JP6110745B2 - Entrance / exit management system and entrance / exit management method - Google Patents

Description

  The present invention relates to an entrance / exit management system and an entrance / exit management method that use a group verification method and an individual verification method in combination as a verification method in a plurality of controllers.

  Conventionally, in an entrance / exit management system for managing entrance / exit of a user entering / exiting a facility such as a building, an IC card in which personal identification information is recorded is distributed to the user, and the card reader installed in the vicinity of the room is used for IC Read the personal identification information recorded on the card, check whether the personal identification information is allowed to enter or leave the room, and if it is permitted personal identification information, unlock the electric lock, The door is opened (for example, refer to Patent Document 1).

  For example, as shown in FIG. 18, such an entrance / exit management system includes a management device 1 and a plurality of controllers 2 connected to the management device 1 via a communication line L. The controller 2 includes a card reader 3 and The electric lock 4 is connected (for example, refer patent document 2).

  In the example illustrated in FIG. 18, the controller 2 includes three controllers 2-1 to 2-3, the room 201 managed by the controller 2-1 is the common unit C, and the room 202 managed by the controller 2-2 is dedicated. The room 203 managed by the controller 2-3 is a dedicated part B.

  The management device 1 stores user information U (U1 to UM) of all users entering and leaving the facility as a database DB1 (master data). The user information U includes a common data part and an individual data part. The data of the common data part is a common code such as G1 and G2, and the data of the individual data part is individual such as “0001” and “0002”. It is a number. The user is specified by the data in the common data portion and the data in the individual data portion.

  The user information U is added with permission room setting information (permitted room information). In the “permitted room information”, a room permitted to enter and leave is set as a permitted room. Further, when the user information U is registered in the database DB1, the setting of the registration state is “registered”. In this example, all of the user information U1 to UM are in a registered state, and the registration state setting is “registered”. For user information U whose registration status is set to “registration”, the IC card 100 in which the data of the common data portion and the data of the individual data portion of the user information U are written as personal identification information is issued Has been.

  In this entrance / exit management system, as a verification method in the controllers 2-1 to 2-3, a group verification method using only data in the common data portion of the user information U as verification information, and a common data portion of the user information U A personal collation method that uses data and data in the individual data section as collation information is used, and the group collation method and the personal collation method are used in the controllers 2-1 to 2-3.

  The controller 2 has a registration upper limit for collation information, and the collation information cannot be stored beyond this registration upper limit. In this example, in the shared unit C, when all users registered in the database DB1 are subject to collation and the personal collation method is used, the collation information exceeds the registration upper limit of the controller 2-1. On the other hand, in the dedicated unit A and the dedicated unit B, a specific user is a target for verification, and the verification information does not exceed the registration upper limit of the controllers 2-2 and 2-3. Therefore, in this example, the group verification method is adopted in the controller 2-1, and the personal verification method is adopted in the controllers 2-2 and 2-3.

  In this case, the controllers 2-2 and 2-3 adopting the personal verification method include the rooms 202 and 203 (dedicated part A and dedicated part B) managed by the controllers 2-2 and 2-3 as permitted rooms. A set of user information U of a set specific user (a set of user information U including data of the common data portion and data of the individual data portion) is sent as collation information. On the other hand, only the data in the common data part of the user information U is sent as the verification information to the controller 2-1 that employs the group verification method. In this example, there are two types of data in the common data part of the user information U, G1 and G2, so only G1 and G2 are sent as collation information.

  As a result, the controller 2-1 performs collation by the group collation method, and with respect to the IC card 100 in which the data G1 and G2 are included in the individual identification information, that is, all of the IC cards 100 possessed. The user is allowed to enter and leave the common area C. On the other hand, the controllers 2-2 and 2-3 collate by the individual collation method, and the specific user whose user information is included in the set of user information U set as the collation information from the management apparatus 1 However, it does not permit entry / exit to the dedicated sections A and B.

  As described above, when the group verification method is adopted, only the data in the common data part of the user information need be transferred to the controller 2 as the verification information, and it is not necessary to transfer the user information of all users. It becomes possible to manage entry / exit of users exceeding the upper limit.

  In FIG. 18, it is assumed that the facility is a building, the entrance is the common part C, and the tenant area is the dedicated parts A and B. In buildings and other facilities, there are rooms that require a relatively high level of security, such as safe rooms, important data storage rooms, and server rooms, and it is desirable to adopt a personal verification method for rooms that require such security. It is. For this reason, facilities such as buildings often use an entrance / exit management system that uses both a personal verification method and a group verification method.

JP 2002-213125 A JP 2011-226114 A

  However, in an entrance / exit management system that uses such a personal verification method and a group verification method in a mixed manner, if the storage medium to be verified by the personal verification method is lost, A controller that performs collation using the collation method can detect the use of a lost storage medium, but a controller that performs collation using the group collation method cannot detect the use of a lost storage medium and allows a suspicious person to enter or exit. There was a problem that would result.

  This problem will be described with reference to FIG. Now, since the IC card 100A in which “G10001” is written as personal identification information is lost, the management apparatus 1 calls the user information U1 in the database DB1 to the management screen, and sets the registration status of the user information U1 to “ Suppose you change from "registration" to "lost."

  In this case, the management apparatus 1 informs the controller 2-2 that the setting of the registration state of the user information U1 has been changed from “registration” to “lost”. The setting of the user information U1 is changed. Thus, when the IC card 100A is set in the card reader 3-2, the controller 2-2 detects that the IC card 100A is a lost card.

  However, even if the IC card 100A is set in the card reader 3-1, the controller 2-1 collates the personal identification information written in the IC card 100A by the group collation method, so that the IC card 100A is lost. Cannot detect that the card is This results in permitting the person (suspicious person) who has the IC card 100A to enter and leave the shared section C.

  When the IC card 100A is set in the card reader 3-3, the controller 2-3 cannot detect that the IC card 100A is a lost card. However, the controller 2-3 has the IC card 100A. Persons entering or leaving the private part B are not allowed.

  In order to avoid this problem, the management apparatus 1 calls the user information U1 in the database DB1 to the management screen, changes the permission room setting of the user information U1 to permission for all rooms, and then sets the registration state. Can be changed from “registration” to “lost” (see FIG. 20).

  In this case, the management device 1 matches the user information U1 in which the setting of the registration state is changed from “registered” to “lost” because the setting of the permission room is permission for all rooms, To the controllers 2-1 to 2-3. As a result, not only the controller 2-2 but also the controllers 2-1 and 2-3 can detect the use of the IC card 100A that has been lost.

  However, in this method, the management apparatus 1 has to call desired user information U in the database DB1 to the management screen and change not only the registration state setting but also the permission room setting. As a result, in the case of urgent loss setting work, in addition to changing the setting of the registration state, it takes an extra effort of changing the setting of the permission room, and mistakes are likely to occur. Also, when recovering when a lost IC card 100 is found, the corresponding user information U is called on the management screen. It is difficult to determine whether the card has been changed, and operation becomes complicated.

  The present invention has been made to solve such a problem, and the object of the present invention is to be lost in all the controllers including the controller that performs collation by the group collation method without taking extra time. An entry / exit management system and an entry / exit management method capable of detecting use of a storage medium and capable of avoiding complicated operations during recovery when a lost storage medium is found It is to provide.

