JP4582274B2

JP4582274B2 - Card shipment shipment collation method, shipment and apparatus

Info

Publication number: JP4582274B2
Application number: JP2000374110A
Authority: JP
Inventors: 友彦吉村; 繁関田
Original assignee: Toppan Inc
Current assignee: Toppan Inc
Priority date: 2000-12-08
Filing date: 2000-12-08
Publication date: 2010-11-17
Anticipated expiration: 2020-12-08
Also published as: JP2002172878A

Description

【０００１】
【発明の属する技術分野】
本発明は、複数のカードを１回で発送するために要する丁合作業、チェック作業の省力化に関するものである。
【０００２】
【従来の技術】
ネットバンキングやテレフォンバンキングにおいては、口座にアクセスするため暗証符号の他に、セキュリティを高める方策として、一般に主体となる本カード（キャッシュカード）と、図４に示すような乱数等の本人を特定するＩＤ符号が書き込まれた補助カードが用いられている。
この乱数は、全く同一のものは無く、本カードと一対になっており、両者が揃わないと使用できなくなっている。
【０００３】
この本カード（キャッシュカード）を用いて口座にアクセスしようとすると、暗証符号等の本人を特定する情報の他に、補助カードに記載されている乱数を問い合わせ、この乱数がデータベースに記憶されているデータと一致しなければアクセスは拒絶することで、更に不正なアクセスが防止されセキュリティを高めることが可能である。
【０００４】
例えば、図４のような補助カードを送付されている場合において、本カード（キャシュカード）を用いて口座にアクセスしようとすると、補助カードに書き込まれた（イ）行のＤ〜Ｈ列の乱数を問い合わせ、本人は補助カードに書き込まれれている乱数みて、「５２８６０」と応答しなければアクセスは拒否されることになる。
この乱数を問い合わせる位置も、まったくランダムであるので偶然に一致することは生じない。
【０００５】
このような仕組みの場合、新規の口座開設者であるカード所持者（使用者）には、本カードのキャシュカード以外にも補助カードを送付する必要がある。
本カードと補助カードとが１対１に対応していない発送ミスは絶対に許されないものである。
【０００６】
これらのカードを発送する方法として、
（１）複数のカードを丁合しないで別々に発送する。
この方法は、チェックする負荷は小さく、発送ミスは防止できるが、別々に発送するので、封入封緘の費用、発送費用等の費用がその都度発生し発送コストが高くなる。
（２）複数のカードを、纏めて１の台紙にセットして発送する。
この方法は、封入封緘の費用、発送費用等の費用は小さいが、本カードであるキャシュカードと、補助カードとが一枚一枚毎に正確にマッチングしているか確認する手間も、キャシュカードとカード台紙、補助カードとカード台紙、補助カードと本カードと三者間でチェックしなければならないために、チェックする負荷は非常に大きい。
【０００７】
【発明が解決しようとする課題】
本発明は以上のような問題点に着目してなされたもので、本カードと補助カードとが１対１に対応して関連付けられた複数のカードを発送する際、発送ミスが無く、且つ、チェックする工程の負荷を大幅に低減するカード発送用発送物の丁合方法及び装置を提供することを課題としている。
【０００８】
【課題を解決するための手段】
上記課題を解決するためになされた請求項１に記載の発明は、
（１）コンピュータに少なくともカード所持者の住所、氏名、ＩＤ符号を所持者（使用者）毎にデータベース化して記憶メモリに記憶させる。
（２）該所持者（使用者）毎にデータベース化された記憶メモリから呼び出し、書込装置にデータを送信し、少なくともカード所持者（使用者）が特定できるＩＤ符号を記録した本カードを作製する。
（３）発送丁合する際、本カードに記録されている該カード所持者（使用者）が特定できるＩＤ符号を、読取装置で読み取り、この特定されたカード所持者（使用者）の住所、氏名、ＩＤ符号をデータベース化した記憶メモリから呼び出すとともに、同時に発送される他の補助カードに記録する乱数をコンピュータに格納されている乱数発生手段で発生させる。
