JP2012048412A - Lost belonging prevention system, and entrance machine and exit machine of the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a lost belonging prevention system and its entrance machine and exit machine which are utilized at the time a user enters or leaves a control area such as a station yard.SOLUTION: An IC card reader/writer is arranged on an entrance side and an exit side of entrance/exist machines. When an ID of a wireless tag attached to belongings of a user is determined OK in its verification, the user carrying this IC card is requested to touch the IC card reader/writer arranged on the exit side with the IC card. With the touch of the IC card, the user is allowed to enter with his/her belongings, and an entrance bit of the wireless tag registered in the IC card is written. At the exit machine configured similarly to the entrance machine, when the ID of the wireless tag is determined OK in its verification, the user is requested to touch the IC card reader/writer with the IC card. With the touch of the IC card, the user is allowed to exit with his/her belongings, and the entrance bit of the wireless tag registered in the IC card is erased.

Description

  Embodiments of the present invention relate to a left-behind item prevention system for baggage when entering or leaving a management area, such as an automatic ticket gate, and the entry and exit machines.

  A user using a railroad or airport facility can read a ticket by entering or tricking it into an automatic ticket gate, and can enter or leave the premises. At this time, since the hand-carryed baggage is generally not managed, there is a problem that it is not noticed that it has been misplaced and is taken away by a third party. In order to solve this problem, a lost information notification system is known (see, for example, Patent Document 1).

Japanese Patent Laying-Open No. 2006-178842 (pages 12-13, FIG. 15)

  However, the lost information notification system described in Patent Document 1 is intended to notify when the user leaves the facility without knowing that it has been lost in the facility use area. There is a problem that there is a risk of being taken away by a third party because it does not have a function to prevent or prevent a third party from possessing the belongings of another person and leaving the automatic ticket gate.

  The present invention has been made in order to solve the above-described problems. The wireless tag is associated with baggage, and the ID code of the wireless tag is registered in association with the ID code of the IC card held by the user. The purpose is to provide a left-behind baggage prevention system and its entry and exit machines that prevent users from forgetting their baggage when leaving the facility using an automatic ticket gate, or preventing third parties from taking it away. To do.

  In order to achieve the above object, a forgotten object prevention system according to claim 1 of the present invention includes an entrance machine or an exit machine for determining an IC card possessed by a user and a wireless tag attached to baggage, and an ID of the IC card. And a host device for registering the code and the ID code of the wireless tag, wherein the host device includes a registration means for registering the ID code of the wireless tag in association with the ID code of the IC card. The admission device communicates with the IC card, and reads the IC card or reads the IC card from the IC card reader / writer disposed near the entrance of the admission device, A wireless tag reader / writer disposed near the exit of the entrance to communicate with the tag and read or write the wireless tag; and the IC card And the second IC card reader / writer arranged near the exit of the entrance to read or write the IC card and the ID code of the wireless tag read by the wireless tag reader / writer. ID code verification means for verifying, and IC card reader / writer, wireless tag reader / writer, and entrance determination means for controlling the first and second IC card reader / writer, wherein the entrance determination means In the case of the current admission determination step for determining the current admission based on the boarding information read by the IC card reader / writer 1 and the current determination OK as a result of the current determination step, the radio tag read by the radio tag reader / writer The ID code verification process for verifying the ID code and the ID code of the wireless tag as a result of the ID code verification process are registered in the IC card. If the ID code of the wireless tag matches the IC card touch requesting step for requesting the user to touch the second IC card reader / writer with the IC card, and the IC card touch requesting step, the user An admission bit writing step of writing the admission bit when the IC card touches the IC card, wherein the admission machine communicates with the IC card and reads or writes the IC card to the IC card. A wireless tag reader disposed near the exit of the entry device for communicating with the wireless tag and reading or writing the wireless tag to the wireless tag with a first IC card reader / writer disposed near the entrance of the device A second located near the exit of the entry machine to communicate with the writer and the IC card and to read or write the IC card IC card reader / writer, and an IC card reader / writer, a wireless tag reader / writer, and an entry determination means for controlling the first and second IC card reader / writer, wherein the entry determination means comprises the first A current entry determination process for determining the current entry based on the boarding information read by the IC card reader / writer, an entry bit confirmation process for confirming whether or not the entry bit is written, and a result of the entry bit confirmation process When the admission bit is written, the ID code verification step for verifying the ID code of the wireless tag read by the wireless tag reader / writer, and the ID code of the wireless tag as a result of the verification by this ID code verification step is stored in the IC card. If it matches the ID code of the registered wireless tag, the IC card is connected to the second IC card reader / writer. An IC card touch requesting process for requesting the user to touch the IC card, and an admission bit erasing process for erasing the admission bit when the user touches the IC card in the IC card touch requesting process. It is characterized by.

