JP2015187867A - Information management device and information management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device and a method that manage information by having an RFID tag not retain data other than RFID tag-specific identification information.SOLUTION: An information management device 200 includes: a communication unit 204 for receiving specific identification information and staff identification information transmitted by an information mobile terminal device 100 that has read out specific identification information stored in an RFID tag; an attribute information storage unit 201 that has stored multiple pieces of attribute information in association with the identification information specific to the RFID tag; an attribute information reading unit 205 for reading out multiple pieces of attribute information corresponding to the specific identification information received by the communication unit 204 from the attribute information storage unit 201; and a management storage unit 202 for storing date and time information and the multiple pieces of read-out attribute information by associating them with the staff identification information received by the communication unit 204.

Description

  The present invention relates to an information management apparatus and an information management method.

  Conventionally, attendance management systems have been proposed for managing the status of work and man-hours at the dispatched staff or dispatched staff. For example, in Patent Document 1, using an ID identification medium such as an IC card having a card ID and a dispatch destination identification code or an RFID (Radio Frequency IDentification) tag, It is disclosed to manage work man-hours.

  Specifically, in Patent Document 1, a dispatching company that dispatches a worker who is composed of a temporary worker or a temporary staff appropriately manages the attendance status of the worker at the dispatch destination and the work man-hours appropriately. This is a management system for dispatching work, and the dispatch destination that accepts the dispatch of the worker possesses an ID identification medium such as an IC card or RFID tag having at least a card ID and a dispatch destination identification code, Each worker, including staff, is equipped with at least a wireless communication function that can be connected to a network, an ID identification medium reading function, a storage device in which the worker's own ID is set and registered, and a stamping application software. A portable terminal such as a portable telephone, and starting work by the worker using the portable terminal by reading the ID identification medium or Performs a work start time stamping process and a work end time or work end time stamping process, and transmits the time stamping information to a preset server or communication terminal via the wireless communication function connectable to the network. Such a configuration is disclosed.

  Furthermore, the management system for dispatching business provides a data center of a third party having no stake, which can receive the stamping information transmitted from the mobile terminal owned by the worker, and this data center In accordance with the stamping information reception / recording function that records at least the stamping information that has been sent to the stamping information database, and the stamping information database according to the specified conditions received from the communication terminal of the dispatching company. A performance data file creation function for creating the performance data file by extracting the corresponding stamp information data, and a performance data file transmission function for transmitting the created performance data file to the communication terminal of the dispatching company are provided. It is disclosed.

JP 2008-310474 A

  However, when one RFID tag is lost, in order to reissue only one of them, information such as a dispatch destination identification code must be stored again in the storage unit provided in the RFID tag, and reissuing takes time. In addition, there is a problem that it costs money to the person who performs the processing. In addition, in order to store information such as the dispatch destination identification code in the storage unit included in the RFID tag again, there is a problem that dedicated software is required and costs increase.

  Accordingly, the present invention has been made in view of the above problems, and an information management apparatus and information management that can manage information without causing the RFID tag to hold data other than identification information unique to the RFID tag. It is an object to provide a method.

  In order to solve the above-described problem, according to one aspect of the present invention, the unique identification information transmitted from the portable information terminal device that has read the unique identification information stored in the RFID tag and the staff identification information are received. A communication unit, an attribute information storage unit that stores a plurality of attribute information in association with identification information unique to the RFID tag, and a plurality of attribute information corresponding to the unique identification information received by the communication unit. An attribute information reading unit that reads from the storage unit; and a management storage unit that stores date and time information and the plurality of read attribute information in association with the staff identification information received by the communication unit. It is an information management device.

  One aspect of the present invention is an information management method by an information management apparatus including an attribute information storage unit that stores a plurality of attribute information in association with identification information unique to an RFID tag, and the information management apparatus includes: A first step of receiving the unique identification information and staff identification information transmitted from the portable information terminal device that has read the unique identification information stored in the RFID tag, and the information management device includes the first step. A second step of reading from the attribute information storage unit a plurality of attribute information corresponding to the unique identification information received in step 1, and date information associated with the staff identification information received by the information management device in the first step. And a third step of storing the read plurality of attribute information in a management storage unit.

  According to the information management system of the present invention, information can be managed without storing additional data in the RFID tag. As a result, even if the RFID tag is lost, when the RFID tag is reissued, it is not necessary to store additional data in the RFID tag. Labor costs for reissue can be reduced.

It is a functional block diagram of the information management system 1 in 1st Embodiment. It is an example of a table T1 stored in the attribute information storage unit 201. It is an example of a table T2 stored in the management storage unit 202 by the control unit 203. It is an example of table T3 memorize | stored in the memory | storage part 202 for management. It is the sequence diagram which showed the flow of the process of the information management system 1 in 1st Embodiment. It is a functional block diagram of the information management system 2 in 2nd Embodiment. It is an example of the content of the mail which the attendance management system company which owns the information management apparatus 200b sends to an employee. It is the sequence figure which showed the flow of the process of downloading of the stamping process application software and registration of staff identification information IDs in 2nd Embodiment. It is the sequence figure which showed the flow of the process at the time of time management operation | movement in 2nd Embodiment.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. In the embodiment of the present invention, an employee attendance management system will be described as an embodiment of an information management system.

<First Embodiment>
FIG. 1 is a functional block diagram of an information management system 1 in the first embodiment. The information management system 1 includes an RFID tag 10, an information portable terminal device 100, and an information management device 200.

First, an outline of processing of the information management system 1 in the first embodiment will be described.
The information portable terminal device 100 is provided with RFID tags (for example, four in the above example) for each type of stamp (for example, four in the previous example) for each employee's workplace. Read from the RFID tag 10 in which only unique identification information (hereinafter referred to as tag identification information) IDm stored for each RFID tag 10 is stored. The tag identification information IDm, which is unique information that differs for each read RFID tag 10, is transmitted to the information management apparatus 200 together with the staff identification information IDs for identifying the employee and the information indicating the stamping date and time.

  The information management apparatus 200 receives the tag identification information IDm that is unique information that differs for each RFID tag 10, and sets the stamp type s corresponding to the tag identification information IDm that is unique information for each RFID tag 10. The information shown is read from the attribute information storage unit 201. Then, the information management apparatus 200 stores the received staff identification information IDs and the information indicating the stamping date and the information indicating the read stamping type s in the management storage unit 202 in association with each other. As a result, the information management system 1 can store the tag identification information IDm, which is unique information different for each RFID tag 10, and information indicating the stamping type s in the information management apparatus 200 in association with each other. The employee's attendance can be managed only by the tag identification information IDm, which is unique information that is different for each RFID tag 10 stored in 10 (for example, an IC chip).