（４）特定されたカード所持者（使用者）の住所、氏名、ＩＤ符号と対応させて（３）の工程で発生させた乱数をデータベース記憶メモリに記憶させると同時に、カード台紙に発送用の宛名及びＩＤ符号を、カード台紙に再剥離可能な方法で糊付けされている補助カードには該乱数とＩＤ符号を書き込む。
（５）次に、カード台紙を丁合工程に搬送し、カード台紙に糊付けされた補助カードと共に丁合されて同一発送される本カードを併合し、発送形態に加工して発送物を作製する。
以上の手順で発送物を作製することを特徴とするカード発送用発送物の丁合方法である。
【０００９】
又請求項２に記載の発明は、
（１）コンピュータに少なくともカード所持者（使用者）の住所、氏名、ＩＤ符号を所持者（使用者）毎にデータベース化して記憶メモリに記憶させる。
（２）該所持者（使用者）毎にデータベース化された記憶メモリから呼び出し、書込装置にデータを送信し、少なくともカード所持者（使用者）が特定できるＩＤ符号を記録した本カードを作製する。
（３）発送丁合する際、本カードに記録されている該カード所持者（使用者）が特定できるＩＤ符号を、読取装置で読み取り、この特定されたカード所持者（使用者）の住所、氏名、ＩＤ符号をデータベース化した記憶メモリから呼び出すとともに、同時に発送される他の補助カードに記録する乱数をコンピュータに格納されている乱数発生手段で発生させる。
（４）特定されたカード所持者（使用者）の住所、氏名、ＩＤ符号と対応させて
（３）の工程で発生させた乱数をデータベース記憶メモリに記憶させると同時に、カード台紙に発送用の宛名及びＩＤ符号を、カード台紙に再剥離可能な方法で糊付けされている補助カードには該乱数とＩＤ符号を書き込む。
（５）次に、カード台紙に糊付けされた補助カードと共に丁合されて、同一発送される本カードのＩＤ符号を読取装置で、カード台紙又は補助カードのＩＤ符号を読取装置で読み取り、コンピュータに入力する。
（６）本カードのＩＤ符号とカード台紙又は補助カードのＩＤ符号を照合判定手段に送り、両者が一致しているか照合して判定する。
（７）両者が一致していると判定された場合にのみ、カード台紙と本カードを丁合し、発送物形態に加工して発送物を作製する。
以上の手順で発送物を作製することを特徴とするカード発送用発送物の丁合方法である。
【００１０】
作業の都合上、カード台紙に宛名、補助カードに乱数、ＩＤ符号を書き込む時間が丁合する時間より大きい場合、時間を短縮するには、予めカード台紙及び補助カードに書き込んで準備しておく方法が採用される。
この場合は、台紙カードに発送用の宛名を、補助カードに乱数とＩＤ符号を書き込む工程と、丁合する工程とを連続して実施しないので、丁合される本カードのＩＤ符号と補助カードのＩＤ符号を照合して一致しているか否か判定する必要がある。この照合判定工程を請求項１に付加したものが請求項２である。
【００１１】
また、請求項３に記載の発明は、
乱数を発生する乱数発生手段と、該乱数をカード所持者（使用者）が特定できる少なくとも住所、氏名、ＩＤ符号と関連づけてデータベース化している記憶メモリと、本カード、カード台紙又は補助カードを読取装置で読み取られたカード所持者（使用者）が特定できるＩＤ符号データとを照合して、両者が一致しているか否かを判定する照合判定手段とを格納しているコンピュータと、
カード台紙及びカード台紙に再剥離可能な方法で糊付けされている補助カードに上記データベース化している記憶メモリに基づいて、少なくともカード台紙には住所を、補助カードには上記乱数、IＤ符号を印字する書込装置と、
本カードとカード台紙又は補助カードとのカード所持者（使用者）が特定できるＩＤ符号データとを照合して、両者が一致している場合には、カード台紙に設けられている切り込み部に挿入するする挿入手段と、
を少なくとも具備することを特徴とするカード発送用発送物の丁合装置である。
【００１２】
更に、請求項４に記載の発明は、請求項１又は請求項２に記載のカード発送用発送物の丁合方法で作製された発送物である。
【００１３】
【発明の実施の形態】
以下、本カードと補助カードが各１枚である本発明の実施の形態について詳細に説明する。
【００１４】
図３は、コンピュータに格納されているカード所持者（使用者）の住所、氏名、ＩＤ符号等がデータベース化されている記憶メモリ（２４）から、カード所持者（使用者）毎に呼び出し、少なくとも本カード（１０）に本人を特定できるＩＤ符号を書込装置で記録した本カード（１０）を予め作製するブロック図を示すものである。
