JP2000090224A - Information processing medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information processing medium with which conditions can be easily changed for extremely easily enabling or disabling use in spite of time and place without requiring any special tool or device, the read or write of information due to the third person is prevented and high reliability can be provided in security. SOLUTION: This medium is provided with slits 4a and 4b provided while having residual parts 5a and 5b in the state of remaining a main body 1 of card and surrounding an IC module so as to separate the IC module and its peripheral part from the main body of card by artificially breaking the residual parts and lead wires 7a and 7b for electrically connecting the IC module and antenna across the residual parts of slits and cutting the electric connection of IC module and antenna through a disconnection by breaking the residual parts.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information processing medium suitable as, for example, an article tag used for performing predetermined information processing on an article.

[0002]

2. Description of the Related Art Magnetic cards have been widely used as information processing media. In this magnetic card, there was a problem in security before the user used it, but in the used state, security is ensured simply by cutting the card.

Recently, contact-type IC cards and non-contact type IC cards have been used as information processing media in place of the magnetic cards.
Cards, contact tags, and non-contact tags are becoming mainstream.

In the former contact type IC card (including a tag, the same applies hereinafter), an LSI which is a storage element is incorporated in a card body, such as a credit card, and a contact piece which is in conduction with the LSI. Covered by the department.

[0005] The contact piece is provided on the surface of the card body, and by contacting the piece with an external device, information can be read or written, which is information transmission / reception.

The latter non-contact type IC card has an L
In addition to the built-in SI, an antenna in which a conductive wire is wound in a coil shape is provided, and information can be transmitted and received wirelessly, that is, in a non-contact manner, with an external device via the antenna.

[0007]

However, such an IC card has many problems in terms of security regarding processing before and after use by the user himself / herself. In other words, the card usually passes through a plurality of locations until the card arrives at the user's hand, so that a third party can use the card or take out or write information, so that the card can be misused. .

Further, the LSI keeps alive unless an action such as physically destroying the LSI itself is performed. Therefore, the information stored in the LSI is stolen if the used IC card is simply thrown into the trash can. It can happen.

The present invention has been made on the basis of the above circumstances, and has as its object the purpose of being able to change the conditions very easily, preventing information from being read or written by a third party, and improving security. It is an object of the present invention to provide an information processing medium that can obtain high reliability.

[0010]

According to a first aspect of the present invention, there is provided an information processing medium for transmitting and receiving information by contacting a substrate and an external device provided on the substrate. In an information processing medium having an antenna for transmitting and receiving information in a non-contact manner with an external device by winding a storage component and a conductive wire in a coil shape, the information storage medium is interposed between the information storage component and the antenna, and a part of the substrate is artificially provided Rupturable means, and electrically connects the information storage component and the antenna across the rupture means, and breaks the rupture means to establish an electrical connection between the information storage component and the antenna. Connection means for interrupting the connection.

According to the first to twelfth aspects of the present invention, the use can be made very easy or impossible without selecting a time and place and without requiring special tools or devices. You can easily change the conditions.

[0012]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows an information processing medium according to a first embodiment of the present invention.

In FIG. 1, reference numeral 1 denotes a card body which is a substrate formed in a predetermined size and shape. An antenna 2 in which a conductive wire is wound in a coil shape is embedded along the peripheral end of the card body 1, and information can be transmitted and received to and from an external device wirelessly, that is, in a non-contact manner via the antenna 2.

Further, an IC module 3, which is an information storage component, is embedded in a predetermined portion of the card body 1. This IC module 3 has six or eight terminals, and is in an electrically conductive state with the contact piece exposed on the card surface. By bringing the contact piece of the IC module 3 into contact with an external device, information can be transmitted and received with the external device.

In order to surround the IC module 3,
Two slits 4a and 4b are provided. In addition, if it explains, each slit 4a, 4b is formed in substantially U-shape, and each end part will mutually oppose via a small clearance gap.
The pair of gaps are referred to as remaining portions 5a and 5b, respectively, since a part of the card body 1 remains as it is, and constitute the breaking means 6 together with the slits 4a and 4b.

