JP2014092916A5

JP2014092916A5 -

Info

Publication number: JP2014092916A5
Application number: JP2012242860A
Authority: JP
Filing date: 2012-11-02
Publication date: 2015-03-19
Anticipated expiration: 2032-11-02

Description

上記目標達成のため、本発明に係る位置情報管理システムは、被管理対象者、及び、被管理対象者に割り当てられ、無線タグが内蔵又は貼付された携帯端末機の状態を管理する位置情報管理システムであって、被管理対象者の特定ができた場合にのみ通過が可能な単数又は複数の入退出機と、前記携帯端末機の前記無線タグが有する情報を読み取り可能な単数又は複数の第１のリーダを保管スペースに備えて、前記携帯端末機の入出庫を確認可能な単数又は複数の保管庫と、前記入退出機によって区切られた領域の内部の少なくとも一領域に前記携帯端末機が存在するか否かを確認可能な単数又は複数の第２のリーダと、前記入退出機、前記第１のリーダ及び第２のリーダからの信号を利用して、被管理対象者及び携帯端末機の状態を把握する位置情報管理サーバとを備え、当該位置情報管理サーバは、前記入退出機、前記第１のリーダ及び第２のリーダからの信号を受信して、記憶可能な位置情報データベースを有し、前記位置情報管理サーバは、前記位置情報データベースに記憶された前記入退出機からの前記被管理対象者の最新の入場信号又は退場信号、前記第１のリーダからの前記携帯端末機の最新の入庫信号又は退庫信号、及び、前記第２のリーダからの前記携帯端末機の最新の検知信号又は不検知信号とを組み合わせて、前記被管理対象者及び前記携帯端末機の状態を把握して、外部に出力可能であり、前記位置情報管理サーバが把握した前記被管理対象者及び前記携帯端末機の状態に矛盾がある場合は、前記位置情報管理サーバは、前記入退出機からの信号を最優先し、前記第１のリーダからの信号を次に優先して、把握している矛盾状態を矛盾のない状態へと補正し、外部に出力可能であることを特徴とする。
In order to achieve the above goal, the location information management system according to the present invention is a location information management that manages the status of a managed person and a mobile terminal that is assigned to the managed person and has a built-in or attached wireless tag. One or a plurality of entry / exit machines that can be passed only when a managed person can be identified, and a single or a plurality of first / second machines that can read information held by the wireless tag of the portable terminal. The portable terminal is provided in at least one area inside the area delimited by the entry / exit machine, and one or a plurality of storage boxes capable of confirming the entry / exit of the portable terminal with one reader in the storage space. One or a plurality of second readers capable of confirming whether or not they exist, and signals from the entry / exit machine, the first reader, and the second reader, and a person to be managed and a portable terminal Grasp the status of And a location information management server, the location information management server, entering-exiting machine receives a signal from the first reader and the second reader has storable position information database, the location The information management server is the latest entry signal or exit signal of the managed person from the entry / exit machine stored in the location information database, the latest entry signal of the mobile terminal from the first reader, or Combine the exit signal and the latest detection signal or non-detection signal of the mobile terminal from the second reader to grasp the status of the managed person and the mobile terminal, and to the outside is capable of outputting, when the location information management server is the inconsistent state of the managed person and the portable terminal has been grasped, the location information management server, priority signals from the entering-exiting machine , And then preferentially a signal from the first reader, corrects discrepancies state to know to a consistent state, characterized in that it is a possible output to the outside.

また、本発明の前記位置情報管理サーバは、前記入退出機、前記第１のリーダ又は前記第２のリーダの何れかからの信号を受信した場合、受信した当該信号を前記位置情報データベースに記憶するとともに、受信した前記信号以外の他の前記入退出機、前記第１のリーダ又は前記第２のリーダの何れか２つからの最新の信号を前記位置情報データベースから読み出して、３つの信号の組み合わせを行い、前記被管理対象者及び前記携帯端末機の状態を把握して、外部に出力可能であることを特徴とする。
In addition, when the location information management server of the present invention receives a signal from any of the entry / exit machine, the first reader, or the second reader, the received location signal is stored in the location information database. In addition, the latest signals from any two of the entry / exit machines other than the received signal, the first reader or the second reader are read from the position information database, and the three signals It is possible to perform combination and grasp the states of the managed person and the mobile terminal and output them to the outside.

また、入退出機における入退出管理は通常の出退勤管理の一貫で普段から行われており、従業員の心理的及び作業的負担が増してしまうものではなく、また、保管庫に備えられた第１のリーダ及び作業スペースに設置された第２のリーダは、被管理対象者が無線タグを意識することなく、携帯端末機に内蔵又は貼付された無線タグを自動的に読込みこむので、被管理対象者は無線タグの読取操作を行うことなく、携帯端末機の位置情報を取得することができるため、被管理対象者に心理的負担や、新たな作業を課すことなく、被管理対象者及びその携帯端末機の状態を把握可能である。
In addition, entry / exit management on entry / exit machines is usually performed consistently with normal attendance / exit management, which does not increase the psychological and work burdens of employees, and is provided in the storage. second reader installed in the first reader and the working space, without the managed person aware of the radio tag, so crowded automatically reads the internal or attached wireless tag to the mobile terminal, the management Since the target person can acquire the position information of the portable terminal without performing the reading operation of the wireless tag, the target person to be managed and The state of the portable terminal can be grasped.