本人を特定する情報としてはＩＤ符号を用い、このＩＤ符号を誤り無く読み込むことができるようにＯＣＲ文字、或いはバーコードで印刷したり、これらの印刷と共に磁気ストライプにＩＤ符号を書き込んでおく。
【００１５】
図１は、上記の図３で作製された少なくとも本人を特定するＩＤ符号を書き込んである本カード（１０）と、補助カード（４０）を１つのカード台紙（３０）に丁合して発送する方法を説明する図を示すものである。
【００１６】
図２は、本発明のカード発送用発送物のメイン装置であるコンピュータのシステム構成を示す図である。
【００１７】
必要な情報が書き込まれている本カード（１０）であるキャシュカードのＩＤ符号を読取装置で読み込み、コンピュータ（２０）に格納されているデータベース記憶メモリ（２４）からＩＤ符号に対応するデータを呼び出すと共に、乱数発生手段（２５）で乱数を発生させる。
【００１８】
該乱数は、上記のＩＤ符号に対応したデータベースにリンクさせてデータベース記憶メモリ（２４）に記憶させると同時に、このＩＤ符号に対応した本人の住所を宛名（３１）としてカード台紙（３０）に、また、カード台紙（３０）に再剥離可能な方法で糊付けされている補助カード（４０）に少なくとも乱数、ＩＤ符号をインクジェットプリンター、ドッドプリンター、感熱転写プリンター等の書込装置（２２ａ）で書き込む。（図１（Ａ）参照）
【００１９】
次に、上記のカード台紙と補助カードに書き込む工程と丁合する工程とを連続して実施しない請求項２の場合について説明する。両者を連続して実施する場合は、照合判定工程を省略するだけであるので割愛する。
【００２０】
丁合工程でおいて、カード台紙に糊付けされた補助カードと共に丁合されて同一発送される本カード（１０）のＩＤ符号を念のため再度読み込み、また補助カードに書き込まれたＩＤ符号を読取装置で読み込む。
読み込まれた両者のＩＤ符号をコンピュータに格納されている照合判定手段（２６）で一致しているか否かを判定する。一致している場合には、台紙カードと本カード（１０）を丁合する。一致していない場合は、一致していないことを表示すると共に丁合作業を中断する。
【００２１】
一致している場合には、カード台紙（３０）と本カード（１０）を丁合する。
丁合してカード台紙に貼り付ける方法として、通常、カード台紙（３０）に切れ込み（３２）を設けておき、この切れ込み（３２）に本カード（１０）を挿入して固定する。（図１（Ｂ）参照）
【００２２】
図１（Ｂ）のように本カード（１０）がカード台紙と丁合されたものを、図５のように、Ｚ折すると中間の用紙にカードが挟み込まれ、１枚目の表紙に宛名（３１）が記載された状態になり、用紙の端部を糊付け部（３３）で封印すると、カード発送用発送物が作製される。（図１（Ｃ）、図５参照）
【００２３】
上記では、本カードと補助カードが各１枚づつであったが、これ以上のカードを発送する発送物を作製する場合も、上記の方法に準じて行えばよい。
【００２４】
【発明の効果】
以上説明したように、本発明によって、本カードと補助カードとが１対１に対応して関連付けられた複数のカードを発送する際、本カードと補助カードがマッチングしないというような発送ミスを無くすことができる。
また、チェックする工程の負荷を大幅に低減することができ、発送コストを低減することができる。
【図面の簡単な説明】
【図１】本人を特定するＩＤ符号を書き込んである本カードと、補助カードを１のカード台紙に丁合して発送する方法を説明する図である。
【図２】本発明のカード発送用発送物のメイン装置であるコンピュータのシステム構成を示す図である。
【図３】本カードに本人を特定できるＩＤ符号を書込装置で記録したカードを予め作製する工程を説明するブロック図である。
【図４】補助カードに乱数及びＩＤ符号を書き込んだ状態を示す例の平面図である。
【図５】カード台紙からカード発送用発送物を作製する工程を説明するための模式図である。
【符号の説明】
１０…本カード
２０…コンピュータ
２１ａ、２１ｂ…読取装置
２２ａ、２２ｂ…書込装置
２３…ＣＰＵ
２４…データベース記憶メモリ
２５…乱数発生手段
２６…照合判定手段
３０…カード台紙
３１…宛名
３２…切り込み
３３…糊付け部
４０…補助カード（乱数カード）
４１…ＩＤ符号
４２…乱数[0001]
BACKGROUND OF THE INVENTION
The present invention relates to labor saving of collation work and check work required for shipping a plurality of cards at one time.