That is, if the IC module 3 surrounded by the two slits 4a and 4b and its peripheral portion are artificially pressed, the remaining portions 5a and 5b between the slits 4a and 4b
Is broken, and the IC module 3 and its peripheral part can be separated from the card body 1 at the slits 4a and 4b.

The winding start end a and the winding end end b of the antenna 2 are connected to the IC 5 over the remaining portion 5a.
Conducting wires 7a and 7b for electrically connecting the modules 3 traverse in parallel, and these constitute the connecting means 7.

The information processing medium in the state shown in FIG.
It is a contact type IC card using the C module 3 and also serves as both a non-contact type IC card using the antenna 2.

In order to disable the non-contact IC card for some purpose and to change the conditions so that the contact function is maintained, the card body 1 surrounded by the slits 4a and 4b must be oriented in the plane. Forcibly.

Then, the remaining portions 5a and 5b between the slits 4a and 4b are easily broken, so that the IC module 3 in the slits 4a and 4b and the peripheral part of the card body 1 are removed.
Separate from the card body 1.

At the same time, conductors 7a, 7a,
7b are disconnected, and the electrical connection between the antenna 2 and the IC module 3 is cut off. Therefore, antenna 2
However, the IC module 3 and its peripheral portion are changed in form, and the use as a contact type module is continued.

FIG. 2 shows an information processing medium according to a second embodiment of the present invention. The other configuration is the same as that of FIG. 1 except for the connection means 7A described later, and the same reference numerals are given and the new description is omitted.

The connection means 7A includes a conductor 7a which traverses one of the remaining portions 5a and electrically connects the winding start end a of the antenna 2 to the IC module 3;
b and a conductive wire 7b for electrically connecting the winding end b of the antenna 2 and the IC module 3 to each other.

In the state shown in the figure, the information processing medium serves both as a contact type IC card and a non-contact type IC card. To change the conditions so that the card body 1 remains, the card body 1 surrounded by the slits 4a and 4b
The part is forcibly pushed in the surface direction.

The remaining portion 5a between the slits 4a, 4b
5b is easily broken, and at the same time, both the conductive wires 7a and 7b are disconnected, and the electrical connection between the antenna 2 and the IC module 3 is cut off.

While the antenna 2 is rendered useless and cannot be used as a non-contact type IC card, the IC module 3 and its peripheral portion change in form and continue to be used as a contact type module.

FIG. 3 shows an information processing medium according to a third embodiment of the present invention. In the drawing, reference numeral 1 denotes a card body which is a substrate formed in a predetermined size and shape. An antenna 2A in which a conductive wire is wound in a coil shape is embedded in a predetermined portion of the card body 1, and information can be transmitted and received to and from an external device wirelessly, that is, in a non-contact manner, via the antenna 2A.

Further, an IC module 3 as an information storage component is embedded in a predetermined portion of the card body 1. By bringing the IC module 3 into contact with an external device, information can be transmitted and received with the external device.

Two slits 4a and 4b are provided so as to surround the antenna 2A. Each of the slits 4a and 4b is formed in a substantially U-shape, and their ends face each other via a narrow gap. The pair of gaps are referred to as remaining portions 5a and 5b, respectively, since a part of the card body 1 remains as it is, and constitute the breaking means 6 together with the slit 4.

That is, if the IC module 3 surrounded by the two slits 4a and 4b and its peripheral portion are artificially pressed, the remaining portions 5a and 5b between the slits 4a and 4b
Is broken, and the IC module 3 and its peripheral portion can be separated from the card body 1 by the slits 4a and 4b.

The winding start end a and winding end end b of the antenna 2 and the IC
Conducting wires 7a and 7b for electrically connecting the modules 3 traverse in parallel, and these constitute a connecting means 7B.

