JP2000322528A - Non-contact data supply system and transceiver used therefor - Google Patents

Abstract

(57) [Summary] For example, an application such as a program and / or data is transmitted / received to / from a first transceiver (parent device) such as a portable game machine from a second transceiver (child device) in a non-contact manner. To provide a contactless data supply system. A first transceiver (master) capable of supplying power and transmitting / receiving a data signal, receiving the supplied power and the transmitted data signal, and transmitting the data signal to the first transceiver. A second transceiver (RF-ID).
The second transceiver reads data from the storage unit, rewrites data of the first transceiver, or adds data. Second
When data is supplied to the first transmitter / receiver, the data transmitter / receiver cannot read data from the storage unit.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a non-contact data supply system for supplying data in a non-contact manner between a first transceiver for executing a program and a second transceiver separated from the first transceiver. The present invention relates to a transceiver suitable for:

[0002]

2. Description of the Related Art In recent years, with the development of semiconductor technology and electronic communication technology, RF-communicable data can be exchanged without contact.
A non-contact ID device called an ID (Radio Frequency Identification) has been developed, and its product application system has been put to practical use.

This non-contact ID system uses an interrogator (first
) And a transponder (second transceiver), and the transponder without a power source receives the data signal emitted from the interrogator antenna in a non-contact manner, and Data is transmitted and received between the interrogator and the interrogator. As an application example of RF-ID, the transponder is I
It is often used integrally with a C card, and is attracting attention as a substitute for a current magnetic card. In other fields, RF-ID is used as temporary storage of authentication data in portable personal authentication systems and the like. As another field, the above-mentioned RF-I is included in the management label of the book.
Japanese Patent Application Laid-Open No. Hei 10-334198 discloses a system for managing the lending, storage, and location of books using D.

Further, with the development of electronic technology, portable game machines having a small graphic display function have been commercialized. In particular, there are many lovers of palm-sized small game machines because they can be used anytime and anywhere. Further, since the contents of the game can be changed in the small game machine by mounting the cassette type recording medium storing the program of the game, the same hardware can be used in various ways. Magazines related to the games or toys are also being published, and new game concepts and new game characters are introduced weekly.

[0005]

The application of the non-contact data transmission / reception system using the RF-ID is as follows.
Most systems are for managing items or authenticating users, and there are no applications for supplying data to an interrogator from a transponder, adding data, or partially rewriting data. For example, when the interrogator is a portable game machine, the user simply enjoys the game within the range of a program set in the game machine in advance, and often stops using the game machine after enjoying the game.

There are also game machines which can be rewritten by mounting a cassette type recording medium storing a game program. However, the cassette type recording medium is expensive and the whole game program is replaced. There's a problem.

Further, it has not been possible to test a game strategy introduced in magazines related to toys or games or to introduce new games on a game machine on a trial basis.

An object of the present invention is to provide a contactless data supply system and a transceiver which transmit and receive an application such as a program and / or data from a responder to the interrogator, for example, a portable game machine by a contactless method. That is.

[0009]

SUMMARY OF THE INVENTION In order to achieve the above object, the present invention provides a first transceiver capable of supplying power and transmitting and receiving a data signal, comprising the steps of: A second transceiver capable of receiving and transmitting a response signal and a data signal to the first transceiver.
In a non-contact data supply system in which the transmission and reception units of the first and second transceivers can supply data signals in a non-contact manner with each other, the first transmission and reception unit stores a first storage unit and the second transmission and reception unit Has a second storage unit, and the data in the second storage unit is data related to the data in the first storage unit.

At this time, the second transceiver reads data from the second storage unit, rewrites data in the first storage unit of the first transceiver, and / or adds data. .

Further, the second transceiver, when supplying the data of the second storage unit to the first transceiver, disables reading of the data of the second storage unit or destroys the data. I did it.

Further, the data in the second storage unit includes key data for permitting use of the data in the first storage unit.

[0013] The data in the first storage unit and the second storage unit may include a program and / or the program data, or may be audio data and / or scale data.

Further, the second transceiver is an RF-ID element comprising a semiconductor IC chip and an antenna, and the RF-ID element can be attached to a paper such as a book.

At this time, with the RF-ID element attached to the paper, the first transceiver is brought close to the RF-ID element to transmit / receive the data, or the RF-ID element is attached to the paper. It is configured to be detachable from the first transceiver, separated from the paper.

