WO2014103971A1 - Procédé de collecte de paiement et système de collecte de paiement utilisant des informations d'image pouvant être vérifiées - Google Patents

Procédé de collecte de paiement et système de collecte de paiement utilisant des informations d'image pouvant être vérifiées Download PDF

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Publication number
WO2014103971A1
WO2014103971A1 PCT/JP2013/084383 JP2013084383W WO2014103971A1 WO 2014103971 A1 WO2014103971 A1 WO 2014103971A1 JP 2013084383 W JP2013084383 W JP 2013084383W WO 2014103971 A1 WO2014103971 A1 WO 2014103971A1
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Prior art keywords
information
imaging information
server
registered
imaging
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PCT/JP2013/084383
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English (en)
Japanese (ja)
Inventor
若本　昌紀
Original Assignee
株式会社若本昌紀事務所
株式会社増田喜
増田 由紀子
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Priority to JP2014515393A priority Critical patent/JP5632985B1/ja
Publication of WO2014103971A1 publication Critical patent/WO2014103971A1/fr

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/04—Billing or invoicing
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
    • G06F21/31—User authentication
    • G06F21/36—User authentication by graphic or iconic representation

Definitions

  • the present invention relates to a billing method and billing system for using imaging information capable of authenticity confirmation, which can prevent fraud with a forged two-dimensional code in which a fake URL is embedded.
  • Patent Document 1 includes three parties: a sender b of transaction information X, a user c who uses the transaction information X, and an administrator a who manages the imaging information including the transaction information X.
  • a method and system for conducting commercial transactions via an internet line “(A-1) Server B of sender b of transaction information X, (A-2) a scanning device C of the user c who uses the transaction information X; (A-3) Server A of administrator a who manages imaging information (A-4)
  • (B-1) Provided to the user c displayed on the paper and / or product medium provided by the sender b of the transaction information X.
  • (B-2) Specific imaging information in which necessary URL information and authentication data (hereinafter also referred to as “ID data”) are input
  • (B-3) A system that charges a predetermined fee to the sender b of the transaction information X based on the number of hits scanned by the scanning device C of the user c of the imaging information
  • (C-0) The computer system is (C-1) A server B where the sender b of the transaction information X transmits the transaction information X of the sender b on the Web; (C-2-1) The authentication data and serial number information of the imaging information on the medium scanned when the user c accesses the transaction information X.
  • (C-2-2) Sending to the predetermined server A of the administrator a who manages the imaging information, (C-2-3)
  • the predetermined information of the administrator a who manages the imaging information for verifying the identity of the sender b of the transaction information X Server A, (C-3) a transmission means for transmitting charging information for charging the sender b of the transaction information X based on the authentication data and the number of hits thereof for using the imaging information;
  • an appropriate information means such as a bar code, a two-dimensional code, and other graphic patterns can be used.
  • authentication data is input.
  • a two-dimensional code having a sufficient data area is used. Therefore, an outline of the accounting system using the imaging information will be introduced according to Patent Document 1 using the imaging information as a two-dimensional code (see Patent Document 1).
  • a two-dimensional code provider (administrator) a creates a site operated on the Web, stores it on the Web server A of the accounting system management computer of the invention, and operates it.
  • a site operated on the Web for example, a user registration screen, a user approval screen (including approval for hit billing), a two-dimensional code production encoder screen, and the like are exemplified, but not limited thereto.
  • the sender (two-dimensional code producer) b of transaction information X is a blank 2 for inputting necessary information of the Web site provided by the two-dimensional code provider a.
  • the required URL information and the information necessary for accessing the predetermined two-dimensional code are input to the dimension code to produce the predetermined two-dimensional code.
  • the two-dimensional code producer b opens a web browser on the Internet, and performs, for example, ID input, user authentication registration, acceptance ID reception, and two-dimensional code production on the website.
  • necessary information that is, a URL and a file address such as a mail address, FD, CD-ROM, DVD, etc. can be input.
  • Input authentication data specific to b. This authentication data is for the two-dimensional code provider a to manage the user (two-dimensional code producer) b and to verify the identity of the user b, and in particular, the principal (b) in electronic commerce. It is important information equivalent to a password, password, etc. as a means of confirmation.
  • the authentication data for example, data such as a serial number and a digital signature can be used alone or in combination as appropriate, but the type of the data is not limited.
  • the two-dimensional code creator can use the two-dimensional code free of charge, and can freely use the two-dimensional code on a medium such as a paper surface or a product, for example, appropriately by printing or sticking a sticker. It can be added by the means.
  • (D) In electronic commerce where information is transmitted / received via a public communication line, when the identity of the sender b of the transaction information X associated with the use of the two-dimensional code is verified and the usage fee is charged, The sender b transmits necessary electronic information via a public communication line, and creates a specific two-dimensional code in which necessary URL information and authentication data are input, and appropriately generates the information on a medium such as a sheet of paper or a product. And is provided to the user c. That is, the sender b of the transaction information X transmits electronic information such as a home page via the input / output device C such as a computer, and specifies the file address of the electronic information and the sender b of the transaction information X.
  • a two-dimensional code in which authentication data such as a serial number is displayed is prepared, and this is printed or sealed on a medium such as paper or a product and supplied to a user c who uses the information (see FIGS. 20 and 21).
  • 2D code producer (sender of transaction information X) b accesses 2D code creation resources such as Web pages established on the Internet by 2D code provider a who manages 2D codes Then, the file address / necessary information and serial number of the sender (user) b of the transaction information X are input into a blank two-dimensional code provided on the www.
  • the serial number is automatically inserted by registering the user in advance and specifying the two-dimensional code producer (client) b based on the authentication data such as the password and e-mail address specified by the user.
  • the produced 2D code is registered as imaging information when the production is completed, and after the 2D code provider (administrator) a confirms the data of the imaging information, the completed imaging information (2D code) is sent by e-mail. Is transmitted to the two-dimensional code producer (client) b by transmission / reception means via a communication line.
  • the producer b prints or seals the completed imaging information, attaches it to a predetermined medium such as a paper surface or a product, and supplies it to the user c as a medium such as a paper surface or a product.
