JP2006085295A - Composite-code-type portable information processing device and method for processing composite code using it - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a composite-code-type portable information processing device that can achieve a system for completing such action as buying, document requesting or making reservations at once without a user having to input his/her complex private information in a ubiquitous environment, with no restrictions on the place and time to bear infrastructure investments or to do related work; and a method for processing composite codes using the device. <P>SOLUTION: The composite-code-type portable information processing device includes a first code decryption means 10e for decrypting a first code; a second code decryption means 10b for decrypting a second code that has a different standard from the first code; and a data editing means 10f for editing and integrating information decrypted by the first code decryption means 10e and information decrypted by the second code decryption means 10b. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a technology using a communication network such as the Internet, and in particular, an electronic notebook, a mobile phone, a portable notebook computer, a camera, a television, etc. capable of communicating information via this communication network. The present invention relates to information processing equipment and transactions used in various industries using the same.

  In the current IT technology environment, even if the supply side public information is found on the advertising medium that should be noticed in the offline environment, that is, while passing through the street corner, the URL information and advertisement information will be stored in relation to time. You may not be able to enter. Furthermore, the supply side public information that has been cut off or the supply side public information that has been cut out may be lost. In addition, there is a possibility of mistakes when inputting from the home to the online environment from the keyboard of the personal computer (in this case, “online” refers to the information communication network and communication equipment, whether wired or wireless). (On the other hand, “offline” refers to an environment in which communication equipment cannot exchange information directly, such as a print medium independent of the information communication network).

  In particular, as Japan will become an aged society in the future, it will be burdensome to visually read URL information and input online from the keyboard for elderly people with reduced vision etc. Therefore, there is a long-awaited system that can complete actions such as shopping, requesting materials, and making reservations all at once, without inputting complicated user-side private information anytime, anywhere.

  Currently, a product ordering system using a JAN code has been put into practical use. However, this system is inconvenient because the procedure is cumbersome, security is not perfect, the cost for infrastructure investment (purchasing dedicated equipment and introducing a large-scale system) is large, the place and time for doing business are limited, etc. There were many points.

  On the other hand, anti-theft systems for merchandise that are mainly in stores are currently in practical use. In order to prevent theft of merchandise, the product is equipped with a tag that displays the back side and price of a bar code sticker attached to the merchandise, etc., and is associated with a sensing system using electromagnetic waves. It is a system that prevents illegal takeaways such as. In this system, the product is often stolen easily when the tag is peeled off from the product or the like.

  The present invention can perform actions such as shopping, document request, reservation, etc. without entering complicated user-side private information in a ubiquitous environment without the burden of infrastructure investment, the place where business is performed, and time constraints. It is an object of the present invention to provide a composite code type portable information processing apparatus capable of realizing a system that can be completed at once, simplifying procedures for various transactions and improving safety, and a composite code processing method using the same.

  In order to achieve the above object, the first feature of the present invention is that (a) first code decoding means for decoding the first code and (b) decoding a second code of a standard different from the first code. A composite code type portable information processing device comprising: a second code decoding means; (c) data decoded by the first code decoding means; and data editing means for editing and integrating the information decoded by the second code decoding means It is a summary.

  The first feature of the present invention is that (a) a step of decoding the first code by the first code decoding means, and (b) a second code of a standard different from the first code by the second code decoding means. A process comprising: a decoding step; and (c) a step of editing and integrating the information decoded by the first code decoding unit and the information decoded by the second code decoding unit by the data editing unit. The gist of the present invention is a composite code processing method executed inside a portable information processing device.

  According to the present invention, there is no burden of infrastructure investment, place of work or time constraints, and in a ubiquitous environment, without inputting complicated user-side private information, such as shopping, document request, reservation, etc. A system capable of completing actions at once can be realized, and a composite code type portable information processing apparatus that can simplify various transaction procedures and improve safety and a composite code processing method using the same can be provided.

  Next, first and second embodiments of the present invention will be described with reference to the drawings. In the following description of the drawings, the same or similar parts are denoted by the same or similar reference numerals. However, it should be noted that the drawings are schematic, and dimensions, ratios, and the like in a portion showing a mechanical structure are different from actual ones. Therefore, specific dimensions and ratios should be determined in consideration of the following explanation. The first and second embodiments described below exemplify apparatuses and methods for embodying the technical idea of the present invention, and the technical idea of the present invention is The material, shape, structure, arrangement, etc. are not specified below. The technical idea of the present invention can be variously modified within the technical scope described in the claims.

(First embodiment)
As shown in FIG. 5, the composite code system according to the first embodiment of the present invention has a communication network (Internet) 20 with a business terminal 25 having a commercial transaction control right, a license registration check server 21, and an electronic product X. This is a configuration in which a commercial transaction providing server 26 and an electronic commercial transaction providing server 27 for a product Y are connected. In the composite code system shown in FIG. 5, the composite code type portable information processing device 18 reads the first code and the second code of a standard different from the first code, and the data of the first code and the second code are read. As a result, the electronic commerce with the electronic commerce providing server 26 for the product X and the electronic commerce providing server 27 for the product Y can be performed via the communication network (Internet) 20.

  That is, as shown in FIG. 1, the composite code type portable information processing device 18 includes a first code reading device 11, and the first code reading device 11 reads the first code 16 from the printed advertisement medium 17, and action data Get 19. The action data 19 includes a connection to the license registration check server 21 from the terminal 25 of the business operator having the business transaction control right and the communication network (Internet) 20 with the license registration check server 21 and the business terminal 25 having the business transaction control right. Contains necessary information for the control.

  In actual business transaction, the first code 16 is read from the printed advertisement medium 17a as shown in FIG. 12 by the composite code type portable information processing device 18, and the second code 15 corresponding to the product desired to be purchased next is the composite code type. Read by the portable information processing device 18. Then, the purchase quantity input screen 28 as shown in FIG. 13 is delivered from the business terminal 25 having the commercial transaction control right or the license registration check server 21 to the composite code type portable information processing device 18, and the user sets the quantity of the desired product to purchase. It is possible to apply for an order to the servers 26 and 27 that provide electronic commerce for each product via the business terminal 25 having the business transaction control right. In the composite code system according to the first embodiment, the “first code” is a two-dimensional code of various standards such as “QR code” and “PDF417”, and the “second code” is “JAN”, “ Although described as one-dimensional codes of various standards such as “ITF”, “CODE39”, “NW-7”, “CODE128”, etc., the combination of the first code and the second code is not limited to these. . For example, even if both the first code and the second code are one-dimensional codes, the first code and the second code need only have different standards. Similarly, if the standards of the first code and the second code are different, both may be two-dimensional codes. Further, a combination in which the first code is a one-dimensional code and the second code is a two-dimensional code may be used, such as a 1.5-dimensional bar code, a three-dimensional code, a hologram, a digital watermark, encryption, or character data itself. Can be combined as a first code and a second code, respectively. Further, a combination of these various image codes and an electromagnetic wave code such as a wireless tag may be used.