  In order to achieve such an object, the present invention possesses a management device for storing user information of all users to which setting information of a permission room is added, including a common data portion and an individual data portion, and the user possesses First to Nth to determine whether or not to allow the user to enter and leave the room managed by the personal identification information read from the storage medium and the collation information set by the management device (N ≧ 2) controllers, as a collation method in the first to Nth controllers, a group collation method that uses only data in the common data portion of user information as collation information, and a common data portion of user information In an entrance / exit management system that uses a mixture of data and a personal verification method that uses data in the individual data section as verification information, the management device stores data in accordance with instructions from the operator. Loss information setting means for setting lost information in designated user information among user information for all users, and user information expanding means for expanding user information including user information for which lost information is set in a work area , The permission room setting changing means to change the permission room setting added to the user information with the lost information in the work area to all room permission, and the permission room setting in the work area to all room permission User information transfer means for transferring user information in which changed lost information is set to the first to N-th controllers, wherein the first to N-th controllers receive the lost information transferred from the management device. When the set user information is received and there is collation information of the personal collation method corresponding to the received user information, the collation information of the personal collation method is transferred. If the collation information of the personal collation method corresponding to the received user information does not exist, the user information with the transferred lost information is personal collation. It is characterized by comprising transfer data reception processing means for storing as system verification information.

[All user information deployment method]
As an example of the present invention, for example, an all-user information expansion method can be considered. In the all-user information expansion method, in the management device, user information of all users including user information for which lost information is set is expanded as all user information in the work area, and the lost information is set among all user information in the work area. The permission room setting added to the user information that has been changed is changed to permission for all rooms. Then, the room managed by the controller for each controller is set as the permission room for every user information including the user information in which the setting of the permission room in the work area is changed to all room permission and the lost information is set. Are divided into sets of user information, and the divided sets of user information are transferred to the corresponding first to Nth controllers. The first to Nth controllers receive the set of user information transferred from the management apparatus, and write the verification information of the personal verification method corresponding to the received set of user information in the transferred user information set. Change.

[Individual user information expansion method]
As an example of the present invention, for example, an individual user information expansion method can be considered. In the individual user information expansion method, in the management device, only user information for which lost information is set is expanded as individual user information in the work area, and the lost information in the work area is added to the individual user information for which the lost information is set. Change the permission room setting to allow all rooms. Then, the individual user information in which the lost information in which the setting of the permission room in the work area is changed to the all-room permission is set is transferred to the first to Nth controllers. The first to Nth controllers receive the individual user information in which the lost information transferred from the management device is set, and when there is collation information of the personal collation method corresponding to the received individual user information The verification information of the personal verification method is rewritten to the individual user information in which the lost information that has been transferred is set, and if there is no verification information of the personal verification method corresponding to the received individual user information, it is transferred. The individual user information in which the lost information is set is stored as the collation information of the personal collation method.

[Recovery when a lost storage medium is found: In case of all user information expansion method]
In the present invention, when the all-user information expansion method is adopted, recovery when a lost storage medium is found is performed, for example, as follows. In the management device, in response to an instruction from the operator, the user information in which the specified lost information is set is returned to the registered state before the loss, among the stored user information of all users. The user information of all users including the user information returned to the registered state is expanded in the work area as all user information, and the controller stores the all user information including the user information returned to the registered state in the work area for each controller. The managed rooms are divided into sets of user information set as permitted rooms, and the divided sets of user information are transferred to the corresponding first to Nth controllers. The first to Nth controllers receive the set of user information transferred from the management apparatus, and write the verification information of the personal verification method corresponding to the received set of user information in the transferred user information set. Change.

[Recovery when a lost storage medium is found: Individual user information expansion method]
In the present invention, when the individual user information expansion method is adopted, recovery when a lost storage medium is found is performed, for example, as follows. In the management device, in response to an instruction from the operator, the user information in which the specified lost information is set is returned to the registered state before the loss, among the stored user information of all users. The user information returned to the registered state is expanded in the work area as restored individual user information, and the permission room set according to the permission room setting added to the restored individual user information in the work area The recovered individual user information in the work area is transferred without changing the setting of the permission room to the controller that manages the work area, and the recovery in the work area is performed for the controller that does not manage the set permission room. The transferred individual user information is transferred without setting the permission room. In the first to Nth controllers, when the restored individual user information is transferred with the permission room set, the individual user set with the lost information stored as the collation information of the personal collation method If the information is rewritten to the restored individual user information that has been transferred, and the restored individual user information is transferred without the permission room setting, the lost information stored as the collation information of the personal collation method Delete individual user information for which is set.

  According to the present invention, user information including user information in which lost information is set is expanded in the work area, and the permission room setting added to the user information in which lost information is set in the work area is set to all rooms. Change to permission, transfer the user information in which the setting of the permission room in the work area is changed to permission for all rooms to the lost information is transferred to the first to Nth controllers, in the first to Nth controllers When the user information in which the transferred lost information is set is received and there is collation information of the personal verification method corresponding to the received user information, the lost information to which the verification information has been transferred is set If there is no personal verification method matching information corresponding to the received user information, the transferred user information is used as the personal verification verification information. Since it is stored, the operator only has to set the lost information in the desired user information among the user information of all users stored in the management device, and the change of the setting of the permission room is developed in the work area. It is possible to automatically detect the use of the lost storage medium by all the controllers including the controller of the group verification method without extra effort. become.

  Further, according to the present invention, the setting of the permission room is changed for the user information developed in the work area, and the setting of the permission room of the user information stored in the management device is not changed, so it is lost. When the corresponding user information is called up to the management screen during the recovery process when a storage medium is found, whether the storage medium is permitted for all rooms in advance, or is the storage medium permitted for all rooms for transferring lost information Therefore, it is possible to avoid complicated operations during the recovery process when a lost storage medium is found.

It is a figure which shows one Embodiment of the entrance / exit management system which concerns on this invention. It is a flowchart which shows the data transfer process using the all user information expansion | deployment system which a management apparatus performs in this entrance / exit management system. It is a figure which shows the process (The transfer process of data using all the user information expansion | deployment methods) until the user information in which the loss information was set is expand | deployed to a work area, and it is set as the transfer data to a controller. It is a flowchart which shows the reception process in the controller of the transfer data sent using the all user information expansion | deployment system. It is a figure explaining the example which performs the setting change operation from registration to loss collectively with respect to several user information. FIG. 4 is a diagram corresponding to FIG. 3 when a setting change operation from registration to loss is collectively performed for a plurality of user information. It is a figure explaining the recovery process (when lost setting is made with respect to several IC card) using the all user information expansion | deployment system when a lost IC card is found. FIG. 4 is a diagram corresponding to FIG. 3 in the case of performing a recovery process using the all-user information expansion method when a lost IC card is found (when a loss setting is made for one IC card). It is a figure explaining the recovery process using the all-user information expansion system when a lost IC card is found (when a loss setting is made for one IC card). FIG. 4 is a diagram corresponding to FIG. 3 in the case of performing a recovery process using the all-user information expansion method when a lost IC card is found (when a loss setting is made for one IC card). It is a flowchart which shows the data transfer process using the individual user information expansion | deployment system which a management apparatus performs in this entrance / exit management system. It is a figure which shows the example which performs the setting change operation from registration to loss with respect to user information using an individual user information expansion | deployment system. It is a figure which shows the process (data transfer process using an individual user information expansion | deployment method) until the user information to which loss information was set is expand | deployed to a work area, and is made into the transfer data to a controller. It is a flowchart which shows the reception process in the controller of the transfer data sent using the individual user information expansion | deployment system. It is a figure explaining the recovery treatment using the individual user information expansion method when a lost IC card is found. FIG. 14 is a diagram corresponding to FIG. 13 in a case where recovery processing is performed using an individual user information expansion method when a lost IC card is found. It is a functional block diagram of the principal part of the management apparatus and controller in this entrance / exit management system. It is a figure which shows an example of the conventional entrance / exit management system. It is a figure explaining the problem at the time of rewriting the setting of the registration state of the user information in the database in the database in the conventional entrance / exit management system to loss. It is a figure explaining the problem at the time of rewriting the setting of a registration state to loss after rewriting the setting of the permission room of the user information in the database in the database in the conventional entrance / exit management system to permission of all rooms.

