easily obtained by simple operation of the user himself / herself. A system is provided that can automatically update the data of each IC card reader installed at each pass gate for security check. Here, when changing the non-contact IC card used for the security pass, the contactless IC card used for the security pass is changed, not updating the information recorded in the same non-contact IC card. The present invention has the feature of realizing a mechanism that makes it possible to easily perform update registration between different contactless IC cards.

  In this way, if you change the contactless IC card itself, for example, if you are building an entrance / exit system using the IC card function installed in the mobile phone, new IC card information will be entered / exited when you replace the mobile phone. It is necessary to re-register in the system, and in the conventional entrance / exit system, it is common for the security management department to perform update registration of new IC card information one by one. However, according to the present invention, the user himself / herself who wants to update the IC card information to the new IC card information by using the IC card reader itself installed at each passage gate (each entrance / exit) for security check of entrance / exit is the user himself / herself. It is characterized in that it is possible to easily register and change master data in which information for security is registered.

  Here, the individual user who has used the non-contact IC card for security pass registered in the master data that collectively manages the security information is the non-contact IC for the security pass of the individual user. It is configured such that card change registration can be performed by itself, and the changed master data can be automatically set in each IC card reader installed for security. That is, the present invention is realized by performing the following operations as a method for re-registering (update registration) a non-contact IC card used as a security pass IC card.

  A user who wants to change a non-contact IC card for security pass must first re-register the non-contact IC card before holding the currently used security pass IC card over the IC card reader. In order to declare, the re-registration key assigned as the IC card re-registration function is pressed from the keyboard of the IC card reader. The re-registration key may be a single key, or may be a function input by a combination of pressing operations of a plurality of numerals or alphabetic keys. By pressing the re-registration key, the IC card reader shifts from the normal operation mode for security check to the non-contact IC card re-registration mode, and at the same time the IC of the control device on the upper side of the IC card reader. Activate the card re-registration function.

  When the IC card re-registration function of the higher-level control device is activated, the IC card user is prompted to read the current security pass card, and the security pass IC card is not read within a predetermined period of time. If there is no security card or if a security pass IC card that is not registered in the current master data is read, the active IC card re-registration function is terminated, and the IC card re-registration operation is terminated, Return to normal operating mode.

  On the other hand, when the security pass IC card registered in the master data is held over the IC card reader, the contents of the security pass IC card read from the IC card reader are stored in the IC card of the host controller. Entered in the re-registration function. In this case, the same card ID number as that of the security pass in the normal operation mode is notified to the upper control device. Therefore, in the normal operation mode, since the same number as the card ID number set in the IC card reader is read, the gate is opened, for example, the electric lock is unlocked or the flapper gate is It becomes open. However, when the non-contact IC card is to be updated, as described above, the IC card reader shifts to the re-registration mode in advance, and the IC card re-registration function of the higher-level control device is activated. Since the IC card reader is activated, the IC card reader waits for the next instruction from the upper control device instead of opening the pass gate, for example, unlocking the electric lock or opening the flapper gate. The registration contents of the master data of the security pass IC card are set in a state where the update is possible.

  In addition, since it is also possible to perform a change prohibition setting so that the change of the master data is not permitted by a prior operation by the security administrator, if the change prohibition setting has been made and the change is not permitted, The active IC card re-registration function is terminated, the IC card re-registration operation is terminated, and the normal operation mode is restored.

  If the change prohibition setting has not been set and the master data of the security pass IC card can be changed, the user can re-register the IC card (for updating the IC card) within a predetermined time. Enter the password from the keyboard of the IC card reader. The password for IC card re-registration input from the keyboard is notified to the IC card re-registration function of the higher-level control device, and confirmation is made as to whether or not to permit change of master data. At this time, it is also possible to notify the user of operation method guidance using at least one of a display screen such as an LCD, a display lamp such as an LED, and a voice message. The personal identification number for re-registration of the IC card is the ID information of the non-contact IC card for security passage (information that can uniquely identify the non-contact IC card, for example, the IC card number). ) Is newly registered in the master data, the user of the security pass IC card can set a favorite number in advance, and the number set in advance by the user is registered. Yes.