  • a predetermined code reader device
  • the code information is converted into an electric signal, and a predetermined document or homepage on the www can be accessed via the input / output device C such as a computer.
  • the code reader (device) C may be an appropriate device as long as it is an optically reading device.
  • the code reader (device) C is composed of an OCR or a code reader, and irradiates a two-dimensional code displayed on a medium with light. It has a function of receiving the reflected light, converting it into an electrical signal, and transmitting it to the computer C.
  • the reading result of the code reader C is received, a www browser for accessing a server that manages a homepage corresponding to the URL included therein is started, a predetermined homepage is accessed, and the homepage is received.
  • the serial number signal is transmitted to the Web server A of the computer that manages the two-dimensional code, and the computer receives predetermined information.
  • the received home page is displayed on the display by the www browser, and the serial number information detected at this time is transmitted to a predetermined server A of the administrator a who manages the two-dimensional code, and the server A
  • the sender (two-dimensional code producer) b of the transaction information X By identifying the sender (two-dimensional code producer) b of the transaction information X by comparing the serial number based on the stored data, the identity of the sender b of the transaction information X is confirmed, and the information
  • the billing information for charging the fee for using the two-dimensional code is transmitted to the sender b of the transaction information X based on the number of hits obtained by scanning the two-dimensional code.
  • the two-dimensional code producer b is charged for the use based on the number of hits of the two-dimensional code, but the relationship between the number of hits and the charging may be set as appropriate and is not limited.
  • a normal electronic payment system or the like can be used as appropriate, but the method is not particularly limited.
  • the two-dimensional code creator b creates a specific two-dimensional code free of charge and uses the information.
  • the user c has an advantage that the target information can be easily obtained by a simple operation, and the sender b of the transaction information X has a two-dimensional code.
  • the sender b of the transaction information X has a two-dimensional code.
  • the control and method of billing rates for the two-dimensional code utilizing the two-dimensional code can be carried out conveniently and labor-saving.
  • FIG. 1 An outline of the “charging system for using imaging information in electronic commerce” according to the invention of Patent Document 1 is illustrated as a charging system ⁇ 0 (100) for using imaging information shown in FIG. Medium (1) to (4), (5), (5) ', (6), (6)', (7) according to server A (administrator a), server B (sender b), scanning device Electronic commerce using imaging information between C (user c) is performed.
  • Server B transmits imaging information (such as necessary URL information and ID data including transaction information X) to Server A.
  • Server A transmits the imaging information (URL information and ID data and / or (Serial number etc.) is registered in the database 102
  • Server A gives server B imaging information such as two-dimensional code (URL information and ID data and / or serial number already embedded)
  • Server B Provide the imaging information displayed on the paper and / or the product medium to the user c.
  • the scanning device C provides the server A with the imaging information (URL information and ID data and / or serial).
  • Server A sends the above imaging information (URL information and ID data and / or serial number, etc.)
  • 'Scanning device C sends image information (URL information, etc.) by scanning to server B
  • (6)' Server B sends to scanning device C based on the URL information Web information including transaction information X is transmitted.
  • Server A transmits to server B charging information for charging the fee for using the imaging information based on the ID data and the number of hits.
  • FIG. 21 shows a flow of imaging information in which URL information, authentication data, and / or serial number information associated with the transaction information X in the imaging information usage charging system ⁇ 0 (100) is input. .
  • Step 101 Server B sends URL information and authentication data (http://www.zybox.cc/) associated with transaction information X of client b to Server A
  • Step 102 Server A Adds the serial number to the necessary URL information and authentication data (http://www.zybox.cc/) associated with the transaction information X, and the registered imaging information (http: //www.zybox .cc / 123456) is registered in the database 102 (step 103): server A embeds registered imaging information (http://www.zybox.cc/123456) in a two-dimensional code or the like and transmits it to server B (step 103).
  • Step 117 Scanning device C scans the two-dimensional code, sends registered imaging information (http://www.zybox.cc/123456) to server A, and server A receives from scanning device C. Confirm the client b from the ID data in the registered imaging information (http://www.zybox.cc/123456) (Step 117-2) Send the payment page provided by the server A to the scanning device C and use it for scanning Payment of the product corresponding to the two-dimensional code scanned by the device C is performed between the server A and the scanning device C via the payment page (step 118): As a result of the completion of the payment, the user c becomes the client b, Completion of payment for goods, electronic commerce is established (step 119): Server A sends Server B with ID data (authentication data) and the number of hits (the number of payments completed) ) To send the billing information that charges the fee for using the imaging information (step 120): the client b sends the product, receipt, etc. to the user c
  • the server A confirms the server B via the device C with a scanner. There is a feature of going.
  • Patent Document 2 discloses an invention relating to “an electronic ticket composed of right information based on a unique identifier image and other electronic information that can be used only in a specific smartphone application”. is doing.
  • the creation of the unique identifier image uses a system that can issue unique images of 6 or more characters, and has a drawback that it lacks versatility.
  • the present invention can prevent fraud due to spoofed imaging information embedded with fake URL information or forged imaging information (forged two-dimensional code, etc.) that can be easily constructed by a general-purpose system. It is an object of the present invention to provide a charging method and a charging network system for using imaging information that can be confirmed or confirmed.
  • the charging method for using the imaging information capable of authenticity confirmation (A1) Sending transaction information X related to the promotion, introduction, and / or sale of products, and displaying imaging information associated with the transaction information X on paper, a screen, and / or a product medium, Providing the imaging information to a user (user) c, a server B of a sender (client) b of the transaction information X; (A2) Server A of the administrator a who registers and manages in the database the image information obtained by inputting necessary URL information and authentication data and / or serial number information associated with the transaction information X; (A3) A device C capable of browsing web information and reading the imaging information of a user (user) c who uses the transaction information X, (A4) connected via a computer network capable of transmitting and receiving Web information, (B1) Server B (B2) Sending the transaction information X on the web, (C1) Device C (C2) When the user (user) c accesses the transaction information X, the imaging information displayed on the medium is
  • the server A is a billing method of using imaging information that can confirm authenticity whether or not the imaging information received from the device C is registered in the database.