  As shown in FIG. 1, the composite code type portable information processing device 18 according to the first embodiment of the present invention includes an input device 1, a display device 2, a wireless device 4, an audio processing device 5, a CODEC (codec) 6, The data storage device 9, the processing control device 10, the first code reading device 11, the second code reading device 12, the personal information storage device 13, and the temporary storage device 14 are configured. The first code reading device 11 and the second code reading device 12 are supplied (attached) or printed on the advertising medium printed material 17 with an adhesive or glue by performing a simple operation such as one click by the user. It has a function of reading the semantic contents formed by the entire first code and second code of the side public information. An antenna 3 is connected to the wireless device 4, and the antenna 3 is shown in FIG. 1 as both a receiving antenna and a transmitting antenna. The wireless device 4 and the antenna 3 constitute a “communication network connection means (module)”. A transmitter 7 and a receiver 8 are connected to the CODEC 6. Although not particularly shown in FIG. 1, a power supply circuit, a battery (battery), and the like are provided for these devices to function normally.

  The processing control device 10 is a device that controls the overall operation of the composite code type portable information processing device 18 according to the first embodiment, and includes a telephone function control means 10a, a second code decoding means 10b, and a second code conversion means 10c. , First code decoding means 10d, first code conversion means 10e, data editing means 10f, and purchase history information editing means 10g. The first code decoding means 10d decodes the first code, and the second code decoding means 10b decodes the second code of a standard different from the first code. That is, the information consisting of the first code read by the first code reader 11 and the second code read by the second code reader 12 passes through the information decoding means 10b and 10d and the information conversion means 10c and 10e. Thus, the data is converted into data that can be read by a computer. The second code decrypting means 10b determines whether or not the second code is encrypted. If the second code is encrypted, the second code decrypting means 10b performs decryption. Further, the standard of the second code is determined, and it is determined which of the standards the read second code is. Similarly, the first code decrypting means 10d determines whether or not the first code is encrypted. If the first code is encrypted, the first code decrypting means 10d performs decryption. Further, the standard of the first code is determined, and it is determined which of the standards the read first code is. The second code conversion unit 10c and the first code conversion unit 10e convert, for example, a standard image code into an information processing code such as a character code such as ASCII code or Unicode.

  As shown in FIG. 2, the data editing unit 10f includes a heterogeneous code data integration unit 10f1 and a data integration unit 10f2 related to a commercial transaction. The data integration means 10f2 relating to the commercial transaction has functions of editing integration and structuring of user side private information and supply side public information. Here, the “supply side public information” includes the type of transaction, the required function group, and the metadata group. The data integration means 10f2 relating to the commercial transaction can edit and integrate supply-side public information and user-side private information based on supply-side public information such as offline various media printing, poster printing, input booklet, and product package printing. . Product information obtained from the information conversion means 10c and 10e by the data integration means 10f1 for different codes and the data integration means 10f2 for commercial transactions is stored in the personal information storage device 13 (name, address, e-mail address, credit). Card number etc.) is edited and integrated and sent to the outside.

That is, the data editing unit 10f including the heterogeneous code data integration unit 10f1 and the data integration unit 10f2 relating to the commercial transaction can realize the following function groups in detail:
(A) Selection: Necessary data is selected according to the data type of the first code and the second code. Select necessary user-side private information and supply-side public information;
(B) Integration: Necessary data is integrated according to the type of data of the first code and the second code. In particular, the user side private information group and the supply side public information group provided by the data of the first code and the second code are edited and integrated according to the action indicated by the metadata;
(C) Search: In some cases, necessary data is searched. For example, based on the “address” that is one of the metadata of the user side private information group, the nearest dealer event venue is searched and presented to the user;
(D) Data format conversion / replacement: The supply side public information incorporated in the entire data of the first code and the second code is converted into a data format finally required by the operator;
(E) Data structuring: In addition, it conforms to the final data structure (order data, reservation data, application data, registration data, settlement data, etc.) requested by the operator after being converted into a data format suitable for the operator. Structuring as follows;
(F) Encryption: Encryption of personal information etc. for each metadata so as to conform to the required security level;
(G) Compounding of functions: Structuring metadata so as to realize a plurality of functions. For example, if a user signs up for an event,
1) Event application data,
2) Settlement fee payment data,
3) Providing a guide map to the venue and structuring the navigation, and delivering the final data to the appropriate server;
(H) Realization of authentication function: Corresponds to ID (authentication registration number, etc.) in the metadata of the user side private information group and the supply side public information group formed by the entire data of the first code and the second code The data group is authenticated by structuring the data using a plurality of encryption keys by using the above function group, in particular, the encryption function (f) and the combination of the function (g). Functions can be realized and a strong security environment can be configured.

  Further, by combining the first code and the second code, it is possible to prevent forgery and alteration of the image code itself. As described above, the data editing unit 10f can dynamically select data to be edited based on the supply-side public information formed by the entire data of the first code and the second code.

  The data editing unit 10f dynamically selects, extracts, and edits the supply-side public information formed by the entire data of the first code and the second code. This means that each metadata has an arbitrary strength. By encrypting security using different keys, not only forgery / falsification of automatic recognition code, spoofing on the network, hacking (data stealing), but even server system operation managers who conduct transactions It is possible to realize a mechanism that cannot be linked and extracted. That is, the metadata (supply side public information) obtained by editing and integrating the first code and the second code is dynamically selected and extracted by the data editing means 10f, and further edited and integrated. A reliable information society infrastructure. After the commercial transaction, the purchase history and the information obtained by the first code and the second code through the decryption means are stored in the data storage device 9.

  As shown in FIG. 4, the data storage device 9 included in the composite code type portable information processing device 18 includes a first code storage device 9A, a second code storage device 9B, a restriction matter storage device 9C, and a purchase history storage device 9D. In the processing relating to the reordering of products, the history information editing means 10g integrates each information and performs the reordering procedure.

  As shown in FIG. 3, the history information editing means 10g includes a first code / restriction information integration means 10g1, a purchase history / first code information integration means 10g2, and a purchase history / first code information integration means 10g3. Is provided. The acceptance / non-acceptance of the read second code is determined based on the restrictions acquired by the second code reading permission means (not shown).

  If the first code is a two-dimensional code and the second code is a one-dimensional code, the first code reader 11 and the second code reader 12 can be realized with the same structure as a camera of a mobile phone, The first code and the second code can be read by the camera.