  When the password for IC card re-registration is correctly authenticated by the IC card re-registration function of the host control device, the new non-contact IC is changed by holding the new non-contact IC card to be changed over the IC card reader. The card ID number (ID information) recorded on the card is read and notified to the IC card re-registration function of the host controller. The IC card re-registration function of the host control device updates and registers the notified new card ID number in the master data instead of the card ID number registered so far. At this time, an operation error is prevented by notifying the user of the operation method guidance using at least one of a display screen such as an LCD, a display lamp such as an LED, and a voice message. Is also possible.

  On the other hand, if the new IC card to be changed is not read within a predetermined time after the authentication of the password for IC card re-registration is performed, the active IC card re-registration function is activated. When finished, the IC card re-registration operation is terminated and the normal operation mode is restored.

  As such, the data to be changed by the IC card re-registration function of the higher-level control device is only the card ID number for uniquely identifying the security card IC card registered in the master data. When the number is replaced, the new non-contact IC card becomes a security pass in place of the security pass IC card used so far, and the new pass is possible.

  When the update registration to the master data by the IC card re-registration function of the higher-level control device is completed, the master data is transferred from the IC card reader that has changed to the new registration mode and changed to the new non-contact IC card. The user is notified of the fact that the registration of the update is completed and prompts the user to confirm the new security pass IC card after the change by using at least one of a display screen such as an LCD, a display lamp such as an LED, and a voice message. Notify Thus, the user immediately confirms that the new security pass IC card has been successfully registered on the spot by holding the new security pass IC card after the change over the IC card reader again. be able to.

  The IC card re-registration function of the upper control device was changed not only for the IC card reader that performed the reading operation of the non-contact IC card for change but also for other IC card readers. Master data is distributed automatically. As a result, all IC card readers including other IC card readers installed at the respective traffic gates for security checks are set in a state in which traffic using the new security pass IC card can be permitted. The

  The history related to the security pass IC card whose master data has been changed is recorded and held as history information in the master data, and the administrator of the security system can check the recorded history information. It is. As a result, the administrator can trace the update history of the master data, and can easily grasp when and who changed the security pass IC card.

  In addition, the user who re-registers the master data is a user who has already been registered in the security system, and the re-registration operation of the security card IC card is completed within the security system. Can be surely prevented. In addition, each time the non-contact IC card for security pass is changed on each user side, the registered content of the master data is updated by the user, and the updated / changed master data is updated for each security check. It is automatically distributed to the IC card reader. Therefore, the administrator of the security system changes the master data one by one, and it is not necessary to perform the operation of distributing the changed master data to the IC card reader each time the security pass IC card is changed. The burden on the administrator is greatly reduced.

  In the description of the present embodiment, the IC card reader used when re-registering the non-contact IC card for security pass is the IC card installed at the pass gate for security check as described above. Although the case where the user himself / herself uses the reader will be described, the present invention is not limited to such a case. In other words, the operation mode for re-registering the non-contact IC card needs to perform an operation different from the operation in the normal mode of the IC card reader installed at the passage gate for security check. Of course, a dedicated IC card reader may be prepared for re-registering (updating / changing) a non-contact IC card instead of using the IC card reader also. When using a dedicated IC card reader for non-contact IC card re-registration (update / change), the operation mode is always set to the re-registration mode. It is not necessary to perform the operation of switching between.

(Configuration of the embodiment of the present invention)
FIG. 1 is a system configuration diagram showing an example of the overall configuration of a security system according to the present invention. As shown in FIG. 1, in the security system of the present invention, one or a plurality of IC card readers 11, 12,... 13 and a higher-level control device 10 are connected via a LAN line 30. A storage device 20 </ b> A having master data 20 is connected to the control device 10. Here, the IC card readers 11, 12,... 13 are installed for each traffic gate for security check, and may be one or many. The upper control apparatus 10 is physically configured using a PC or a server, but may be of a type incorporated in any IC card reader in some cases.