  Hereinafter, the present invention will be described in detail with reference to the drawings. FIG. 1 is a diagram showing an embodiment of an entrance / exit management system according to the present invention. In FIG. 18, the same reference numerals as those in FIG. 18 denote the same or equivalent components as those described with reference to FIG.

  In this embodiment, since the difference from the entrance / exit management system shown in FIG. 18 is mainly the function of the management apparatus 1, the management apparatus 1 used in this embodiment is designated as 1A and shown in FIG. In addition, the management apparatus 1 in the conventional entrance / exit management system is set to 1B, and both are distinguished.

  In this embodiment, the management apparatus 1A and the controllers 2 (2-1 to 2-3) are a hardware that includes a processor and a storage device, and a program that realizes various functions in cooperation with the hardware. And realized by. Specifically, the program is installed in the computer, and the processing operation of the CPU according to the installed program is realized.

  Hereinafter, functions specific to the present embodiment of the management apparatus 1A will be described separately for the all-user information expansion method and the individual user information expansion method.

[All user information deployment method]
FIG. 2 shows a flowchart of data transfer processing using the all-user information expansion method performed by the management apparatus 1A in this entrance / exit management system.

  In this all-user information expansion method, all user information U1 to UM stored in the database DB1 (master data) is targeted for transfer processing. Also, it is executed as a restraint when data cannot be transferred to the controller 2 using the individual user information expansion method to be described later (when the controller 2 cannot receive data), or in accordance with maintenance adjustment work, It is executed when memory information is cleared. Further, when there is a setting change operation for a plurality of user information U at once, data is transferred to the controller 2 using the all user information expansion method without using the individual user information expansion method. .

  Here, as the simplest example, there is an operation for changing the setting from registration to loss only for the user information U1 from the state where the setting of the registration state of all the user information U1 to UM is “registration”. The case will be described.

  Assume that the IC card 100A in which “G10001” is written as personal identification information is a lost card. In this case, the operator operates the management apparatus 1A to call the user information U1 in the database DB1 corresponding to the personal identification information written in the IC card 100A on the management screen and set the registration state of the user information U1. Change from "Register" to "Lost". Then, it instructs the transfer of data using the all user information expansion method.

  When the management apparatus 1A receives an instruction to transfer data by the all-user information expansion method (FIG. 2: YES in step S101), N = 1 and M = 1 (step S102), and all users in the database DB1 The information U1 to UM is expanded (copied) into the work area W (see step S103, FIG. 3A).

  The N = 1st controller 2-1 is set as a transfer destination (step S104), and it is checked whether or not lost information is set in the user information U1 of M = 1 in the work area W (step S105). . In this case, since the registration state setting of the user information U1 is changed to “lost”, it is determined that the lost information is set in the user information U1 (YES in step S105), and the user information in the work area W is determined. The setting of the permission room for U1 is the permission for all rooms (see step S106, FIG. 3B).

  Then, it is checked whether or not the permission room set in the user information U1 in the work area W is the room 201 (shared part C) managed by the transfer destination controller 2-1 (step S107). In this case, the setting of the permission room of the user information U1 in the work area W is all-room permission, and the room 201 (shared part C) managed by the transfer destination controller 2-1 is included. From (YES in step S107), the user information U1 in the work area W is added to the transfer data to the controller 2-1 (step S108).

  Then, M = M + 1 = 2 is set (step S110), and it is checked whether or not lost information is set for the user information U2 of M = 2 from the user information U1 to UM in the work area W (step S105). . In this case, since lost information is not set in the user information U2 (NO in step S105), the process proceeds to step S107 without executing step S106.

  In step S107, it is checked whether or not the permission room set in the user information U2 in the work area W is the room 201 (shared part C) managed by the transfer destination controller 2-1. In this case, since the permission room set in the user information U2 in the work area W is the dedicated section A, the process does not proceed to step S108, that is, the user information U2 in the work area W is sent to the controller 2-1. Without adding to the transfer data, M = M + 1 = 3 is set (step S110), and the process returns to step S105.

  In this example, the user information U3 to UM in the work area W is not set with lost information, and the shared room C is not included in the permission room, so the same processing as the user information U2 is repeated. As a result, when the process proceeds to the last user information UM, the transfer data (a set of user information) to the controller 2-1 is only the user information U1 in the work area W (see FIG. 3C). When the management apparatus 1A finishes the process of the last user information UM (YES in step S109), the management apparatus 1A transmits the transfer data (FIG. 3C) to the controller 2-1 (step S111).

  Then, the management apparatus 1A sets N = N + 1 = 2 (step S113), sets the N = 2nd controller 2-2 as the transfer destination (step S104), and repeats the processing operations after step S105.

  Also in this case, as described above, the management apparatus 1A determines that the lost information is set in the user information U1 (YES in step S105), and sets the permission room setting of the user information U1 in the work area W to all rooms. Allow (step S106). Then, it is checked whether or not the permission room set in the user information U1 in the work area W is the room 202 (dedicated unit A) managed by the transfer destination controller 2-2 (step S107). Since the exclusive part A is included in the permission room setting (all room permission) of the user information U1 (YES in step S107), the user information U1 in the work area W is added to the transfer data to the controller 2-2. (Step S108).

  Then, M = M + 1 = 2 is set (step S110), and it is checked whether or not the lost information is set in the user information U2 for M = 2 from the user information U1 to UM in the work area W (step S105). In this case, since lost information is not set, the process proceeds to step S107 without executing step S106.

  In step S107, it is checked whether or not the permitted room set in the user information U2 in the work area W is the room 202 (dedicated part A) managed by the transfer destination controller 2-2. In this case, since the permission room set in the user information U2 in the work area W is the exclusive part A (YES in step S107), the user information U2 in the work area W is transferred to the controller 2-2. It adds (step S108). Then, M = M + 1 = 3 (step S110), and the process returns to step S105.