  In addition, the entrance device of the forgotten item prevention system according to claim 2 of the present invention includes an entrance device or a participation device for determining an IC card held by a user and a wireless tag attached to baggage, an ID code of the IC card, and a wireless An entry device of a left-behind item prevention system comprising a host device for registering an ID code of a tag, wherein the entrance device communicates with the IC card and reads or writes the IC card to the IC card A first IC card reader / writer disposed in the vicinity; a wireless tag reader / writer disposed in the vicinity of the exit of the entrance for communicating with the wireless tag and reading or writing the wireless tag; A second IC card reader / writer disposed near the exit of the entrance to communicate with the IC card and read or write the IC card ID code verification means for verifying the ID code of the wireless tag read by the wireless tag reader / writer, and entrance determination for controlling the IC card reader / writer, wireless tag reader / writer, and first and second IC card reader / writer Means for determining the current admission based on the boarding information read by the first IC card reader / writer, and an admission bit as a result of the admission confirmation step. Is written, the ID code verification process for verifying the ID code of the wireless tag read by the wireless tag reader / writer, and the ID code of the wireless tag as a result of verification by this ID code verification process is registered in the IC card. If the ID code of the wireless tag matches, the IC card is connected to the first or second IC card reader / label. An IC card touch requesting process for requesting the user to touch the IC card, and an admission bit erasing process for erasing the admission bit when the user touches the IC card in the IC card touch requesting process. It is characterized by that.

  Furthermore, the entry device of the forgotten item prevention system according to claim 3 of the present invention includes an entry device or an entry device for determining an IC card held by a user and a wireless tag attached to baggage, an ID code of the IC card, and a wireless communication device. An entry device of a forgotten object prevention system comprising a host device for registering a tag ID code, communicating with the IC card, and reading or writing the IC card in the vicinity of the entrance of the entry device A first IC card reader / writer disposed on the wireless tag, a wireless tag reader / writer disposed near the exit of the entry machine for communicating with the wireless tag and reading or writing the wireless tag to the wireless tag; A second IC card reader / writer arranged near the exit of the entry machine to communicate with the IC card and to read or write the IC card; An IC card reader / writer, a wireless tag reader / writer, and an entry determining means for controlling the first and second IC card reader / writer, wherein the entry determining means is the first IC card reader / writer. The current entry determination process for determining the current entry based on the read boarding information, the entry bit confirmation process for confirming whether the entry bit is written, and the entry bit as a result of the entry confirmation process are written An ID code verification step for verifying an ID code of the wireless tag read by the wireless tag reader / writer, and an ID of the wireless tag in which the ID code of the wireless tag is registered in the IC card as a result of the verification by the ID code verification step If it matches the code, use touching the IC card to the first or second IC card reader / writer And IC card touch request step of requesting the user by the IC card touch request process when touched IC card, characterized in that and a entrance bit erasing step of erasing the admission bits.

An example of a lost article prevention system according to an embodiment of the present invention An example of an automatic ticket gate related to the forgotten item prevention system shown in FIG. An example of using the automatic ticket gate related to the lost-item prevention system shown in FIG. Plan view of the automatic ticket gate shown in FIG. Example of ID code of IC card and wireless tag shown in FIG. Flowchart of automatic ticket gate entrance judgment processing Flowchart of automatic ticket gate participation judgment process

  The forgotten item prevention system using an automatic ticket gate according to an embodiment of the present invention associates and registers an IC card as a boarding ticket and a wireless IC tag (hereinafter referred to as a wireless tag) attached to the baggage, so that each baggage is registered. Even without registering the article name, it is possible to prevent the IC card user from participating in the facility use area in a state where his / her baggage is lost. Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is an example of a forgotten object prevention system according to an embodiment of the present invention. FIG. 2 is an example of automatic ticket gates (participating machines) 11 and 12 according to the forgotten item prevention system shown in FIG. FIG. 3 is an example in the case of using the automatic ticket gate according to the forgotten object prevention system shown in FIG. FIG. 4 is a plan view of the automatic ticket gate shown in FIG. Hereinafter, description will be given with reference to these drawings.