  • S1-1) Server A distributes a decoder application (hereinafter also referred to as “decoder APP”) that is installed in an image-readable device, decodes the read imaging information, and is forcibly transmitted to server A.
  • decoder APP a decoder application
  • the device C installs this, (S1-2) on the installed decoder application screen, the device C reads certain imaging information; (S1-3) the device C decodes the imaging information by the decoder APP; (S1-4) the device C transmits the authentication data and / or serial number information of the decoded imaging information to the server A; (S2-2) The server A compares the received authentication data and / or serial number information with the database, and verifies whether or not the received imaging information is registered in the database. Steps, (S2-3) the server A transmits the authenticity confirmation information to the device C; (S2-4) If the result of the authenticity confirmation is true, the server A uses the authentication data included in the registered imaging information used for the authenticity confirmation and the number of hits of the transaction information X. Sending to the caller b billing information for billing the use of the registered imaging information; (CL) is included.
  • the “charging system for using imaging information in electronic commerce ⁇ 0 (100)” described in the sections (A1) to (E3) of the present invention is the charging system for using imaging information described in Patent Document 1 ⁇ 0 ( 100).
  • the above (c-2-1) and (c-2-2) described in Patent Document 1 corresponding to the above (D1) and (D2) in the charging system ⁇ 0 (100) according to the present invention the user c transmits “authentication data and serial number information” to the server A.
  • the billing system ⁇ 0 (100) according to the present invention this is extended to “authentication data and / or serial number”.
  • the server A receives the “number information” from the device C.
  • imaging information is literally imaged information, and refers to a medium on which various types of information are imaged, such as a two-dimensional code such as a barcode or QR code (registered trademark).
  • a two-dimensional code such as a barcode or QR code (registered trademark).
  • each of the above-described various pieces of information (imaged or input) embedded in a medium such as a two-dimensional code may be indicated.
  • imaging information indicates a two-dimensional code as a medium, and is embedded in the two-dimensional code.
  • the URL information and the authentication data and / or individual information of the serial number are sometimes referred to.
  • the “registered imaging information” means that the sender (client) b of the transaction information X is required URL information and authentication data and / or serial number associated with the transaction information X.
  • the information is registered in the database of the server A of the administrator a, and the information is imaged as a medium such as a two-dimensional code that is imaged on the server A side and sent to the server B. It may also refer to individual information such as the above-registered URL information and authentication data and / or serial number in the “registered imaging information” as a converted medium.
  • authentication confirmation means that server A collates image information (URL information and authentication data and / or serial number or read image, etc.) received from device C with the above database of server A. Thus, it is to confirm whether or not the imaging information is registered imaging information registered in the database. Therefore, in order for the imaging information that the server A confirms the authenticity to be “true (authentic)”, in a narrow sense, the URL information and authentication data and / or serial data included in the imaging information that the server A confirms the authenticity. The number and the like need to match all the URL information and authentication data and / or serial number of the registered imaging information registered in the database of the server A, but in this specification, authenticity confirmation is made in a broad sense.
  • URL information and / or authentication data and / or serial number and / or read image included in the imaging information to be registered is registered authentication information and / or serial number and / or registration of registered imaging information registered in the database of the server A Even if there is at least one match with the marker, there may be cases where the true / false confirmed imaging information is included in “true”. Shall be.
  • the imaging information “true (true)” means that the imaging information received by the server A from the device C is “true (authentic)” in the narrow or broad sense.
  • the imaging information “false (counterfeit)” means that the imaging information received by the server A from the device C is not “true (genuine)” in the narrow sense or the broad sense.
  • the “charging system for using imaging information in electronic commerce” used by the charging method (system) for using imaging information capable of authenticity confirmation according to the present invention refers to “imaging information according to Patent Document 1”.
  • This is the imaging information usage accounting system ⁇ 0 (100) which is equivalent to the “use accounting system” and whose outline is shown in FIG. Accordingly, the administrator a, the sender b (client) of the transaction information X, the user (user) c, the server A, the server B, the device C, and other accounting information usage charging system ⁇ according to the present invention.
  • 0 (100) is basically as described in Patent Document 1 unless otherwise specified.
  • the server A and the server B are, for example, the data and charging management part and the product and sales management part in the same server, or the data and charging management section and the product and sales management section in the same corporation. This includes cases where they cannot be distinguished in appearance, such as the same server used. That is, generally, as shown in FIG. 22A, the server B uses independent clients b 1 , b 2 , b 3 ..., Such as servers B 1 , B 2 , B 3. This independent server B (B 1 , B 2 , B 3 ...) Is the server A of the administrator a or individual devices C (C 1 , C 2 , C 3 ...) and electronic commerce.
  • the servers PA, QA, RA are identical to the servers PA, QA, RA, and RB,...
  • Each of the servers P-B, Q-B, RB,... In the same server P, Q, R... Server A (PA, QA, RA,...), Sales Part Server B (PB, QB, RB, etc
  • independent individual devices C Electronic commerce may be performed between three parties (C 1 , C 2 , C 3 ).
  • a portable device such as a mobile phone or a smart phone is also equipped with a scanner (camera) function and / or an RFID tag reading function substantially as standard.
  • a portable terminal called a device with a scanner is usually capable of being scanned (photographed) today. Therefore, in the present specification, when simply referred to as “device C”, the device C is linked to a scanner (camera) or has a scan (camera) function and can be scanned (captured) (or can read an image).
  • Device C and portable devices such as PDAs, mobile phones, smart phones, and other portable devices or images that can be read from desktop computers or NetTVs that are connected to scanners as external devices. It includes a wide range of wearable computers such as watches and glasses, and is not particularly limited.
  • the device C may be a device with an RFID reader having an RFID tag reading function, if necessary, or a computer connected to the RFID reader.
  • the device C can also read such imaging information by the RFID reader. Further, imaging information such as QR code (registered trademark) and barcode can be displayed on the screen together with the product, and in this specification, “medium” is connected not only to the paper and the product but also to a computer. All screens represented by monitors, TV screens, mobile phones and smartphone screens are included. In this specification, “display” includes printing or sealing the imaging information and adding or attaching it to a predetermined medium such as a paper surface or a product, or displaying it on a screen.