  In this example, lost information is not set for the user information U3 to U100 in the work area W, and the setting of the permission room is also the dedicated part A, so the same processing as the user information U2 is repeated. On the other hand, in the user information U101 to UM in the work area W, the setting of the permission room is the dedicated part B. Therefore, in response to NO in step S107, step S108 is not executed but step S110 is passed to step S105. The process of returning is repeated.

  As a result, when the process proceeds to the last user information UM, the transfer data (collection of user information) to the controller 2-2 becomes user information U1 to U100 in the work area (see FIG. 3D). When the management apparatus 1A finishes the process of the last user information UM (YES in step S109), the management apparatus 1A transmits the transfer data (FIG. 3D) to the controller 2-2 (step S111).

  Then, the management apparatus 1A sets N = N + 1 = 3 (step S113), sets the N = 3rd controller 2-3 as a transfer destination (step S104), and repeats the processing operation from step S105 onward.

  Also in this case, as described above, the management apparatus 1A determines that the lost information is set in the user information U1 (YES in step S105), and sets the permission room setting of the user information U1 in the work area W to all rooms. Allow (step S106). Then, it is checked whether or not the permission room set in the user information U1 in the work area W is the room 203 (dedicated part B) managed by the transfer destination controller 2-3 (step S107). Since the exclusive part B is included in the permission room setting (all room permission) of the user information U1 (YES in step S107), the user information U1 in the work area W is added to the transfer data to the controller 2-3. (Step S108).

  Then, M = M + 1 = 2 is set (step S110), and it is checked whether or not the lost information is set in the user information U2 for M = 2 from the user information U1 to UM in the work area W (step S105). In this case, since lost information is not set, the process proceeds to step S107 without executing step S106.

  In step S107, it is checked whether or not the permission room set in the user information U2 in the work area W is the room 203 (dedicated part B) managed by the transfer destination controller 2-3. In this case, since the permission room set in the user information U2 in the work area W is the dedicated part A (NO in step S107), the process does not proceed to step S108, that is, the user information U2 in the work area W is stored. Without adding to the transfer data to the controller 2-3, M = M + 1 = 3 is set (step S110), and the process returns to step S105.

  In this example, lost information is not set for the user information U3 to U100 in the work area W, and the setting of the permission room is also the dedicated part A, so the same processing as the user information U2 is repeated. For this reason, the user information U2 to U100 in the work area W is not added to the transfer data to the controller 2-3. On the other hand, the user information U101 to UM in the work area W is set to the exclusive part B in the permission room, and therefore, in response to YES in step S107, the process proceeds to step S108 and added to the transfer data to the controller 2-3. Is done.

  As a result, when the process proceeds to the last user information UM, the transfer data (collection of user information) to the controller 2-3 is a combination of the user information U1 and U101 to UM in the work area W ( (Refer FIG.3 (e)). When the management apparatus 1A finishes the process of the last user information UM (YES in step S109), the management apparatus 1A transmits the transfer data (FIG. 3E) to the controller 2-3 (step S111).

  Then, the management apparatus 1A confirms that N is the last (YES in step S112), and ends the data transfer process using the all-user information expansion method.

[Receive transfer data]
When the controller 2-1 receives the transfer data (collection of user information) (FIG. 3C) from the management apparatus 1A (FIG. 4: YES in step S201), the work area is initialized (step S202) and received. The transferred data (set of user information) is held in the work area (step S203), and the verification information of the personal verification method in the controller 2-1 is stored in the work area (set of transferred user information). (Step S204).

  In this case, the controller 2-1 stores only the collation information of the group collation method, and there is no collation information of the personal collation method. For this reason, information held in the work area (a set of transferred user information) is stored as collation information for the personal collation method.

  When the controller 2-2 receives the transfer data (collection of user information) (FIG. 3D) from the management apparatus 1A (FIG. 4: YES in step S201), the work area is initialized (step S202) and received. The transferred data (set of user information) is held in the work area (step S203), and the verification information of the personal verification method in the controller 2-2 is held in the work area (set of transferred user information) (Step S204).

  In this case, collation information of the personal collation method is stored in the controller 2-2. For this reason, the controller 2-2 discards the stored collation information of the personal collation method, and switches to the information held in the work area (the set of transferred user information). In other words, the stored collation information of the personal collation method is rewritten to information held in the work area (a set of transferred user information).

  When the controller 2-3 receives the transfer data (collection of user information) (FIG. 3E) from the management apparatus 1A (FIG. 4: YES in step S201), the controller 2-3 initializes the work area (step S202), and receives it. The transferred data (set of user information) is held in the work area (step S203), and the verification information of the personal verification method in the controller 2-3 is stored in the work area (set of transferred user information). (Step S204).

  In this case, the collation information of the personal collation method is stored in the controller 2-3. For this reason, the controller 2-3 discards the stored collation information of the personal collation method, and switches to the information held in the work area (a set of transferred user information). In other words, the stored collation information of the personal collation method is rewritten to information held in the work area (a set of transferred user information).

  Thus, when the IC card 100A is set in the card reader 3-1, the controller 2-1 detects that the IC card 100A is a lost card, and the IC card 100A is set in the card reader 3-2. Then, the controller 2-2 detects that the IC card 100A is lost, and when the IC card 100A is set in the card reader 3-3, the controller 2-3 is losing the IC card 100A. It is detected that this is a card.

  In this way, in the present embodiment, by using the all-user information expansion method, all the controllers 2 (2-1 to 2-3) including the controller 2-1 that performs the collation by the group collation method, The use of the lost IC card 100A can be detected.

  FIG. 5 shows an example in which a setting change operation from registration to loss is collectively performed for a plurality of user information. In this example, the IC card 100A in which “G10001” is written as personal identification information and the IC card 100B in which “G20001” is written as personal identification information are lost cards. In this case, the operator operates the management apparatus 1A, changes the registration state setting of the user information U1 and U101 in the database DB1 from “registered” to “lost”, and uses the all user information expansion method. Directs data transfer.

  Also in this case, in accordance with the processing of the flowchart shown in FIG. 2, the user information U1 to UM of all users in the database DB1 is expanded (copied) to the work area W (see FIG. 6A). Then, the permission room setting of the user information U1, U101 in which the lost information in the work area W is set is changed to all room permission (see FIG. 6B), and all user information U1 in the work area W is changed. To UM are transfer data to the controller 2-1 (set of user information) (see FIG. 6C) and transfer data to the controller 2-2 (set of user information) (see FIG. 6D) And data to be transferred to the controller 2-3 (a set of user information) (see FIG. 6E).

  In this case, the transfer data (collection of user information) to the controller 2-1 is user information U1, U101 in which the setting of the permission room is changed to permission for all rooms, and the transfer data (user information) to the controller 2-2. Are set as user information U1 and U101 in which the setting of the permission room is changed to permission for all rooms and user information U2 to U100 in which the setting of the permission room is the dedicated section A, and is transferred to the controller 2-3. The data (collection of user information) includes user information U1, U101 in which the setting of the permission room is changed to permission for all rooms, and user information U102 to UM in which the setting of the permission room is the dedicated section B.

[Recovery procedure when a lost IC card is found]
For example, assume that a lost IC card 100B is found in FIG. In this case, the operator changes the registration state setting of the user information U101 in the database DB1 from “lost” to “registered” (see FIG. 7), and transfers data using the all-user information expansion method. Instruct.

