JP2002172878A - Method for gathering card sending dispatching article and dispatching article as well as apparatus therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an apparatus for gathering dispatching articles for sending a plurality of cards to remarkably reduce a load of a checking step without mistaking dispatching when the plurality of cards are dispatched. SOLUTION: The apparatus for gathering the dispatching articles comprises at least a computer for storing a random number generating means 25, a storage memory 24 for database making random numbers in relation to card owners (users)'ID codes, and a collating deciding means 26 for collating and deciding ID code data of a main card and an auxiliary card, a writer 22b for printing an address on a card mounting sheet, the random number and the ID code on the auxiliary card on the mounting sheet and the auxiliary card pasted on the sheet, and an inserting means for inserting a cutout part provided at the sheet when the ID codes of the main card and the auxiliary card are collated so that both coincide.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] The present invention relates to a plurality of cards.
The present invention relates to labor saving of collation work and check work required for shipping in a round.

[0002]

2. Description of the Related Art In net banking and telephone banking, in addition to a personal identification code for accessing an account, as a measure for enhancing security, a general card (cash card), which is mainly used, and a random number as shown in FIG. An auxiliary card in which an ID code for identifying the person is written is used. This random number is not exactly the same and is paired with the present card, and cannot be used unless both are present.

When trying to access an account using this card (cash card), a random number written on an auxiliary card is queried in addition to information for identifying the user such as a personal identification code, and this random number is stored in a database. If the data does not match the access, the access is denied.
Further, unauthorized access can be prevented and security can be enhanced.

For example, in the case where an auxiliary card as shown in FIG. 4 has been sent and an attempt is made to access an account using the present card (cash card), D to H in line (a) written on the auxiliary card are used. Inquiring about the random number in the column, the person looks at the random number written on the auxiliary card and sees "52
If it does not respond with "860", access will be denied. Since the position for inquiring the random number is completely random, it does not happen to coincide with it.

In the case of such a mechanism, it is necessary to send an auxiliary card other than the cash card of the present card to the card holder (user) who is a new account opener.
A shipping error in which the present card and the auxiliary card do not correspond one-to-one is absolutely unacceptable.

As a method for sending out these cards, (1) a plurality of cards are separately sent without collation. In this method, the load of checking is small and a shipping error can be prevented. However, since shipping is performed separately, costs such as enclosing / sealing costs and shipping costs are incurred each time, and the shipping costs are increased. (2) A plurality of cards are collectively set on one mount and sent. This method has low costs such as enclosing and sealing costs, shipping costs, etc., but also has the trouble of confirming that the cash card, which is this card, and the auxiliary card are correctly matched one by one with the cash card. Since the card mount, the auxiliary card and the card mount, and the auxiliary card and the real card must be checked, the load of checking is very large.

[0007]

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and sends out a plurality of cards in which the present card and the auxiliary card are associated one-to-one. It is an object of the present invention to provide a method and an apparatus for collating a delivery item for card delivery which eliminates a delivery error and greatly reduces the load of a check step.

[0008]

Means for Solving the Problems The invention according to claim 1 made to solve the above problems is as follows: (1) The computer has at least the address of the card holder;
A name and an ID code are made into a database for each holder (user) and stored in the storage memory. (2) This card is called from a storage memory that is made into a database for each holder (user), transmits data to the writing device, and records at least an ID code that can identify the card holder (user). I do. (3) At the time of shipping collation, an ID code recorded on the card that can identify the card holder (user) is read by a reader, and the specified card holder (user) is read.
Address, name, and ID code are called from a storage memory in a database, and a random number to be recorded on another auxiliary card sent out at the same time is generated by a random number generating means stored in a computer. (4) The random number generated in the step (3) is stored in the database storage memory in association with the address, name, and ID code of the specified card holder (user), and is simultaneously sent to the card mount. The random number and the ID code are written on the auxiliary card in which the address and the ID code are pasted on the card backing in a removable manner. (5) Next, the card mount is conveyed to a collating process, and this card, which is collated and sent together with an auxiliary card glued to the card mount, is merged, processed into a shipping form, and a shipment is produced. . This is a method of collating a shipment for sending a card, which is characterized in that a shipment is prepared by the above procedure.