Next, details of each device of the information management system 1 according to the first embodiment and processing of each unit included in each device will be described.
The information portable terminal device 100 includes an employee information storage unit 101, a reading unit 102, a control unit 103, a first communication unit 104, a display unit 105, and an input unit 106. The information portable terminal device 100 is, for example, a computer connected to a portable terminal, a smartphone, a tablet, or a reader / writer.

  The portable information terminal device 100 is not limited to the above, and holds a reading unit 102 that reads tag identification information IDm that is unique information for each RFID tag 10 from an external RFID tag 10 and staff identification information IDs. Any device including the employee information storage unit 101 and the first communication unit 104 may be used.

  The employee information storage unit 101 stores one staff identification information IDs for identifying employees assigned to the information portable terminal device 100. In addition, the employee information storage unit 101 stores information including a program of the time stamping process application software executed by the control unit 103.

  Under the control of the control unit 103, the reading unit 102 reads tag identification information IDm, which is unique information that is different for each RFID tag 10 stored in the RFID tag 10 outside the terminal, and reads each RFID tag 10 that has been read. The tag identification information IDm, which is unique information, is output to the first communication unit 104. Here, the tag identification information IDm, which is unique information different for each RFID tag 10, is a code unique to the RFID tag, is recorded when the RFID tag is manufactured, and is fixed data that cannot be rewritten. The reading unit 102 includes, for example, an RFID reader / writer.

The input unit 106 is a user interface such as a numeric key or a touch panel, for example. The input unit 106 receives information indicating a license ID (license identification information Lid) and information indicating a license key (Lkey) input by the user of the terminal.
The employee information storage unit 101 stores information IMEI indicating a manufacturing number of the own device and information IMSI indicating a unique number of a SIM (Subscriber Identity Module) card. The control unit 103 reads from the employee information storage unit 101 information IMEI indicating the manufacturing number of the own device and information IMSI indicating a unique number of the SIM card.

  The control unit 103 manufactures its own device that has been read from the employee information storage unit 101 with the information indicating the license ID (license identification information Lid) and the information indicating the license key (Lkey) received by the input unit 106. The information IMEI indicating the number and the information IMSI indicating the unique number of the SIM card are output to the first communication unit 104.

The control unit 103 reads the staff identification information IDs stored in the employee information storage unit 101, and outputs the read staff identification information IDs to the first communication unit 104.
The control unit 103 controls the reading unit 102 to read the tag identification information IDm, which is unique information for each RFID tag 10, from the RFID tag 10 outside the device itself, and read the RFID tag 10. Tag identification information IDm, which is unique information that is different for each, is output to the first communication unit 104.
In addition, the control unit 103 transmits information indicating the terminal stamping date and time Tt that is the date and time when the reading unit 102 reads the tag identification information IDm, which is unique information different from the RFID tag 10 to the RFID tag 10, from the first communication. Output to the unit 104.

In addition, the control unit 103 receives information indicating an approval stamping date / time Ta, which is a stamping date / time approved by the information management apparatus 200 received by the first communication unit 104, and a stamping result Flag (for example, stamping with 0). Using the information indicating the time failure 1 and the time stamping succeeded), the time and date of the approved time stamping and the information indicating whether the time stamping succeeded or failed (for example, the time stamped by the information management device 200 is stored). When the marking is successful, that is, when the stamping is successful, the characters “successful stamping” are displayed on the display unit 105.
In addition, the control unit 103 causes the display unit 105 to display information indicating the message Mes received by the first communication unit 104 (for example, a message calling attention to employees such as “No overtime today”).

The first communication unit 104 is configured to be able to communicate information with the outside by at least one of a wired method and a wireless method.
The first communication unit 104 is controlled by the control unit 103 to display information indicating a license ID (license identification information Lid), information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and a unique property of the SIM card. Information IMSI indicating the number is output to a second communication unit 204 described later of the information management apparatus 200.
In addition, the first communication unit 104 controls the control unit 103 to control the staff identification information IDs read from the employee information storage unit 101 and unique information that is different for each RFID tag 10 input from the reading unit 102. The tag identification information IDm and information indicating the terminal stamping date and time Tt are output to a second communication unit 204 described later of the information management apparatus 200.

  In addition, the first communication unit 104 includes information indicating the stamp type s from the second communication unit 204, information indicating an approval stamp date / time Ta that is a stamp date / time approved by the information management device 200, and a stamp Receives information indicating time stamp flag (for example, 0 failed to be stamped, 1 succeeded) and information indicating message Mes (for example, a message to alert employees such as “prohibit overtime today”) To do.

  The display unit 105 includes, for example, a liquid crystal display. Based on the information received by the first communication unit 104 by the control unit 103, the display unit 105 includes information indicating the approval stamping date and time Ta, information indicating the stamping result Flag, and information indicating the message Mes. indicate.

Next, the information management apparatus 200 will be described. The information management apparatus 200 includes an attribute information storage unit 201, a management storage unit 202, a control unit 203, a second communication unit 204, an attribute information reading unit 205, a license storage unit 206, and a determination unit 207. Is provided.
In the attribute information storage unit 201, tag identification information IDm, which is unique information that differs for each RFID tag 10, and attribute information indicating the attribute of the RFID tag are stored in association with each other.

FIG. 2 is an example of the table T1 stored in the attribute information storage unit 201. In the table T1 in the figure, tag identification information IDm, which is unique information that differs for each RFID tag 10, information indicating the stamping type s, and workplace information w are associated with each other. For each place of work, there are four stamping types s: “attendance”, “retirement”, “outing”, and “return”. For example, when the tag identification information IDm, which is unique information that differs for each RFID tag 10, is 0001, the stamp type s is “attendance” and the work location information w is “company 1”. Thus, for the tag identification information IDm, which is unique information that differs for each RFID tag 10, the combination of the information indicating the stamping type s and the workplace information w has a one-to-one correspondence. .
Thereby, the attribute information reading unit 205 can read the combination of the information indicating the stamping type s and the work information w using the tag identification information IDm, which is unique information different for each RFID tag 10, as a key.

  Returning to FIG. 1, in the management storage unit 202, as shown in the table T2 of FIG. 3, by the control unit 203, information indicating the terminal stamping date and time Tt, staff identification information IDs, and stamping type s Is stored in association with work information w. In addition, the management storage unit 202 stores information indicating a message Mes (for example, a message calling attention to employees such as “No overtime today”).