  The forgotten item prevention system according to the embodiment of the present invention includes an automatic ticket gate 10 as an entrance machine or an automatic ticket gate 11 or 12 as an entry machine, a luggage management server (higher level device) 20, and a lost article management server 30. Composed.

  The automatic ticket gate 10 includes an IC card reader / writer 10a / 10b, a display 10c, a wireless tag reader / writer 10d, and a door 10e, and is a wireless IC card (hereinafter referred to as an IC card) as a boarding ticket. It is a device that permits or prohibits a user having T from entering the station. The automatic ticket gate 11 or 12 is configured in the same manner as the automatic ticket gate 10 and is a device that permits or prohibits a user having an IC card T as a boarding ticket from entering the station. These have already been put into practical use.

  The IC card reader / writer 10a / b reads or writes boarding information such as a use date, boarding period, adult / children classification information, and entrance / exit code of the IC card T as a boarding ticket.

  The display 10c displays the determination result of the boarding ticket and displays a warning or guidance display for the user.

  The wireless tag reader / writer 10d reads and writes the wireless tag attached to the baggage.

  In such a configuration, the ID data of the wireless tag is read by the wireless tag reader / writer 10a and determined by the baggage determining means. Further, based on the determination result, the door control means performs opening / closing control of the door 10e in order to permit or prohibit the passage of the user. Even in the case of the other automatic ticket gates 11 and 12, it is determined by the baggage determination means based on the ID data of the wireless tag read by the corresponding wireless tag reader / writer, and the door control means is determined based on the determination result. Controls the opening and closing of the door 10e.

  In this embodiment, in addition to the IC card reader / writer (first IC card reader / writer) 10a disposed near the entrance of the automatic ticket gate 10 serving as an entrance machine, the magnetic ticket is collected downstream in the traveling direction. An IC card reader / writer / writer (second IC card reader / writer) 10b is further arranged immediately upstream of the outlet 10g. The same applies to the automatic ticket gate 11 as a participating machine.

  A wireless tag reader / writer 10d is disposed in the vicinity of the outlet door 10e downstream in the traveling direction indicated by the arrow D shown in FIG. The wireless tag reader / writer 10d can read or write the wireless tag 61a attached to or attached to the luggage 61 in a non-contact manner.

  The display device 10c alerts or guides an operation to a user who wants to pass through something left behind.

  The user registers the baggage 60 in the baggage management server 20 before passing the automatic ticket gate 10 as an entry / exit machine while holding the baggage 60.

  The package management server 20 includes a CPU, a memory, and an input / output unit (not shown), and has a function as a registration unit by executing a program incorporated in the memory, and the ID code of the wireless tag 61a is assigned to the IC card T Can be registered in relation to the ID code. Furthermore, a database server that can search the issued ID code is configured.

  At the time of registration described above, the name of the baggage 60 is not registered, but an ID code of a wireless tag necessary for using the forgotten object prevention system is issued. The ID code of the wireless tag is registered by being linked (associated) with the IC card T as the boarding ticket. For example, when the ID code of the IC card A possessed by the user A (in this case, the IC card A is distinguished from the IC card possessed by another user) is A1, the IC card A In association with the ID code A1, the ID code a1 of the wireless tag 61a (for example, wireless tag 1) of the luggage 61 and the ID code a2 of the mobile phone 62 (for example, wireless tag 2) are registered. That is, it is registered that the user who possesses the IC card A possesses the package 61 that is the ID code a1 of the wireless tag 1 and the mobile phone 62 that is the ID code a2 of the wireless tag 2 (FIG. 5 ( 2)). At the time of this registration, it is also possible to register a photograph showing the appearance of the luggage 61 as the attribute of the ID code a1 of the wireless tag 1. This registration is registered in the package management server 20 and also in the IC card A possessed by the package owner.