  • Web is typically “World Wide Web” (hereinafter also referred to as “www”), but in this specification, other computer networks are also included. Are transmitted and received by the terminal via a server, cloud, device, or the like.
  • the charging method for using the imaging information capable of authenticity confirmation In the accounting system ⁇ 0 (100) for using imaging information in the electronic commerce, (M0-1)
  • the server A (M0-2) In addition to the necessary URL information and authentication data and / or serial number imaging information, register and manage an image of the imaging information as imaging information in a database; (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading; (STF)
  • the server A is a billing method of using imaging information capable of authenticity confirmation for confirming whether the imaging information received from the device C is registered in the database.
  • the server A distributes the decoder APP that is installed in the image readable device and forcibly transmits the read image to the server A, and the device C installs the decoder APP.
  • the device C reads certain imaging information;
  • the device C transmits an image of the imaging information to the server A;
  • the server A decodes the imaging information from the received image of the imaging information;
  • the server A collates the authentication data and / or serial number information obtained from the decoding with the database, and whether or not the received imaging information is registered in the database.
  • the charging method for using the imaging information capable of authenticity confirmation In the accounting system ⁇ 0 (100) for using imaging information in the electronic commerce, (M0-1)
  • the server A (M0-2) In addition to the necessary URL information and authentication data and / or serial number imaging information, register and manage an image of the imaging information as imaging information in a database; (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading; (STF)
  • the server A is a billing method of using imaging information capable of authenticity confirmation for confirming whether the imaging information received from the device C is registered in the database.
  • the server A distributes the decoder APP that is installed in the image readable device and forcibly transmits the read image to the server A, and the device C installs the decoder APP.
  • the device C reads certain imaging information;
  • the device C transmits an image of the imaging information to the server A;
  • the server A collates the received image of the imaging information with the database and confirms whether or not the image of the imaging information is registered in the database.
  • the server A transmits the authenticity confirmation information to the device C; (S2-4) If the result of the authenticity confirmation is true, the server A makes the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the authenticity confirmation. Transmitting billing information for charging a fee for using the registered imaging information to the caller b of (CL) may be included.
  • the charging method for using the imaging information capable of authenticity confirmation according to the present invention (E3) In the accounting system ⁇ 0 (100) for using imaging information in the electronic commerce, (M0-1)
  • the server A (M0-2-1) Registering and managing a specific image as marker imaging information in the database in addition to the necessary URL information and authentication data and / or serial number imaging information, (M0-3-1) From the image read by the device C, the image can be received by the reading;
  • STF The server A is a billing method of using imaging information capable of authenticity confirmation for confirming whether the imaging information received from the device C is registered in the database.
  • the server A distributes the decoder APP that is installed in the image readable device and forcibly transmits the read image to the server A, and the device C installs the decoder APP.
  • S1-2-1 On the installed decoder application screen, the device C reads a certain image displayed on the medium; (S1-4-2) the device C transmits the image to the server A; (S2-2-3) the server A collates the received image with the database and confirms whether the image is registered in the database as a registration marker; (S2-3) the server A transmits the authenticity confirmation information to the device C; (S2-4) If the result of the authenticity confirmation is true, the server A makes the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the authenticity confirmation. Transmitting billing information for charging a fee for using the registered imaging information to the caller b of (CL) may be included.
  • the step of transmitting the authenticity confirmation information includes: (S2-3-1) If the result of the true / false confirmation is true, the server A provides the true / false confirmation information of “true” or as the true / false confirmation information of “true”.
  • the server A uses the registered imaging information to the sender b of the transaction information X based on the authentication data included in the registered imaging information used for the real confirmation and the number of hits thereof.
  • the step of sending billing information for billing (S2-4-1)
  • the server A counts the number of settlement completions as the number of hits, and provides billing information for charging the sender b of the transaction information X for using the registered imaging information.
  • Send Send.
  • the step of transmitting the authenticity confirmation information includes: (S2-3-1) If the result of the true / false confirmation is true, the server A provides the true / false confirmation information of “true” or as the true / false confirmation information of “true”. Sending a payment page displaying a payment icon to the device C; (S2-3-1-3) The payment page displayed on the device C is not selected or left and the payment of the product corresponding to the read registered imaging information is not established.
  • the step of ending the session, Including (S2-4) The server A uses the registered imaging information to the sender b of the transaction information X based on the authentication data included in the registered imaging information used for the real confirmation and the number of hits thereof.
  • the step of sending billing information for billing (S2-4-2)
  • the server A counts the number of page views of the authenticity confirmation information or the number of page views of the payment page as the number of hits, and sends the registered image to the sender b of the transaction information X. Billing information for charging the information usage fee is transmitted.
  • the billing system using imaging information capable of authenticity confirmation (A1) Sending transaction information X related to the promotion, introduction, and / or sale of products, and displaying imaging information associated with the transaction information X on paper, a screen, and / or a product medium, Providing the imaging information to a user (user) c, a server B of a sender (client) b of the transaction information X; (A2) Server A of the administrator a who registers and manages in the database the image information obtained by inputting necessary URL information and authentication data and / or serial number information associated with the transaction information X; (A3) A device C capable of browsing web information and reading the imaging information of a user (user) c who uses the transaction information X, (A4) connected via a computer network capable of transmitting and receiving Web information, (B1) Server B (B2) Transmitting the transaction information X on the web, (C1) Device C (C2) When the user c accesses the transaction information X, the imaging information displayed on the medium is read.
  • A1 Sending
  • the server A (D2) receiving the authentication data and / or serial number information of the read imaging information by the reading; (D3) By identifying the sender b based on the data stored in the database, the identity of the sender b of the transaction information X is confirmed, (E1) The server A (E2) Based on the authentication data and the number of hits thereof, billing information for charging a fee for using the imaging information is transmitted to the sender b of the transaction information X. (E3) In the charging system ⁇ 0 for using imaging information in electronic commerce, (STF) The server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database.