  Next, a registration method to the master data 20 when re-registering the security pass IC card in the security system of FIG. 1 will be described. FIG. 2 is an explanatory diagram for explaining a registration method to the master data 20 when re-registering the security pass IC card in the security system of FIG. 1, and is currently in use by using the IC card reader 11. This shows a registration method in the master data 20 when the first IC card 40a, which is the security pass IC card, is changed to a new second IC card 40b.

  First, a user who wants to change his / her security pass IC card prepares two IC cards, a first IC card 40a which is the current security pass IC card and a new second IC card 40b which he wants to change.

  Next, the user goes to the IC card reader 11 installed at the traffic gate for security check, and operates the keyboard 11b of the IC card reader 11 to re-register the IC card. A specific key defined as a re-registration key or a combination of a numeric key and / or an alphabet key is pressed. As a result, it is displayed on the IC card reader 11 that the IC card re-registration mode has been entered, and a message indicating that the IC card for security pass currently in use is to be read is displayed. 10 is notified of the transition to the re-registration mode. By displaying that the IC card for security pass currently in use is to be read, the user first reads the first IC card 40a currently in use from the card reading unit 11a of the IC card reader 11. Make it.

  Thereafter, the control device 10 on the higher-level side that has shifted to the IC card re-registration mode requests the input of a password for re-registration, and the user then operates the keyboard 11b to re-register. Confirm that the re-registration of the IC card is permitted. When re-registration is permitted and a message indicating that a new contactless IC card is to be read is displayed, the user reads the new second IC card 40b to be changed from the card reading unit 11a of the IC card reader 11. As a result, re-registration of a new IC card can be completed.

  The higher-level control device 10 includes the key data information on the re-registration key operated to shift to the IC card re-registration mode from the IC card reader 11, and the first IC read from the card reading unit 11a. Information about the card 40a, key data information about the re-registration password, and information about the new second IC card 40b after the change are sequentially sent through the LAN line 30. The host control device 10 determines whether or not to permit re-registration based on the information on the security pass currently in use registered in the master data 20 and the password for re-registration, and permits re-registration. In this case, the master data 20 is updated based on the information related to the new second IC card 40b. When the update of the master data 20 is completed, the updated master data 20 is automatically transmitted to all the IC card readers 11, 12,... Delivered to.

(Description of operation of embodiment)
Next, an example of the operation for re-registering the security pass in the security system shown in FIGS. 1 and 2 will be described with reference to the flowchart of FIG. FIG. 3 is a flowchart showing an example of an operation for re-registering the security pass of the security system shown in FIGS. 1 and 2, and the non-contact IC card currently used as the security pass is changed to a new non-contact IC card. Shows the operation when re-registering.

  When changing a contactless IC card for security pass, the following procedure is used. First, a user who wishes to change to a new contactless IC card uses a security pass IC card currently in use (first IC card 40a in FIG. 2) and a new IC card to be changed for security pass (first in FIG. 2). 2 IC cards 40b) and two non-contact IC cards are prepared, and the IC card reader 11 and the upper side are used by using the IC card reader, for example, the keyboard 11b of the IC card reader 11 of FIG. In order to shift the operation mode related to the IC card reader 11 of the control device 10 to the re-registration mode, a re-registration key is pressed (step S1). As described above, the re-registration key may be a predetermined key or a series of numbers. When a dedicated IC card reader is provided for re-registration and a non-contact IC card is changed using the dedicated IC card reader, the re-registration key The operation can be omitted.

  If the input of the re-registration key is not recognized by the IC card reader 11 (No in step S1), the IC card reader 11 operates as it is in the normal mode, and the IC card for security pass is passed. To wait for step S4. On the other hand, when the input of the re-registration key is recognized on the side of the IC card reader 11 (Yes in step S1), the IC card reader 11 shifts from the normal mode to the re-registration mode, and at the same time the higher-level control device 10 is notified of the input key data through the LAN line 30 together with an ID indicating a request for shifting to the re-registration mode (step S2).