  FIG. 3 is an example of the table T <b> 2 stored in the management storage unit 202 by the control unit 203. In the table T2 in the figure, information indicating the terminal stamping date and time Tt, staff identification information IDs, information indicating the stamping type s, and work place information w are associated with each other. For example, when the terminal stamping date / time Tt is “2011/2/1 8:30” and the staff identification information IDs is “A0001”, the stamping type s is “attendance” and the workplace information w is “company 1”. " Thereby, the information management apparatus 200 can manage the terminal stamping date / time Tt, the staff identification information IDs, the information indicating the stamping type s, and the workplace information w in association with each other.

  Returning to FIG. 1, the management storage unit 202 stores staff identification information IDs and information indicating the name of the staff in association with each other. FIG. 4 is an example of the table T3 stored in the management storage unit 202. In the table T3 in the drawing, the staff identification information IDs and information indicating the name of the staff are associated with each other. For example, when the staff identification information IDs is “A0001”, the information indicating the name of the staff is “Taro □□”. Thereby, the information management apparatus 200 can manage the staff identification information IDs and the employee names in a one-to-one relationship.

Returning to FIG. 1, the control unit 203 outputs tag identification information IDm, which is unique information that is different for each RFID tag 10 received by the second communication unit 204, from the second communication unit 204 to the attribute information reading unit 205. Control to do.
The attribute information reading unit 205 uses tag identification information IDm that is unique information that is different for each RFID tag 10 input from the second communication unit 204 as a key, and tag identification that is unique information that is different for each RFID tag 10. Information indicating the stamp type s associated with the information IDm and the work information w are read from the attribute information storage unit 201.

  The control unit 203 also includes information indicating the type of stamp s and office information w read by the attribute information reading unit 205, staff identification information IDs received by the second communication unit 204, and terminal stamping date and time Tt. Is stored in the management storage unit 202 in association with the information indicating.

  In addition, when the control unit 203 stores the above information in the management storage unit 202, the control unit 203 sets information indicating the stamping result Flag (for example, stamping failure with 0, stamping success with 1) to 1 and approval. Information indicating the stamping date and time Ta is set to the date and time stored in the management storage unit 202. In addition, the control unit 203 reads information indicating the message Mes (for example, a message calling attention to employees such as “prohibit overtime today”) from the management storage unit 202.

  The control unit 203 also includes information indicating the stamp type s read by the attribute information reading unit 205, information indicating the set approval stamp date and time, and a stamp result flag (for example, stamped with 0). Information indicating failure and success in stamping 1) and information indicating message Mes read from the management storage unit 202 (for example, a message calling attention to an employee such as “prohibit overtime today”). 2 to the communication unit 204. Then, the control unit 203 controls the above information to be transmitted from the second communication unit 204 to the first communication unit 104 of the information portable terminal device 100.

The second communication unit 204 is configured to be able to communicate information with the outside by at least one of a wired method and a wireless method.
The second communication unit 204 includes information indicating tag identification information IDm, staff identification information IDs, and terminal stamping date / time Tt, which are unique information that is different for each RFID tag 10 transmitted from the first communication unit 104. Receive. The second communication unit 204 outputs tag identification information IDm, which is unique information that differs for each RFID tag 10, to the attribute information reading unit 205 under the control of the control unit 203.

  In addition, the second communication unit 204 controls the control unit 203 to control the time stamp type s, information about the approval time stamp Ta, information about the time stamp flag, and information about the message Mes. Are transmitted to the first communication unit 104.

<License authentication>
Next, a license authentication process in the information management apparatus 200 will be described. The license storage unit 206 associates information indicating a license ID (license identification information Lid), information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card. Is remembered.

  The determination unit 207 uses the information indicating the license ID (license identification information Lid) received by the second communication unit 204 as a key, and the license key (Lkey) corresponding to the information indicating the license ID (license identification information Lid). The information IMEI indicating the serial number, the information IMEI indicating the manufacturing number, and the information IMSI indicating the unique number of the SIM card are read from the license storage unit 206.

  The determination unit 207 includes information indicating a license key (Lkey) corresponding to information indicating the license ID (license identification information Lid) received by the second communication unit 204, information IMEI indicating the manufacturing number, and the SIM card. Three pieces of information IMSI indicating a unique number, information indicating a license key (Lkey) read from the license storage unit 206, information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card Each piece of information is collated, and if the three pieces of information are the same, it is determined that the license authentication is successful, and information indicating the determination result is output to the control unit 203.

  When the control unit 203 receives the information indicating the determination result that the license authentication has been successful from the determination unit 207, the control unit 203 reads information including the program of the time stamping process application software from the license storage unit 206, and the read time stamping process application software Information including the program is transmitted from the second communication unit 204 to the first communication unit 104 of the portable information terminal device 100.

  On the other hand, if any one of the three pieces of information is different as a result of the above collation, the determination unit 207 determines that the license authentication has failed, and outputs information indicating the determination result to the control unit 203. When receiving the information indicating the determination result that the license authentication has failed, the control unit 203 outputs the information indicating the license authentication failure message ERm from the second communication unit 204 to the first communication unit 104 of the information portable terminal device 100. To do.

  The license storage unit 206 includes information indicating a license ID (license identification information Lid), information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card. Since two pieces of information are stored in association with each other, it is possible to prevent the imprint processing application software from being used illegally by mounting the SIM card on another information portable terminal device. Accordingly, it is possible to prevent an impersonation action by another person such as an employee handing a SIM card to another person and the other person attaching the SIM card to the personal information terminal device of the person and performing a stamping process.

  FIG. 5 is a sequence diagram showing the flow of processing of the information management system 1 in the first embodiment. First, the reading unit 102 of the portable information terminal device 100 reads tag identification information IDm, which is unique information for each RFID tag 10, from the RFID tag 10 outside the device itself (T101). Next, the control unit 103 of the information portable terminal device 100 reads the staff identification information IDs from the employee information storage unit 101 (T102).

  Next, the first communication unit 104 receives the tag identification information IDm, the terminal stamping date and time Tt, the staff identification information IDs, and the license ID (license identification information Lid), which are unique information for each RFID tag 10. The information indicating the license key (Lkey), the information IMEI indicating the manufacturing number, and the information IMSI indicating the unique number of the SIM card are transmitted to the second communication unit 204 of the information management apparatus 200 ( T103).