  • (M1-1) Install on a device capable of reading an image, distribute a decoder application that decodes the read imaging information and forcibly sends it to server A;
  • (M1-3) The authentication data and / or serial number information of the imaging information received via the decoder application is checked against the database for authenticity,
  • (M1-4) The server A that sends back the authenticity confirmation information;
  • (M2-1) Install the decoder application distributed by the server A, (M2-2) Read certain imaging information on the installed decoder application screen, (M2-3) Decoding the imaging information by the decoder application,
  • (M2-4) Sending the authentication data and / or serial number information of the imaging information to the server A, (M2-5) a device C that receives the authenticity confirmation information that the server A has confirmed the authenticity;
  • Including (CL) If the result of the true / false confirmation is true, the server A transmits the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation.
  • the billing system using imaging information capable of authenticity confirmation In the charging system ⁇ 0 (100) for using imaging information in electronic commerce, (M0-1)
  • the server A (M0-2) In addition to the necessary URL information and authentication data and / or serial number imaging information, register and manage an image of the imaging information as imaging information in a database; (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading; (STF)
  • the server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database.
  • (M1-1-1) Install on an image-readable device, distribute a decoder APP that forcibly sends the read image to server A, (M1-2) decoding the imaging information from the image of the imaging information received via the decoder application; (M1-3-1) The authentication data and / or serial number information of the decoded imaging information is checked against the database to confirm the authenticity, (M1-4) The server A that sends back the authenticity confirmation information; (M2-1) Install the decoder application distributed by the server A, (M2-2) Read certain imaging information on the installed decoder application screen, (M2-4-1) Sending the image of the imaging information to the server A, (M2-5) a device C that receives the authenticity confirmation information from the server A, Including (CL) If the result of the true / false confirmation is true, the server A transmits the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation. It may be a billing system using imaging information that enables authenticity confirmation to transmit billing information for charging the person b
  • the billing system using imaging information capable of authenticity confirmation In the charging system ⁇ 0 (100) for using imaging information in electronic commerce, (M0-1)
  • the server A (M0-2) In addition to the necessary URL information and authentication data and / or serial number imaging information, register and manage an image of the imaging information as imaging information in a database; (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading; (STF)
  • the server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database.
  • (M1-1-1) Install on an image-readable device, distribute a decoder APP that forcibly sends the read image to server A, (M1-3-2)
  • the image of the imaging information received via the decoder application is collated with the database to confirm whether the image of the imaging information is registered in the database.
  • (M1-4) The server A that sends back the authenticity confirmation information; (M2-1) Install the decoder application distributed by the server A, (M2-2) Read certain imaging information on the installed decoder application screen, (M2-4-1) Sending the image of the imaging information to the server A, (M2-5) a device C that receives the authenticity confirmation information from the server A, Including (CL) If the result of the true / false confirmation is true, the server A transmits the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation. It may be a billing system using imaging information that enables authenticity confirmation to transmit billing information for charging the person b to use the registered imaging information.
  • the billing system using imaging information capable of authenticity confirmation In the charging system ⁇ 0 (100) for using imaging information in electronic commerce, (M0-1)
  • the server A (M0-2-1) Register and manage a specific image in the database 2 as marker imaging information in addition to the necessary URL information and authentication data and / or serial number imaging information, (M0-3-1) From the image read by the device C, the image can be received by the reading; (STF)
  • the server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database.
  • (M1-1-1) Install on an image-readable device, distribute a decoder APP that forcibly sends the read image to server A, (M1-3-3)
  • the image received via the decoder application is collated with the database to check whether the image is registered as a marker in the database.
  • (M1-4) The server A that sends back the authenticity confirmation information;
  • (M2-1) Install the decoder application distributed by the server A, (M2-2-1) On the installed decoder application screen, an image displayed on the medium is read, (M2-4-2) Send the image to the server A, (M2-5) a device C that receives the authenticity confirmation information from the server A, Including (CL)
  • the server A transmits the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation. It may be a billing system using imaging information that enables authenticity confirmation to transmit billing information for charging the person b to use the registered imaging information.
  • the billing system using imaging information capable of authenticity confirmation according to the present invention (M1-5) If the result of the authenticity check is true, the server A provides a payment provided by the server A together with “true” authenticity confirmation information or as “true” authenticity confirmation information. Send a payment page with an icon to the device C; (M2-6) When the payment icon displayed on the device C is selected and the payment of the product corresponding to the read registered imaging information is completed on the device C, (M1-6) The server A counts the number of settlement completions as the number of hits, and transmits to the sender b of the transaction information X billing information for charging the fee for using the registered imaging information , (CL) It may be a billing system using imaging information that can be checked for authenticity.
  • the billing system using imaging information capable of authenticity confirmation according to the present invention (M1-5) If the result of the authenticity check is true, the server A provides a payment provided by the server A together with “true” authenticity confirmation information or as “true” authenticity confirmation information. Send a payment page with an icon to the device C; (M2-6) ′ The payment icon displayed on the device C is not selected or is left unattended, and the payment page session is not settled with the payment of the product corresponding to the read registered imaging information not yet established. When finished (M1-6) ′ The server A counts the number of page views of the authenticity confirmation information or the number of page views of the payment page as a hit number, and sends the registered imaging information to the sender b of the transaction information X. Send billing information to charge for usage, (CL) It may be a billing system using imaging information that can be checked for authenticity.
  • the charging method for using the imaging information capable of authenticity confirmation according to the present invention (E3)
  • the device C has an odor generating module that generates a specific odor with respect to a specific signal to be received, or is connectable to the odor generating module,
  • the step of transmitting the authenticity confirmation information includes the step of transmitting the specific signal to the device C when the result of the authenticity confirmation is true. It may be a billing method for using structured information.
  • the charging method for using the imaging information capable of authenticity confirmation according to the present invention (E3)
  • the device C has or can be connected to a vibration generating module that generates a specific vibration for a specific signal received.
  • the step of transmitting the authenticity confirmation information includes the step of transmitting the specific signal to the device C when the result of the authenticity confirmation is true. It may be a billing method for using structured information.
  • the charging method for using the imaging information capable of authenticity confirmation according to the present invention (E3)
  • the device C has or can be connected to a sound generation module that generates a specific sound for a specific signal to be received;
  • the step of transmitting the authenticity confirmation information includes the step of transmitting the specific signal to the device C when the result of the authenticity confirmation is true. It may be a billing method for using structured information.