  Next, the IC card reader 11 waits for input of a non-contact IC card currently used for security pass, and waits for the non-contact IC card to be held over the card reader 11a. When the non-contact IC card is recognized and the ID information (card ID number) of the non-contact IC card is read by the card reading unit 11a, the ID information is transferred from the control device 10 to the inside of the IC card reader 11. Compare with the ID information of the master data that is held. If the ID information of the read non-contact IC card is not registered in the master data, the operation mode of the IC card reader 11 is set to the normal mode and the operation is terminated. However, the ID of the read non-contact IC card is If the information is registered in the master data, it is next checked whether or not the current operation mode of the IC card reader 11 is the normal mode (step S5).

  If the re-registration key is not input first and the current operation mode of the IC card reader 11 is the normal mode (Yes in Step 5), the normal contact mode IC card is used as the normal mode operation. In this case, the passage gate is opened, for example, the electric lock is unlocked or the flapper gate is opened.

  On the other hand, when the re-registration key is input first and the operation mode of the IC card reader 11 is set to the re-registration mode (No in step S5), the correct non-contact IC card for security pass is not found. Even if it is held over, it is assumed that the input of the non-contact IC card (first IC card 40a in FIG. 2) that is to be changed for the security pass is performed. The normal unlocking operation such as unlocking the lock or opening the flapper gate is not executed, and a message prompting the user to input the password for re-registration is output, and waiting for input of the password for re-registration from the user. It becomes a state. Further, the ID information of the non-contact IC card read by the card reading unit 11 a is notified to the upper control device 10 via the LAN line 30.

  When the operation mode of the IC card reader 11 is the re-registration mode and a password for re-registration is input from the keyboard 11b of the IC card reader 11 (step S7), the IC card reader 11 The input password for re-registration is transmitted to the upper control device 10 via the LAN line 30. Upon receiving the re-registration password, the higher-level control device 10 compares it with the password registered in the master data 20, and if the verification results do not match (No in step S8), the IC card The operation mode of the reader 11 is returned to the normal mode, and the re-registration operation is finished.

  On the other hand, if the collation result between the password for re-registration received from the IC card reader 11 matches the password registered in the master data 20 (Yes in step S8), a new non-contact IC to be changed A status to permit the input of the card (second IC card 40b in FIG. 2) is returned to the IC card reader 11. As a result, the IC card reader 11 outputs a message that prompts the user to read a new non-contact IC card using at least one of a display screen such as an LCD, a display lamp such as an LED, and a voice message. At the same time, a new non-contact IC card is awaited to be read, and the IC card reading operation from the card reading unit 11a of the IC card reader 11 is continued for a predetermined time. When a new IC card is read by the card reading unit 11a (step S9), the ID information (card ID number) of the read new IC card is notified to the upper control device 10 via the LAN line 30.

  Upon receiving the new contactless IC card ID information from the IC card reader 11, the upper control device 10 receives the ID information (card ID number) of the security pass IC card in the master data 20 of the storage device 20A. The new ID information is changed and registered again (step S10). After the master data 20 has been changed, the higher-level control device 10 is installed for each passing gate and performs the security check on all the IC card readers 11, 12,. The changed master data 20 is distributed (step S11).

  Of the IC card readers that have received the distribution of the changed master data 20 from the control device 10, the IC card reader 11 that has been set to the re-registration mode is a new contactless IC card for the new security pass. A message that prompts the user to perform a reading operation is output using at least one of a display screen such as an LCD, a display lamp such as an LED, and a voice message. A user who has changed to a new non-contact IC card for security pass shows whether or not the new non-contact IC card for security pass is correctly re-registered by holding the non-contact IC card over the IC card reader again. It becomes possible to confirm.

  Here, when the IC card reader 11 that has been set to the re-registration mode outputs a message that prompts the user to read the changed non-contact IC card for the new security pass, Return to normal mode. Therefore, when the user reads a new non-contact IC card for security pass to confirm the registration of a new non-contact IC card for security pass as the next non-contact IC card, the re-registration mode is started. The IC card reader 11 that has returned to the normal mode recognizes it as correct security pass ID information and performs a normal unlocking operation such as opening the pass gate, for example, unlocking the electric lock or opening the flapper gate. Execute.