The information processing medium in the state shown in FIG.
The contact-type IC card using the C module 3 and the non-contact-type IC card using the antenna 2A are both used. To change the condition so that the card body remains as it is, the card body 1 portion surrounded by the slits 4a and 4b is forcibly pushed in the surface direction.

The remaining portion 5a between the slits 4a, 4b
5b is easily broken, and at the same time, the conducting wires 7a and 7b crossing one of the remaining portions 5b are disconnected, and the electrical connection between the antenna 2A and the IC module 3 is cut off.

The antenna 2A is rendered useless and cannot be used as a non-contact type IC card. However, the IC module 3 and its peripheral portion are changed into a chip form, and the use of the contact type is continued.

FIG. 4 shows an information processing medium according to a fourth embodiment of the present invention. The other configuration is the same as that of FIG. 3 except for the connection means 7C described later, and therefore the same reference numerals are given and the new description is omitted.

The connection means 7C includes a conductor 7a which traverses one of the remaining portions 5b and electrically connects the winding start end a of the antenna 2 to the IC module 3;
a, and a conductive wire 7b for electrically connecting the winding end b of the antenna 2 and the IC module 3 to each other.

In the state shown in the figure, the information processing medium serves both as a contact-type IC card and a non-contact type IC card.
In order to continue use as a contact type IC card, a portion surrounded by the slits 4a and 4b is strongly pressed.

The remaining portion 5a between the slits 4a, 4b
5b is easily broken, and at the same time, each of the conductive wires 7a and 7b is disconnected, so that the electrical connection between the antenna 2 and the IC module 3 is cut off.

Therefore, the antenna 2C is connected to the card body 1
However, the IC module 3 remains untouched in the card body 1 and can be used as a contact IC card.

FIGS. 5 (A) and 5 (B) relate to claim 4 of the present invention.
17 shows an information processing medium according to a fifth embodiment. An IC module 3 described later is embedded in a predetermined portion of the card body 1 which is a substrate, and data can be transmitted and received by bringing the IC module 3 into contact with an external device.

The IC module 3 and its peripheral portion are provided with a pair of slits 4a and 4b constituting the breaking means 6 and a pair of remaining portions 5a and 5b between the slits 4a and 4b.
Surrounded by

As shown in FIG. 5B, the IC module 3 includes an LSI 8 serving as a storage element, and the LSI 8 is electrically connected to a terminal 10 via a gold wire 9. .

A predetermined terminal 10 and an adjacent terminal 11 are connected to each other by a conductor 7d.
Is represented. The middle part of the conducting wire 7d is formed in a U-turn shape by temporarily protruding outside the slits 4a and 4b across the one remaining part 5a.

Although the information processing medium can be used as a contact-type IC card in the state shown in FIG.
The part surrounded by a and 4b is strongly pressed.

The remaining portion 5a between the slits 4a and 4b
5b is easily broken, and at the same time, the conductor 7d is disconnected and V
The electrical connection between the terminals 10 and 11, which are terminals for CC (circuit voltage), is cut off, and the terminal cannot be used as a contact IC card.

FIGS. 6A and 6B relate to claim 5.
17 shows an information processing medium according to a sixth embodiment. Card body 1
An antenna 2B, which will be described later, is buried in a predetermined portion, and information can be transmitted and received wirelessly, that is, in a non-contact manner via this antenna 2B. The antenna 2B is surrounded by a pair of slits 4a and 4b constituting the breaking means 6 and a pair of remaining portions 5a and 5b between the slits 4a and 4b.

The antenna 2B includes an LSI 15 as shown in an enlarged view in FIG.
I15 is electrically connected to terminals 17 and 18 via a gold wire 16. One terminal 17 is connected to the winding start end a of the antenna 2B, and the other terminal 18 is connected to the winding end end b of the antenna 2B.

The terminals 17 and 18 are electrically connected to each other by the short-circuiting conductor 7e. The short-circuit wire 7e
The middle part goes out of the antenna 2B and crosses one of the remaining parts 5a, and once protrudes to the outside of the slits 4a and 4b to form a U-turn.