  The ID codes a1 and a2 of the wireless tags 1 and 2 can be registered in association with the ID code B1 of another IC card B. By doing so, it becomes possible for a plurality of IC card holders to jointly bring or take out the luggage 61.

  The ID code of the wireless tag may be set for each article or may be a unique code. When it is set for each article, the ID code of the wireless tag can be managed with a simple code, but a plurality of the same ID codes are issued. However, if it is assumed that the ID code of the IC card is not issued twice, even if the ID code of the baggage wireless tag is a code set for each article, attention should be paid to the user who left the baggage forgotten. It is effective for arousing or preventing take-out by a third party.

  On the other hand, when a unique code is used, it corresponds to the baggage item on a one-to-one basis, so that recognition errors can be prevented, but the number of digits in the ID code increases and management becomes complicated. Conceivable.

  The method of receiving the ID code of the IC card T includes, for example, purchasing a wireless tag, linking it to an IC card as a boarding ticket, registering the ID code of the wireless tag, and registering the wireless tag Is attached to or attached to the baggage 60.

  For example, in the present embodiment shown in the figure, the ID code of the wireless tag issued for preventing forgotten things of the luggage 61 and the mobile phone 62 is individually registered in association with the IC card T possessed.

  After this registration, the user enters the facility (in this case, the station premises) from the automatic ticket gate 10 with the registered baggage 60 (see FIG. 3), and moves to the destination using the railway. become.

  In the unlikely event that a party that has left behind in the railway facility falls under the category of the left-behind party 70, it can be confirmed whether or not the lost article is registered in the lost-item management server 30.

  FIG. 2 is an example of an automatic ticket gate according to the forgotten item prevention system shown in FIG. For example, the case where the above-mentioned user arrives at the destination and uses the automatic ticket gate 11 or 12 installed at the destination corresponds.

  Here, FIG. 2 (1) shows a case where a third party takes an IC card T possessed by the third party and holds the luggage 61 and enters the automatic ticket gate 11, and the third In order to prevent a person from entering another person's baggage 61, the automatic ticket gate 11 closes the door 11e of the automatic ticket gate 11 and displays the display 11c (the display 10c shown in FIG. 3). In the same way), “Cannot participate in the automatic ticket gate” is displayed and a third party is warned.

  On the other hand, FIG. 2 (2) shows a case where the owner of the original luggage 61 forgets to leave the luggage 61 in the railway vehicle or the facility, and forgets to leave the luggage in the owner of the original luggage 61. The automatic ticket gate 12 closes the door 12e of the automatic ticket gate 12 and displays "cannot enter the ticket gate" to use the railway facility that is the original luggage owner. Notify the person that they are going to pass with something left behind.

  In the case of FIG. 2 (1) above, the ID code of the RFID tag of the baggage registered in association with the ID code of the IC card is the ID code of the RFID tag registered in association with the IC card possessed by a third party. Therefore, the determination by the automatic ticket gate 11 is NG. In this case, the automatic ticket gate 11 transmits the NG information to the package management server 20.

  The package management server 20 transmits the NG information to the lost item management server 30. For example, when the original owner of the parcel 61 notices that he / she has forgotten the parcel 61 according to the mode shown in FIG. 2 (2) and reports the information to the station staff, the station staff informs the lost item management server 30. It is confirmed whether it is not managed as a lost item, and the package 61 is registered as a lost item. At that time, the ID code of the wireless tag attached to the package 61 is registered.

  4 is a plan view of the automatic ticket gate 10 shown in FIG. 3. In addition to the IC card reader / writer 10a in which the IC card reader / writer according to the embodiment of the present invention is disposed at the normal position, the IC card reader / writer is also shown. 10b is arranged immediately upstream of the outlet 10g.

  FIG. 5 is an example of the IC card T and the wireless tag 61a shown in FIG. FIG. 5A shows the ID codes of the IC card A possessed by A and the plurality of wireless tags 1 to 3 associated therewith. FIG. 5B shows the ID codes of the IC card B possessed by B and the plurality of wireless tags 1 to 3 associated therewith. In this embodiment, a case where an ID code is defined for each article name is shown. In this case, since the same ID code is set for the same article name, there is an advantage that the ID code does not increase infinitely and is easy to manage. However, the present invention is not limited to this, and a unique ID code can be set.