  Next, the determination unit 207 of the information management apparatus 200 determines whether or not the license authentication is successful (T104). When the license authentication fails (T104 NO), the control unit 203 of the information management device 200 transmits information indicating the license authentication failure message ERm to the information portable terminal device 100 (T105).

Next, the attribute information reading unit 205 of the information management apparatus 200 reads information indicating the stamp type s corresponding to the tag identification information IDm, which is unique information that is different for each RFID tag 10, and the workplace information w (T106). .
Next, the control unit 203 of the information management apparatus 200 stores the staff identification information IDs, the terminal stamping date / time Tt, the information indicating the stamping type s, and the work place information w in association with each other (T107). Next, the control unit 203 of the information management apparatus 200 sends the stamp identification information s, the approval stamp date / time Ta, the information indicating the stamp result Flag, and the information indicating the message Mes from the second communication unit 204. It transmits to the 1st communication part 104 of the information portable terminal device 100 (T108). Above, the process of this sequence is complete | finished.

  As described above, the information management system 1 according to the present embodiment can store the tag identification information IDm, which is unique information different for each RFID tag 10, and the information indicating the stamping type s in the attribute information storage unit 201 in association with each other. Since the device 200 can read information indicating the stamping type s from the attribute information storage unit 201 using the tag identification information IDm that is unique information that is different for each RFID tag 10 received from the information portable terminal device 100. It is possible to manage the attendance of each employee such as attendance and retirement without storing information indicating the stamp type s in the RFID tag.

  Furthermore, in the information management system 1 of the present embodiment, the attribute information storage unit 201 stores tag identification information IDm, which is unique information different for each RFID tag 10, and work information w in association with each other. The device 200 can read the work information w from the attribute information storage unit 201 using the tag identification information IDm, which is unique information that is different for each RFID tag 10 received from the portable information terminal device 100. The workplace (for example, company 1) where each employee worked can be managed without storing the workplace information w.

  Further, even when an employee or the like loses each RFID tag installed at each workplace, when the RFID tag is reissued, information indicating the stamping type s or workplace information w is stored in the RFID tag. Therefore, the information management system 1 of the present embodiment can reduce the time required for reissuing the RFID tag and reduce the labor cost required for reissuing the RFID tag.

<Second Embodiment>
The information management system 1 in the first embodiment includes the information portable terminal device 100 and the information management device 200. The information management system 2 according to the second embodiment further includes an authentication device 300, and the authentication device 300 determines whether or not to permit use of the time stamp processing application software executed by the control unit 103b of the information portable terminal device 100b. Perform authentication processing.
Thereby, the information management system 2 can prevent the use of unauthorized stamping processing application software.

FIG. 6 is a functional block diagram of the information management system 2 in the second embodiment. The information management system 2 includes an RFID tag 10, an information portable terminal device 100b, an information management device 200b, and an authentication device 300. Elements common to those in FIG. 1 are denoted by the same reference numerals, and detailed description thereof is omitted.
In the configuration of the information portable terminal device 100b in FIG. 6, the control unit 103 is changed to the control unit 103b and the first communication unit 104 is changed to the first communication unit 104b in the configuration of the information portable terminal device 100 in FIG. It has been changed to.

<Download process of time stamp application software in portable information terminal device 100b>
First, a process in which the portable information terminal device 100b downloads a portable stamping application, which is an example of the marking processing application software, from the authentication device 300 and retains the staff identification information IDs in the portable information device 100b will be described.

  FIG. 7 is an example of the contents of the email sent to the employee by the attendance management system operator who owns the information management apparatus 200b. In the figure, the text of the email contains the text “Please access the URL below to download the mobile app for engraving” followed by a URL (Uniform Resource Locator) and a license ID (License Identification Information Lid). And a license key (Lkey). The operator of the information portable terminal device 100b (employee as an example in the present embodiment) performs an operation of downloading the stamping portable application to the information portable terminal device 100b in accordance with the instruction of the mail.

  In the present embodiment, the example in which the information shown in FIG. 7 is sent to the operator of the portable information terminal device 100b by e-mail has been described. However, the present invention is not limited to this, and the contents shown in FIG. The paper may be distributed to the operator of the information portable terminal device 100b.

  In the above case, in the portable information terminal device 100b, the input unit 106 receives the input of the URL of the download page. The control unit 103b requests the authentication apparatus 300 for information indicating the WEB page of the URL received by the input unit 106 via the first communication unit 104b. Based on the control by the control unit 103b, the first communication unit 104b transmits information requesting the data of the WEB page to a third communication unit 302 described later of the authentication device 300.

  The first communication unit 104b receives WEB page data from a third communication unit 302 (to be described later) of the authentication device 300. The control unit 103b causes the display unit 105 to display the WEB page using the WEB page data received by the first communication unit 104b.

After the first communication unit 104b receives the WEB page data and the control unit 103b displays the data on the WEB page data display unit 105, the input unit 106 receives the license ID (license identification information Lid) and the license key ( Lkey) is received.
The employee information storage unit 101 stores information IMEI indicating a manufacturing number of the own device and information IMSI indicating a unique number of the SIM card. The control unit 103b reads from the employee information storage unit 101 information IMEI indicating the manufacturing number of the own device and information IMSI indicating a unique number of the SIM card.

  The control unit 103b reads the information indicating the license ID (license identification information Lid) received by the input unit 106 and the information indicating the license key (Lkey) from the employee information storage unit 101 to the authentication device 300. The information IMEI indicating the manufactured serial number of the device itself and the information IMSI indicating the unique number of the SIM card are output to the first communication unit 104b and transmitted to the authentication device 300 via the first communication unit 104b. To do. The first communication unit 104b transmits the four pieces of information to a third communication unit 302 (to be described later) of the authentication device 300 based on control by the control unit 103b.

  The first communication unit 104b receives data of the stamping mobile application from a third communication unit 302 (to be described later) of the authentication device 300. The control unit 103b installs the stamping mobile app in the own device using the data of the stamping mobile app.

The first communication unit 104b receives information indicating a license authentication failure message ERm from a later-described third communication unit 302 of the authentication device 300, and displays information indicating the license authentication failure message ERm under the control of the control unit 103b. To 105.
The control unit 103b causes the display unit 105 to display the license authentication failure message ERm received by the first communication unit 104b.

  The control unit 103b activates the stamping mobile app after the installation of the stamping mobile app is completed. And the input part 106 receives the input of staff identification information IDs. The control unit 103b outputs the staff identification information IDs received by the input unit 106 to the first communication unit 104b.