Further, the first transceiver has means for returning the supplied data to a second storage unit of the second transceiver, and the second transceiver has the data returned. When this is confirmed, data is read from the second storage unit.

Further, the first transceiver according to the present invention is characterized in that the R
It is configured to have a mounting window for detaching and mounting the F-ID element separately from the paper surface. In addition, the data signal transmitted from the second transceiver is executed by bringing the transceivers of the second transceiver and the transceivers of the first transceiver close to each other within a predetermined distance.

Further, the first transceiver and the second transceiver of the present invention include a program and / or the program data. Or, it includes audio data and / or scale data.

Further, the second transceiver of the present invention reads the data of the second storage unit, rewrites the data of the first storage unit of the first transceiver, and / or adds data. Then, when the data of the second storage unit is supplied to the first transceiver, the reading of the data of the second storage unit is disabled or the data of the second storage unit is destroyed.
Further, the second storage unit includes key data for permitting use of data in the first storage unit.

Further, the second transceiver of the present invention comprises a semiconductor I / O.
An RF-ID element comprising a C chip and an antenna,
The RF-ID element is attached to a paper such as a book. Further, when it is confirmed that the supplied data is returned from the first transceiver to the second storage unit, the data in the second storage unit can be read.

[0021]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of a contactless data supply system according to the present invention and a transceiver used for the same will be described with reference to the drawings.

FIG. 1 shows the configuration of a first embodiment of a contactless data supply system according to the present invention. Reference numeral 1 denotes a first transceiver (hereinafter referred to as an interrogator), which includes a CPU 2, a ROM 3, and a RAM.
4, an operation unit 5, a display unit 6, a transmission / reception control unit 7, a power supply unit 8, a transmission / reception unit 9, and a transmission / reception antenna 10. 1
Reference numeral 1 denotes a second transceiver (hereinafter, a transponder), which includes a transmission / reception antenna 12, an RF detection unit 13, a transmission / reception unit 14, a transmission / reception control unit 15, a data storage unit 16, and a power reception unit 17.

Hereinafter, the operation of the present embodiment will be described by way of example, in which the interrogator 1 is a portable game machine, and the transponder 11 is an RF-
Proceed as ID. The interrogator and transponder are not limited to these game machines, and the present invention is applicable to all interrogators and transponders that can transmit and receive data, such as toys and mobile phones. it can. In addition, the contactless data supply system and the transceiver used in the system according to the present invention are provided in a non-contact manner between the transceivers (antennas) of the first and second transceivers (interrogator and transponder). It is necessary to supply data and electric power by using. Therefore, among the products to which the present invention is applied, even when the outer covers for protecting the respective transceivers may come into contact with each other during data supply, they do not hinder the present invention at all and are within the scope of the present invention. Is also described as “non-contact”.

The interrogator 1 is a portable game machine.
The data of the game program is sequentially read from the OM3 or a cassette type supply ROM (not shown) by the CPU 1, and the processing of the game program is sequentially performed. RAM
Reference numeral 4 is used for a work of the game program or as a temporary storage location of data. The operation unit 5 performs a game operation or an operation of transmitting and receiving data to and from the RF-ID.
The display unit 6 is a liquid crystal display unit, and includes a game character,
Display characters etc.

In the portable game machine 1 as described above,
There are a fixed game type in which a program is built-in and which cannot be changed, and a cassette game type in which a program can be changed by a cassette ROM. The fixed game type is relatively inexpensive and is often found in small game machines, and the user often enjoys the game so that the fixed game machine is often not used. On the other hand, the cassette game type is a cassette ROM
There is an advantage that the game content can be easily exchanged by exchanging the game contents, but there are complaints that the cassette ROM is expensive and that the game content is completely changed. Therefore, the present invention provides a non-contact type RF-I
By using D, a part of a game program or data is easily changed. For example, a function of extending game performance in the same game content, such as changing game character data or a game progress order, or setting game difficulty, is provided.

The R from the RF-ID 11 is
When an operation command for receiving the F-ID data is input, the CP
U2 switches the transmission / reception control unit to the reception state, and the power supply unit 8
Converts the power into high frequency and inputs it to the transmission / reception unit 9. A high frequency having a frequency of, for example, 2.5 GHz is output from the transmitting / receiving antenna 10, and power is supplied to the RF-ID 11 at the high frequency.