[0002]
[Prior art]
In net banking and telephone banking, in addition to a password to access an account, as a measure to increase security, generally identify the principal card (cash card) as the main subject and a person such as a random number as shown in FIG. An auxiliary card in which an ID code is written is used.
These random numbers are not exactly the same, and are paired with this card.
[0003]
When trying to access an account using this card (cash card), in addition to information for identifying the person such as a password, the random number written on the auxiliary card is inquired, and this random number is stored in the database. If the data does not match, the access is rejected, so that unauthorized access can be prevented and security can be improved.
[0004]
For example, in the case where an auxiliary card as shown in FIG. 4 is sent, if an attempt is made to access an account using this card (cash card), random numbers in columns (D) to (H) written in the auxiliary card (a) If the person does not respond with “52860” in view of the random number written in the auxiliary card, the access is denied.
Since the position for inquiring the random number is also completely random, it does not coincide by chance.
[0005]
In the case of such a mechanism, it is necessary to send an auxiliary card in addition to the cash card of this card to the card holder (user) who is a new account opener.
A shipping mistake in which the card and the auxiliary card do not correspond one-to-one is absolutely unacceptable.
[0006]
As a way to ship these cards,
(1) Ship multiple cards separately without collating.
In this method, the load to be checked is small and shipping mistakes can be prevented. However, since the shipping is performed separately, the costs for enclosing and sealing, shipping costs, etc. are incurred each time, and the shipping cost increases.
(2) A plurality of cards are collectively set on one mount and shipped.
This method is small in the cost of enclosing and sealing, shipping cost, etc., but the trouble of checking whether the cash card which is this card and the auxiliary card are accurately matched one by one is also Since the card mount, the auxiliary card and the card mount, and the auxiliary card and the main card must be checked between the three parties, the load to be checked is very large.
[0007]
[Problems to be solved by the invention]
The present invention has been made paying attention to the above problems, and when shipping a plurality of cards in which the card and the auxiliary card are associated with each other in a one-to-one relationship, there is no shipping error, and It is an object of the present invention to provide a collation method and apparatus for a card shipment, which greatly reduces the load of the checking process.
[0008]
[Means for Solving the Problems]
The invention according to claim 1, which has been made to solve the above problems,
(1) The computer stores at least the address, name, and ID code of the card holder for each holder (user) and stores it in the storage memory.
(2) Call this card from the memory stored in the database for each holder (user), send the data to the writing device, and make this card that records at least the ID code that can be specified by the card holder (user) To do.
(3) At the time of shipping collation, an ID code that can be specified by the card holder (user) recorded on the card is read by a reader, and the address of the specified card holder (user) is read. The name and ID code are called from the database storage memory, and random numbers recorded on other auxiliary cards that are simultaneously sent are generated by random number generation means stored in the computer.
(4) The random number generated in the step (3) is stored in the database storage memory in correspondence with the address, name and ID code of the specified card holder (user), and at the same time, the card mount is used for shipping. The random number and the ID code are written on the auxiliary card that is pasted to the card mount by a method that can be peeled off again.
(5) Next, the card mount is transported to the collation process, the cards that have been collated together with the auxiliary card glued to the card mount and shipped together are merged, and processed into a shipment form to produce a shipment. .
This is a method for collating a shipment for card shipment, characterized in that the shipment is produced by the above procedure.
[0009]
The invention described in claim 2,
(1) The computer stores at least the address, name, and ID code of the card holder (user) in a database for each holder (user) and stores it in the storage memory.
(2) Call this card from the memory stored in the database for each holder (user), send the data to the writing device, and make this card that records at least the ID code that can be specified by the card holder (user) To do.
(3) At the time of shipping collation, an ID code that can be specified by the card holder (user) recorded on the card is read by a reader, and the address of the specified card holder (user) is read. The name and ID code are called from the database storage memory, and random numbers recorded on other auxiliary cards that are simultaneously sent are generated by random number generation means stored in the computer.
(4) The random number generated in the step (3) is stored in the database storage memory in correspondence with the address, name and ID code of the specified card holder (user), and at the same time, the card mount is used for shipping. The random number and the ID code are written on the auxiliary card that is pasted to the card mount by a method that can be peeled off again.
(5) Next, the ID code of the main card that is collated with the auxiliary card glued on the card mount and sent together is read by the reading device, and the ID code of the card mounting or auxiliary card is read by the reading device. input.
(6) The ID code of this card and the ID code of the card mount or auxiliary card are sent to the collation determining means, and it is judged by collating them.
(7) Only when it is determined that the two match, the card mount and this card are collated and processed into a shipment form to produce a shipment.