［携帯端末機と無線タグについて］
携帯端末機５は、ノート型パソコンや、タブレット型端末機等を使用する。また、携帯端末機５は、物体の識別に利用される微小な無線ＩＣチップである無線タグ（以下、例として、ＲＦＩＤタグ６を用いて説明する）が貼付けられる。または、ＲＦＩＤタグ６と同等の機能が携帯端末機５に内蔵されてもよいことは当然である。ＲＦＩＤタグ６は、携帯端末機５に付随する小型の発信機として機能し、ＲＦＩＤタグ６が発信する情報としては、「タグＩＤ」、「携帯端末機ＩＤ」等がある。
[About mobile terminals and wireless tags]
The portable terminal 5 uses a notebook personal computer, a tablet terminal, or the like. The portable terminal 5 is attached with a wireless tag (hereinafter, described as an example using the RFID tag 6 ) , which is a minute wireless IC chip used for object identification. Alternatively, it is natural that a function equivalent to the RFID tag 6 may be built in the portable terminal 5. The RFID tag 6 functions as a small transmitter attached to the portable terminal 5, and information transmitted from the RFID tag 6 includes “tag ID”, “mobile terminal ID”, and the like.

ＲＦＩＤタグ６のような無線タグは形式によって、アクティブタグとパッシブタグに大きく分類される。アクティブタグは、自己の筐体内に電源を有し、自ら電波を発信するタグである。自ら電波を発信するため、リーダ／ライタとが比較的離間し距離が数十〜百数十ｍでもアンテナに送信することが可能である。
A wireless tag such as the RFID tag 6 is roughly classified into an active tag and a passive tag depending on the format. An active tag is a tag that has a power source in its own casing and transmits radio waves by itself. Since the radio wave is transmitted by itself, it can be transmitted to the antenna even when the reader / writer is relatively separated and the distance is several tens to several hundreds of meters.

無線タグとリーダのアンテナとの通信は、無線通信を使用する。一般的な規格として、Ｗｉ−Ｆｉ（ｗｉｒｅｌｅｓｓｆｉｄｅｌｉｔｙ：登録商標）や、ＩｒＤＡ（ＩｎｆｒａｒｅｄＤａｔａＡｓｓｏｃｉａｔｉｏｎ）を使用することが好適であるが、リーダのアンテナとタグとの間の無線通信を行うもので有れば、限定はしない。

Communication between the wireless tag and the reader antenna uses wireless communication. As general standards, it is preferable to use Wi-Fi (wireless fidelity: registered trademark) or IrDA (Infrared Data Association), but it is used for wireless communication between the reader antenna and the tag. If it does, there is no limitation.

Claims

A position information management system that manages the status of a mobile terminal that is assigned to a managed person and a managed person and has a built-in or attached wireless tag,
One or more entry / exit machines that can only be passed if the managed person can be identified;
The storage space is provided with one or more first readers capable of reading the information possessed by the wireless tag of the mobile terminal, and one or more storages capable of confirming entry / exit of the mobile terminal,
A single reader or a plurality of second readers capable of confirming whether or not the mobile terminal is present in at least one area inside the area delimited by the entry / exit machine;
A location information management server for grasping the status of the person to be managed and the portable terminal using signals from the entry / exit machine, the first reader and the second reader;
The location information management server has a location information database capable of receiving and storing signals from the entry / exit machine, the first reader and the second reader,
The location information management server includes the latest entry signal or exit signal of the managed person from the entry / exit device stored in the location information database, and the latest entry of the mobile terminal from the first reader. In combination with the latest detection signal or non-detection signal of the mobile terminal from the second reader or signal or exit signal, grasp the status of the managed person and the mobile terminal, Can be output externally,
If the location information management server is the inconsistent state of the managed person and the portable terminal has been grasped, the location information management server priority signals from the entering exit device, said first A position information management system characterized in that a signal from a reader can be prioritized and a grasped contradiction state can be corrected to a consistent state and output to the outside.

2. The correction is performed by forcibly changing the detection signal or non-detection signal from the second reader to the other detection signal or non-detection signal in the contradiction state. Location information management system.

When the location information management server receives a signal from either the entry / exit machine, the first reader or the second reader, the received location signal is stored in the location information database and received. Read the latest signal from any two of the entry / exit machines other than the signal, the first reader or the second reader from the position information database, and combine three signals, The position information management system according to claim 1 or 2, wherein the location information management system is capable of grasping the status of the person to be managed and the mobile terminal and outputting the information to the outside.

The position information management system according to any one of claims 1 to 3, wherein an alarm can be issued according to a state of the management target person and the mobile terminal.

The entry / exit machine can identify the managed person by reading the biological information of the managed person or the information stored in the ID card held by the managed person. The position information management system according to any one of claims 1 to 4.