The transmission / reception antenna 1 is
0 and the RF-ID antenna 12 are close to each other (for example, 10 mm
), The power is received by the power receiving unit 17 and converted into a power supply for operating the entire RF-ID circuit, for example, a DC power supply.

The power receiving section 17 comprises a rectifier circuit, a capacitor circuit, a stabilizing circuit, and the like. When the DC power is supplied to the RF-ID 11, the transmitting / receiving unit 14
An RF-ID preparation completion signal is transmitted to the game machine 1. When receiving the RF-ID preparation completion signal from the RF-ID 11, the game machine 1 transmits an RF-ID data transmission request signal. The RF-ID 11 sequentially inputs data of the RF-ID data storage unit 16 to the transmission / reception control unit 15, and transmits the data of the RF-I from the transmission / reception antenna 12 via the transmission / reception unit 14.
Transmit the D data. The game machine 1 receives the RF-ID data by the transmission / reception unit 9 and stores the data in the RAM 4 via the transmission / reception control unit 7. The RF-ID data in this case is, for example, new character data or game difficulty data of the game, and can further improve the performance of the same game.

This RF-ID data is stored in the R
Since the configuration is stored in the AM 4, the RF-ID data stored in the RAM 4 is erased when the power of the game machine 1 is turned off. Therefore, the game machine 1 reads the RF-ID data every time the game is started. Further, the above embodiment may be configured such that the RF-ID data cannot be used unless the RF-ID 11 is always close to the game machine 1.

As described above, the first embodiment reads the RF-ID data every time the game is started.
Using the RF-IDs, it is possible to prevent the RF-ID data from being illegally copied to a plurality of game machines.

As a modification of the first embodiment, the RF-ID data can be maintained even when the power of the game machine 1 is turned off. For this purpose, the RAM 4 shown in FIG. 1 is replaced with a memory that is not erased even when the power is turned off, such as a flash RAM, or a low power consumption type SR whose data is backed up by a built-in battery or the like.
A non-volatile recording medium such as an AM or a disk-shaped recording medium may be used.

FIG. 2 shows the configuration of a contactless data supply system according to a second embodiment of the present invention. The description of the same parts as in FIG. 1 is omitted. The RF-ID 11 further includes a data destruction control unit 18 and a data fuse 100. This embodiment relates to an embodiment that can further prevent unauthorized copying of RF-ID data. With respect to the game machine 1 for which the RF-ID data can be permanently secured, a series of test processing has been completed in which the RF-ID data is securely stored in the game machine 1 and the RF-ID data operates without any problem. After that, it has a function of making the RF-ID data stored in the RF-ID 11 unreadable.

FIG. 7 is a diagram showing an operation flow of the second embodiment. The operation of the present embodiment is started by the process 70, and the game machine 1 recognizes the RF-ID 11 by the process 71. When the game machine 1 recognizes the RF-ID, the game machine 1 determines whether or not the RF-ID data reception operation is possible in a process 72 and performs a data transfer request operation of the RF-ID data. Starts the transfer of the RF-ID data. Upon recognizing that the transfer of all the RF-ID data has been completed by the process 74, the transmission / reception control unit 15 sends the RF-ID data to the data destruction control unit 18 by a process 75.
An ID data transmission prohibition command is transmitted, and the data destruction control unit 18 disconnects the data fuse 100 and
Disables transfer of RF-ID data from ID. The data fuse 100 is effective in any of a system that cannot be connected once it is cut or a system that can be connected again depending on conditions.

When many types of RF-ID data are transferred to the game machine 1, the RAM 4 contains infrequently used or unnecessary RF-ID data. In response, unnecessary RF-ID data is stored in RA
It may be deleted from M4 or stored in a recording medium different from the game machine 1.

Therefore, in the present embodiment, the RF-ID 11 with the data fuse 100 blown is
D data can be returned, and by returning the RF-ID data, the data fuse 100 can be reconnected and the RF-ID can be used again.

The RF-ID data stored in the RAM 4 of the game machine 1 is selected by the operation unit 5 of the game machine 1 shown in FIG. R selected for the target RF-ID 11
When the operation of returning the F-ID data is performed, the game machine 1
Determines whether the RF-ID 11 stores the selected RF-ID data. At this time, RF-I
The identification code is determined in D11, and the game machine 1
Replies with the identification code in response to the call from
When the game machine 1 determines that the identification code is correct,
The selected RF-ID data is read from the RAM 4 and input to the transmission / reception unit 9 via the transmission / reception control unit 7. Upon receiving the RF-ID data, the RF-ID 11 issues a data fuse 100 connection command to the data destruction control unit 18 and stores the received RF-ID data through the connected data fuse 100 in the data storage unit 1.
6 is stored. Further, the RF-ID data stored in the RAM 4 of the game machine 1 performs an erasing operation.