  Also in this case, the user information U1 to UM of all users in the database DB1 is expanded (copied) in the work area W according to the processing of the flowchart shown in FIG. 2 (see FIG. 8A). And the setting of the permission room of the user information U1 in which the lost information in the work area W is set is changed to permission for all rooms (see FIG. 8B).

  All user information U1 to UM in the work area W are transferred data to the controller 2-1 (set of user information) (see FIG. 8C) and transferred data to the controller 2-2 (users). Information set) (see FIG. 8D) and data transferred to the controller 2-3 (user information set) (see FIG. 8E).

  In this case, the transfer data (collection of user information) to the controller 2-1 is user information U1 in which the setting of the permission room is changed to permission for all rooms, and the transfer data (collection of user information) to the controller 2-2. ) Is user information U1 in which the setting of the permission room is changed to permission for all rooms, and user information U2 to U100 in which the setting of the permission room is the dedicated unit A, and is transferred to the controller 2-3 (user information). Are set as user information U101 in which the setting of the permission room is changed to permission for all rooms and user information U101 to UM in which the setting of the permission room is the dedicated part B.

  In the recovery process using this all-user information deployment method, for the user information U101 whose registration status setting is changed from “lost” to “registration”, the setting of the permitted room in the work area W is set in the database DB1. The exclusive part B which is the setting is left as it is, and the setting contents of the permitted room are displayed on the management screen. For this reason, the operator does not have to worry about the setting of the permission room when performing the recovery process on the user information U101 in the database DB1, and changes the registration state setting from “lost” to “registered”. Just do it.

[Receive transfer data]
When the controller 2-1 receives the transfer data (a set of user information) (FIG. 8C) from the management apparatus 1A, the controller 2-1 stores the collation information of the personal collation method stored in the controller 2-1 in the management apparatus 1A. Rewritten to transfer data (a set of user information). That is, the user information for detecting the lost IC cards 100A and 100B, which has been set as the verification information of the personal verification method, is rewritten to the user information for detecting only the lost IC card 100A. . Thereby, the collation information for detecting the IC card 100B is deleted from the controller 2-1.

  When the controller 2-2 receives the transfer data (collection of user information) ((d) in FIG. 8) from the management apparatus 1A, the controller 2-2 stores the collation information of the personal collation method stored in the controller 2-2. Rewritten to transfer data (a set of user information) from 1 A. That is, the collation information of the personal collation method including the user information for detecting the lost IC cards 100A and 100B is changed to only the lost IC card 100A. The verification information for the personal verification method including the user information for detection is rewritten, whereby the verification information for detecting the IC card 100B is deleted from the controller 2-2.

  Upon receiving the transfer data (collection of user information) ((e) in FIG. 8) from the management apparatus 1A, the controller 2-3 stores the collation information of the personal collation method stored in the controller 2-3. Rewritten to transfer data (a set of user information) from 1 A. That is, the collation information of the personal collation method including the user information for detecting the lost IC cards 100A and 100B is changed to only the lost IC card 100A. The verification information for the personal verification method including the user information for detection is rewritten, whereby the verification information for detecting the IC card 100B is deleted from the controller 2-3.

  In the example shown in FIG. 1, when an IC card 100A that is lost is found, the operator changes the registration state setting of the user information U1 in the database DB1 from “lost” to “registered”. The registration status settings of the user information U1 to UM in the database DB1 are all “registered” (see FIG. 9). For this reason, as shown in FIG. 10, there is no transfer data (collection of user information) to the controller 2-1 (see FIG. 10C).

  In this case, the management device 1A sends information to that effect as transfer data to the controller 2-1, and deletes the collation information of the personal collation method stored in the controller 2-1. For example, a set of empty user information is sent as transfer data, and the collation information of the personal collation method stored in the controller 2-1 is rewritten to a set of empty user information. In the present invention, it is assumed that information indicating that there is no transfer data is included in the definition of the set of user information sent from the management apparatus 1A to the controller 2.

[Individual user information expansion method]
FIG. 11 shows a flowchart of data transfer processing using the individual user information expansion method performed by the management apparatus 1A in this entrance / exit management system.

  In the all user information expansion method, since all user information stored in the database DB1 is subject to transfer processing, the processing takes time. On the other hand, in the individual user information expansion method, only one user information stored in the database DB1 is targeted for transfer processing, and the processing time is shortened. The individual user information expansion method and the all user information expansion method are selectively used according to the purpose.

  Assume that the IC card 100A in which “G10001” is written as personal identification information is a lost card. In this case, the operator operates the management apparatus 1A to call the user information U1 in the database DB1 corresponding to the personal identification information written in the IC card 100A on the management screen and set the registration state of the user information U1. “Registration” is changed to “lost” (see FIG. 12).

  Then, the management apparatus 1A confirms that the setting of the registration state of the user information U1 in the database DB1 has been changed (FIG. 11: YES in step S301), sets N = 1 (step S302), and in the database DB1. The user information U1 (one) whose registration state setting has been changed is developed (copied) as individual user information in the work area W (see step S303, FIG. 13A).

  The N = 1st controller 2-1 is set as the transfer destination (step S304), and it is checked whether or not lost information is set in the user information U1 in the work area W (step S305). In this case, since the registration state setting of the user information U1 is changed to “lost”, it is determined that the lost information is set in the user information U1 (YES in step S305), and the user information in the work area W is determined. The setting of the permission room for U1 is the permission for all rooms (see step S306, FIG. 13B).

  Then, it is checked whether or not the permission room set in the user information U1 in the work area W is the room 201 (shared part C) managed by the transfer destination controller 2-1 (step S307). In this case, the setting of the permission room of the user information U1 in the work area W is all-room permission, and the room 201 (shared part C) managed by the transfer destination controller 2-1 is included. From (YES in step S307), user information U1 in the work area W (user information U1 in which lost information is set) is set as transfer data to the controller 2-1 (see FIG. 13C) (step S308). The transfer data is transmitted to the transfer destination controller 2-1 (step S311).

  Then, N = N + 1 = 2 is set (step S313), the N = 2nd controller 2-2 is set as the transfer destination (step S304), and the processes after step S305 are repeated. As a result, the user information U1 expanded in the work area W and the permission room setting changed to all-room permission (user information U1 in which lost information is set) is used as transfer data, and the N = 2nd controller 2 -2, N = transmitted to the third controller 2-3.

  Then, the management apparatus 1A confirms that N is the last (YES in step S312), and ends the data transfer process by the individual user information expansion method.

[Receive transfer data]
Upon receiving the transfer data (user information U1) (FIG. 13 (c)) from the management apparatus 1A (FIG. 14: step S401), the controller 2-1 initializes the work area (step S402), and receives the transfer data. (User information U1) is held in the work area (step S403). Then, it is confirmed that there is a permission room setting in the transfer data (user information U1) held in the work area (YES in step S404), and the collation information of the personal collation method stored in the controller 2-1 Corresponding collation information is changed (step S405).

  In this case, the controller 2-1 stores only the collation information of the group collation method, and there is no collation information of the personal collation method. For this reason, the information held in the work area, that is, the transferred user information U1 (user information U1 in which lost information is set) is stored as collation information of the personal collation method.