  However, as shown in FIG. 14, a structure including a first code reading device 11 and a second code reading device 12 which are independent from each other may be used. The composite code type portable information processing device 18 shown in FIG. 14 has an antenna 29 protruding from the outside of the casing 32 of the portable radio apparatus, and a first code reading unit 30 and a second code reading unit (protruding portion). 31 is provided. The lid 32B incorporates various electronic components that constitute a normal portable wireless function, does not have a second code reading function, and has a portable wireless function only. It has a structure shared with the lid part. The parts that constitute the normal portable wireless function are a receiver unit 33, a display unit 34, an input operation unit 35, a transmitter unit 36, an interface terminal unit 37, and a battery 38. The housing 32 includes a base portion 32A on which an antenna 29 and a protruding portion (second code reading portion) 31 to be described later are projected, and a lid portion 32B that covers and joins the base portion 32A. The casing 32 has the same length in the vertical direction (Y direction) and the horizontal direction (X direction) as the casing of a normal portable wireless device, but the thickness (Z direction) is an inverted triangle diagonally downward. Since the second code reading unit 31 protruding in the shape is provided, the number is slightly increased. However, compared to the case of the conventional second code reader which is bent in a state of protruding downward, the size and thickness are reduced by the shortened length. As the antenna 29, a pop antenna 29B provided with a helical antenna 29A at the tip is used. When this antenna 29 is used as the second code reading device, when a bar code having a normal length is read with the helical antenna 29A only protruding in the cover body 32B at the maximum. Used for guidance. On the other hand, in a state where the pop antenna 29B is a pop antenna 29B drawn to the end, the pop antenna 29B is used as a guide when reading a large second code greatly extending in the length direction.

  FIG. 15 is a diagram illustrating an example of a mechanical configuration of the composite code type portable information processing device 18 as viewed from the back surface direction. The second code reading unit 31 houses a light receiving unit and a light projecting unit 39, and the light projecting unit 39 projects from the outer surface of the second code reading unit 31. When reading the normal (or small) one-dimensional code BC1, the helical antenna 29A is used as it is without pulling out the pop antenna 29B. At this time, with respect to the second code label printed on the advertising medium, the leading end portion of the helical antenna 29A is on the label surface slightly outside the left end (corresponding to the right end in FIG. 15) of the second code BC1 to be read. It is sufficient that the contact is made. As a result, the minimum reading distance D1 required for reading the second code BC1 is ensured, and at the same time, the entire width of the second code BC1 can be accommodated in the beam α of the reading light. Occurrence can be prevented. When reading the large second code BC2, the pop antenna 29B is pulled out and used as shown by the broken line. At this time, the tip of the pop antenna 29B comes into contact with the second code printed on the advertising medium slightly on the outer label surface from the left end of the second code BC2 to be read (corresponding to the right end in FIG. 15). You can apply as you do. As a result, the entire width of the second code BC2 can be accommodated in the beam α of the reading light, so that reading failure can be prevented.

<Isolated order>
Although FIG. 6 is seen in many ordinary orders, when the product is ordered as a single event regardless of the past business transaction history (hereinafter referred to as “isolated order”), the second code reading restriction Here is a flowchart when not:
(A) In step S101, the first code 16 described in the printed advertisement medium 17 is read using the first code reading device 11 of the composite code type portable information processing device 18. In step S102, the read first code 16 is analyzed by the first code decoding means 10d and the first code conversion means 10e of the composite code type portable information processing device 18. In step S 103, the composite code portable information processing device 18 is connected to the communication network (Internet) 20. In step S104, the license registration check server 21 authenticates the user. In step S105, if the result of authentication indicates that the user has a legitimate authority, the process proceeds to step S106, and if not, the process proceeds to step S115.

  (B) In step S106, the second code 15 of the item to be ordered is read from the printed advertisement medium 17 using the second code reading device 12 of the composite code type portable information processing device 18. In step S107, it is determined whether the second code read by the license registration check server 21 can be used. In step S108, the read second code 15 is analyzed by the second code decrypting means 10b and the second code converting means 10c of the composite code type portable information processing device 18. In step S109, using the input device 1 of the composite code type portable information processing device 18, the quantity to be ordered is input for each of the input products. In step S <b> 110, a confirmation screen is displayed on the display device 2 of the composite code type portable information processing device 18.

  (C) In step S111, the data editing means 10f of the composite code type portable information processing device 18 integrates the information obtained from the first code and the information obtained from the second code (data integration means between different codes). The personal information and the product information are combined by combining the data between the different codes in 10f1, and the other necessary transaction information is combined by combining the data relating to the commercial transaction in the data integration means 10f2 relating to the commercial transaction). In step S112, the product purchase transaction information 24 obtained as a result of the integration is transmitted via the communication network (Internet) 20 to the business terminal 25 having the commercial transaction control right.

  (D) In step S113, an order completion screen is displayed on the display device 2 of the composite code type portable information processing device 18. In step S114, evidence mail is sent from the merchandise X electronic commerce providing server 26 and the merchandise Y electronic commerce providing server 27 to the transaction distributor in FIG. In step S115, the connection between the composite code portable information processing device 18 and the communication network (Internet) 20 is disconnected.

  FIG. 7 is a flowchart in the case of restricting the reading of the second code in the isolated order (the reading restriction information of the second code is obtained from the server). Steps S201 to S205 have the same contents as steps S101 to S105. In step S206, the code reading range restriction 22 is obtained from the license registration check server 21. Step S207 has the same contents as step S106. In step S208, based on the second code reading restriction item 22, it is determined whether the second code read by the reading second code reading permission means (not shown) of the composite code type portable information processing device 18 can be used. . Steps S209 to S216 are the same as steps S108 to S115.

  FIG. 8 shows a case where the auxiliary code of the first code includes the second code reading restriction information. That is, in FIG. 7, the read restriction information of the second code is obtained from the server, but FIG. 8 is a flowchart of the isolated order when the read restriction of the second code is read from the auxiliary mark of the first code. Show. Steps S301 to S305 have the same contents as Steps S201 to S205. In step S306, the restriction item 22 of the code reading range is read from the auxiliary mark 23 of the first code. Steps S307 to S316 are the same as steps S207 to S216.

<Reorder>
FIG. 9 is a flowchart in the case of placing an order for a product in relation to the history of past commercial transactions, that is, in the case of re-ordering to the same commercial transaction partner. In FIG. 9, it is assumed that the first code has already been stored in the history of past commercial transactions. In the case where the second code reading is not restricted by such reordering, first, in step S401, the second code is stored in the first code storage device 9A in the data storage device 9 of the composite code type portable information processing device 18. Information of the first code is read. Subsequent processes in step S402 to step S414 have the same contents as in steps S103 to S115, and thus redundant description is omitted.

  FIG. 10 is a flowchart in the case where the second code reading is restricted in reordering when the first code is already stored. The reading restriction information of the second code may be obtained from the server or read from the auxiliary mark of the first code. Steps S501 to S504 are the same as steps S401 to S404. In step S505, the restriction item 22 of the code reading range stored in the restriction item storage device 9C in the data storage device 9 of the composite code type portable information processing device 18 is read. Step S506 has the same contents as step S405. Step S507 has the same contents as step S208. Steps S508 to S515 have the same contents as steps S407 to S414.