This is a method for collating a shipment for card shipment, characterized in that the shipment is produced by the above procedure.
[0010]
If the time for writing the address on the card mount, the random number on the auxiliary card, and the ID code is larger than the collating time for the convenience of work, the method of writing on the card mount and the auxiliary card in advance to shorten the time Is adopted.
In this case, the process of writing the address for shipping on the mount card and the process of writing the random number and the ID code on the auxiliary card and the collating process are not performed continuously. It is necessary to check whether or not the ID codes match. Claim 2 is obtained by adding this collation determination step to claim 1.
[0011]
The invention according to claim 3
A random number generating means for generating a random number, a storage memory in which the random number can be specified by the cardholder (user) in a database associated with at least an address, name, and ID code, and reading this card, card mount or auxiliary card A computer storing collation determination means for collating ID code data that can be specified by a card holder (user) read by the apparatus and determining whether or not both match;
Based on the memory stored in the database on the card mount and the auxiliary card that is glued to the card mount in a removable manner, at least the address is printed on the card mount and the random number and the ID code are printed on the auxiliary card. A writing device;
The ID code data that can be specified by the card holder (user) of this card and the card mount or auxiliary card is collated, and if they match, the card is inserted into the notch provided on the card mount. Insertion means to perform,
The card collating device for card shipments, comprising:
[0012]
Further, the invention described in claim 4 is a shipment produced by the card shipment shipment collation method according to claim 1 or claim 2.
[0013]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, an embodiment of the present invention in which there is one book card and one auxiliary card will be described in detail.
[0014]
FIG. 3 is a diagram for calling each card holder (user) from a memory (24) in which the address, name, ID code, etc. of the card holder (user) stored in the computer is stored in a database. The block diagram which produces this card | curd (10) which recorded the ID code | cord | chord which can identify a principal with this writing card with a writing device in advance is shown.
An ID code is used as information for identifying the person, and the ID code is printed with OCR characters or a bar code so that the ID code can be read without error, or the ID code is written on the magnetic stripe together with the printing.
[0015]
FIG. 1 shows that the card (10) and the auxiliary card (40) on which the ID code for identifying at least the person created in FIG. 3 is written and the auxiliary card (40) are collated and shipped on one card mount (30). The figure explaining a method is shown.
[0016]
FIG. 2 is a diagram showing a system configuration of a computer which is a main device for card shipments according to the present invention.
[0017]
The ID code of the cash card which is the present card (10) in which necessary information is written is read by the reading device, and the data corresponding to the ID code is called from the database storage memory (24) stored in the computer (20). At the same time, the random number generation means (25) generates a random number.
[0018]
The random number is linked to the database corresponding to the ID code and stored in the database storage memory (24). At the same time, the address of the person corresponding to the ID code is set as the address (31) on the card mount (30). In addition, at least a random number and an ID code are written to the auxiliary card (40) glued by a re-peelable method on the card mount (30) with a writing device (22a) such as an ink jet printer, a dod printer, or a thermal transfer printer. (See Fig. 1 (A))
[0019]
Next, the case of claim 2 in which the above-described card mount and the step of writing on the auxiliary card and the step of collating are not performed continuously will be described. When both are carried out continuously, they are omitted because only the collation determination step is omitted.
[0020]
In the collation process, the ID code of the main card (10) that has been collated and shipped together with the auxiliary card glued to the card mount is read again, and the ID code written on the auxiliary card is read. Read with the device.
It is determined whether or not the read ID codes are matched by the collation determining means (26) stored in the computer. If they match, the mount card and the book card (10) are collated. If they do not match, a message indicating that they do not match is displayed and the collating operation is interrupted.
[0021]
If they match, the card mount (30) and this card (10) are collated.
As a method of collating and sticking to the card mount, usually, a notch (32) is provided in the card mount (30), and the card (10) is inserted and fixed in this notch (32). (See Fig. 1 (B))
[0022]
As shown in FIG. 1B, when the card (10) is collated with the card mount, as shown in FIG. 5, when the Z-fold is made, the card is sandwiched between the intermediate sheets, and the address ( 31) is entered, and when the edge of the paper is sealed with the glue portion (33), a card shipment is produced. (See FIGS. 1C and 5)
[0023]
In the above description, one book card and one auxiliary card are used. However, in the case of producing a shipment to which more cards are sent, the above method may be used.