With the above operation, the RF-ID
Unauthorized copying of data can be prevented, and data can be returned to RF-ID.

In a system in which RF-ID data is limited to reading only, the data storage unit 16 can be constituted by a read-only type memory, and a large-capacity and inexpensive RF-ID is used.
Can be produced. In the case where the RF-ID data is read / write compatible, a recording medium such as a flash memory is used for the data storage unit 16.

Further, the transmission / reception operation of the RF-ID data may be started when the RF-ID 11 approaches the game machine 1 within a predetermined distance or less. At this time, the RF detection unit 13 detects a high frequency transmitted from the transmission / reception antenna 10 of the game machine 1 and detects that the high frequency level is equal to or higher than a predetermined value, thereby causing the transmission / reception unit 14 to operate. Transmission / reception control unit 15
, An RF-ID data transmission command is issued. The user is R
The RF-ID data can be transferred to and stored in the game machine 1 without performing the F-ID transmission / reception operation.

Next, FIG. 6 shows an example of the configuration of game software using RF-ID data. FIG. 6B shows a configuration example of a game ROM in the game machine 1, wherein 50 is the whole game software, 51 is a game OS, 52 is game system software, 62 is game character information, 63 is game procedure information, and 64 is game procedure information. Game sound information 65 is game data. The game OS 51 schedules the game software 50, and the game system software 52 stores the game sequence information and sequentially advances the game. R
The F-ID data relates to, for example, the game character information 62, the game procedure information 63, the game sound information 64, and the like in the game software configuration, and can further improve the performance of the game in the same game.

The user can easily obtain the RF-ID including the game information by attaching it to a game magazine or the like as an appendix. The above embodiments are not limited to game magazines and game machines, but are effective for all interrogators and transponders that need to transmit and receive data to and from interrogators.

FIG. 3 is a diagram showing a mounted state of the game machine and the RF-ID. 19 is a front view of the portable game machine, 20 is a display, 21 is an operation switch, 22 to 24 are operation buttons, 25 is a side view of the portable game machine, 26 is an RF-ID mounting window, 27 is an RFIF side view, 28 Is an RF-ID front view, 29 is a loop antenna, and 30 is an IC chip.

For example, the RF-ID 28 is an IC chip 30
, A planar loop antenna 29 is formed concentrically, and these are protected by a mount such as a thick urethane material (not shown). For example, an RF-ID mounting window 26 provided on the back of the game machine 19
By setting 27, transmission / reception of RF-ID data becomes possible. The RF-ID window 26 is an RF-ID window.
27 can be fitted and fixed,
The attachment and detachment of the RF-ID 27 is simple and reliable.

Next, FIG. 4 shows the R attached to a game magazine or the like.
It is a figure showing an example of an application of F-ID. 3
1 is a game magazine, 32 is a game character diagram, 33 is a perforation, and 34 is an RF-ID. In an information magazine, software or supplementary software is stored in a recording medium and attached to serve as an advertisement. That is, a case where a program or data using RF-ID is provided to a game magazine, a mobile phone magazine, an information portable terminal magazine, or the like will be described as an example.

In a game magazine, for example, character data appearing in a game, data for adding the degree of difficulty of the game, scheme data of a background image of the game,
Data such as sound data that can further improve the performance in the same game can improve the performance of the game machine while having a relatively small data amount. Furthermore, advertisement data of new game software information is indispensable for the user. RF-I
As the D data, for example, an RF-ID surrounded by perforations is attached to the game magazine 31 of FIG. 4 on the paper, and the user separates the RF-ID from the paper along the perforations, By attaching to the game machine 1, the RF
-The ID data can be transferred to the game machine 1.
For example, the character data appearing in the game is stored in the RF-ID data, and the character figure is introduced on the paper 32. Note that the game machine 1 can be connected to the RF-ID 3 without disconnecting the RF-ID from the paper.
4, it is also possible to transfer RF-ID data.