  When the first communication unit 104b receives the staff identification information IDs from the input unit 106, the first communication unit 104b includes the information indicating the license authentication request, the staff identification information IDs, the information indicating the license ID (license identification information Lid), and the license key ( Lkey), information IMEI indicating the manufacturing number of the own device, and information IMSI indicating a unique number of the SIM card are transmitted to a third communication unit 302 (to be described later) of the authentication device 300.

  When the license authentication in the authentication device 300 is successful, the first communication unit 104b receives information indicating that the application has been successfully authenticated from a third communication unit 302 (to be described later) of the authentication device 300. After the notification that the authentication is successful is received by the first communication unit 104b, the control unit 103b includes information indicating the staff identification information IDs, the license ID (license identification information Lid), and the information indicating the license key (Lkey). Are stored in the employee information storage unit 101.

<Processing at Time Management Operation in Information Portable Terminal Device 100b>
Then, the process of the information portable terminal device 100b at the time management operation time is demonstrated.
Similar to the first embodiment, the control unit 103b causes the reading unit 102 to read tag identification information IDm, which is unique information that differs for each RFID tag 10 of the RFID tag 10 outside the device itself. Further, the control unit 103b reads the staff identification information IDs, information indicating the license ID (license identification information Lid), and information indicating the license key (Lkey) from the employee information storage unit 101.

  Then, the control unit 103b obtains tag identification information IDm, which is unique information that is different for each read RFID tag 10, information indicating staff identification information IDs and license ID (license identification information Lid), and a license key (Lkey). Along with the information shown and the information showing the terminal time stamp Tt, the first communication unit 104b outputs the information to the third communication unit 302 described later of the authentication device 300.

  When license authentication fails in the authentication device 300, the first communication unit 104b receives information indicating a license authentication failure message ERm from a third communication unit 302 (to be described later) of the authentication device 300. The control unit 103b causes the display unit 105 to display the license authentication failure message ERm using information indicating the license authentication failure message ERm received by the first communication unit 104b.

  When the control unit 304 of the authentication device 300 stores the log in the license storage unit 301, the first communication unit 104b receives the time stamp type s from the third communication unit 302 of the authentication device 300 as information indicating the time stamping result. Information indicating approval stamping date and time Ta, stamping result Flag (for example, stamping failure with 0, stamping success with 1, and message Mes (for example, “No overtime today”) Information indicating a message to alert employees).

Next, the authentication device 300 will be described. The authentication device 300 includes a license storage unit 301, a third communication unit 302, a determination unit 303, and a control unit 304.
The license storage unit 301 associates information indicating a license ID (license identification information Lid), information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card. Is remembered. In addition, the license storage unit 301 stores information including a program of the engraving mobile application and data of a download page of the engraving mobile application.

<Download process of engraving process application software in authentication device 300>
First, the process of the authentication device 300 during the download process of the engraving portable application will be described. The third communication unit 302 is configured to be able to communicate information with the outside by at least one of a wired method and a wireless method. The 3rd communication part 302 receives the information which shows the data request of a web page from the 1st communication part 104b of the information portable terminal device 100b.

  The control unit 304 reads the requested web page data from the license storage unit 301 based on the information indicating the web page data request received by the third communication unit 302, and reads the read web page data to the first page. 3 to the first communication unit 104b of the portable information terminal device 100b.

  The third communication unit 302 includes information indicating a download permission request from the first communication unit 104b of the information portable terminal device 100b, information indicating a license ID (license identification information Lid), and information indicating a license key (Lkey). The information IMEI indicating the manufacturing number and the information IMSI indicating the unique number of the SIM card are received. When the information indicating the download permission request is received by the third communication unit 302, the control unit 304 controls the determination unit 303 to perform license authentication.

  The determination unit 303 uses the information indicating the license ID (license identification information Lid) received by the third communication unit 302 as a key, and the license key (Lkey) corresponding to the information indicating the license ID (license identification information Lid). Information IMEI indicating the serial number, and information IMSI indicating the unique number of the SIM card are read out.

  The determination unit 303 includes information indicating a license key (Lkey) corresponding to information indicating the license ID (license identification information Lid) received by the third communication unit 302, information IMEI indicating a manufacturing number, and the SIM card. Three pieces of information IMSI indicating a unique number, information indicating a license key (Lkey) read from the license storage unit 301, information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of a SIM card Each piece of information is collated, and if the three pieces of information are the same, it is determined that the authentication has succeeded, and information indicating the determination result is output to the control unit 304.

  When the control unit 304 receives information indicating the determination result that the authentication is successful from the determination unit 303, the control unit 304 reads information including the program for the time stamping mobile app from the license storage unit 301, and reads the program for the time stamping mobile app. Is transmitted from the third communication unit 302 to the first communication unit 104b of the portable information terminal device 100b.

  On the other hand, if any one of the three pieces of information is different, the determination unit 303 determines that the authentication has failed and outputs information indicating the determination result to the control unit 304. When receiving the information indicating the determination result that the authentication has failed, the control unit 304 outputs the information indicating the license authentication failure message ERm from the third communication unit 302 to the first communication unit 104b of the information portable terminal device 100b. .

  The license storage unit 301 includes information indicating a license ID (license identification information Lid), information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card. Since two pieces of information are stored in association with each other, it is possible to prevent the SIM card from being attached to another information portable terminal device and illegally using the portable app for stamping. Accordingly, it is possible to prevent an impersonation action by another person such as an employee handing a SIM card to another person and the other person attaching the SIM card to the personal information terminal device of the person and performing a stamping process.

  The third communication unit 302 includes information indicating an application authentication request from the first communication unit 104b of the information portable terminal device 100b, information indicating staff identification information IDs, license ID (license identification information Lid), and a license key. Information indicating (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card are received. When the third communication unit 302 receives information indicating an application authentication request, the control unit 304 controls the determination unit 303 to perform license authentication.

  When the determination unit 303 succeeds in license authentication, the information indicating the authentication result is output to the control unit 304. The control unit 304 outputs information indicating that the authentication of the application is successful from the information indicating the authentication result from the third communication unit 302 to the first communication unit 104b of the information portable terminal device 100b.

<Processing at Time Management Operation in Authentication Device 300>
Next, processing of the authentication device 300 at the time management operation will be described. The third communication unit 302 includes tag identification information IDm that is unique information that differs from RFID tag 10 from the first communication unit 104b of the portable information terminal device 100b, terminal stamping date and time Tt, and staff identification information IDs. The time stamp data including information indicating a license ID (license identification information Lid), information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card is received. .