(1) IC card A held by A
IC card A ID code: A1
Expiration date of IC card A: 100101-100630
(January 1, 2010 to June 30, 2010)
When the following three cases are registered as ID codes of the wireless tag associated with the ID code of the IC card A: ID code of the wireless tag 1: a1
ID code of wireless tag 2: a2
ID code of the wireless tag 3: a3
(2) ID card of IC card IC card B possessed by B: B1
Expiration date of IC card B: 10006-10515
(April 16, 2010 to May 15, 2010)
When the following three cases are registered as the ID codes of the wireless tags associated with the ID code of the IC card B: ID code of the wireless tag 1: a1
ID code of wireless tag 2: a2
ID code of the wireless tag 3: a3
FIG. 5 (3) shows an IC card associated with the wireless tag 1, and in this embodiment, shows that an IC card A and an IC card B exist. FIG. 5 (4) shows an IC card associated with the wireless tag 2, and in this embodiment, it is shown that the IC card A and the IC card B exist as in FIG. 5 (3). As described above, by registering the ID code of the wireless tag in association with the ID codes of a plurality of IC cards, it becomes possible to jointly manage the package with the wireless tag attached thereto by a plurality of users.

  FIG. 6 is a flowchart of automatic ticket gate entry determination processing. The automatic ticket gate 10 (entrance machine) includes an IC card reader / writer 10a, and an IC card T possessed by a user is read by the IC card reader / writer 10a. Further, the wireless tag 61a of the luggage 61 possessed by the user is read and written by the wireless tag reader / writer 10d.

  Based on the above premise, a flowchart of the automatic ticket gate entrance determination process will be described. Here, a case where the user who has the IC card A enters from the automatic ticket gate 10 with the wireless tag 61a (wireless tag 1) attached to the package 61 will be described as an example.

  As a result of the current entrance determination by the automatic ticket gate (entrance machine) 10, if the determination is OK (Y in S01), the forgotten item prevention system starts (S02). Further, as a result of the current entrance determination, in the case of determination NG (N in S01), a determination NG process (current entrance process) is performed. That is, the door 10e is closed by the automatic ticket gate 10, and the abnormal lamp of the display 10c blinks (S03).

  If there is no wireless tag (N in S04), it is normal processing by the automatic ticket gate, so that it is possible to enter the premises through the automatic ticket gate (entrance machine) 10 based on the ticket determination OK in step S01. Yes (S06).

  On the other hand, when there is a wireless tag (when detected) (Y of S04), the wireless tag reader / writer 10d reads the data of the wireless tag (S05). It is confirmed whether the ID code a1 of the wireless tag 1 associated with the ID code A1 of the IC card A possessed by the user is registered. Alternatively, it is confirmed whether the ID code A1 of the IC card A having authority as the owner of the wireless tag 1 is registered in association with the ID code a1 of the wireless tag 1 (S07). That is, it is verified whether or not the person is registered as a person who has the authority to possess the wireless tag 1 (S07).

  As a result of this verification, if they do not match (N in S07), a third party who does not have the authority to possess the wireless tag 1 is possessing and trying to pass (enter) the automatic ticket gate ( S08).

  On the other hand, as a result of the verification, if they match (Y in S07), it is confirmed whether the usage period of the wireless tag 1 is within the usage period (S09). As a result of this confirmation, if it is within the usage period (Y in S09), the display unit 10c displays that the IC card A is touched to the IC card reader / writer 10b (S11). The same effect can be obtained even when the IC card reader / writer touches 10a. However, since the RFID tag reader / writer 10d is arranged downstream of the automatic ticket gate 10 in the traveling direction, the IC card reader -It is more convenient to touch the writer 10b.

  In step S09, when the usage time limit is outside the usage time limit (N in S09), the determination is NG based on the expiration date determination, the door 10e is closed, and the user's passage is rejected (S10).

  In step S12, when a touch is made (Y in S12), the user can pass (enter) the automatic ticket gate. At this time, the entry code is written “0” → “1” in the entry / exit information area that can be set for each package for the IC card possessed by the user (S13).