Further, a case of a mobile phone will be described as an application example of the RF-ID. FIG. 5 is a diagram illustrating an example of mounting an RF-ID on a mobile phone. For example, a mobile phone has a function of storing a plurality of ring tones and setting a ring tone for each intended destination.
As the ringtone, for example, popular music or voice such as voice actor is set. In this case, the music data,
Alternatively, sound source (scale) data or incoming voice data such as voice actor is stored in the RF-ID data and attached to an appendix such as a magazine or an RF-ID sheet is sold and provided. FIG.
In the RF-ID mounting window 43 on the back of the mobile phone 40 shown in FIG.
The RF-ID 27 is mounted. By operating the switch 41, the RF-ID data is transferred from the RF-ID 27 to the mobile phone 40. As described above, a mobile phone that can easily store a ringtone and allows a user to arbitrarily set an incoming voice such as a voice actor has an effect of giving pleasure other than calling.

As described above, by merely using the interrogator on the paper using RF-ID data embedded on the paper or inside the paper, which is a feature of the present invention, R
The configuration in which the F-ID data can be transferred to the interrogator is not limited to the game machine or the mobile phone of the above embodiment, and all products that transmit and receive data between the interrogator and the transponder in a non-contact manner. Is effective for

Next, a third embodiment of the present invention will be described. In the first and second embodiments, the RF-ID data is the data of the interrogator itself.
Is characterized in that it is key information of a program or data inside the RF-ID data interrogator.

FIG. 6A shows game software of a game machine corresponding to the third embodiment of the present invention. In the present embodiment, the interrogator will be described using the game machine 1 as an example. However, the interrogator is not limited to the game machine 1, but may be any type of data that is transmitted and received between the interrogator and the transponder without contact. It is effective for.

The capacity of the ROM for storing the game program built in the game machine 1 is becoming larger and larger, so that a lot of game software or games with higher contents can be stored. However, on the other hand, a game cassette ROM storing game software is expensive. Therefore, the present invention relates to a game machine having a game ROM storing a large amount of game software or game software having a high level of content as described above.
By inputting the F-ID data to the game machine from the RF-ID, a program or data of a portion corresponding to the key information of the game ROM can be used.

The key data is, for example, RF-ID data, and the user purchases a target RF-ID in the game ROM as necessary, and transfers the RF-ID data to the game machine 1. Thus, the use of a predetermined game program is permitted.

FIG. 6A shows a game RO in the game machine 1.
M indicates the configuration, 50 indicates the entire game software, 51 indicates a game OS, 52 indicates game system software, 53 to 55 indicate key information of each game, and 56 to 58 indicate game data.

In the game software 50, the entire game software is scheduled by the game OS, and game sequence information is stored in the game system software 52, and the game proceeds sequentially. More advanced game sequence information is stored in the game 1 to the game 3. At the initial purchase stage of the game software 50, the game 1 to the game 3 cannot be used due to the key1 to key3 information. The user sequentially purchases the RF-ID storing the key information corresponding to the keys 1 to 3 and sends the RF-I to the game machine 1.
By transferring the D data, the game 1 to the game 3 can be used.

FIG. 8 is a flowchart showing a processing procedure according to the third embodiment. The above process flow is started by the process 77, and the RF-ID is recognized by the process 78. RF-I
When D is recognized, the RF-ID data is transferred to the game machine 1. A process 80 determines whether the RF-ID data is key data for target game data,
If it is determined that the key data is correct, a game data use permission process is performed in a process. If the key data is incorrect, the process 81 makes it impossible to use the game data.

According to the third embodiment, the key information of the program inside the interrogator is RF-ID data, so that the user can easily obtain a large capacity by the split billing method using RF-ID. There is an effect that an expensive program or data can be obtained.

As described above, in each embodiment of the present invention, the internal storage medium of the interrogator has been described by using the RAM and the ROM. However, the present invention is effective even if this is a disk-shaped recording medium or a tape-shaped recording medium. It is.

[0057]

According to the contactless data supply system and the transceiver of the present invention, the data contained in the first transceiver is transferred to the first transceiver by transferring the data contained in the second transceiver. The performance can be greatly enhanced easily, and the effect is great.

[Brief description of the drawings]

FIG. 1 is a first diagram of a contactless data supply system according to the present invention;
The figure which shows the structure of 1st Embodiment.

FIG. 2 shows a second embodiment of the contactless data supply system according to the present invention.
The figure which shows the structure of 1st Embodiment.