  When the third communication unit 302 receives the stamp data, the control unit 304 controls the determination unit 303 to perform license authentication using the stamp data. Specifically, the determination unit 303 uses the information indicating the license ID (license identification information Lid) received by the third communication unit 302 as a key, and the license corresponding to the information indicating the license ID (license identification information Lid). Information indicating a key (Lkey), information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of the SIM card are read from the license storage unit 301.

  The determination unit 303 includes information indicating a license key (Lkey) corresponding to information indicating the license ID (license identification information Lid) received by the third communication unit 302, information IMEI indicating a manufacturing number, and the SIM card. Three pieces of information IMSI indicating a unique number, information indicating a license key (Lkey) read from the license storage unit 301, information IMEI indicating a manufacturing number, and information IMSI indicating a unique number of a SIM card Each piece of information is collated, and if the three pieces of information are the same, it is determined that the license authentication is successful, and information indicating the determination result is output to the control unit 304.

  When the control unit 304 receives information indicating the determination result that the license authentication has been successful from the determination unit 303, the control unit 304 includes tag identification information IDm, which is unique information that differs for each RFID tag 10, and information indicating the terminal stamping date and time Tt. The staff identification information IDs is transmitted to the second communication unit 204b of the information management apparatus 200b.

On the other hand, if any one of the three pieces of information is different as a result of the above collation, the determination unit 303 determines that the license authentication has failed, and outputs information indicating the determination result to the control unit 304.
When receiving the information indicating the determination result that the license authentication has failed, the control unit 304 outputs the information indicating the license authentication failure message ERm from the third communication unit 302 to the first communication unit 104b of the information portable terminal device 100b. To do.

  The third communication unit 302 includes information indicating the stamp type s, information indicating the approval stamp date and time, and a stamp result Flag (for example, stamped with 0) from the second communication unit 204b of the information management apparatus 200b. Information indicating failure 1 and successful stamping and information indicating message Mes (for example, a message calling attention to employees such as “No overtime today”) are received.

The control unit 304 includes information indicating the stamp type s received by the third communication unit 302, information indicating the approval stamp date and time, and a stamp result Flag (for example, stamp failure with 0, stamp with 1). Information indicating success) is stored in the license storage unit 301 as a business log.
Then, the control unit 304 includes information indicating the stamping type s, information indicating the approval stamping date and time Ta, information indicating the stamping result Flag (for example, stamping failure at 0, stamping success at 1), Control to transmit information indicating the message Mes (for example, a message calling attention to employees such as “prohibit overtime today”) from the third communication unit 302 to the first communication unit 104b of the portable information terminal device 100b. To do.

<Processing at Time Management Operation in Information Management Device 200b>
Next, processing of the information management apparatus 200b at the time management operation will be described. The configuration of the information management device 200b in FIG. 6 is changed from the configuration of the information management device 200 in FIG. 1 to the control unit 203 being changed to the control unit 203b and the second communication unit 204 being changed to the second communication unit 204b. Thus, the license storage unit 206 and the determination unit 207 are removed.

  Similar to the second communication unit 204 in FIG. 1, the second communication unit 204b is configured to be able to communicate information with the outside by at least one of a wired method and a wireless method. Yes. The second communication unit 204b includes tag identification information IDm, staff identification information IDs, and terminal stamping date and time Tt, which are unique information that is different for each RFID tag 10 transmitted from the third communication unit 302 of the authentication device 300. The information indicating is received. The second communication unit 204b outputs tag identification information IDm, which is unique information that differs for each RFID tag 10, to the attribute information reading unit 205 under the control of the control unit 203b.

  The control unit 203b includes information indicating the stamping type s, information indicating the approval stamping date and time Ta, information indicating the stamping result Flag (for example, stamping failure at 0, stamping success at 1), and message Mes. Control is performed so that information indicating the message (for example, a message calling attention to employees such as “prohibit overtime today”) is output from the second communication unit 204b to the third communication unit 302 of the authentication device 300.

  FIG. 8 is a sequence diagram showing the flow of processing for downloading the stamping mobile application and registering the staff identification information IDs in the second embodiment. First, the input unit 106 of the information portable terminal device 100b accepts the input of the URL of the download page of the portable app for stamping (T201). Next, the control unit 103b requests WEB page data from the authentication apparatus 300 via the first communication unit 104b (T202). Next, the control unit 304 of the authentication device 300 outputs the data of the WEB page to the information portable terminal device 100b via the third communication unit 302 (T203).

Next, the input unit 106 of the information portable terminal device 100b accepts input of information indicating a license ID (license identification information Lid) and information indicating a license key (Lkey) (T204). Next, the control unit 103b of the portable information terminal device 100b makes a download permission request to the authentication device 300 via the first communication unit 104b (T205).
Next, the determination unit 303 of the authentication device 300 determines whether or not the license authentication is successful (T206). When the license authentication is successful, the control unit 304 of the authentication device 300 transmits information including the program for the engraving portable application to the information portable terminal device 100b via the third communication unit 302 (T207).

On the other hand, when the license authentication fails, the control unit 304 of the authentication device 300 transmits information indicating the error message ERm to the information portable terminal device 100b via the third communication unit 302 (T208).
Next, after the first communication unit 104b receives the information including the program of the time stamping mobile app, the control unit 103b of the information portable terminal device 100b installs the time stamping mobile app, and after the installation is completed Then, the engraving mobile application is activated (T209).

Next, the control part 103b of the information portable terminal device 100b receives the input of the staff identification information IDs (T210). Next, the control unit 103b of the portable information terminal device 100b makes a license authentication request to the authentication device 300 via the first communication unit 104b (T211).
The determination unit 303 of the authentication device 300 determines whether or not the license authentication is successful (T212). When the authentication is successful, the control unit 304 of the authentication device 300 outputs information indicating a license authentication success message to the information portable terminal device 100b (T213).
Next, the control unit 103b of the information portable terminal device 100b stores the staff identification information IDs in the employee information storage unit 101 (T214). Above, the process of this sequence is complete | finished.