  • the user (user) c can avoid the risk of performing commercial transactions using imaging information that is not registered in the server A. That is, the imaging information read by the device C is spoofed imaging information of the imaging information properly registered in the server A (for example, information on a forged two-dimensional code pasted on the normal two-dimensional code). In this case, the user c can eliminate the possibility of being scammed, such as the fact that the product does not arrive despite the payment of the payment and the identity of the payee cannot be confirmed.
  • FIG. 1 is a schematic diagram of a billing system using imaging information capable of authenticity confirmation according to the present invention.
  • the time table figure of the Example regarding Embodiment 2 of the accounting method of imaging information utilization which can confirm authenticity based on this invention.
  • FIG. 3 is a schematic diagram of a charging method using imaging information capable of authenticity verification in Embodiment 1 (1) of the present invention.
  • FIG. 3 is a schematic diagram of a charging method using imaging information capable of authenticity verification in Embodiment 1 (1) of the present invention.
  • FIG. 10 is a schematic diagram of a charging method for using imaging information capable of authenticity verification in Embodiment 2 of the present invention.
  • FIG. 10 is a schematic diagram of a charging method for using imaging information capable of authenticity verification in Embodiment 3 of the present invention.
  • FIG. 10 is a schematic diagram of a billing method for using imaging information capable of authenticity confirmation in Embodiment 4 of the present invention.
  • FIG. 3 is a schematic diagram of a billing method for using imaging information capable of authenticity verification in Embodiment 1 (2) of the present invention.
  • FIG. 5 is a schematic diagram of a billing method for using imaging information capable of authenticity verification in Embodiment 1 (3) of the present invention.
  • 1 is a schematic diagram of a charging system using imaging information that can be checked for authenticity in Embodiment 1 (1) of the present invention.
  • FIG. FIG. 10 is a schematic diagram of a charging system using imaging information capable of authenticity confirmation in Embodiment 2 of the present invention.
  • FIG. 10 is a schematic diagram of a charging system using imaging information capable of authenticity verification in Embodiment 3 of the present invention.
  • FIG. 10 is a schematic diagram of a charging system using imaging information capable of authenticity confirmation in Embodiment 4 of the present invention.
  • 1 is a schematic diagram of a charging system using imaging information capable of authenticity verification in Embodiment 1 (2) of the present invention.
  • FIG. FIG. 3 is a schematic diagram of a charging system using imaging information capable of authenticity verification in Embodiment 1 (3) of the present invention.
  • FIG. 1 A Front view of device C displaying “true” authenticity confirmation information and payment page, (b) Front view of device C displaying payment page.
  • Schematic diagram of a conventional imaging information usage billing system ⁇ 0 The time table figure of the charging method of the conventional imaging information utilization.
  • the billing method of using imaging information capable of authenticating authenticity is the above-mentioned “charging system for using imaging information in electronic commerce” in Patent Document 1, that is, using imaging information schematically shown in FIG. This is a billing method using the billing system ⁇ 0 (100).
  • the billing method for using authentication information that can confirm authenticity replaces the database 102 in FIG. 20 with the database 2 of the server A according to the present invention as shown in FIG.
  • A1 Sending transaction information X related to the promotion, introduction, and / or sale of products, and displaying imaging information associated with the transaction information X on paper, a screen, and / or a product medium, Providing the imaging information to a user (user) c, a server B of a sender (client) b of the transaction information X;
  • a server of the administrator who registers and manages in the database 2 imaging information into which necessary URL information and authentication data (ID data) and / or serial number information associated with the transaction information X are input
  • A3 A device C capable of browsing web information and reading the imaging information of a user (user) c who uses the transaction information X, (A4) connected via a computer network capable of transmitting and receiving Web information,
  • FIG. 21 shows registered imaging information in which URL information, authentication data, and / or serial number information associated with the transaction information X in the imaging information utilization charging system ⁇ 0 (100) is input.
  • the flow of money (information) and goods etc. is also illustrated.
  • the server A confirms the server B via the device C.
  • the registered imaging information refers to registered imaging information that has been properly registered in the server A.
  • FIGS. 7 to 18 The outline of each embodiment is shown in FIGS. 7 to 18 as flowcharts. Note that the paragraph numbers such as (S1-1) shown in FIGS. 7 to 18 are the same as the section numbers of the embodiments described below.
  • (I) ⁇ Charging method and charging system for using imaging information that can be checked for authenticity>
  • Embodiment 1 (1) (billing method) (see FIG. 7)
  • the charging method for using imaging information capable of authenticity verification according to Embodiment 1 (1) of the present invention is as shown in FIG. 1 in the known imaging information usage charging system ⁇ 0 (100) as described above.
  • (S1-1) Server A distributes a decoder application (hereinafter also referred to as “decoder APP”) that is installed in an image-readable device, decodes the read imaging information, and is forcibly transmitted to server A.
  • decoder APP a decoder application
  • a step in which the device C installs steps (11) and (12) in FIG. 1
  • S1-2 On the installed decoder APP screen, device C reads certain imaging information (step (13) in FIG.
  • imaging information as a medium includes two-dimensional codes such as barcodes and QR codes (registered trademark) displayed on images on paper and articles, watermarks, holograms, AR (Augmented Reality) markers, etc.
  • Information terminals such as PCs, PDAs, NetTVs, etc., such as digital watermarks embedded in image information, which are expressed from combinations and structures of characters, figures, symbols including numbers, colors, light phase information, etc. All information that can be recognized and imaged by the device C, such as imaging information expressed on the display screen, is included. Therefore, in the billing method (system) using imaging information that can confirm authenticity according to the present invention, an image fixed on a visual medium such as an RFID tag printed on a printing medium is also included as imaging information. . Imaging information such as an RFID tag printed on the print medium may be read using a device C having an RFID reader function.
  • the imaging information as information embedded (imaged or input) in the imaging information as the medium is “necessary URL information and authentication data”. And / or the serial number information is input ”, but the URL information and the authentication data itself are usually composed of a serial number represented by a combination of alphabetic symbols and numeric symbols. That is, the imaging information is usually a serial number as a whole after “inputting necessary URL information and authentication data and / or serial number information”. Therefore, in this specification and the like, the imaging information is a case where “required URL information and authentication data information and / or serial number information added to the information is expressed by a serial number”. Also included.