FIG. 3 is a view showing a mounted state of a game machine and an RF-ID.

FIG. 4 is a diagram showing an example of an RF-ID application attached to a game magazine or the like.

FIG. 5 illustrates an example of mounting an RF-ID on a mobile phone.

FIG. 6A is a diagram showing a configuration of key-type game software corresponding to the third embodiment. (B) is a diagram showing a configuration of game software according to the second embodiment.

FIG. 7 is a diagram showing an operation flow according to the second embodiment.

FIG. 8 is a flowchart of a processing procedure according to the third embodiment.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... First transceiver, 2 ... CPU, 3 ... ROM, 4 ... R
AM, 5: operation unit, 6: display unit, 7: transmission / reception control unit, 8
... power supply unit, 9 ... transmission and reception unit, 10 ... transmission and reception antenna,
11: second transceiver, 13: RF detection unit, 14: transmission / reception unit, 15: transmission / reception control unit, 16: data storage unit, 17
... Power receiving unit, 18 ... Data destruction unit, 19 ... Portable game machine,
20 display, 21 operation switches 1, 22 to 24 operation buttons, 25 portable game machine side view, 26 RF-I
D mounting window, 27: RF-ID side view, 28: RF-ID
Front view, 29: loop antenna, 30: IC chip, 3
1 magazine, 32 additional game character, 33 perforation, 34 RF-ID, 40 mobile phone, 41 operation switch, 42 mobile phone side, 43 RF-ID mounting window, 50 software 1 51 game OS, 52 game system software, 53 game key 1, 54 game key 2, 55 game key 3, 56 game 1 data, 5
7: Game 2 data, 58: Game 3 data, 62: Game character information, 63: Game procedure information, 64: Game sound information, 65: Game data, 100: Data fuse.

Continued on the front page F term (reference) 2C001 BC00 BC10 CB00 CB01 CB02 CB03 CB08 5B058 CA17 CA22 CA26 YA20 9A001 BB04 BZ03 BZ05 EZ03 JJ76 KK45 KK62 LZ03

Claims (25)