  Upon receiving the transfer data (user information U1) (FIG. 13C) from the management apparatus 1A (FIG. 14: step S401), the controller 2-2 initializes the work area (step S402), and the received transfer data (User information U1) is held in the work area (step S403). Then, it is confirmed that there is a permission room setting in the information (user information U1) held in the work area (YES in step S404), and the collation information of the personal collation method stored in the controller 2-2 is stored. The corresponding matching information in the inside is changed (step S405).

  In this case, the collation information of the personal collation method is stored in the controller 2-2, and collation corresponding to information (user information U1) held in the work area in the collation information of the personal collation method. As information, there is user information U1. Therefore, the controller 2-2 rewrites the corresponding user information U1 in the stored collation information of the personal collation method into the transferred user information U1 (user information U1 in which lost information is set). .

  Upon receiving the transfer data (user information U1) (FIG. 13C) from the management apparatus 1A (FIG. 14: step S401), the controller 2-3 initializes the work area (step S402), and the received transfer data. (User information U1) is held in the work area (step S403). Then, it is confirmed that there is a permission room setting in the information (user information U1) held in the work area (YES in step S404), and the collation information of the personal collation method stored in the controller 2-3 is stored. The corresponding matching information in the inside is changed (step S405).

  In this case, the collation information of the personal collation method is stored in the controller 2-3, but the collation information corresponding to the information (user information U1) held in the work area among the collation information of the personal collation method. Does not exist. For this reason, the controller 2-3 stores the information held in the work area, that is, the transferred user information U1 (user information U1 in which lost information is set) as the collation information of the personal collation method. That is, the transferred user information U1 (user information U1 in which lost information is set) is added to the stored personal first number verification information as new personal verification method verification information.

  Thus, when the IC card 100A is set in the card reader 3-1, the controller 2-1 detects that the IC card 100A is a lost card, and the IC card 100A is set in the card reader 3-2. Then, the controller 2-2 detects that the IC card 100A is lost, and when the IC card 100A is set in the card reader 3-3, the controller 2-3 is losing the IC card 100A. It is detected that this is a card.

  In this way, by using the individual user information expansion method, all of the controllers 2 (2-1 to 2-3) including the controller 2-1 that performs the collation by the group collation method have the lost IC card 100A. It becomes possible to detect the use.

[Recovery procedure when a lost IC card is found]
For example, assume that a lost IC card 100A is found in FIG. In this case, the operator changes the setting of the registration state of the user information U1 in the database DB1 from “lost” to “registered” (see FIG. 15).

  Then, the management apparatus 1A confirms that the setting of the registration state of the user information U1 in the database DB1 has been changed (FIG. 11: YES in step S301), sets N = 1 (step S302), and in the database DB1. The user information U1 (one) whose registration state setting has been changed is expanded (copied) to the work area W as restored individual user information (see step S303, FIG. 16A).

  The N = 1st controller 2-1 is set as the transfer destination (step S304), and it is checked whether or not lost information is set in the user information U1 in the work area W (step S305). In this case, since the setting of the registration state of the user information U1 has been changed to “registration”, it is determined that lost information is not set in the user information U1 (NO in step S305), and step S306 is not executed. That is, without changing the setting of the permission room to permission for all rooms, the exclusive part A remains as it is, and the process proceeds to step S307.

  Then, the management apparatus 1A checks whether the permission room set in the user information U1 in the work area W is the room 201 (shared part C) managed by the transfer destination controller 2-1. (Step S307). In this case, the setting of the permission room of the user information U1 in the work area W is set to the dedicated unit A, and is not the room 201 (shared unit C) managed by the transfer destination controller 2-1 (step C). NO in S307), the setting of the permission room of the recovery user information U1 in the work area W is not performed (see step S309, FIG. 16B).

  Then, user information U1 in the work area W (user information U1 returned to the registration state in which no permission room is set) is set as transfer data to the controller 2-1 (see FIG. 16C) ( In step S310, the transfer data is transmitted to the transfer destination controller 2-1 (step S311).

  Then, N = N + 1 = 2 is set (step S313), the second controller 2-2 is set as the transfer destination (step S304), and whether or not lost information is set in the user information U1 in the work area W is determined. A check is made (step S305). In this case, since the setting of the registration state of the user information U1 has been changed to “registration”, it is determined that lost information is not set in the user information U1 (NO in step S305), and step S306 is not executed. That is, without changing the setting of the permission room to permission for all rooms, the exclusive part A remains as it is, and the process proceeds to step S307.

  Then, it is checked whether or not the permitted room set in the user information U1 in the work area W is the room 202 (dedicated part A) managed by the transfer destination controller 2-2 (step S307). In this case, the setting of the permission room of the user information U1 in the work area W is the dedicated section A, and the room 202 (dedicated section A) managed by the transfer destination controller 2-2 (step A). (YES in S307), the user information U1 in the work area W (the user information U1 returned to the registration state in which the setting of the permission room is set to the exclusive part A) is transferred to the controller 2-2 (FIG. 16D). (See step S308), and the transfer data is transmitted to the transfer destination controller 2-2 (step S311).

  Then, N = N + 1 = 3 is set (step S313), the N = third controller 2-2 is set as a transfer destination (step S304), and whether or not lost information is set in the user information U1 in the work area W is determined. A check is made (step S305). In this case, since the setting of the registration state of the user information U1 has been changed to “registration”, it is determined that lost information is not set in the user information U1 (NO in step S305), and step S306 is not executed. That is, without changing the setting of the permission room to permission for all rooms, the exclusive part A remains as it is, and the process proceeds to step S307.

  Then, it is checked whether or not the permission room set in the user information U1 in the work area W is the room 203 (dedicated part B) managed by the transfer destination controller 2-3 (step S307). In this case, the setting of the permission room of the user information U1 in the work area W is set to the dedicated section A, and is not the room 203 (dedicated section B) managed by the transfer destination controller 2-3 (step NO in S307), the permission room setting of the user information U1 in the work area W is not set (see step S309, FIG. 16B).

  Then, the user information U1 in the work area W (the user information U1 returned to the registration state in which no permission room is set) is used as transfer data to the controller 2-3 (see FIG. 16C) ( In step S310), the transfer data is transmitted to the transfer destination controller 2-3 (step S311).

  Then, the management apparatus 1A confirms that N is the last (YES in step S312), and ends the data transfer process by the individual user information expansion method.

  Also in this individual user information method, for the user information U1 whose registration state setting is changed from “lost” to “registration”, the permission room setting in the work area W is a setting in the database DB1. The setting of the permitted room is displayed on the management screen. For this reason, the operator does not have to worry about the setting of the permission room when performing the recovery process on the user information U1 in the database DB1, and changes the setting of the registration state from “lost” to “registered”. Just do it.

[Receive transfer data]
When the controller 2-1 receives the transfer data (user information U1) (FIG. 16C) from the management apparatus 1A (FIG. 14: step S401), the controller 2-1 initializes the work area (step S402), and the received transfer data. (User information U1) is held in the work area (step S403). Then, it is confirmed that there is no permission room setting in the transfer data (user information U1) held in the work area (NO in step S404), and the collation information of the personal collation method stored in the controller 2-1 Corresponding user information (user information U1 for which lost information is set) is deleted (step S406).