  • the imaging information expressed as http://www.zybox.cc/123456, as in the example described later, “includes necessary URL information and authentication data information (www.zybox.cc) It includes the information of the added serial number (123456) ”. It is convenient for the caller b that the sender b of the transaction information X uses the product identification number of the product or service to be traded by the transaction information X. The serial number (123456) to be added may be determined by the sender b of the transaction information X and registered in the database 2.
  • the decoder application distributed in advance by the server A incorporates an imaging information decoder that decodes the read imaging information, and the device C reads the imaging information.
  • the imaging information is decoded, and necessary URL information and authentication data and / or information such as a serial number included in the imaging information are forcibly transmitted to the server A.
  • the decoder APP does not decode the imaging information when the imaging information is read, and the read image of the imaging information is directly sent to the server A. And the server A may decode the imaging information.
  • the transaction information X transmitted by the caller (client) b is used as the transaction information X transmitted by the caller (client) b.
  • the associated URL information is transmitted to the device C by being redirected by the server A after the server A performs authenticity confirmation (registration confirmation).
  • the user c makes a settlement according to the imaging information read by the device C. Do. Therefore, the imaging information read by the device C is spoofed imaging information (for example, information on a forged two-dimensional code pasted on a regular two-dimensional code) of the registered imaging information registered in the server A. In such a case, the user c may suffer fraud, such as the fact that the product has not arrived despite payment for payment and the identity of the payee cannot be confirmed. That is, in FIG.
  • the source of this spoofed (or forged) imaging information is the server D used by a malicious third party (bad person) d, and as a result of the device C reading the spoofed imaging information, for example, Through the URL information displayed on the device C by the spoofing server-D, there is a possibility that the user c may suffer damage such as making an unintentional payment to a malicious third party (bad person) d.
  • the sender b transmits “transaction information X relating to the promotion, introduction, and / or sale of merchandise, and displays the imaging information associated with the transaction information X on paper, The information is displayed on the screen and / or the product medium and the imaging information is provided to the user (user) c ”.
  • the user (user) c is displayed on the product or other medium via the device C.
  • electronic commerce of the product with the client b is performed.
  • the present invention is a charging method (system) for using imaging information that can be checked for authenticity “in electronic commerce”, there is an electronic commerce related to a product between a user (user) c and a client b.
  • the server A basically transmits the billing information to the client b as “the fee for using the registered imaging information”. Therefore, “... the server A sends the charging information for charging the use of the registered imaging information to the caller b based on the authentication data and the number of hits”.
  • the server A confirms the client b with the authentication data of the registered imaging information based on the number of hits of the authentication data included in the authentication information, and the server A transmits the billing information to the client b.
  • Embodiment 1 (2) (billing method) (see FIG. 11)
  • the server A performs authenticity confirmation of the imaging information received from the device C. If the imaging information is true, the server A includes the result of the authenticity confirmation or “true” authenticity confirmation information. Is preferably sent to device C.
  • the step of transmitting the authenticity confirmation information includes: (S2-3-1) If the result of the authenticity check is true, the server A provides the server A together with the “true” authenticity confirmation information or as the “true” authenticity confirmation information. Transmitting a payment page (see FIGS.
  • the server A if the result of the true / false confirmation is true, the server A provides the payment provided by the server A together with the true / false confirmation information as shown in FIG. Send the page to device C.
  • the payment page provided by the server A is transmitted to the device C as the true / false confirmation information of “true”.
  • the server A may cause the device C to display the payment confirmation page on the device C after displaying the true / false confirmation result as “true”.
  • the payment page may be displayed on the device C to indicate that the result of the authenticity check is true.
  • 19A and 19B “credit card payment icon” and “electronic money payment icon” are displayed as examples of payment icons.
  • the server A receives the credit card payment selection signal, and the server A receives the authentication data included in the registered imaging information registered in the database 2 Based on the URL information or the URL information, the transaction information X is redirected to the URL of the settlement agent designated by the sender b of the transaction information X.
  • the payment agent verifies the credit of the user c. The amount is withdrawn, and the settlement of the product on which the registered imaging information is displayed is completed on the device C as described in section (S2-3-1-2).
  • the settlement agency transmits a settlement completion notification to the server A, and the server A transmits a settlement completion notification to the device C. Then, in section (S2-4-1), the server A counts the number of settlement completions as the number of hits, and charges the sender b of the transaction information X for the usage fee of the registered imaging information Send information.
  • the server A receives the electronic money payment selection signal, and the server A includes the registered imaging information registered in the database 2. Based on the authentication data, URL information, etc., the transaction information X is redirected to the URL of the electronic money management company designated by the sender b of the transaction information X.
  • electronic money such as Suica (registered trademark) does not require a settlement agency as in the case 1, and the electronic money management company confirms the electronic money balance of the device C, and if it exists, it is debited.
  • the management company transmits a payment completion notification to the server A, and the server A transmits a payment completion notification to the device C.
  • the server A counts the number of settlement completions as the number of hits, and charges the sender b of the transaction information X for the usage fee of the registered imaging information Send information.
  • the user c may purchase a plurality of the same products corresponding to the read registered imaging information by one electronic commerce. Therefore, even if the server A charges the caller b using the number of payment completions as the number of hits as described above, the charge amount per hit may be different. For example, considering the case where 10 yen is charged as the fee for using registered imaging information for the establishment of one electronic commerce for a certain priced product, if the two electronic commerce for the above product is established with one hit (one settlement), the charge amount is Although it is 20 yen, if an electronic commerce of 10 products is completed with 1 hit (1 settlement), the charge amount is 100 yen.
  • the user c transmits transaction information by redirection from the payment page provided by the server A based on authentication data, URL information, and the like included in the registered imaging information registered in the database 2.
  • X can be entered into the payment URL of the payment agent company (or electronic money management company) designated by the caller b of X, and the user c can be called by the caller (client) b who has registered with the server A.
  • the transmitted transaction information X can be used with confidence and payment can be made.
  • Embodiment 1 (3) (billing method) (see FIG. 12)
  • the registered imaging information read by the user c corresponds to the payment page provided by the server A displayed on the device C.