[Claims] 1. A first transceiver capable of supplying power and transmitting and receiving a data signal, receiving the supplied power and a transmitted data signal, and transmitting a response signal and a data signal to the first transceiver. A non-contact data supply system, wherein the transmission and reception units of the first and second transceivers can supply data signals in a non-contact manner with each other. The first storage unit, wherein the second transceiver includes a second storage unit, wherein the data of the second storage unit is data related to the data of the first storage unit. Contactless data supply system. 2. The non-contact data supply system according to claim 1, wherein said second transceiver reads out data from said second storage unit, and reads data from a first storage unit of said first transceiver. Contactless data supply system characterized by rewriting and / or adding data. 3. The contactless data supply system according to claim 2, wherein said second transceiver is connected to said first transceiver by said second transceiver.
A non-contact data supply system, wherein when the data of the storage unit is supplied, the reading of the data of the second storage unit is disabled. 4. The contactless data supply system according to claim 2, wherein said second transceiver is provided with said second transceiver in said first transceiver.
A non-contact data supply system, wherein the data in the second storage unit is destroyed when the data in the storage unit is supplied. 5. The non-contact data supply system according to claim 1, wherein the data in the second storage unit includes key data for permitting use of the data in the first storage unit. Contact data supply system. 6. The non-contact data supply system according to claim 1, wherein the data in the first storage unit and the second storage unit include a program and / or program data. system. 7. The non-contact data supply system according to claim 1, wherein the data in the first storage unit and the second storage unit is audio data and / or scale data. Feeding system. 8. The non-contact data supply system according to claim 1, wherein the second transceiver is an RF-ID element including a semiconductor IC chip and an antenna, and the RF-ID element is mounted on a paper such as a book. A non-contact data supply system which is attached. 9. The non-contact data supply system according to claim 8, wherein the RF-ID element is attached to a sheet of paper, and the data is transmitted and received by bringing the first transceiver close to the RF-ID element. A non-contact data supply system. 10. The contactless data supply system according to claim 8, wherein said RF-ID element is separated from said sheet of paper and said first RF-ID element is separated from said paper.
A non-contact data supply system, which is detachable from a transceiver. 11. The contactless data supply system according to claim 3, wherein the first transceiver includes a unit that returns the supplied data to a second storage unit of the second transceiver. The non-contact data supply system, wherein the second transceiver, when confirming that the data has been returned, enables reading of the data from the second storage unit. 12. A first transceiver for supplying power and capable of transmitting and receiving a data signal, a first transceiver for receiving the supplied power and the transmitted data signal and transmitting a data signal to the first transceiver. A non-contact data supply system comprising: a second transceiver; and an execution unit that is built in the first transceiver and executes a data signal transmitted from the second transceiver. The data signal is automatically supplied from the second transceiver to the first transceiver when the transceiver and the transceiver of each of the first transceiver are brought closer to each other within a predetermined distance or less. Contactless data supply system. 13. A first transceiver for supplying power and capable of transmitting and receiving a data signal, and a first transceiver for receiving the supplied power and the transmitted data signal and transmitting a data signal to the first transceiver. A non-contact data supply system comprising: a second transceiver; and an execution unit that is built in the first transceiver and executes a data signal transmitted from the second transceiver. A non-contact data supply system, wherein the execution means executes the data signal when the transmitter and the transmitter / receiver of each of the first transceivers are brought closer to each other within a predetermined distance or less. 14. A first transceiver capable of supplying power to a second transceiver in a non-contact manner, transmitting a data signal in a non-contact manner, and receiving a data signal from the second transceiver in a non-contact manner. Wherein the first transceiver includes a first storage unit, wherein the first storage unit includes a program and / or program data. 15. A first transceiver capable of supplying power to a second transceiver in a non-contact manner, transmitting a data signal in a non-contact manner, and receiving a data signal from the second transceiver in a non-contact manner. Wherein the first transceiver includes a first storage unit, and the first storage unit includes audio data and / or scale data. 16. An R comprising a semiconductor IC chip and an antenna.
First transmission / reception capable of supplying power to a second transceiver using an F-ID element in a non-contact manner, transmitting a data signal in a non-contact manner, and receiving a data signal from the second transceiver in a non-contact manner. The first transceiver, wherein the first transceiver has a mounting window for attaching and detaching the RF-ID element. 17. A first transceiver capable of supplying power to a second transceiver in a non-contact manner, transmitting a data signal in a non-contact manner, and receiving a data signal from the second transceiver in a non-contact manner. Wherein the first transceiver includes execution means for executing a data signal transmitted from the second transceiver, wherein the execution means includes an execution unit for the second transceiver and the first transceiver. A first transceiver that executes the data by bringing each transceiver closer to or below a predetermined distance. 18. A non-contact receiver for receiving power and a transmitted data signal from a first transceiver having a first storage section and transmitting a data signal to the first transceiver in a non-contact manner. A second transceiver, the second transceiver comprising a second storage unit, reading data from the second storage unit, and reading data from a first storage unit of the first transceiver. And / or adding data. 19. The second transceiver according to claim 18, wherein the second transceiver transmits the data of the second storage to the first transceiver. A second transceiver that disables reading of the data. 20. The second transceiver according to claim 18, wherein the second transceiver transmits the data of the second storage to the first transceiver. A second transceiver for destroying the data of the second transceiver. 21. Non-contact reception of power and a transmitted data signal from a first transceiver having a first storage unit, and transmission of a data signal to the first transceiver without contact A second transceiver, wherein the second transceiver includes a second storage unit, and the second storage unit stores key data for permitting use of the data in the first storage unit. A second transceiver, comprising: 22. Non-contact reception of power and a transmitted data signal from a first transceiver having a first storage unit, and transmission of a data signal to the first transceiver without contact A second transceiver, the second transceiver comprising a second storage unit, wherein the second storage unit includes a program and / or program data. Transceiver. 23. Non-contact reception of power and a transmitted data signal from a first transceiver having a first storage unit, and transmission of a data signal to the first transceiver without contact A second transceiver, wherein the second transceiver includes a second storage unit, wherein the second storage unit includes audio data and / or scale data. Transceiver. 24. Non-contact reception of power and a transmitted data signal from a first transceiver having a first storage unit, and transmission of a data signal to the first transceiver without contact A second transceiver, wherein the second transceiver is an RF-ID element including a semiconductor IC chip and an antenna, and the RF-ID element is attached to a paper such as a book. A second transceiver. 25. The second transceiver according to claim 19, wherein said second transceiver is a second transceiver from said first transceiver.
A second transmission / reception device that, upon confirming that the supplied data has been returned to the storage unit, reads out the data from the second storage unit.