According to a second aspect of the present invention, an address for sending and an ID code are provided on a backing card, and a random number and an ID are provided on an auxiliary card.
In the case where the step of writing the code and the step of collating are not performed consecutively, (1) At least the address, name and ID code of the card holder (user) must be stored in the computer for each holder (user). A database is stored in the storage memory. (2) This card is called from a storage memory that is made into a database for each holder (user), transmits data to the writing device, and records at least an ID code that can identify the card holder (user). I do. (3) At the time of sending and collating, an ID code recorded on the card and identifying the card holder (user) is read by a reading device, and the specified card holder (user) is read.
Address, name, and ID code are called from a storage memory in a database, and a random number to be recorded on another auxiliary card sent out at the same time is generated by a random number generating means stored in a computer. (4) The random number generated in the step (3) is stored in the database storage memory in association with the address, name, and ID code of the specified card holder (user), and is simultaneously sent to the card mount. The random number and the ID code are written on the auxiliary card in which the address and the ID code are pasted on the card backing in a removable manner. (5) Next, the ID code of this card, which is collated with the auxiliary card glued to the card mount and sent out the same, is read by the reading device, and the ID code of the card mount or the auxiliary card is read by the reading device, and is read by the computer. input. (6) The ID code of the present card and the ID code of the card mount or the auxiliary card are sent to the collation judging means, and collation is performed to judge whether they match. (7) Only when it is determined that they match, the card mount and the present card are collated and processed into the form of a shipment to produce a shipment. This is a method of collating a shipment for card shipment, which is characterized by producing a shipment by the above procedure.

If the time for writing the address on the card mount and the time for writing the random number and the ID code on the auxiliary card are longer than the time required for collation, the time can be reduced by writing on the card mount and the auxiliary card in advance. The method of keeping is adopted. In this case, since the step of writing the address for shipping on the backing card and the step of writing the random number and the ID code on the auxiliary card and the step of collating are not performed continuously, the I
It is necessary to collate the D code and the ID code of the auxiliary card to determine whether they match. Claim 2 is obtained by adding this collation determination step to Claim 1.

[0011] In a third aspect of the present invention, a random number generating means for generating a random number, and the random number is stored in a database in association with at least an address, a name, and an ID code that can be specified by a card holder (user). The storage memory is compared with ID code data that can be identified by the card holder (user) by reading the present card, card mount or auxiliary card with the reading device, and determining whether or not both match. Based on the computer storing the determination means and the card mount and the storage memory in the database on the auxiliary card glued to the card mount in a removable manner, at least an address is provided on the card mount, A writing device that prints the random number and the ID code on the card, and a card holder (user) of the present card and the card mount or the auxiliary card can be specified. Check with ID code data,
And an insertion means for inserting the card into the cutout provided in the card mount when the two coincide with each other.

Further, the invention described in claim 4 is the first invention.
Alternatively, it is a dispatch produced by the collation method of the dispatch for card dispatch according to claim 2.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an embodiment of the present invention in which one present card and one auxiliary card are provided will be described in detail.

FIG. 3 shows, for each card holder (user), a storage memory (24) in which the address, name, ID code, etc. of the card holder (user) stored in the computer are stored in a database. FIG. 2 is a block diagram showing a method of preparing a card (10) in which a calling device is used and at least an ID code capable of identifying a person is recorded on the card (10) by a writing device. An ID code is used as information for identifying the user, and the ID code is printed with an OCR character or a bar code so that the ID code can be read without error, or the ID code is written on a magnetic stripe along with the printing.

FIG. 1 shows a state in which at least the present card (10) on which at least the ID code for identifying the person prepared in FIG. 3 is written and the auxiliary card (40) are joined to one card mount (30). FIG. 3 is a diagram for explaining a method of sending a mail.

FIG. 2 is a diagram showing a system configuration of a computer which is a main device of a card shipping item of the present invention.

The ID code of the cache card, which is the card (10) in which necessary information is written, is read by a reader, and the ID code corresponding to the ID code is read from a database storage memory (24) stored in a computer (20). The data is called, and a random number is generated by a random number generating means (25).

The random number is linked to a database corresponding to the ID code described above and stored in a database storage memory (2).
4), and 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).
The auxiliary card (40) glued to the card mount (30) in a re-peelable manner has at least a random number, an ID,
Sign the inkjet printer, dod printer,
Writing is performed by a writing device (22a) such as a thermal transfer printer. (See FIG. 1A)

Next, the case of claim 2 in which the above-mentioned steps of writing on the card mount and the auxiliary card and the step of collating are not performed continuously will be described. In the case where both are performed continuously, the collation determination step is simply omitted, and thus will be omitted.

In the collating step, the ID code of the present card (10) which is collated with the auxiliary card glued to the card mount and sent out the same time is read again just in case, and the ID written on the auxiliary card is also read. The code is read by the reader. It is determined whether or not the read ID codes coincide with each other by collation determination means (26) stored in the computer. If they match, the mount card and this card (10) are collated. If they do not match, a message indicating that they do not match is displayed and the collation operation is interrupted.

If they match, the card mount (3
0) and this card (10). As a method of collating and attaching to a card mount, usually, a card mount (30)
A notch (32) is provided in the notch (3).
2) Insert and secure the card (10). (Figure 1
(See (B))

As shown in FIG. 1B, when the card (10) collated with the card mount is Z-folded as shown in FIG. 5, the card is inserted into an intermediate sheet, and the first cover sheet is inserted. When the address (31) is described and the end of the sheet is sealed by the gluing section (33), a card shipment is produced. (See FIGS. 1C and 5)

In the above description, the present card and the auxiliary card are each one. However, when producing a shipment for sending more cards, the above method may be used.