[0024]
【The invention's effect】
As described above, according to the present invention, when shipping a plurality of cards in which the card and the auxiliary card are associated with each other in a one-to-one relationship, a shipping error that the card and the auxiliary card do not match is eliminated. be able to.
Moreover, the load of the process to check can be reduced significantly and shipping cost can be reduced.
[Brief description of the drawings]
FIG. 1 is a diagram for explaining a method for sending a book in which an ID code for identifying a person is written and an auxiliary card to one card mount.
FIG. 2 is a diagram showing a system configuration of a computer which is a main device for card shipment items according to the present invention.
FIG. 3 is a block diagram illustrating a process for preparing a card in which an ID code that can identify the person is recorded on the card by a writing device in advance.
FIG. 4 is a plan view of an example showing a state in which a random number and an ID code are written on an auxiliary card.
FIG. 5 is a schematic diagram for explaining a process of producing a card shipment for shipment from a card mount.
[Explanation of symbols]
10 ... This card 20 ... Computers 21a, 21b ... Reading devices 22a, 22b ... Writing device 23 ... CPU
24 ... Database storage memory 25 ... Random number generating means 26 ... Collation determining means 30 ... Card mount 31 ... Address 32 ... Cut 33 ... Gluing section 40 ... Auxiliary card (random number card)
41 ... ID code 42 ... random number

Claims

(1) The computer stores at least the address, name, and ID code of the card holder for each holder (user) and stores it in the storage memory.
(2) Call this card from the memory stored in the database for each holder (user), send the data to the writing device, and make this card that records at least the ID code that can be specified by the card holder (user) To do.
(3) At the time of shipping collation, an ID code that can be specified by the card holder (user) recorded on the card is read by a reader, and the address of the specified card holder (user) is read. The name and ID code are called from the database storage memory, and random numbers recorded on other auxiliary cards that are simultaneously sent are generated by random number generation means stored in the computer.
(4) The random number generated in the step (3) is stored in the database storage memory in correspondence with the address, name and ID code of the specified card holder (user), and at the same time, the card mount is used for shipping. The random number and the ID code are written on the auxiliary card that is pasted to the card mount by a method that can be peeled off again.
(5) Next, the card mount is transported to the collation process, the cards that have been collated together with the auxiliary card glued to the card mount and shipped together are merged, and processed into a shipment form to produce a shipment. .
A method for collating a shipment for card shipment, wherein the shipment is prepared by the above procedure.

(1) The computer stores at least the address, name, and ID code of the card holder (user) in a database for each holder (user) and stores it in the storage memory.
(2) Call this card from the memory stored in the database for each holder (user), send the data to the writing device, and make this card that records at least the ID code that can be specified by the card holder (user) To do.
(3) At the time of shipping collation, an ID code that can be specified by the card holder (user) recorded on the card is read by a reader, and the address of the specified card holder (user) is read. The name and ID code are called from the database storage memory, and random numbers recorded on other auxiliary cards that are simultaneously sent are generated by random number generation means stored in the computer.
(4) The random number generated in the step (3) is stored in the database storage memory in correspondence with the address, name and ID code of the specified card holder (user), and at the same time, the card mount is used for shipping. The random number and the ID code are written on the auxiliary card that is pasted to the card mount by a method that can be peeled off again.
(5) Next, the ID code of the main card that is collated with the auxiliary card glued on the card mount and sent together is read by the reading device, and the ID code of the card mounting or auxiliary card is read by the reading device. input.
(6) The ID code of this card and the ID code of the card mount or auxiliary card are sent to the collation determining means, and it is judged by collating them.
(7) Only when it is determined that the two match, the card mount and this card are collated and processed into a shipment form to produce a shipment.
A method for collating a shipment for card shipment, wherein the shipment is prepared by the above procedure.

A random number generating means for generating a random number, a storage memory in which the random number can be specified by the cardholder (user) in a database associated with at least an address, name, and ID code, and reading this card, card mount or auxiliary card A computer storing collation determination means for collating ID code data that can be specified by a card holder (user) read by the apparatus and determining whether or not both match;
Based on the memory stored in the database on the card mount and the auxiliary card that is glued to the card mount in a removable manner, at least the address is printed on the card mount and the random number and the ID code are printed on the auxiliary card. A writing device;
The ID code data that can be specified by the card holder (user) of this card and the card mount or auxiliary card is collated, and if they match, the card is inserted into the notch provided on the card mount. Insertion means to perform,
A card collation device for card shipment, comprising:

3. A shipment produced by the card shipment shipment collation method according to claim 1 or 2.