  Upon receiving the transfer data (user information U1) (FIG. 16D) from the management apparatus 1A (FIG. 14: step S401), the controller 2-2 initializes the work area (step S402), and the received transfer data (User information U1) is held in the work area (step S403). Then, it is confirmed that there is a permission room setting in the transfer data (user information U1) held in the work area (YES in step S404), and the collation information of the personal collation method stored in the controller 2-2. Corresponding user information (user information U1 in which lost information is set) is changed to transferred user information U1 (user information U1 returned to the registered state) held in the work area (step S405).

  Upon receiving the transfer data (user information U1) (FIG. 16C) from the management apparatus 1A (FIG. 14: step S401), the controller 2-3 initializes the work area (step S402), and the received transfer data. (User information U1) is held in the work area (step S403). Then, it is confirmed that there is no permission room setting in the transfer data (user information U1) held in the work area (NO in step S404), and the collation information of the personal collation method stored in the controller 2-3. Corresponding user information (user information U1 for which lost information is set) is deleted (step S406).

  As can be understood from the above description, according to the present embodiment, the operator is stored in the management apparatus 1A regardless of whether the all-user information expansion method or the individual user information expansion method is used. It is only necessary to set the lost information in the desired user information U among the user information U1 to UM of all users, and the change of the setting of the permission room is automatically performed on the user information U developed in the work area W. Therefore, it is possible to detect the use of the lost IC card 100 by all the controllers 2-1 to 2-3 including the controller 2-1, which performs collation by the group collation method without taking extra time. Will be able to.

  In addition, according to the present embodiment, whether to use the all user information expansion method or the individual user information expansion method, the change in the setting of the permission room is applied to the user information U expanded in the work area W. Since the setting of the permission room of the user information U stored in the database DB1 of the management apparatus 1A is not changed, the corresponding user information U is managed at the time of recovery processing when the lost IC card 100 is found. When calling to the screen, there is no need to determine whether the IC card 100 is permitted for all rooms in advance or the IC card 100 for which all rooms are permitted for transferring lost information. It is possible to avoid complicated operations during the recovery process.

  In the above-described embodiment, for the sake of simplicity of explanation, the number of controllers 2 is three, that is, controllers 2-1 to 2-3, but it goes without saying that the number of controllers 2 is not limited to three. .

  Further, in the above-described embodiment, for the sake of simplicity, the shared unit C is the room 201 managed by the controller 2-1, the dedicated unit A is the room 202 managed by the controller 2-2, and the controller 2-3. The room 203 to be managed is the dedicated part B. For example, the room managed by the controller 2-1 includes a dedicated part in addition to the shared part, or the room managed by the controller 2-2 or 2-3 is dedicated to the dedicated part. And a common part (for example, a common meeting room, a gymnasium, etc.) may be included. In this case, for the room managed by the controller 2, collation is performed on the shared portion by the group collation method, and collation is performed on the dedicated portion by the individual collation method. That is, the controller 2 also uses a combination of collation using the group collation method and collation using the individual collation method.

  FIG. 17 shows a functional block diagram of the main parts of the management device 1A and the controllers 2-1 to 2-3 in this entrance / exit management system. In response to an instruction from the operator, the management device 1A includes a lost information setting unit 1-1 that sets lost information to specified user information U1 among user information U1 to UM of all users stored in the database DB1. A user information expansion unit 1-2 that expands user information U (U1 in the individual user information expansion method, U1 to UM in the all user information expansion method) including the user information U1 in which the lost information is set; Allowed room setting changing unit 1-3 that changes the setting of the permission room added to the user information U1 in which the lost information in the work area W is set, and permission room setting in the work area W Includes a user information transfer unit 1-4 that transfers the user information U1 in which the lost information changed to the all-room permission is set to the controllers 2-1 to 2-3.

  The controller 2 (2-1 to 2-3) receives the user information U1 transferred from the management apparatus 1A (user information U1 in which lost information is set), and personal verification corresponding to the received user information U1 If the collation information of the method exists, the collation information of the personal collation method is rewritten to the user information U1 to which the transferred lost information is set, and the collation of the personal collation method corresponding to the received user information U1 When the information does not exist, a transfer data reception processing unit 21 that stores the transferred user information U1 as collation information of the personal collation method is provided.

[Extension of the embodiment]
The present invention has been described above with reference to the embodiment. However, the present invention is not limited to the above embodiment. Various changes that can be understood by those skilled in the art can be made to the configuration and details of the present invention within the scope of the technical idea of the present invention.

  1 (1A, 1B) ... management device, 2 (2-1 to 2-3) ... controller, 3 (3-1 to 3-3) ... card reader, 4 (4-1 to 4-3) ... electric lock , L ... communication line, DB1 ... database, W ... work area, U (U1-UM) ... user information, 1-1 ... lost information setting unit, 1-2 ... user information expansion unit, 1-3 ... permitted room setting Changing unit, 1-4 ... User information transfer unit, 21 ... Transfer data reception processing unit, 100 (100A, 100B) ... IC card, 201 ... Room (shared part C), 202 ... Room (dedicated part A), 203 ... Room (dedicated part B).

Claims (10)