  On the other hand, if no touch is made in step S11 (N in S12), entry is rejected (S14). The result of authentication of the IC card held by the user and the wireless tag attached to the baggage held by the user is OK, but the entry code is not written to the IC card described above, so entry is refused. . In this case, the user who notices the rejection after the rejection touches the IC card with the IC card reader / writer 10b, and the closed door 10e is opened, and the user opens the automatic ticket gate (entrance machine). ).

  FIG. 7 is a flowchart of the automatic ticket gate appearance determination process. The automatic ticket gate 11 (participating machine) has an IC card reader / writer 11a (equivalent to the IC card reader / writer 10a), and the IC card T possessed by the user is the IC card reader / writer 11a. Read by. Further, the wireless tag 61a of the luggage 61 possessed by the user is read and written by the wireless tag reader / writer 11d (equivalent to the wireless tag reader / writer 10d).

  Based on the above premise, a flowchart of the automatic ticket gate appearance process will be described. An example will be described in which a user holding an IC card A enters the automatic ticket gate 11 with the wireless tag 61a (wireless tag 1) attached to the package 61.

  If the result of the current entry determination by the automatic ticket gate (participating machine) 11 is OK (Y in S20), the forgotten item prevention system starts (S21). If the result of the current participation determination is a determination NG (N in S20), a determination NG process (current participation process) is performed (S22). That is, the door 11e is closed by the automatic ticket gate 11, and the abnormal lamp of the display 11c blinks (S22).

  It is confirmed whether or not the entrance bit related to the wireless tag 1 in the IC card A is “1”. That is, it is confirmed whether or not the user who has the IC card A is a person who entered from the automatic ticket gate with the luggage related to the wireless tag 1 (S23).

  If the admission bit is “1” as a result of this confirmation (Y in S23), the wireless tag reader / writer 11d reads the wireless tag (S24). It is confirmed whether the ID code a1 of the wireless tag 1 associated with the ID code A1 of the IC card A possessed by the user is registered. Alternatively, it is confirmed whether the ID code A1 of the IC card A having the authority as the holder of the wireless tag 1 is registered in association with the ID code a1 of the wireless tag 1. That is, it is verified whether or not the person is registered as a person having authority to possess the wireless tag 1 (S25).

  As a result of this verification, if they do not match (N in S25), a third party who does not have the authority to possess the wireless tag 1 is possessing and trying to pass (participate) in the automatic ticket gate ( S26).

  On the other hand, if they match as a result of the verification (Y in S25), it is confirmed whether or not the use time limit of the wireless tag 1 is within the use time limit (S27). As a result of this confirmation, if it is within the usage time limit (Y in S27), the touch of the IC card A to the IC card reader / writer 11b is displayed on the display 11c (S28). On the other hand, when the wireless tag usage time limit is not within the time limit (N in S27), the determination is NG based on the expiration determination, and the door 11e is closed to reject the user's passage (S29). The same effect can be obtained even when the IC card reader / writer 11 is touched. However, since the wireless tag reader / writer 11d is arranged on the downstream side of the automatic ticket gate 10 in the traveling direction, the IC card reader / writer -It is more convenient to touch the writer 11b.

  When the IC card A is touched to the IC card reader / writer 11b (Y in S30), the user can pass (participate) through the automatic ticket gate. At this time, writing “1” → “0” is performed to erase the entrance code in the entrance / exit information area that can be set for each package on the IC card possessed by the user (S31). Since the wireless tag 1 affixed to the luggage 61 has successfully entered, it is clear that the luggage 61 has been taken out of the premises by deleting the entrance code.

  In step S23, when a wireless tag having an entrance bit of “1” is not registered in IC card A (N in S23), if a wireless tag is not actually detected (N in S33), in step S20. Since the current judgment is OK, it is possible to pass (participate) from the automatic ticket gate (S35).

  On the other hand, when the wireless tag is present (detected) (Y in S33), the data of the wireless tag 1 is read by the wireless tag reader / writer 11d (S34). As a result of this reading, it is confirmed whether or not the ID code a1 of the wireless tag 1 associated with the ID code A1 of the IC card A possessed by the user is registered. Alternatively, it is confirmed whether the ID code A1 of the IC card A having the authority as the owner of the wireless tag 1 is registered in association with the ID code a1 of the wireless tag 1 (S36). That is, it is verified whether or not the person is registered as a person having authority to possess the wireless tag 1 (S36).