The configuration of the preferred embodiment of the present invention has been described above. However, it should be noted that such examples are merely illustrative of the invention and do not limit the invention in any way. Those skilled in the art will readily understand that various modifications and changes can be made according to a specific application without departing from the gist of the present invention. For example, the embodiment of the present invention can be expressed as the following configuration in addition to the configuration (1) in the means for solving the problems.
(2) The IC card reader has, as an operation mode, a normal mode in which a normal operation for security check is performed, and a non-contact IC card registered for security pass to a new second non-contact IC card. When the re-registration key is pressed, the re-registration key for instructing switching from the normal mode to the re-registration mode is provided. The security system according to (1), wherein the operation mode of the IC card reader is switched from the normal mode to the re-registration mode.
(3) As the re-registration key, a single key specified in advance for switching to the re-registration mode or a combination of numeric keys and / or alphabet keys defined in advance for switching to the re-registration mode is used. The security system of (2) above.
(4) After the operation mode of the IC card reader is switched to the re-registration mode, the same ID information as that of the non-contact IC card registered for use as a security pass until a predetermined elapsed time elapses If the non-contact IC card cannot be read, or if no non-contact IC card is input before the predetermined elapsed time has elapsed, the IC card reader returns to the normal mode. The security system according to (2) or (3) above.
(5) After the operation mode of the IC card reader is switched to the re-registration mode, the same ID information as that of the non-contact IC card registered for use as a security pass until a predetermined elapsed time elapses. When reading a non-contact IC card having, a display for prompting the input of a password used for authenticating whether or not a change to a new second non-contact IC card can be made, at least one of a display screen, a display lamp, and sound Output using the above, and then perform an authentication operation to determine whether or not the entered password number matches the password set and registered in advance in the master data. The security system according to (2) or (3), wherein the IC card reader returns to the normal mode.
(6) When the input password number matches the password set and registered in advance in the master data, the IC card reader performs a new reading operation of the second non-contact IC card. If there is no non-contact IC card input for a predetermined time after the display is output, at least one of a display screen, a display lamp, and sound is output. The security system according to (5), wherein the IC card reader returns to the normal mode.
(7) When the ID information that can uniquely identify the new second non-contact IC card is read before the predetermined time elapses, by transmitting the read ID information to the control device, In the control device, the ID information of the non-contact IC card for security pass registered in the master data is updated to the transmitted ID information and re-registered in the master data. Security system.
(8) Each time the controller re-registers the master data, the controller delivers the re-registered master data to all the IC card readers arranged for each of one or more pass gates. (7) The security system according to (7), wherein all the IC card readers update the information related to the non-contact IC card for security pass to the latest state.
(9) Of the IC card readers that have received the master data after re-registration from the control device, the IC card reader set in the re-registration mode is the new second contactless IC card. In order to confirm registration, an indication to prompt the second non-contact IC card to be read again is output using at least one of a display screen, a display lamp, and sound, and the normal mode is restored. The security system according to (8) above.
(10) A dedicated IC card reader as an IC card reader that performs an operation for changing from the non-contact IC card registered in the master data for security pass to a new second non-contact IC card The security system according to (1) above, in which a machine is provided.