A management device that stores user information of all users to which setting information of permitted rooms is added, including a common data portion and an individual data portion, personal identification information read from a storage medium possessed by the user, and the management device A first to Nth (N ≧ 2) controller that checks whether or not to allow the user to enter and leave the room that is managed by collating with the set collation information, As a collation method in the first to Nth controllers, a group collation method using only the data in the common data portion of the user information as the collation information, the data in the common data portion of the user information and the data in the individual data portion, In an entrance / exit management system that uses a mixture of personal verification methods that use information as the verification information,
The management device
In response to an instruction from the operator, among the stored user information of all users, lost information setting means for setting lost information to specified user information;
User information expansion means for expanding user information including user information in which the lost information is set in a work area;
Permission room setting changing means for changing the setting of the permission room added to the user information in which the lost information in the work area is set to permission for all rooms;
User information transfer means for transferring user information in which lost information is set in which permission rooms in the work area are changed to all room permission to the first to Nth controllers,
The first to Nth controllers are:
When the user information set with the lost information transferred from the management apparatus is received, and the collation information of the personal collation method corresponding to the received user information exists, the collation information of the personal collation method is transferred. If the collation information of the personal collation method corresponding to the received user information does not exist, the user information in which the transferred loss information is set is rewritten to the user information in which the lost information has been set. An entry / exit management system comprising transfer data reception processing means for storing verification information for a personal verification method. In the entrance / exit management system according to claim 1,
The user information expansion means includes
The user information of all users including the user information set with the lost information is expanded in the work area as all user information,
The permission room setting changing means includes:
Of all the user information in the work area, change the setting of the permission room added to the user information in which the lost information is set to all room permission,
The user information transfer means includes
The setting of the permission room in the work area is changed to permission for all rooms. All user information including user information in which lost information is set is set as a permission room for each controller. Divided into a set of user information, and transfers the divided set of user information to the corresponding first to Nth controllers,
The transfer data reception processing means of the first to Nth controllers are:
Receiving the set of user information transferred from the management device, and rewriting the collation information of the personal verification method corresponding to the received set of user information into the transferred set of user information. Exit management system. In the entrance / exit management system according to claim 2,
The management device
In response to an instruction from an operator, the user information of all the stored users is provided with a registered state recovery means for returning the user information in which the specified lost information is set to the registered state before the loss,
The user information expansion means includes
Expand all user information including user information returned to the registered state in the work area as all user information,
The user information transfer means includes
All the user information including the user information returned to the registered state in the work area is divided into a set of user information in which a room managed by the controller is set as a permission room for each controller. Transferring the set of user information to the corresponding first to Nth controllers,
The transfer data reception processing means of the first to Nth controllers are:
Receiving the set of user information transferred from the management device, and rewriting the collation information of the personal verification method corresponding to the received set of user information into the transferred set of user information. Exit management system. In the entrance / exit management system according to claim 1,
The user information expansion means includes
Only the user information set with the lost information is expanded in the work area as individual user information,
The permission room setting changing means includes:
Change the setting of the permission room added to the individual user information in which the lost information in the work area is set to permission for all rooms,
The user information transfer means includes
Transfer of individual user information in which lost information is set in which permission rooms in the work area are changed to permission for all rooms to the first to Nth controllers,
The transfer data reception processing means of the first to Nth controllers are:
When the individual user information set with the lost information transferred from the management device is received and there is collation information of the personal collation method corresponding to the received individual user information, the collation information of the personal collation method If the collation information of the personal collation method corresponding to the received individual user information does not exist, the lost information that has been transferred is set. A room entry / exit management system that stores personal user information as collation information of a personal collation method. In the entrance / exit management system according to claim 4,
The management device
In response to an instruction from the operator, among the stored user information of all users, a registered state recovery means for returning the user information in which the specified lost information is set to a registered state before the loss,
Recovery individual user information expanding means for expanding the user information returned to the registered state in the work area as recovered individual user information;
According to the setting of the permission room added to the recovered individual user information in the work area, the controller that manages the set permission room has the recovered individual user information in the work area. Recovered user who transfers without changing the setting of the permission room, and transfers the restored individual user information in the work area to the controller that does not manage the setting of the permission room without changing the setting of the permission room. Information transfer means,
The first to Nth controllers are:
When the restored individual user information is transferred in a state where a permission room is set, the individual user information in which the lost information stored as the collation information of the personal collation method is set has been transferred. When the restored individual user information is rewritten, and the restored individual user information is transferred without the permission room setting, the lost information stored as the collation information of the personal collation method is set. An entry / exit management system, comprising: means for deleting individual user information. A management device that stores user information of all users to which setting information of permitted rooms is added, including a common data portion and an individual data portion, personal identification information read from a storage medium possessed by the user, and the management device The first to Nth (N ≧ 2) controllers that determine whether or not to allow the user to enter and exit the room managed by the user by comparing with the set verification information. Applied to an exit management system, as a verification method in the first to Nth controllers, a group verification method that uses only data in the common data portion of the user information as the verification information, and a common data portion of the user information In an entrance / exit management method that uses a mixture of data and personal verification data that uses data in the individual data section as the verification information,
The management device
In accordance with an instruction from the operator, among the stored user information of all users, the lost information setting step for setting the lost information in the specified user information;
A user information expansion step of expanding user information including user information in which the lost information is set in a work area;
A permission room setting changing step of changing the setting of the permission room added to the user information in which the lost information in the work area is set to all room permission;
A user information transfer step of transferring user information in which lost information is set in which permission rooms in the work area are changed to all room permission to the first to Nth controllers,
The first to Nth controllers are:
When the user information set with the lost information transferred from the management apparatus is received, and the collation information of the personal collation method corresponding to the received user information exists, the collation information of the personal collation method is transferred. If the collation information of the personal collation method corresponding to the received user information does not exist, the user information in which the transferred loss information is set is rewritten to the user information in which the lost information has been set. A transfer data receiving process step stored as collation information of a personal collation method is executed. In the entrance / exit management method according to claim 6,
The user information expansion step includes:
The user information of all users including the user information set with the lost information is expanded in the work area as all user information,
The permission room setting changing step includes:
Of all the user information in the work area, change the setting of the permission room added to the user information in which the lost information is set to all room permission,
The user information transfer step includes:
The setting of the permission room in the work area is changed to permission for all rooms. All user information including user information in which lost information is set is set as a permission room for each controller. Divided into a set of user information, and transfers the divided set of user information to the corresponding first to Nth controllers,
The transfer data reception processing steps of the first to Nth controllers include:
Receiving the set of user information transferred from the management device, and rewriting the collation information of the personal verification method corresponding to the received set of user information into the transferred set of user information. Exit management method. In the entrance / exit management method according to claim 7,
The management device
In response to an instruction from the operator, among the stored user information of all users, a registration state recovery step is performed to return the user information in which the specified lost information is set to the registration state before the loss,
The user information expansion step includes:
Expand all user information including user information returned to the registered state in the work area as all user information,
The user information transfer step includes:
All the user information including the user information returned to the registered state in the work area is divided into a set of user information in which a room managed by the controller is set as a permission room for each controller. Transferring the set of user information to the corresponding first to Nth controllers,
The transfer data reception processing steps in the first to Nth controllers include:
Receiving the set of user information transferred from the management device, and rewriting the collation information of the personal verification method corresponding to the received set of user information into the transferred set of user information. Exit management method. In the entrance / exit management method according to claim 6,
The user information expansion step includes:
Only the user information set with the lost information is expanded in the work area as individual user information,
The permission room setting changing step includes:
Change the setting of the permission room added to the individual user information in which the lost information in the work area is set to permission for all rooms,
The user information transfer step includes:
Transfer of individual user information in which lost information is set in which permission rooms in the work area are changed to permission for all rooms to the first to Nth controllers,
The transfer data reception processing steps in the first to Nth controllers include:
When the individual user information set with the lost information transferred from the management device is received and there is collation information of the personal collation method corresponding to the received individual user information, the collation information of the personal collation method If the collation information of the personal collation method corresponding to the received individual user information does not exist, the lost information that has been transferred is set. The individual room user information is stored as collation information of a personal collation method. In the entrance / exit management method according to claim 9,
The management device
In response to an instruction from the operator, a registration state recovery step for returning the user information in which the specified lost information is set in the stored user information of all users to a registration state before the loss,
Recovery individual user information expansion step of expanding the user information returned to the registered state in the work area as recovered individual user information;
According to the setting of the permission room added to the recovered individual user information in the work area, the controller that manages the set permission room has the recovered individual user information in the work area. Transfer without changing the setting of the permission room, and transfer the restored individual user information in the work area without setting the permission room to the controller that does not manage the set permission room. Performing a recovery user information transfer step,
The first to Nth controllers are:
When the restored individual user information is transferred in a state where a permission room is set, the individual user information in which the lost information stored as the collation information of the personal collation method is set has been transferred. When the restored individual user information is rewritten, and the restored individual user information is transferred without the permission room setting, the lost information stored as the collation information of the personal collation method is set. The step of deleting the individual user information that is stored is executed.

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