  As a result of this verification, if they do not match (N in S36), a third party who does not have the authority to possess the wireless tag 1 is possessing and trying to pass (enter) the automatic ticket gate ( S37).

  On the other hand, if they match as a result of the verification (Y in S36), it is confirmed whether the usage period of the wireless tag 1 is within the usage period (S38). As a result of this confirmation, if it is within the usage period (Y in S38), the touch of the IC card A to the IC card reader / writer 11b is displayed on the display 11c (S39). The same effect can be obtained even when the IC card reader / writer 11b touches 11a. However, since the RFID tag reader / writer 11d is arranged downstream of the automatic ticket gate 11 in the traveling direction, the IC card Touching the reader / writer 11b is more convenient.

  In step S38, when the usage time limit is outside the usage time limit (N in S38), it is determined as NG due to the expiration determination, and the door 10e is closed to reject the user's passage (S40).

  In step S41, when a touch is made (Y in S41), the user can pass (participate) in the automatic ticket gate. At this time, the entry code is written “0” → “0” in the entry / exit information area that can be set for each package for the IC card possessed by the user (S42). This means that even if the package has an RFID tag ID for which the entrance code was not written at the time of entry, the package with the RFID tag ID registered in the IC card is This is because it is judged to be taken out and passage (participation) by the automatic ticket gate is permitted. This is because the user A having possession authority brings the parcel into the premises, delivers the parcel to the user B having the possession authority, and the user B passes the automatic ticket gate from the premises to the outside of the premises. Applicable when taking out

  On the other hand, if no touch is made in step S41 (N in S41), the determination is NG and the passage by the automatic ticket gate is rejected (S43). The result of authentication of the IC card held by the user and the wireless tag attached to the baggage held by the user is OK, but the entry code is not written to the IC card described above, so the entry is refused. . In this case, the user who notices the rejection after the rejection touches the IC card with the IC card reader / writer 11b, and the closed door 10e is opened, and the user passes through the automatic ticket gate ( It is natural that you can participate.

  In the present embodiment, the ID code of the wireless tag associated with the IC card and the entry / exit information are described for registration in the package management server 20, but can be stored in the IC card. Of course, as shown in FIG. 5 (3) or (4), the ID code of the IC card can be registered in the wireless tag. In this way, even if a failure occurs in either one, it is possible to handle and reissue the baggage if you forget your baggage based on the information registered in the other. Of course.

  As described above, according to the embodiment of the present invention, the wireless tag is associated with the personal belongings, and the ID of the wireless tag is registered in association with the ID code of the IC card possessed by the user. It is possible to provide a left-behind baggage prevention system and an entrance machine for the baggage to prevent the baggage from being forgotten or removed by a third party when leaving the facility using an automatic ticket gate.

10, 11, 12 Automatic ticket gates 10a, 10b IC card reader / writer 10c Display 10d Wireless tag reader / writer 10e Door 10f Magnetic ticket slot 10g Magnetic ticket outlet 20 Luggage management server 30 Lost and found management server 60 Baggage 61 Luggage 62 Mobile phone T IC card

Claims (3)