(11) ID information that can uniquely identify a non-contact IC card for security pass is read by an IC card reader disposed for each of one or more pass gates, and the read ID information permits the pass. In order to update the non-contact IC card for security pass to a new second non-contact IC card in the security system that controls the opening and closing of the pass gate. The IC card renewal method for security passports, wherein when newly registering ID information capable of uniquely identifying the non-contact IC card in the master data, a user possessing the non-contact IC card For authentication of whether or not to change from a non-contact IC card to a new second non-contact IC card IC card renewal method for security-way certificate to be registered to arbitrarily set a personal identification number to be used Te.
(12) The IC card reader operates as a normal mode for performing a normal operation for security check as an operation mode, and from the non-contact IC card registered for security pass to a new second non-contact IC card. When the re-registration key is pressed, the re-registration key for instructing switching from the normal mode to the re-registration mode is provided. (1) The security card IC card updating method of (11), wherein the operation mode of the IC card reader is switched from the normal mode to the re-registration mode.
(13) As the re-registration key, a single key specified in advance for switching to the re-registration mode, or a combination of numeric keys and / or alphabet keys defined in advance for switching to the re-registration mode is used. (12) The method of updating an IC card for security pass.
(14) After the operation mode of the IC card reader is switched to the re-registration mode, the same ID information as that of the non-contact IC card registered for use as a security pass until a predetermined elapsed time elapses. If the non-contact IC card cannot be read, or if no non-contact IC card is input before the predetermined elapsed time has elapsed, the IC card reader returns to the normal mode. (12) or the security card IC card updating method of (13).
(15) After the operation mode of the IC card reader is switched to the re-registration mode, the same ID information as that of the non-contact IC card registered for use as a security pass until a predetermined elapsed time elapses When reading a non-contact IC card having, a display for prompting the input of a password used for authenticating whether or not a change to a new second non-contact IC card can be made, at least one of a display screen, a display lamp, and sound Output using the above, and then perform an authentication operation to determine whether or not the entered password number matches the password set and registered in advance in the master data. The IC card reader is a security passport IC card updating method according to (12) or (13), wherein the IC card reader returns to the normal mode.
(16) If the input password number matches the password set and registered in advance in the master data, the IC card reader performs a new reading operation of the second non-contact IC card. If there is no non-contact IC card input for a predetermined time after the display is output, at least one of a display screen, a display lamp, and sound is output. (15) The method of updating an IC card for security passage according to (15), wherein the IC card reader returns to the normal mode.
(17) When the ID information that can uniquely identify the new second non-contact IC card is read before the predetermined time elapses, the security registered in the master data by the read ID information The security pass IC card update method of (16), wherein the ID information of the non-contact IC card for pass is updated and re-registered in the master data.
(18) Each time re-registration with respect to the master data is performed, the master data after re-registration is delivered to all the IC card readers arranged for one or more pass gates, and the IC card reader The security pass IC card updating method according to (17), wherein all update the information related to the non-contact IC card for security pass to the latest state.
(19) Among the IC card readers updated to the latest state by the master data after re-registration, the IC card reader set in the re-registration mode is a new second contactless IC card. In order to confirm registration, an indication to prompt the second non-contact IC card to be read again is output using at least one of a display screen, a display lamp, and sound, and the normal mode is restored. (18) The method for updating an IC card for security pass.
(20) A security pass IC card update program that implements the security pass IC card update method according to any one of (11) to (19) as a program that can be executed by a computer.
(21) A program recording medium in which the security pass IC card update program of (20) is recorded on a computer-readable recording medium.