In the state shown in the figure, the information processing medium cannot be used as a non-contact type IC card due to the presence of the short-circuiting wire 7e. The portion surrounded by the slits 4a and 4b is strongly pressed.

The remaining portion 5a between the slits 4a and 4b,
5b is easily broken, and at the same time, the short-circuiting wire 7e is broken, and the short circuit between the terminals 10 and 11 is eliminated. Therefore, the antenna 2B is electrically connected to the LSI 15, and can be used as a non-contact IC tag.

FIG. 7 shows an information processing medium according to a seventh embodiment of the present invention. In the figure, reference numeral 30 denotes a tag body which is a substrate having a predetermined size and formed in a substantially rectangular shape. On one side of the tag main body 30, a projection 32 is integrally provided via a neck 31.

The protruding portion 32 is formed in a tongue shape with respect to the tag main body 30, and the neck portion 31 connects the tag main body 30 and the protruding portion 32, and has a width dimension extremely narrower than the width of the protruding portion 32. It has a constricted shape.

An antenna 2C formed by winding a conductive wire in a coil shape along the peripheral end of the tag body 30 is embedded. Further, an LSI 33 is buried substantially in the center of the tag body 30. The LSI 33 and the winding start end a and the winding end end b of the antenna 2C are connected to the conductors 7f and 7b, respectively.
g and are electrically connected.

The winding start end a of the antenna 2C and the LSI
33 is connected to the antenna 2C and L
It is connected directly to the SI 33, that is, at the shortest distance. The other conductive wire 7g connecting the winding end b of the antenna 2C and the LSI 33 extends from the winding end b to the projection 32 through the neck 31 as a connection means, and is formed in a U-turn shape here. You. For this reason, the conducting wire 7g extending to the protrusion 32 also forms a part of the antenna 2C.

In the state shown in FIG.
It can be used as a non-contact type IC tag using a tag. Also, if you wish to disable this tag for any purpose,
The projection 32 is separated from the tag body 30 by bending the neck 31.

The winding end b of the antenna 2C and the LSI 3
Since the conducting wire 7g connecting to the extension 3 extends from the neck 31 to the protruding portion 32, it is disconnected at the same time and the use of the antenna 2C becomes impossible, so that the use of the non-contact type IC tag becomes impossible.

FIG. 8 shows an information processing medium according to an eighth embodiment of the present invention. Tag body 30A as a substrate
On one side, a projection 32 is integrally provided via a neck 31, an antenna 2 </ b> C is embedded along a peripheral end of the tag main body 30 </ b> A, and an LSI 33 is embedded substantially in the center of the tag main body 30. .

The LSI 33 and the winding start end a and the winding end end b of the antenna 2C are connected to the conductors 7f and 7c, respectively.
g and are electrically connected. That is, the conductor 7f connecting the winding start end a to the LSI 33 is extended to the shortest distance, and the conductor 7g connecting the winding end b to the LSI 33 is connected to the projection 32 via the neck 31 as a connection means.
Is extended until.

The above configuration is exactly the same as the IC tag described above with reference to FIG. Here, a projection 32a is integrally provided at a side end of the tag main body 30 facing the projection 32 via a neck 31a of the same shape.

The LSI 3 is used as a circuit connection means.
A conductive wire 7h extends from 3 through a neck 31a to a protruding portion 32a to form a U-turn. The data writing process can be performed by the connection of the conductor 7h.

In the state shown in FIG.
The tag body 30 can be used as a non-contact type IC tag using a tag.
The neck 31a protruding from one side end is bent, and the projection 3
2a is separated from the tag body 30.

At the same time, the projections 32a are formed via the neck 31a.
The above-mentioned conductor 7h extending to the above is also disconnected, so that the writing process of the LSI 33 cannot be executed, and only the reading process can be executed.