  FIG. 11 is a flowchart of reordering when both the first code and the second code have already been stored. Steps S601 to S604 are the same as steps S401 to S404. In step S605, information on the second code stored in the second code storage device 9B in the data storage device 9 of the composite code type portable information processing device 18 is read. Steps S606 to S612 have the same contents as Steps S408 to S414.

  As described above, according to the composite code system according to the first embodiment of the present invention, the first code and the second code are read using the composite code type portable information processing device 18, and the first code and The data of the second code is edited and integrated, whereby electronic commerce with the electronic commerce providing server 26 for the product X and the electronic commerce providing server 27 for the product Y is possible via the communication network (Internet) 20. Simplification of procedures for ordering and the improvement of commercial transaction safety are realized. Furthermore, since it is possible to use a mobile phone as the composite code type portable information processing device 18 for inputting information, problems such as the burden of infrastructure investment, the place where the business is performed, and the time restriction can be solved.

  According to the composite code system according to the first embodiment of the present invention, the first code and the second code that are offline can be obtained by simply pointing the composite code portable information processing device 18 to the first code and the second code. In accordance with the supply-side public information, which is the semantic content of the first code and the second code as a whole, there is no need to exchange data with the operation interactive user, and the transaction act (a set of information and functions) can be easily performed. ) Can be completed.

  For example, when the first code for business authentication printed on the printed material 17a as shown in FIG. 12 and the second code related to the individual information are read, the data integration unit 10f2 related to the commercial transaction is included in the offline supply-side public information. It is possible to place a product order by dynamically editing and integrating the posting media, product information, specific URL, user name and email address included in the user-side private information. More specifically, it is possible to identify a product by authenticating the business with the first code, entering the ordering procedure mode, then opening the basket and reading the second code. For security reasons, it is preferable to use a two-dimensional code as the first code for operator authentication. However, as the second code, a conventional JAN code used in the past can be used. It can be implemented without increasing the complexity.

  On the other hand, when the first code for business authentication printed on the advertisement or the like and the second code relating to the individual product for “data request” are read, the data editing means 10f displays the entire first code and second code. The necessary media that dynamically edit and integrate the posting media, product information, specific URL, and email address included in the supply-side public information and the user's name, delivery address, and email address included in the user-side private information. Can be easily requested. As described above, the data editing unit 10f can dynamically select and integrate the data to be edited based on various supply-side public information included in the first code and the second code read from offline. .

  Therefore, by using the composite code type portable information processing device 18, the user reads the first code and the second code with a single touch, so that static data (the supply side included in the first code and the second code) can be obtained. Public information) and user-side private information held in the composite code portable information processing device 18 can be dynamically combined, and a series of transactions can be completed by the processing control apparatus 10 alone.

In traditional static and fixed systems,
(B) A dynamic platform in which different types of operators can enter is not possible, and a one-stop service or WEB service that integrates them cannot be realized;
(B) Furthermore, in a service implementation method in which data is associated with one ID (one unique number, individual ID, etc.), “personal information associated with an ID” leaks from the server (particularly, (From insiders) Risk could not be avoided.

  The “mobile meta database system” provided by the composite code type portable information processing device 18 makes it possible to avoid these two problems (a) and (b) at the same time, and a system that can serve as an information infrastructure. For the first time.

  Further, since the composite code type portable information processing device 18 incorporates the first code reader 11 and the second code reader 12, it is an off-line in which the first code and the second code to be read are posted. There is an advantage that the medium is not fixed and can be arranged at any position. That is, according to the composite code system according to the first embodiment, since the data storage device 9 is built in, the user-side private information is extracted and read at any place (offline environment) on the earth. It is possible to import and edit the 1 code and the 2nd code as supply side public information.

  That is, according to the composite code system according to the first embodiment of the present invention, the first code and the second code can be read as supply-side public information from an offline environment regardless of location or medium. Offline supply-side public information can be transmitted together with user-side private information to network terminals such as the electronic commerce providing server 26 for the product X and the electronic commerce providing server 27 for the product Y via the communication network (Internet) 20. The electronic commerce providing server 26 for the product X and the electronic commerce providing server 27 for the product Y can be transmitted to the business terminal 25 having the commercial transaction control right via the communication network (Internet) 20. By constructing such a mobile meta-database system, you can use the current information system as it is and enter any complicated user-side private information without stress, anytime, anywhere, such as shopping, requesting materials, making reservations, etc. Various actions can be completed at once.

  Further, in the composite code system according to the first embodiment of the present invention, the user side private information is provided not on the server side but on the composite code type portable information processing device 18 side, and dynamic editing and integration logic is provided. Therefore, the calculation load of the server and the network load are reduced. Furthermore, in order to perform dynamic selection and integration processing of the supply-side public information and the user-side private information included in the offline first code and second code in the composite code type portable information processing device 18, the wireless communication band The use of is drastically reduced. Normally, when mutual communication is required 10 times or more, the communication is completed once, so that there is an effect of reducing the use of a finite radio band. Also, although the required private information on the user side varies greatly depending on the type of service that the first code and the second code are offline (for example, the name of the address for requesting materials, the credit number for payment, etc.) Since the user-side private information is dynamically selected within the composite code type portable information processing device 18, security is ensured by not transmitting unnecessary user-side private information to the outside, and the security level according to need is set. You can make a selection.

(Second Embodiment)
In FIG. 22, as an application example of the composite code system according to the second embodiment of the present invention, the first code is a one-dimensional code, a two-dimensional code, a 1.5-dimensional barcode, a three-dimensional code, a hologram, a digital watermark, The configuration of an anti-theft system using an image code such as encryption and character data itself and an electromagnetic code from a wireless tag (RF tag) as a second code is shown. The wireless tag uses words such as “non-contact IC card”, “electronic tag”, and “IC tag”, but in the composite code system according to the second embodiment of the present invention, a card-like one may be used. An element that processes information using an electromagnetic wave code is called a “wireless tag”. For example, 96-bit information called ePC (Electronic Product Code) is stored in the wireless tag and an electromagnetic wave code is generated. However, a wireless tag that stores information of 128 bits or more may be used. The ePC represents an ID uniquely assigned to this wireless tag.

  That is, the composite code system (theft prevention system) according to the second embodiment reads the first code and the second code, and edits and integrates the data of the first code and the second code. (Reader / writer) 62, the anti-theft wireless tag 60 having the first code and the second code, and the gate sensor 71 for detecting information from the anti-theft wireless tag 60 are main components. In the anti-theft system in the store, the wireless tag attached to the product is not “active” with a built-in battery, but uses radio wave energy generated by the composite code type portable information processing device (reader / writer) 62. The “passive type” to send back is preferable.