  As described above, when the license authentication in the authentication device 300 is successful, the information portable terminal device 100b can download the time stamping mobile app from the authentication device 300 and install the time stamping mobile app in the own device. In addition, the portable information terminal device 100b stores the staff identification information IDs in the employee information storage unit 101, so that the staff identification information IDs from the outside of the device itself is transmitted each time the stamp data is transmitted to the authentication device 300 from the next time. The staff identification information IDs can be read from the employee information storage unit 101 and the read staff identification information IDs can be output to the authentication device 300 without receiving the input. Thereby, it is possible to save the labor and time for the operator of the portable information terminal device 100b to input the staff identification information IDs.

  FIG. 9 is a sequence diagram showing the flow of processing during attendance management operation in the second embodiment. First, the reading unit 102 of the portable information terminal device 100b reads tag identification information IDm, which is unique information that differs for each RFID tag 10 (T301). Next, the control unit 103b of the information portable terminal device 100b reads the staff identification information IDs from the employee information storage unit 101 (T302).

  Next, the control unit 103b of the portable information terminal device 100b transmits the stamp data to the authentication device 300 via the first communication unit 104b (T303). Next, the authentication apparatus 300 determines whether or not the license authentication is successful (T304). When the license authentication has failed (T304 NO), the control unit 304 of the authentication device 300 transmits information indicating the license authentication failure message ERm to the information portable terminal device 100b (T305).

  On the other hand, when the license authentication is successful (T304 YES), the control unit 304 of the authentication device 300 transmits the stamp data to the information management device 200b (T306). Next, the control unit 203b of the information management apparatus 200b uses the tag identification information IDm, which is unique information that is different for each RFID tag 10, as a key, and the attribute information storage unit displays information indicating the stamping type s and workplace information w. Read from 201 (T307).

Next, the control unit 203b of the information management device 200b associates the information indicating the terminal stamping date and time Tt, the staff identification information IDs, the information indicating the stamping type s, and the workplace information w with the management storage unit. 202 (T308).
Next, the control unit 203b of the information management device 200b transmits information indicating the engraving result to the authentication device 300 via the second communication unit 204b (T309). Next, the control unit 304 of the authentication apparatus 300 records the business log in the license storage unit 301 (T310). Next, the control unit 304 of the authentication device 300 transmits information indicating the engraving result received by the third communication unit 302 to the information portable terminal device 100b via the third communication unit 302 (T311). Above, the process of this sequence is complete | finished.

  As described above, the information management system 2 according to the present embodiment, in addition to the processing of the information management system 1 according to the first embodiment, uses the authentication device 300 when the portable information terminal device 100b downloads the time stamp processing application software and information. When the portable terminal device 100b transmits the stamped data to the information management device 200b via the authentication device 300, license authentication is performed. Thereby, the information management system 2 can prevent the use of unauthorized stamping processing application software.

  Also, the information management system 2 of the present embodiment, in the same manner as the information management system 1 of the first embodiment, is stamped with the tag identification information IDm, which is unique information that differs for each RFID tag 10, in the attribute information storage unit 201. The information indicating the type s can be stored in association with each other, and the information management apparatus 200b uses tag identification information IDm, which is unique information that is different for each RFID tag 10 received from the portable information terminal apparatus 100b via the authentication apparatus 300. Since the information indicating the stamping type s can be read from the attribute information storage unit 201, the attendance of each employee such as attendance and retirement can be managed without storing the information indicating the stamping type s in the RFID tag. be able to.

  Furthermore, the information management system 2 of the present embodiment, in the same way as the information management system 1 of the first embodiment, includes the tag identification information IDm, which is unique information that differs for each RFID tag 10 in the attribute information storage unit 201, and the workplace. The information management device 200b uses tag identification information IDm, which is unique information that is different for each RFID tag 10 received from the portable information terminal device 100b via the authentication device 300. Since the work information w can be read from the attribute information storage unit 201, it is possible to manage the work place (for example, company 1) where each employee worked without storing the work place information w in the RFID tag. it can.

  Further, even if an employee or the like loses each RFID tag installed for each workplace, when the RFID tag is reissued, information indicating the stamping type s or workplace information w is stored in the RFID tag. Therefore, the information management system 2 of the present embodiment can reduce the time required for reissuing the RFID tag and reduce the labor cost required for reissuing the RFID tag.

  In the first and second embodiments, the determination unit (207, 303), when performing license authentication, information indicating a license key (Lkey), information IMEI indicating a manufacturing number, and the uniqueness of the SIM card It is determined whether or not all three pieces of information IMSI indicating the same number are the same, but information indicating the license key (Lkey) transmitted from the first communication unit (104, 104b) and the license storage unit (206 , 301) may be collated with information indicating a license key (Lkey) corresponding to the license ID (license identification information Lid) stored in it to determine whether or not they are the same.

  In the present embodiment, the attendance management system has been described as an embodiment of the information management system, but the present invention is not limited to this. Using the tag identification information IDm, which is unique information different for each RFID tag 10, the information portable terminal device reads the tag identification information IDm information, which is unique information different for each RFID tag 10, and the read RFID tag By transmitting tag identification information IDm, which is unique information that differs for every 10 to the information management device, and by reading out information associated with tag identification information IDm, which is unique information that differs for each RFID tag 10 by the information management device Any system that manages information may be used.

  Specifically, for example, it can be used for attendance management at a school or a cram school. In this case, in the first embodiment, the attribute information storage unit 201 of the information management apparatus 200 stores tag identification information, information indicating the type of stamping (for example, school attendance, school leaving), and class name (for example, one set per year). ) Are stored in association with each other. When a student at school goes to school, the reading unit 102 of the portable information terminal device 100 held by the student reads tag identification information from an RFID tag for going to school or going to school that is installed in the school, and the control unit of the portable information device 100 103 transmits the read tag identification information, student identification information, and information indicating the stamping date and time to the information management apparatus 200.

  The information management apparatus 200 reads information indicating the type of stamping (for example, school attendance, school leaving) corresponding to the received tag identification information from the attribute information storage unit 201, information indicating the student identification information and type of stamping, and time stamping Information indicating the date and time is stored in the management storage unit 202. Further, the information management apparatus 200 may read information indicating a class name (for example, one set per year) corresponding to the tag identification information.

  Thereby, the information management system 1 can manage a student's going to and from school. Even if the RFID tag for school attendance or school attendance is lost, when the RFID tag is reissued, information indicating the type of stamping (for example, school attendance) or class name (for example, one set per year) Therefore, it is not necessary to store the information indicating that the RFID tag is reissued, and the labor cost for reissuing the RFID tag can be eliminated.