Further, when the reading process in the non-contact type IC tag is also disabled, the other neck 31 may be bent to separate the projection 32 from the tag main body 30, and the conductor 7g may be disconnected.

FIGS. 9A and 9B relate to claim 8.
17 shows an information processing medium according to a ninth embodiment. In FIG. 1, reference numeral 1A denotes a card body formed in a predetermined size and shape. A pair of necks 40a and 40b at a predetermined interval on one side of the card body 1A, and the card body extends over these necks 40a and 40b. A protrusion 41 having the same length (vertical direction in the figure) as the main body 1A and a small width (horizontal direction in the figure) is integrally provided.

As shown in FIG. 9A, an IC module 3 as an information storage component is provided at a predetermined portion of the card body 1A.
Is embedded. The IC module 3 has a contact piece exposed on the surface of the card body 1A, and can transmit and receive information by contacting the IC module 3 with an external device.

As shown in FIG. 9B, the IC module 3 has six or eight terminals (here, eight terminals) 10. An LSI 8 is mounted in the center of these terminals 10, and this LSI 8 and the terminal 1
Numeral 0 is electrically connected via a gold wire 9. The predetermined terminal 10 is ground (zero voltage),
The other terminal 10 is an I / O (data input / output).

The ground (zero voltage) and the I / O (data input / output) terminals 10 to the gold wires 9
i has been pulled out and is extended to one side of the card body 1A.

These conductors 7i extend to the protruding piece 41 via one neck 40a, where they are formed in a U-turn shape. That is, the conducting wire 7i is a short-circuiting conducting wire that connects ground (zero voltage) and I / O (data input / output) in a short-circuit state.

Thus, ground (zero voltage) and I / O
(Data input / output) is in a short-circuit state via the short-circuiting conductor 7i, and therefore cannot be used as a contact IC card.

Then, the contact type IC with some intention
In order for the card to be usable, a pair of necks 40a, 40
b is bent and cut, and the projection 41
Is separated. At the same time, the short-circuiting conductor 7i that has been wired through one neck 40a is disconnected.

Therefore, ground (zero voltage) and I /
The short circuit with O (data input / output) is resolved, and the electrical connection as the IC module 3 is in a normal state. The form of the terminal 10 constituting the IC module 3 is held as it is, and it can be used as a contact IC card formed in a regular size.

In each of the embodiments described above, what has been described by applying the card body 1 as a substrate is not limited to this, but can be changed to a tag body. Conversely, what has been described by applying the tag body 30 as the substrate is not limited to this, and can be changed to a card body.

FIG. 10 shows an information processing medium according to a tenth embodiment of the present invention. The first substrate, the first
The contact type IC tag T is formed by bonding the sheet tag 50 described above and a second sheet tag 51 as a second substrate via a conductive adhesive 52.

The conductive adhesive 52 has sufficient adhesive strength in a normal state, and the first and second sheet tags 5 have the same adhesive strength.
0 and 51 are not displaced from each other. However, if one of the sheet tags, for example, the first sheet tag 50 is artificially urged in a direction away from the second sheet tag 51, the sheet tag 50 will be separated from the other sheet tag 51. It has become.

The first sheet tag 50 has an LSI 53
Are embedded, and two conductors 7j serving as connection means are drawn out from one side of the LSI 53. These conducting wires 7j are connected to the winding start end a and the winding end end b of the reading antenna 2D wound in a coil shape on one side of the LSI 53.

Further, two conductors 7k for performing a write processing function are drawn out from the other side of the LSI 53,
The ends of these conductors 7k are connected to a pair of terminals 54a and 54b provided near the LSI 53, respectively.
There is no conducting wire between these terminals 54a and 54b, and there is no electrical connection in the sheet tag 50.

On the other hand, the second sheet tag 51 has a pair of terminals 54a, 5a provided on the first sheet tag 50.
A pair of terminals 55a, 55b
Are provided here, and the terminals 55a, 55b
Are electrically connected via the conducting wire 7m. The auxiliary connection means 56 is constituted by the terminals 55a and 55b of the second sheet tag 51 and the conductor 7m.