A left-behind item prevention system comprising an entrance or exit machine for determining an IC card and a wireless tag attached to baggage possessed by a user, and a host device for registering the ID code of the IC card and the ID code of the wireless tag. There,
The host device is
Registration means for registering the ID code of the wireless tag in association with the ID code of the IC card;
The admission machine is
A first IC card reader / writer disposed near the entrance of the entrance / exit machine to communicate with the IC card and read or write the IC card;
A wireless tag reader / writer disposed near the exit of the entrance to communicate with the wireless tag and read or write to the wireless tag;
A second IC card reader / writer disposed near the exit of the entrance machine to communicate with the IC card and to read or write the IC card;
ID code verification means for verifying the ID code of the wireless tag read by the wireless tag reader / writer;
An entrance determination means for controlling the IC card reader / writer, the wireless tag reader / writer, and the first and second IC card reader / writer,
The admission determination means includes
A current admission determination step of performing current admission determination based on the boarding information read by the first IC card reader / writer;
As a result of the current determination step, if the current determination is OK, an ID code verification step for verifying the ID code of the wireless tag read by the wireless tag reader / writer;
If the ID code of the wireless tag matches the ID code of the wireless tag registered in the IC card as a result of the ID code verification process, use of touching the IC card to the second IC card reader / writer IC card touch request process to request from the person,
When the user touches the IC card by this IC card touch request step, an entrance bit writing step for writing the entrance bit;
With
The entry machine is
A first IC card reader / writer disposed near the entrance of the entry device to communicate with the IC card and read or write the IC card;
A wireless tag reader / writer disposed near the exit of the entry device for communicating with the wireless tag and reading or writing the wireless tag;
A second IC card reader / writer disposed near the exit of the entry machine to communicate with the IC card and to read or write the IC card;
An IC card reader / writer, a wireless tag reader / writer, and an entry determination means for controlling the first and second IC card reader / writer,
The participation determination means includes:
A current participation determination step of performing a current participation determination based on the boarding information read by the first IC card reader / writer;
An admission bit confirmation process for confirming whether the admission bit is written, and
When an admission bit is written as a result of this admission bit confirmation step, an ID code verification step for verifying the ID code of the radio tag read by the radio tag reader / writer,
If the ID code of the wireless tag matches the ID code of the wireless tag registered in the IC card as a result of the verification by the ID code verification process, the IC card is touched to the second IC card reader / writer. IC card touch request process for requesting the user,
When the user touches the IC card by this IC card touch requesting step, the admission bit erasing step for erasing the admission bit;
A thing-left-behind prevention system characterized by comprising A left-behind thing prevention system comprising: an entrance or exit device that determines an IC card and a wireless tag attached to baggage possessed by a user; and a host device that registers the ID code of the IC card and the ID code of the wireless tag. An admission machine,
A first IC card reader / writer disposed near the entrance of the entrance / exit machine to communicate with the IC card and read or write the IC card;
A wireless tag reader / writer disposed near the exit of the entrance to communicate with the wireless tag and read or write to the wireless tag;
A second IC card reader / writer disposed near the exit of the entrance machine to communicate with the IC card and to read or write the IC card;
ID code verification means for verifying the ID code of the wireless tag read by the wireless tag reader / writer;
An entrance determination means for controlling the IC card reader / writer, the wireless tag reader / writer, and the first and second IC card reader / writer,
The admission determination means includes
A current admission determination step of performing current admission determination based on the boarding information read by the first IC card reader / writer;
When an entrance bit is written as a result of this entrance / exit confirmation step, an ID code verification step for verifying the ID code of the wireless tag read by the wireless tag reader / writer,
If the ID code of the wireless tag matches the ID code of the wireless tag registered in the IC card as a result of verification in the ID code verification step, the IC card is transferred to the first or second IC card reader / writer. An IC card touch request process for requesting the user to touch;
When the user touches the IC card by this IC card touch requesting step, the admission bit erasing step for erasing the admission bit;
An entrance machine for the left-behind item prevention system. A left-behind thing prevention system comprising: an entrance or exit device that determines an IC card and a wireless tag attached to baggage possessed by a user; and a host device that registers the ID code of the IC card and the ID code of the wireless tag. An entry machine,
A first IC card reader / writer disposed near the entrance of the entry device to communicate with the IC card and read or write the IC card;
A wireless tag reader / writer disposed near the exit of the entry device for communicating with the wireless tag and reading or writing the wireless tag;
A second IC card reader / writer disposed near the exit of the entry machine to communicate with the IC card and to read or write the IC card;
An IC card reader / writer, a wireless tag reader / writer, and an entry determination means for controlling the first and second IC card reader / writer,
The participation determination means includes:
A current participation determination step of performing a current participation determination based on the boarding information read by the first IC card reader / writer;
An admission bit confirmation process for confirming whether the admission bit is written, and
When an entrance bit is written as a result of this entrance / exit confirmation step, an ID code verification step for verifying the ID code of the wireless tag read by the wireless tag reader / writer,
If the ID code of the wireless tag matches the ID code of the wireless tag registered in the IC card as a result of verification in the ID code verification step, the IC card is transferred to the first or second IC card reader / writer. An IC card touch request process for requesting the user to touch;
When the user touches the IC card by this IC card touch requesting step, the admission bit erasing step for erasing the admission bit;
Participation machine of the thing-left-behind prevention system characterized by having.

Images