  As shown in FIG. 16, a composite code type portable information processing device (reader / writer) 62 according to the second embodiment includes an input device 40, a wireless device 42, a data storage device 46, a processing control device 44, and a first code reading. It comprises a device 45, a personal information storage device 13, and a temporary storage device 47. As in FIG. 1, a transmission / reception antenna 41 is connected to the wireless device 42, and the wireless device 43 and the antenna 41 constitute a “communication network connection means (module)”. Although not particularly shown in FIG. 16, a power supply circuit, a battery (battery), and the like are provided for these devices to function normally. Note that the structure shown in FIG. 16 is merely an example, and it is a matter of course that the wireless tag reader / writer function may be added to the composite code portable information processing device 18 according to the first embodiment.

  The processing control device 44 shown in FIG. 16 is a device that controls the entire processing (operation) of the composite code type portable information processing device 62. The communication function control means 44a, the second code decoding means 44b, and the second code conversion means 44c. , First code decoding means 44d, first code conversion means 44e, data editing means 44f, a second code reading device 44g, and a second code rewriting device 44h.

Information consisting of the first code read by the first code reading device 45 and the second code read by the second code reading device 44g passes through the code decoding means 44b and 44d and the code conversion means 44c and 44e. It is converted into computer readable data.

  As shown in FIG. 17, the data editing unit 44f includes a heterogeneous code data integration unit 44f1. Note that the data editing unit 44f may include a data integration unit 44f2 related to commercial transactions. If it comprises so that the data integration means 44f2 regarding a commercial transaction may be provided, merchandise information obtained from the 2nd code conversion means 44c and the 1st code conversion means 44e and the personal information storage device 13 by this data integration means 44f2 regarding a commercial transaction. The stored personal information can be edited and integrated, and the integrated data can be transmitted to the outside. The “personal information” in this case is information on a store that performs theft prevention. For example, the information integrated by the data integration unit 44f may be transmitted to the license registration check server, and the registration code required for the security cancellation may be obtained only when the registration is confirmed by the server. As shown in FIG. 18, the data storage device 46 includes a first code storage device 46A and a second code storage device 46B, and the information obtained through the code decoding means 44b and 44d and the code conversion means 44c and 44e. Remember.

  FIG. 27 is a diagram showing a mechanical structure of a composite code type portable information processing device (reader / writer) 62 used in the composite code system (theft prevention system) according to the second embodiment. A head 78 of the composite code type portable information processing device (reader / writer) 62 includes a first code reading unit 79, a second code reading unit 77, a handle 80, and an ON / OFF switch 81. When reading is started by the ON / OFF switch 81, the first code reading work and the second code reading work are automatically controlled. This composite code type portable information processing device (reader / writer) 62 can be stored in a checkout device 66 of a checkout counter (checkout counter) in the store as shown in FIG.

  For example, as shown in FIG. 22, when a checkout procedure is performed at a checkout counter in a store, the first and second codes in the antitheft wireless tag 60 are first converted into a composite code type portable information processing device ( (Reader / writer) 62. Each code data is converted into information that can be processed by a computer through second code decoding means 44b, second code conversion means 44c, first code decoding means 44d, and first code conversion means 44e. After the conversion, the information of each code data is integrated by the data editing means 44 f and transmitted to the license registration server 68 via the network 63. Until the license registration server 68 confirms the registration and returns a security release code, the settlement information 64 is transmitted to the settlement apparatus 66 of the store, and the customer completes the settlement. After the payment is completed, the sales information is transmitted from the payment device 66 to the sales information management store terminal 69B.

  FIG. 19 shows the structure of a wireless tag (RF tag) 60 that generates the second code of the composite code system (theft prevention system) according to the second embodiment. The wireless tag (RF tag) 60 is a “sesame grain chip” in which a minute semiconductor integrated circuit is mounted on a semiconductor chip having a thickness of 60 μm to 150 μm and a planar size of about 80 μm square to 500 μm square. The anti-theft wireless tag 60 includes a wireless device 49, a peeling state detector 50 that detects a peeling state of the anti-theft wireless tag 60 from the product, a tag control device 51, and a tag storage device 52. The tag control device includes an operation determination unit 51a and a stored information editing unit 51b including a reading unit 51b1 and a rewriting unit 51b2. The tag storage device 52 includes a product information storage device 52A, a security information storage device 52B, and a normal state storage device 52C. The wireless device 49 is connected to a transmission / reception antenna 48, and the wireless device 49 and the antenna 48 constitute an “error signal transmission / reception means”. The wireless tag (RF tag) 60 may be formed by directly printing on a product using a low temperature thin film growth technique and a screen printing technique without using a semiconductor chip.

  The anti-theft wireless tag 60 receives electromagnetic waves such as 433 MHz, 860 to 930 MHz, or 2.45 GHz transmitted from the gate sensor 71 or the composite code type portable information processing device (reader / writer) 62, and reads it by the operation determination means 51a. Whether to rewrite or to rewrite. When a rewrite command is received from the reader / writer, the code data in the security information storage device 52B is rewritten by the rewriting means 51b2. When the read command is received from the reader / writer or gate sensor 71, the code data in the security information storage device 52B is read by the reading means 51b1 and transmitted to the outside. The peeling state detector 50 in the anti-theft wireless tag 60 always performs a task of detecting the tag sticking state (peeling state) to the product, and the detection result and the normal information (tag) stored in the normal state storage device 52C. When the tag state changes significantly from the initial state when the is attached to the product, etc., an error signal is transmitted to the alarm device. Therefore, if the anti-theft wireless tag 60 is peeled off from the product for shoplifting purposes, an alarm is issued, so that theft can be prevented.

  FIG. 20 is a block diagram showing the structure of the gate sensor 71 according to the second embodiment. It is composed of a wireless device 55, a transmission / reception antenna 54, and a gate sensor control device 56 constituting "error signal transmission / reception means". The gate sensor control device 56 includes an error determination unit 56a. When a customer who has a product passes through the gate sensor 71, the antenna 54 irradiates the anti-theft wireless tag 60 with an electromagnetic wave as a code data read command. The antenna 48 of the anti-theft wireless tag 60 receives the command and transmits the data code in the security information storage device 52B to the gate sensor 71. The gate sensor 71 receives the data code transmitted from the antitheft wireless tag 60, and determines whether or not the release code is included in the data code by the error determination means 56a. If the security release code is not included, an error signal is transmitted to the alarm device. That is, it is possible to prevent a legitimate clerk from passing the gate sensor 71 with a product in a state in which the anti-theft wireless tag 60 is peeled off or the function of the anti-theft wireless tag 60 is not performed. Is done.

  FIG. 21 is a block diagram showing the structure of an alarm device 69A used in the composite code system (theft prevention system) according to the second embodiment. A radio device 58 and a receiving antenna 57 constituting an “error signal receiving means”, an alarm control device 59, and a buzzer (not shown) are configured. The alarm control device 59 includes a security system operation determination unit 59a, and receives an error signal transmitted from the gate sensor 71 and the antitheft wireless tag 60, and sounds an antitheft alarm (buzzer).