Then, by bonding the first sheet tag 50 and the second sheet tag 51 via the conductive adhesive 52, each terminal 54a,
54b and each terminal 55a, 55b of the second sheet tag 51
Are opposed to each other via the conductive adhesive 52.

As a result, the terminals 54a and 54b of the first sheet tag 50 are substantially in an electrically connected state, and the circuit for the writing process is closed in accordance with the connection of the terminals 54a and 54b. The LSI 53 can perform a writing process and a process of reading information via the reading antenna 2D.

However, when the information writing function is disabled for any purpose, the first sheet tag 50 is artificially separated from the second sheet tag 51. As a result, the pair of terminals 5 in the first sheet tag 50
There is no means for electrically connecting the terminals 4a and 54b, and the write processing circuit is opened, so that the write processing cannot be performed. However, since the LSI 53 and the reading antenna 2D are still in a conductive state, the function of the reading process is continued.

FIG. 11 shows an information processing medium according to an eleventh embodiment of the present invention. The first substrate, the first
Is a contact-type IC tag U in which a sheet tag 60 and a second sheet tag 61 as a second substrate are bonded together via a conductive adhesive 62.

The conductive adhesive 62 has sufficient adhesive strength in a normal state, and the first and second sheet tags 6 have the same adhesive strength.
0 and 61 are not displaced from each other. However, if any one of the sheet tags, for example, the first sheet tag 60 is artificially urged in a direction away from the second sheet tag 61, the sheet tag 60 is separated from the other sheet tag 61. It has become.

The first sheet tag 60 has an LSI 63
Are embedded, and two conductors 7j serving as connection means are drawn out from one side of the LSI 63. These conducting wires 7j are connected to the winding start end a and the winding end end b of the reading antenna 2D wound in a coil shape on one side of the LSI 63.

The other side of the LSI 63 is provided with a pair of terminals 64a and 64b facing the writing antenna 2F at a predetermined interval. One terminal of the LSI 63 and the winding end b of the writing antenna 2F are
It is electrically connected by the conducting wire 7n. LSI63
And the other terminal 64a of the pair of terminals 64a and 64b are electrically connected by a conducting wire 7p.

Further, the winding start end a of the writing antenna 2F and the other terminal 64b of the pair of terminals are connected to the conducting wire 7b.
connected by q. There is no means for electrically connecting the pair of terminals 64a and 64b to each other in the first sheet tag 60.

On the other hand, the second sheet tag 61 has a pair of terminals 64a, 6a provided on the first sheet tag 60.
A pair of terminals 65a, 65b
Are provided, and here, terminals 65a and 65b of each other are provided.
Are electrically connected via the conducting wire 7r. The auxiliary connection means 66 is constituted by the terminals 65a and 65b of the second sheet tag 61 and the conductor 7r.

Then, by bonding the first sheet tag 60 and the second sheet tag 61 via the conductive adhesive 62, each terminal 64a,
64b and the respective terminals 65a, 65b of the second sheet tag 61
Are opposed to each other via the conductive adhesive 62.

As a result, the terminals 64a and 64b of the first sheet tag 60 are substantially electrically connected, and the connection between the terminals 64a and 64b closes the circuit between the LSI 63 and the writing antenna 2F. LSI6
3 can perform a writing process and can perform a reading process of information via a reading antenna 2D.

However, when the information writing function is disabled for any purpose, the first sheet tag 60 is artificially separated from the second sheet tag 61. As a result, the pair of terminals 6 in the first sheet tag 60 is
There is no means for electrically connecting 4a and 64b to each other, and the write processing circuit is opened, so that write processing cannot be performed. However, since the LSI 63 and the reading antenna 2D are still in a conductive state, the function of the reading process is continued.