1 is a system configuration diagram showing an example of the overall configuration of a security system according to the present invention. It is explanatory drawing for demonstrating the registration method to master data at the time of re-registering a security pass IC card in the security system of FIG. It is a flowchart which shows an example of the operation | movement which performs re-registration of the security pass of the security system shown in FIG. 1, FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Control apparatus 11 IC card reader 11a Card reader part 11b Keyboard 12 IC card reader 13 IC card reader 20 Master data 20A Storage device 30 LAN line 40a 1st IC card 40b 2nd IC card

Claims (7)

An IC card reader which is arranged for each of one or more passage gates and which reads ID information uniquely identifying a contactless IC card for security passage from the contactless IC card ;
A controller for managing the master data for controlling the operation of the IC card reader in which the ID information permitting passage in the passage gate is registered ;
By the read ID information Ri by the IC card reader, it is determined whether or not it is registered in the master data, a security system for controlling the opening and closing of the passage gate,
Registering the master data, when registering the ID information to the new, it permits the change of the ID information after registration, and a password for registering in association with the ID information, set arbitrarily Is possible,
The IC card reader is
A re-registration key for instructing switching from a normal mode for performing a normal operation for security check to a re-registration mode for re-registering the master data;
During the operation in the normal mode, the first non-contact IC card in which the first ID information is registered in the master data and the second non-contact IC card not registered in the master data are used for the security pass. Accept the re-registration key input from the possessed user,
After switching to the re-registration mode, the first ID information is read from the first contactless IC card, and the input of the password is accepted from the user,
When the received personal identification number is registered in the master data in association with the first ID information, the second non-contact IC card can be uniquely identified from the second non-contact IC card. Read the second ID information,
Send the read second ID information to the control device,
The controller is
The first ID information registered in the master data is updated to the second ID information received from the IC card reader and re-registered in the master data.
Each time the master data is updated, the updated master data is distributed to all of the IC card readers arranged for each of the one or more passage gates,
The IC card reader switched to the re-registration mode is
After receiving the updated master data from the control device, a display for prompting the second reading operation of the second non-contact IC card to confirm the registration of the second non-contact IC card is displayed. A security system that outputs using at least one of a screen, a display lamp, and sound and returns to the normal mode . As the re-registration key, a single key specified in advance for switching to the re-registration mode, or a combination of numeric keys and / or alphabet keys defined in advance for switching to the re-registration mode is used. The security system according to claim 1 . An IC card reader disposed for each of one or more passage gates and a control device for managing master data for controlling the operation of the IC card reader, and the IC card reader uses the contactless IC for security pass Security that controls opening and closing of the pass gate by reading ID information that can uniquely identify a card and determining whether or not the read ID information is registered in the master data as ID information that permits pass In the system,
When newly registering ID information capable of uniquely identifying the non-contact IC card in the master data, a user who possesses the non-contact IC card can make a new second non-contact IC from the non-contact IC card. Set and register a password that is used for authentication of whether or not the card can be changed,
A dedicated IC card reader is provided as an IC card reader that performs an operation for changing from the non-contact IC card registered in the master data for security pass to a new second non-contact IC card. security system characterized in that it has been. By an IC card reader arranged at one or more pass gates,
ID information that can uniquely identify a non-contact IC card for security pass is read from the non-contact IC card ,
By the read ID information to determine whether or not it is registered in the master data as ID information for permitting passage of the passage gate,
In a security system that controls opening and closing of the pass gate,
To update the first ID information of the first non-contact IC card registered in the master data as the second ID information of the second non-contact IC card not registered in the master data for security pass An IC card update method for security pass
When newly registering the first ID information in the master data, a user who possesses the first non-contact IC card is allowed to change the first ID information after registration, and Accept and register any PIN for registration in association with the first ID information ,
The IC card reader is
A re-registration key for instructing switching from a normal mode for performing a normal operation for security check to a re-registration mode for re-registering the master data;
During the operation in the normal mode, the first non-contact IC card in which the first ID information is registered in the master data and the second non-contact IC card not registered in the master data are used for the security pass. Accept the re-registration key input from the possessed user,
After switching to the re-registration mode, the first ID information is read from the first contactless IC card, and the input of the password is accepted from the user,
When the received personal identification number is registered in the master data in association with the first ID information, the second non-contact IC card can be uniquely identified from the second non-contact IC card. Read the second ID information,
The first ID information registered in the master data is updated to the read second ID information and re-registered in the master data,
Each time the master data is updated, the updated master data is distributed to all of the IC card readers arranged for each of the one or more passage gates,
The IC card reader switched to the re-registration mode is
After the update of the master data, a display screen, a display lamp, or a sound indicating that the second non-contact IC card is to be read again in order to confirm registration of the second non-contact IC card is displayed. An IC card updating method for a security pass, characterized in that at least one of the above is output and the normal mode is restored . As the re-registration key, a single key specified in advance for switching to the re-registration mode, or a combination of numeric keys and / or alphabet keys defined in advance for switching to the re-registration mode is used. The method of updating an IC card for security pass according to claim 4 . 6. A security pass IC card update program, wherein the security pass IC card update method according to claim 4 or 5 is implemented as a program that can be executed by a computer. A program recording medium, wherein the security pass IC card update program according to claim 6 is recorded on a computer-readable recording medium.

Images