[0024]

As described above, according to the present invention,
When sending out a plurality of cards in which the present card and the auxiliary card are associated with each other in a one-to-one correspondence, it is possible to eliminate a shipping error such as a mismatch between the present card and the auxiliary card. In addition, the load of the checking step can be greatly reduced, and the shipping cost can be reduced.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating a method of collating and sending a book card on which an ID code for identifying a person is written and an auxiliary card on one card mount.

FIG. 2 is a diagram showing a system configuration of a computer which is a main device of a card shipping item of the present invention.

FIG. 3 is a block diagram illustrating a process of preparing a card in which an ID code capable of identifying a person is recorded on the card by a writing device in advance.

FIG. 4 is a plan view showing an example in which a random number and an ID code are written on an auxiliary card.

FIG. 5 is a schematic diagram for explaining a step of producing a card shipping item from a card mount.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 ... This card 20 ... Computer 21a, 21b ... Reading device 22a, 22b ... Writing device 23 ... CPU 24 ... Database storage memory 25 ... Random number generation means 26 ... Collation determination means 30 ... Card mount 31 ... Address 32 ... Cut 33 ... Glue section 40 ... Auxiliary card (random number card) 41 ... ID code 42 ... Random number

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06K 17/00 G06K 17/00 B A

Claims (4)

[Claims] 1. A computer stores at least a card holder's address, name, and ID code in a storage memory for each holder (user). (2) This card is called from a storage memory that is made into a database for each holder (user), transmits data to the writing device, and records at least an ID code that can identify the card holder (user). I do. (3) At the time of shipping collation, an ID code recorded on the card that can identify the card holder (user) is read by a reader, and the specified card holder (user) is read.
Address, name, and ID code are called from a storage memory in a database, and a random number to be recorded on another auxiliary card sent out at the same time is generated by a random number generating means stored in a computer. (4) The random number generated in the step (3) is stored in the database storage memory in association with the address, name, and ID code of the specified card holder (user), and is simultaneously sent to the card mount. The random number and the ID code are written on the auxiliary card in which the address and the ID code are pasted on the card backing in a removable manner. (5) Next, the card mount is conveyed to a collating process, and this card, which is collated and sent together with an auxiliary card glued to the card mount, is merged, processed into a shipping form, and a shipment is produced. . A method for collating a shipment for sending a card, characterized in that the shipment is prepared by the above procedure. (2) When the step of writing the address and ID code for shipping on the backing card, the step of writing the random number and the ID code on the auxiliary card, and the step of collating are not performed continuously, (1) the computer must have at least The address, name, and ID code of the card holder (user) are made into a database for each holder (user) and stored in the storage memory. (2) This card is called from a storage memory that is made into a database for each holder (user), transmits data to the writing device, and records at least an ID code that can identify the card holder (user). I do. (3) At the time of shipping collation, an ID code recorded on the card that can identify the card holder (user) is read by a reader, and the specified card holder (user) is read.
Address, name, and ID code are called from a storage memory in a database, and a random number to be recorded on another auxiliary card sent out at the same time is generated by a random number generating means stored in a computer. (4) The random number generated in the step (3) is stored in the database storage memory in association with the address, name, and ID code of the specified card holder (user), and is simultaneously sent to the card mount. The random number and the ID code are written on the auxiliary card in which the address and the ID code are pasted on the card backing in a removable manner. (5) Next, the ID code of this card, which is collated with the auxiliary card glued to the card mount and sent out the same, is read by the reader, and the ID code of the card mount or the auxiliary card is read by the reader, and is read by the computer. input. (6) The ID code of the present card and the ID code of the card mount or the auxiliary card are sent to the collation judging means, and collation is performed to judge whether they match. (7) Only when it is determined that they match, the card mount and the present card are collated and processed into the form of a shipment to produce a shipment. A method for collating a shipment for sending a card, characterized in that the shipment is prepared by the above procedure. 3. A random number generating means for generating a random number, at least an address at which a card holder (user) can specify the random number,
The storage memory, which is made into a database in association with the name and the ID code, is compared with the ID code data which can be specified by the card holder (user) which has read the present card, the card mount or the auxiliary card by the reading device. And a storage storing collation determination means for determining whether or not the two are matched, and a storage memory in the above-mentioned database on the card mount and the auxiliary card glued to the card mount in a removable manner. A writing device that prints the address on at least the card mount and the random number and the ID code on the auxiliary card; and ID code data that can identify a card holder (user) of the present card and the card mount or the auxiliary card. And
And a means for inserting into a cutout provided in the card mount when the two match, at least comprising: 4. A shipment produced by the method for collating a shipment for card shipment according to claim 1 or 2.