[0090]

As described above, according to the present invention, the present invention is not limited to the contact type or the non-contact type, and the user can select any time and place without using any tools or devices. It can be used very easily and artificially, or can be made useless.

Further, even through a third party who is considered to be a security problem, the stored information can be used for the first time at the user's hand without being read or written. Even in the subsequent processing, it is possible to easily dispose of the apparatus in an unusable state and dispose of the apparatus, thereby achieving an effect of improving safety and reliability.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of a contact type and a non-contact type IC card according to a first embodiment of the present invention.

FIG. 2 is a configuration diagram of a contact type and a non-contact type IC card according to a second embodiment of the present invention.

FIG. 3 is a configuration diagram of a contact type and a non-contact type IC card according to a third embodiment of the present invention.

FIG. 4 is a configuration diagram of a contact type and a non-contact type IC card according to a fourth embodiment of the present invention.

FIG. 5 is a configuration diagram of a contact IC card according to a fifth embodiment of the present invention.

FIG. 6 is a configuration diagram of a non-contact type IC tag according to a sixth embodiment of the present invention.

FIG. 7 is a configuration diagram of a non-contact IC tag according to a seventh embodiment of the present invention.

FIG. 8 is a configuration diagram of a non-contact type IC card according to an eighth embodiment of the present invention.

FIG. 9 is a configuration diagram of a contact IC card according to a ninth embodiment of the present invention.

FIG. 10 shows a non-contact type I according to a tenth embodiment of the present invention.
The block diagram of a C tag.

FIG. 11 shows a contact IC according to an eleventh embodiment of the present invention.
FIG.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Board (card main body), 3 ... Information storage component (IC module), 2 ... Antenna, 6 ... Breaking means, 7A ... Wiring means, 5a, 5b ... Remaining part, 4a, 4b ... Slit, 7a, 7b ... Lead wire .

Claims (12)