FIG. 23 is a flowchart of a composite code processing method (theft prevention method) according to the second embodiment:
(A) First, in step S701, the antitheft wireless tag 60 is attached and fixed to the product by a method such as sticking. In step S <b> 702, the peeled state detector 50 measures the initial state in which the tag is fixed to the product. For example, two anti-theft wireless tags 60 are attached to the front and back surfaces of a product, the distance between the two anti-theft wireless tags 60 is measured, and this is set as the initial state. In step S703, the initial state of the detected tag is stored in the normal state storage device 52C. For example, the initial state of the distance between the two antitheft wireless tags 60 is stored in the normal state storage device 52C as normal state information.

  (B) Thereafter, the peeling state detector 50 continues to monitor whether or not the antitheft wireless tag 60 is maintained in the initial state (normal state). If the anti-theft wireless tag 60 has not been illegally removed in the store (step S704), the process proceeds to step S705. If the anti-theft wireless tag 60 is illegally peeled off in the store by an authorized store clerk, the peeling state detector 50 detects this and proceeds to step S713.

  (C) In step S705, if the anti-theft wireless tag 60 whose security has not been released has not passed through the gate sensor 71, that is, if the customer who has obtained the product proceeds to the checkout counter (checkout counter), The process proceeds to step S706. In step 706, an authorized store clerk uses the first code reader 45 of the composite code type portable information processing device (reader / writer) 62 at the checkout counter (checkout counter) to use the first code of the anti-theft wireless tag 60. 16 reads the image code. In step S707, the read first code (image code) 16 is analyzed by the first code decoding means 44d and the first code conversion means 44e of the composite code type portable information processing device (reader / writer) 62. In step S708, the electromagnetic code that is the second code 61 of the antitheft wireless tag 60 is read using the second code reading device 44g of the composite code type portable information processing device (reader / writer) 62. The read second code (electromagnetic wave code) 61 is analyzed by the second code decoding means 44b and the second code conversion means 44c of the composite code type portable information processing device (reader / writer) 62. In step S708, the data editing means 44f of the composite code type portable information processing device 62 integrates the information obtained from the first code and the information obtained from the second code. In step S709, a security release signal for the antitheft wireless tag 60 is generated as a result of information integration.

  (D) In step S712, a security release signal is transmitted from the wireless device 42 of the composite code portable information processing device (reader / writer) 62 to the wireless device 49 of the theft prevention wireless tag 60. In step S713, the security information of the security information storage device 52B in the tag storage device 52 of the theft prevention wireless tag 60 is released by the rewriting means 51b2 of the stored information editing means 51b in the tag control device 51 of the theft prevention wireless tag 60. The In step S714, the anti-theft wireless tag 60 whose security has been released is removed from the product. Alternatively, in a state where the antitheft wireless tag 60 is fixed to a product, the function is stopped and the gate sensor 71 is set to be able to pass.

  (E) On the other hand, a customer who has a product with an anti-theft wireless tag 60 whose security has not been released tries to pass through the gate sensor 71 without going through the checkout counter. If so, the process proceeds to step S712. In step S712, the passage of the anti-theft wireless tag 60 whose security has not been released is detected by the error determination unit 56a of the gate sensor 71, and the wireless device 55 transmits an error signal 70 to the alarm device 69A. In step S714, the alarm device 69A of the information management terminal 69 receives the error signal 70 and is determined to be activated by the security system activation determination unit 59a, generates an alarm, and prevents goods from being stolen.

  FIG. 24 and FIG. 25 are schematic diagrams for explaining security system release in the composite code processing method (theft prevention method) according to the second embodiment. When the checkout is performed at a checkout in the store (the cash register counter), the second code (electromagnetic wave code) of the antitheft wireless tag 60 is rewritten to the security release code. For example, as shown in FIG. 24A, when the original data code (electromagnetic wave code) is a data string “11100011” including product information etc., after the settlement shown in FIG. By reading one code (image code) with the composite code type portable information processing device (reader / writer) 62, the data string of the data code may be reset to “00000000” as shown in FIG. Alternatively, the first code (image code) may be read by the composite code type portable information processing device (reader / writer) 62 to add the data string of the release code to the original data string.

  On the other hand, as shown in FIG. 25 (a), the second code in the anti-theft wireless tag 60 does not include the security release code when the payment is not made at the checkout counter (register counter) in the store. As shown in b), when passing through the gate sensor 71, the error signal 70 is received and the alarm device 69A in the information management terminal 69 is activated.

  As shown in FIG. 25 (c), when the antitheft wireless tag 60 is peeled off from the product in the store, the alarm device 69A is activated in response to the error signal 70 transmitted from the peeled state detector 50.

  In the composite code processing method (theft prevention method) according to the second embodiment, the method for detecting the peeling state of the antitheft wireless tag 60 from the product can be realized by various methods. As described above, the anti-theft wireless tags 60 (1) and 60 (2) are attached to two places such as the front surface and the back surface of the product, and the anti-theft wireless tags 60 are attached to the anti-theft wireless tags 60. This is a method for measuring distance.

  For example, as shown in FIG. 26, a pair of two types of tags, a first tag 60 (1) and a second tag 60 (2), are provided and attached to two different parts of the product. In FIG. 26, when the anti-theft wireless tag 60 is affixed to a book 75 that is a product, the front of the book is indicated by the adhesive paste 76 applied to the back surfaces of the first tag 60 (1) and the second tag 60 (2). The first tag 60 (1) and the second tag 60 (2) are attached to the front cover and the back cover, respectively. Here, the image code which is the first code may be printed on the surface of the first tag 60 (1) as shown in FIG. 26, or may be affixed (printed) on other parts of the product. good.

  The IC chip that generates the second code may be pasted or embedded on the back surface of the second tag 60 (2). The peeling state detector 50 mounted (integrated) on the IC chip measures the distance between the first tag 60 (1) and the second tag 60 (2). For example, as shown in FIG. 26, the ultrasonic wave Φ emitted from the first tag 60 (1) is reflected by the second tag 60 (2), and the reflected ultrasonic wave Φ is measured, whereby the first tag 60 ( The distance between 1) and the second tag 60 (2) can be measured. When the second tag 60 (2) reflects the ultrasonic wave Φ, the second tag 60 (2) does not necessarily need to be an IC chip, and may be made of a material having a large reflection coefficient of the ultrasonic wave Φ.