In addition, the information management system (1, 2) in the embodiment of the present invention may manage a lecture selected by a student. Specifically, for example, in the first embodiment, the attribute information storage unit 201 of the information management apparatus 200 stores tag identification information and information indicating a lecture name in association with each other.
When the student selects a lecture, the reading unit 102 of the information portable terminal device 100 held by the student reads the tag identification information from the RFID tag for lecture selection installed in the school, and the first communication of the information portable terminal device 100 is performed. The unit 104 transmits the read tag identification information and student identification information to the information management apparatus 200.

  The information management apparatus 200 reads information indicating the lecture name corresponding to the received tag identification information from the attribute information storage unit 201 and stores the student identification information and information indicating the lecture name in the management storage unit 202.

Thereby, the information management system 1 can manage the lecture name selected by the student.
Even if the RFID tag is lost, when the RFID tag is reissued, it is not necessary to store the information indicating the lecture name in the RFID tag, so the time required for reissuing the RFID tag can be shortened. Labor costs for reissues can be eliminated.

  Moreover, you may use the information management system (1,2) in embodiment of this invention in managing the patrol of a guard. Specifically, for example, in the first embodiment, the attribute information storage unit 201 of the information management apparatus 200 stores tag identification information and information indicating a location (for example, 305 rooms on the third floor) in association with each other. Has been. When the security guard travels around the building, the reading unit 102 of the information portable terminal device 100 held by the security guard reads the tag identification information installed in each room in the building, and the first information portable terminal device 100 The communication unit 104 transmits the read tag identification information, security guard identification information, and information indicating the stamping date and time to the information management apparatus 200.

  The information management apparatus 200 reads information indicating a location (for example, room 305 on the third floor) corresponding to the received tag identification information from the attribute information storage unit 201, information indicating the security guard information, information indicating the location, and the stamping date and time Is stored in the management storage unit 202.

  As a result, the information management system 1 can cause the management storage unit 202 to store the identification information of the security guard, the information indicating the location, and the information indicating the stamping date in the management storage unit 202. It is possible to manage the date and place of patrol. In addition, even if each RFID tag is lost, it is not necessary to store information indicating the location (for example, room 305 on the third floor) when the RFID tag is reissued. The labor time required for reissuing the RFID tag can be eliminated.

  In addition, the information management system (1, 2) in the embodiment of the present invention may be used for managing equipment, and particularly for managing emergency equipment. Specifically, for example, in the first embodiment, the attribute information storage unit 201 of the information management apparatus 200 stores tag identification information and information indicating equipment (for example, a flashlight) in association with each other. . When checking the equipment currently held by the operator of the information portable terminal device 100, the reading unit 102 of the information portable terminal device 100 held by the operator uses the tag identification information attached to the equipment (for example, a flashlight). Read, the first communication unit 104 of the portable information terminal device 100 transmits the read tag identification information, operator identification information, and information indicating the read date and time to the information management device 200.

  The information management apparatus 200 reads information indicating equipment (for example, a flashlight) corresponding to the received tag identification information from the attribute information storage unit 201, information indicating the operator's identification information, equipment, and information indicating the reading date / time. Are stored in the management storage unit 202.

  As a result, the information management system 1 can cause the management storage unit 202 to store the operator identification information, the information indicating the equipment, and the information indicating the reading date and time in the management storage unit 202. It is possible to manage whether the equipment is checked. Even if each RFID tag is lost, when the RFID tag is reissued, it is not necessary to store information indicating equipment (for example, a flashlight) in the RFID tag. The labor cost for reissuing the RFID tag can be eliminated.

  Further, in the information management system of the present embodiment, a large number of RFID tags are installed to manage information. However, since RFID tags are less expensive than reader / writers, the information is more than to install a large number of reader / writers and manage information. The initial installation cost of the management system can be reduced.

  As described above, the attribute information storage unit 201 of the first and second embodiments includes tag identification information and attribute information indicating the attributes of the RFID tag (for example, information indicating a stamping type, information indicating a place, and equipment). As long as it is stored in a correlated manner.

  As mentioned above, although embodiment of this invention was explained in full detail with reference to drawings, the concrete structure is not restricted to this embodiment, The design etc. of the range which does not deviate from the summary of this invention are included.

1, 2 Information management system 10 RFID tag 100, 100b Information portable terminal device 101 Employee information storage unit 102 Reading unit 103, 103b Control unit 104, 104b First communication unit 105 Display unit 106 Input unit 200, 200b Information management device 201 attribute information storage unit 202 management storage unit 203, 203b control unit 204, 204b second communication unit 205 attribute information reading unit 206 301 license storage unit 207 303 determination unit 300 authentication device 302 third communication unit 304 control unit

Claims (7)

A communication unit that receives the unique identification information transmitted from the portable information terminal device that has read the unique identification information stored in the RFID tag, and staff identification information;
An attribute information storage unit that stores a plurality of attribute information in association with identification information unique to the RFID tag;
An attribute information reading unit that reads a plurality of attribute information corresponding to the unique identification information received by the communication unit from the attribute information storage unit;
A management storage unit that stores date and time information and the plurality of read attribute information in association with the staff identification information received by the communication unit,
An information management apparatus comprising: The information management apparatus according to claim 1, wherein the plurality of attribute information includes information indicating a type of stamping of the date and time information and work place information. The date information is date information when the unique identification information is read from the RFID tag,
The information management device according to claim 1, wherein the communication unit receives the date / time information from an information portable terminal device. The communication unit receives authentication information transmitted from an information portable terminal device,
The information management device includes a determination unit that determines the success or failure of authentication by comparing the received authentication information,
The information management apparatus according to claim 1, wherein the attribute information reading unit operates when the determination unit determines success. The communication unit is
The information management apparatus according to claim 1, wherein an application program that causes the information portable terminal device to execute a process of reading and a process of transmitting is transmitted to the information portable terminal device. The plurality of attribute information includes information indicating any particular stamp type among a plurality of stamp types,
The management storage unit stores attribute information including information indicating the read specific stamping type,
The information management apparatus according to claim 1. An information management method by an information management device including an attribute information storage unit that stores a plurality of attribute information in association with identification information unique to an RFID tag,
A first step in which the information management device receives the unique identification information and staff identification information transmitted from the portable information terminal device that has read the unique identification information stored in the RFID tag;
A second step in which the information management device reads a plurality of attribute information corresponding to the unique identification information received in the first step from the attribute information storage unit;
A third step in which the information management device stores the date and time information and the read-out plural attribute information in the management storage unit in association with the staff identification information received in the first step;
An information management method comprising:

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