[Claims] An information storage component provided on the substrate for transmitting and receiving information by contacting an external device, and an antenna for winding a conductive wire into a coil and transmitting and receiving information without contacting the external device. A breaking means interposed between the information storage component and the antenna and capable of artificially breaking a part of the substrate; and electrically connecting the information storage component and the antenna across the breaking means. And a connection means for breaking electrical connection between the information storage component and the antenna by breaking the breaking means. 2. An information storage component provided on the substrate for transmitting and receiving information by contacting an external device, and an antenna for winding a conductive wire into a coil and transmitting and receiving information without contacting the external device. In the information processing medium, the information storage component is provided at least partially around a periphery of the information storage component having a remaining portion in a state where the substrate is left, and the information storage component is separated from the substrate by artificially breaking the remaining portion. And a slit capable of separating the peripheral portion thereof, and electrically connecting the information storage component and the antenna across the remaining portion between the slits, and disconnecting the information storage component by breaking the remaining portion. An information processing medium, comprising: a conductive wire that cuts off electrical connection with an antenna. An information storage component provided on the substrate for transmitting and receiving information by contacting an external device; and an antenna for winding a conductive wire into a coil and transmitting and receiving information without contacting the external device. In the information processing medium, at least a part of the antenna and a peripheral portion thereof are provided by surrounding the periphery of the antenna having a remaining portion in a state where the substrate is left, and by artificially breaking the remaining portion. And an electrical connection between the information storage component and the antenna across the remaining portion between the slits, and disconnection of the information storage component and the antenna by breaking the remaining portion. An information processing medium, comprising: a conducting wire for interrupting a dynamic connection. 4. An information processing medium comprising a substrate, a storage element mounted on the substrate, and a plurality of circuit voltage terminals electrically connected to the storage element, wherein the substrate is at least partially provided. The memory element and the circuit voltage terminal are provided around the periphery of the memory element and the circuit voltage terminal, and the memory element, the circuit voltage terminal and the peripheral portion are separated from the substrate by artificially breaking the remaining part. A possible slit and the circuit voltage terminals are electrically connected to each other across the remaining portion between the slits, and the remaining portion is broken to disconnect and cut off the electrical connection between the circuit voltage terminals. An information processing medium, comprising: a conductor. 5. An information storage device comprising: a substrate; an information storage component provided on the substrate for transmitting and receiving information by contacting an external device; and an antenna for winding a conductive wire into a coil and transmitting and receiving information without contacting the external device. In the information processing medium, the information storage component and the information storage component are provided by surrounding the antenna at least partially with a remaining portion in a state where the substrate is left, and by artificially breaking the remaining portion. A slit capable of separating the peripheral portion, a short-circuiting conductor that connects the antenna so as to short-circuit across the remaining portion between the slits, and breaks the remaining portion to break the short-circuit of the antenna. An information processing medium comprising: 6. An information storage device comprising: a substrate; an information storage component provided on the substrate for transmitting and receiving information by contacting an external device; and an antenna for winding a conductive wire into a coil and transmitting and receiving information without contacting the external device. In the information processing medium, a side end portion of the substrate, a protrusion integrally provided on the substrate via a neck portion having a constricted shape, and an information storage component and an antenna extending to the protrusion portion via the neck portion and extending to the protrusion. A connection means for electrically connecting the information storage component and breaking the neck to break the electrical connection between the information storage component and the antenna. 7. An information storage component provided on the substrate for transmitting and receiving information by contacting an external device, and an antenna for winding a conductive wire in a coil shape and transmitting and receiving information without contacting the external device. In the information processing medium, a plurality of protruding portions provided integrally with the substrate via neck portions each having a constricted shape, and a plurality of protruding portions provided on one side of the protruding portion via one of the neck portions. Connection means for electrically connecting the information storage component to the antenna and breaking the neck to break the electrical connection between the information storage component and the antenna; and the other neck And a circuit connection means for extending the other protruding portion of the information storage component to electrically connect a predetermined circuit terminal of the information storage component, and breaking the neck portion to disconnect and disable predetermined processing. This The information processing medium characterized. 8. A substrate, a storage element mounted on the substrate,
An information processing medium comprising a zero-voltage terminal and a data input / output terminal, comprising: a protruding piece integrally provided on a substrate via a constricted neck at a side end of the substrate; A short-circuit that extends to the protruding piece to connect the zero voltage terminal and the data input / output terminal so as to short-circuit, and breaks the neck to break the wire and eliminate the short-circuit between the zero voltage terminal and the data input / output terminal An information processing medium comprising: a conducting wire. 9. The information processing medium according to claim 1, wherein said substrate is a card body. 10. The information processing medium according to claim 1, wherein said substrate is a tag body. 11. A first substrate, an antenna provided on the first substrate and wound around a storage element and a conductive wire to transmit and receive information without contacting an external device, and electrically connecting the storage element and the antenna to each other. A pair of terminals extending from a predetermined function circuit of the storage element and being in a non-conductive state with each other, and being bonded to the first substrate via a conductive adhesive, and A second substrate, which is separable from the first substrate, is provided on the second substrate, electrically connects a predetermined functional circuit of the storage element by electrically connecting the terminals to each other; Auxiliary connection means for disconnecting the board from the first board to cut off electrical connection of the predetermined function circuit;
An information processing medium characterized by comprising: 12. A first substrate, a storage element provided on the first substrate, a reading antenna for winding a conductive wire into a coil shape to read information in a non-contact manner with an external device, and a reading antenna in a non-contact manner with the external device. An antenna for writing, a connection means for electrically connecting the storage element and the read antenna, a pair of terminals interposed between the storage element and the write antenna and in a non-conductive state with each other; A second substrate that is adhered to the first substrate via an adhesive and that can be artificially separated from the first substrate; and a second substrate that is provided on the second substrate and that connects the terminals to each other. An auxiliary connection means for electrically connecting the storage element and the writing antenna and separating the second substrate from the first substrate to cut off the electrical connection between the storage element and the writing antenna; Preparation Information medium, characterized in that the.