When the second tag 60 (2) reflects the ultrasonic wave Φ emitted from the first tag 60 (1) and the reflected ultrasonic wave Φ is measured, the attenuation of the ultrasonic wave Φ is large. The sensitivity is higher when the second tag 60 (2) detects the ultrasonic wave Φ emitted from 60 (1). in this case,
Both the first tag 60 (1) and the second tag 60 (2) are constituted by IC chips, and are each mounted with an ultrasonic wave generating element, an ultrasonic wave detecting element, and a peripheral circuit associated therewith. The distance between the first tag 60 (1) and the second tag 60 (2) is the change in capacity between the first tag 60 (1) and the second tag 60 (2) without using the ultrasonic wave Φ. Or a change in mutual inductance between the first tag 60 (1) and the second tag 60 (2) may be measured.

  The method of detecting the peeling state of the antitheft wireless tag 60 from the product is not limited to the method of measuring the distance of the distance between the first tag 60 (1) and the second tag 60 (2). For example, the first tag 60 (1) and the second tag 60 (2) are connected with a conductive material such as a conductive tape, and the first tag 60 (1) or the second tag 60 (2) If any of them is peeled off, the resistance value of the conductive material increases, and this may be detected. If a change in resistance value is to be detected, there is no need to use two tags, the first tag 60 (1) and the second tag 60 (2). You may comprise with electroconductive materials, such as the electroconductive tape connected.

  FIG. 29 shows a method of detecting the peeled state of the antitheft wireless tag 60 from the product with a two-fold structure. A chip pack 87 in which an IC chip 85 is embedded is affixed to an inner surface 89 of the anti-theft wireless tag 60 having a two-fold structure, and a foil layer portion 86 having a soft magnetic material 94 applied on the upper side half. Further, a two-dimensional code or a one-dimensional code is printed on the surface 91 of the tag by the soft magnetic material ink 93. Here, the foil layer portion 86 has a structure in which a portion where the soft magnetic material 94 is applied thickly and a portion where the thinly applied portion is applied alternately, etc., so that the tag cannot be peeled off from the product with a constant force and speed. . Further, the adhesive paste 76 applied to the back surface 92 of the tag is made to have a structure in which strong adhesive paste and weak adhesive paste are alternately arranged, so that the entire tag is hardly peeled off. If the tag cannot be peeled off at a constant force and speed, and the entire tag cannot be peeled off, a magnetic turbulence occurs, and the rupture state detector 50 using a magnetic sensor or the like senses the magnetic disturbance and prevents theft in the store. The peeling of the wireless tag 60 can be detected.

  In the method shown in FIG. 29, there is a problem that if the whole part of the product (for example, the cover of a book) to which the anti-theft wireless tag 60 is attached is cut out as it is, it cannot play a role. However, the anti-theft wireless tag 60 as shown in FIG. 29 can be adequately applied to products that are difficult to cut around the part to which the anti-theft wireless tag 60 is attached (for example, a book on a thick cover). is there.

  In any case, various methods can be used to detect the peeling state of the anti-theft wireless tag 60 from the product. For example, a combination of the methods described above can be used as a double or triple detection method. Also good.

(Other embodiments)
As described above, the present invention has been described according to the first and second embodiments. However, it should not be understood that the description and drawings constituting a part of this disclosure limit the present invention. From this disclosure, various alternative embodiments, examples and operational techniques will be apparent to those skilled in the art.

  The image code used as the first and second codes may be displayed on an image display means (module) such as an electronic display device, or an image display such as a paper, an object such as a catalog, a newspaper, a magazine, an advertisement, or a card. It may be printed on the surface of the means (module). The product itself may be an image display means (module), and an image code may be displayed (printed) on a part of the product.

  In the first embodiment of the present invention, a mobile phone is used as the information processing device. However, the information processing device is not necessarily a mobile phone. In addition to the mobile phone, PHS, PDA, notebook computer, electronic notebook, and the like can be given. In addition, electronic devices such as a camera including a digital camera, a game machine, a car navigation device, a scanner, and a printer may be used. Furthermore, a structure that is built in or integrated in a part of a wristwatch, glasses, belt, shoes, or the like that can be worn or carried on the body may be used.

  Furthermore, electrical appliances such as fixed telephones, public telephones, desktop personal computers, and televisions connected to the communication network (Internet) 20 may be used. In the case of a fixed information processing device, it can be implemented via an STB or the like. Even if it is a refrigerator and a microwave oven, this invention is applicable by addition of the attachment similar to STB.

  Furthermore, in the first embodiment of the present invention, the electronic commerce using the communication network (Internet) 20 has been mainly described. However, the electronic commerce does not actually have to be performed, and the communication network is used. It may be used for lotteries, quiz entries, and advertising media marketing.

  Further, in the second embodiment of the present invention, the prevention of theft (shoplifting) in the store has been described, but the same technique can be adopted for lending books in the library. In the library application, the anti-theft wireless tag 60 is always fixed to the book, and when passing through the gate sensor 71 of the library room, the person in charge of lending in the library reads the image code, and the anti-theft wireless tag 60 You only need to cancel security. If the book is returned, the security release may be reset so that it cannot pass through the gate sensor 71 in the library without permission.

  It will not be necessary to explain that the present invention is applicable not only to the library but also to a rental system for various articles.

  As described above, the present invention naturally includes various embodiments not described herein. Therefore, the technical scope of the present invention is defined only by the invention specifying matters according to the scope of claims reasonable from the above description.

It is a block diagram which shows the structure of the composite code type | mold portable information processing apparatus used for the composite code system which concerns on the 1st Embodiment of this invention. It is a block diagram which shows the structure of the data edit means incorporated in the composite code | cord | chord portable information processing apparatus of FIG. It is a block diagram which shows the structure of the log | history information editing means built in the composite code | cord | chord portable information processing apparatus of FIG. It is a block diagram which shows the structure of the data storage device incorporated in the composite code | cord | chord portable information processing apparatus of FIG. 1 is a configuration diagram of a composite code system according to a first embodiment of the present invention. It is a flowchart explaining the composite code processing method which concerns on the 1st Embodiment of this invention. It is a flowchart explaining the other example of the compound code processing method which concerns on the 1st Embodiment of this invention. It is a flowchart explaining the further another example of the compound code processing method which concerns on the 1st Embodiment of this invention. It is a flowchart explaining the further another example of the compound code processing method which concerns on the 1st Embodiment of this invention. It is a flowchart explaining the further another example of the compound code processing method which concerns on the 1st Embodiment of this invention. It is a flowchart explaining the further another example of the compound code processing method which concerns on the 1st Embodiment of this invention. It is a schematic diagram which shows the example of a print of the advertising medium utilized in the commercial transaction using the composite code system which concerns on the 1st Embodiment of this invention. It is an example of the purchase quantity input screen delivered from a provider server in the commercial transaction performed using the composite code system according to the first embodiment of the present invention. It is a perspective view which shows the mechanical structure when the composite code type portable information processing device used for the composite code system according to the first embodiment of the present invention is viewed from the surface direction. It is a perspective view which shows the mechanical structure when the composite code type | mold portable information processing apparatus of FIG. 14 is seen from a back surface direction. It is a block diagram which shows the structure of the composite code type | mold portable information processing apparatus (reader / writer) used for the composite code system (theft prevention system) which concerns on 2nd Embodiment. FIG. 17 is a block diagram showing a structure of data editing means built in the composite code type portable information processing device (reader / writer) of FIG. 16. FIG. 17 is a block diagram showing a structure of a data storage device built in the composite code type portable information processing device (reader / writer) of FIG. 16. It is a block diagram which shows the structure of the wireless tag for anti-theft used for the composite code system (anti-theft system) concerning a 2nd embodiment. It is a block diagram which shows the structure of the gate sensor used for the compound code system (antitheft system) which concerns on 2nd Embodiment. It is a block diagram which shows the structure of the alarm device used for the composite code system (theft prevention system) which concerns on 2nd Embodiment. It is a theft prevention system block diagram using the composite code type portable information processing device (reader / writer) and the antitheft wireless tag according to the second embodiment. It is a flowchart explaining the outline of the compound code processing method (theft prevention method) which concerns on 2nd Embodiment. It is a figure which shows the Example of the security system cancellation | release in the compound code processing method (theft prevention method) which concerns on 2nd Embodiment. It is a schematic diagram which shows the example of the error signal detection in the compound code processing method (theft prevention method) which concerns on 2nd Embodiment. It is a figure which shows the mechanical structure of the radio | wireless tag for anti-theft used for the composite code system (anti-theft system) concerning 2nd Embodiment. It is a figure which shows the mechanical structure of the composite code type | mold portable information processing apparatus (reader / writer) used for the composite code system (antitheft system) which concerns on 2nd Embodiment. It is a schematic diagram which shows the example in the case of accommodating the composite code | cord | chord type portable information processing apparatus (reader / writer) which concerns on 2nd Embodiment in the check-out apparatus of the check-out place (checkout counter) in a shop. It is a figure which shows the other example of the mechanical structure of the wireless tag for anti-theft used for the composite code system (anti-theft system) concerning 2nd Embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Input device 2 ... Display apparatus 3 ... Antenna 4 ... Radio | wireless apparatus 5 ... Audio | voice processing apparatus 6 ... CODEC
DESCRIPTION OF SYMBOLS 7 ... Transmitting device 8 ... Receiving device 9 ... Data storage device 9A ... First code storage device 9B ... Second code storage device 9C ... Restriction storage device 9D ... Purchase history storage device 10 ... Processing control device 10a ... Telephone Function control means 10b ... second code decoding means 10c ... second code conversion means 10c, 10e ... information conversion means 10d ... first code decoding means 10e ... first code conversion means 10f ... data editing means 10f1 ... data integration between different codes Means 10f2 ... Data integration means 10g ... Purchase history information editing means 10g1 ... Integration means 10g2 ... Integration means 10g3 ... Integration means 11 ... First code reading device 12 ... Second code reading device 13 ... Personal information storage device 14 ... Temporary storage device 15 ... 2nd code 16 ... 1st code 17 ... Printed advertisement medium 17a ... Printed advertisement medium 18 ... Multiple Code-type portable information processing device 19 ... Action data 21 ... License registration check server 22 ... Restrictions 23 ... Auxiliary mark 24 ... Transaction information 25 ... Business terminal 26 ... Electronic commerce providing server 27 ... Electronic commerce providing server 29 ... Antenna 28 ... Purchase quantity input screen 29A ... Helical antenna 29B ... Pop antenna 30 ... 1st code reading part 31 ... 2nd code reading part 32 ... Housing 32A ... Base part 32B ... Cover part 33 ... Handset part 34 ... Display part 35 ... Input Operation unit 36 ... Transmitter unit 37 ... Interface terminal unit 38 ... Battery 39 ... Projecting unit 39 ... CODE
DESCRIPTION OF SYMBOLS 40 ... Input device 41 ... Transmission / reception antenna 42 ... Wireless device 43 ... Wireless device 44 ... Processing control device 44a ... Communication function control means 44b ... Second code decoding means 44c ... Second code conversion means 44c, 44e ... Code conversion means 44c , 44e ... information conversion means 44d ... first code decoding means 44e ... first code conversion means 44f ... data editing means 44f1 ... data integration means between different codes 44f2 ... data integration means 44g ... second code reader 44h ... second code Rewriting device 45 ... first code reading device 46 ... data storage device 46A ... first code storage device 46B ... second code storage device 47 ... temporary storage device 48 ... transmission / reception antenna 49 ... wireless device 50 ... peeling state detector 51 ... Tag control device 51a ... Operation judging means 51b ... Saved information editing means 51b1 ... Means 51b2 ... Rewrite means 52 ... Tag storage device 52A ... Merchandise information storage device 52B ... Security information storage device 52C ... Normal state storage device 54 ... Transmission / reception antenna 55 ... Wireless device 56 ... Gate sensor control device 56a ... Error determination means 57 ... Reception Antenna 58 ... Wireless device 59 ... Alarm control device 59a ... Security system operation determination means 60 ... Anti-theft wireless tag 60 (2) ... First tag 60 (1) ... Second tag 61 ... Second code 62 ... Composite code type Mobile information processing device 63 ... Network 64 ... Checkout information 66 ... Checkout device 68 ... License registration server 69 ... Information management terminal 69A ... Alarm device 69B ... Sale information management store terminal 70 ... Error signal 71 ... Gate sensor 75 ... Book 76 ... Adhesive glue 77 ... part 78 ... head part 79 ... first code reading part 80 Possession 81 ... Switch 85 ... IC chip 86 ... foil layer portions 87 ... chip pack 89 ... inner surface 91 ... surface 92 ... rear surface 93 ... soft magnetic material ink 94 ... soft magnetic material

Claims (6)

First code decoding means for decoding the first code;
Second code decoding means for decoding a second code of a standard different from the first code;
A composite code type portable information processing device comprising: data editing means for editing and integrating the information decoded by the first code decoding means and the information decoded by the second code decoding means.   2. The composite code according to claim 1, wherein the first code includes business operator information, and the second code includes information related to individual transactions other than the business operator information. Type portable information processing equipment. A personal information storage device storing personal information;
3. The composite code type portable information processing device according to claim 2, wherein the data editing unit edits and integrates the personal information and business operator information included in the first code.   The composite code type portable information processing device according to claim 1, wherein the first code is an image code, and the second code is an electromagnetic wave code.   5. The composite code type portable information processing according to claim 4, further comprising: a second code rewriting device that changes at least part of the content of the information included in the second code according to the information of the first code. machine. Decoding the first code by the first code decoding means;
Decoding a second code of a standard different from the first code by a second code decoding means;
A process including a step of editing and integrating the information decoded by the first code decoding means and the information decoded by the second code decoding means by the data editing means, A composite code processing method characterized by being executed by

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