  • the number of hits was counted and the client b was charged.
  • the server A is authenticated. Even if the number of page views of the confirmation information or the number of page views of the payment page is counted as the number of hits, billing information for charging the fee for using the registered imaging information is transmitted to the sender b of the transaction information X Good.
  • the step of transmitting the authenticity confirmation information includes: (S2-3-1) If the result of the authenticity check is true, the server A provides the server A together with the “true” authenticity confirmation information or as the “true” authenticity confirmation information. Transmitting a payment page (see FIGS. 19A and 19B) displaying a payment icon to the device C; (S2-3-1-3) The payment icon displayed on the device C is not selected or is left unattended, and the payment page session is not settled yet with the product for which the registered imaging information is displayed unsettled.
  • a step to finish, Including (S2-4) Based on the authentication data and the number of hits included in the registered imaging information used by the server A for the real confirmation, the server A informs the sender b of the transaction information X of the use of the registered imaging information.
  • the step of sending billing information for billing is as follows: (S2-4-2)
  • the server A counts the number of page views of the authenticity confirmation information or the number of page views of the payment page as the number of hits, and sends the registered imaging information to the sender b of the transaction information X.
  • the charge amount to the sender b may be different between the page view of the authenticity confirmation information and the page view of the payment page and the case of the completion of the settlement. In the case of the page view of the payment page, it is appropriate to make the billing amount lower than when the payment is completed.
  • Embodiment 1 (2) and Embodiment 1 (3) are applicable also to Embodiment 2 thru
  • the server A when the server A performs authenticity confirmation of the imaging information received from the device C, only the serial number transmitted by the device C is used. Authenticity confirmation may be performed. That is, the device C decodes the imaging information by the decoder APP, transmits only the serial number included in the imaging information to the server A, and the server A confirms whether the serial number is registered in the database 2 or not. Authenticity confirmation may be performed.
  • the device C uses the true registered imaging information of the client b so that the server A Any case of charging the fee for using registered imaging information based on the authentication data or the like may be included.
  • Embodiment 1 (1) (billing system) (see FIG. 13)
  • a billing system 1 for imaging information use capable of authenticity confirmation according to the present invention corresponding to the billing method of the first embodiment (1),
  • E3 In the charging system ⁇ 0 (100) for using imaging information in electronic commerce,
  • STF In the charging system ⁇ 0 (100) for using imaging information in electronic commerce,
  • the server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database 2 or not.
  • M1-1) Install on an image-readable device, distribute the decoder APP that decodes the read imaging information and forcibly sends it to the server A (step (12) in FIG.
  • step (14) in FIG. 1 The authentication data and / or serial number information of the imaging information received via the decoder APP is verified against the database 2 (step (15) in FIG. 1), (M1-4) The authenticity confirmation information is returned (step (16) in FIG. 1) server A; (M2-1) Install the decoder APP distributed by the server A (steps (11) and (12) in FIG. 1), (M2-2) Read certain imaging information on the installed decoder APP screen (step (13) in FIG. 1), (M2-3) The imaging information is decoded by the decoder APP (step (13) in FIG. 1), (M2-4) The authentication data and / or serial number information of the imaging information is transmitted to the server A (step (14) in FIG.
  • the server A receives the authenticity confirmation information that has been confirmed by the server A (step (16) in FIG. 1) device C; Including (CL) If the result of the true / false confirmation is true, the server A sends the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation. In FIG. 1, the billing information for charging the use of the registered imaging information is transmitted (step (17) in FIG. 1).
  • the charging system 1 using imaging information that can be checked for authenticity is characterized in that a user (user) c (device C) verifies the authenticity of a client b (server B) via a server A. .
  • Embodiment 1 (2) (billing system) (see FIG. 17)
  • the billing system 1 for imaging information use capable of authenticity confirmation according to the present invention, corresponding to the billing method of the first embodiment (2), (M1-5)
  • the server A provides a payment icon provided by the server A together with “true” authenticity confirmation information or as “true” authenticity confirmation information if the result of the authenticity confirmation is true.
  • (M2-6) When the payment icon displayed on the device C is selected and the payment of the product corresponding to the read registered imaging information is completed on the device C, (M1-6) Server A counts the number of settlement completions as the number of hits, and sends billing information for charging the use of the registered imaging information to the sender b of the transaction information X Also good.
  • the server A may cause the device C to display the true / false confirmation result and subsequently display the payment page. It may be indicated by having the payment page displayed on device C that the result of the false confirmation is true.
  • the number of payment completions is counted as a hit number as usual, and the server A Billing information for charging the fee for using the registered imaging information is transmitted to b.
  • Embodiment 1 (3) (billing system) (see FIG. 18)
  • the billing system 1 for imaging information use capable of authenticity confirmation according to the present invention, corresponding to the billing method of the first embodiment (3), (M1-5)
  • the server A provides a payment icon provided by the server A together with “true” authenticity confirmation information or as “true” authenticity confirmation information if the result of the authenticity confirmation is true.
  • Send the payment page with the message to device C, (M2-6) ′ The payment icon displayed on the device C is not selected or is left, and the payment page session is not completed and the payment of the product corresponding to the read registered imaging information is not established.
  • the user c does not settle the product on the payment page provided by the server A.
  • the server A counts the number of page views of the authenticity confirmation information or the number of page views of the payment page as the number of hits, and charges the sender b of the transaction information X for the use of the registered imaging information. Billing information may be transmitted.
  • the first embodiment (2) and the first embodiment (3) can also be applied to the accounting system using imaging information capable of authenticity verification according to the present invention of the second to fourth embodiments described below. .
  • the device C is connected to the server A.
  • the decoder APP distributed by is not installed in advance, or when the user c does not use the decoder APP, the user c makes a settlement according to the imaging information read by the device C. Therefore, the imaging information read by the device C is spoofed imaging information (for example, information on a forged two-dimensional code pasted on a regular two-dimensional code) of the registered imaging information registered in the server A. In such a case, the user c may suffer fraud, such as the fact that the product has not arrived despite payment for payment and the identity of the payee cannot be confirmed.
  • the source of this spoofed (or forged) imaging information is the server D used by a malicious third party (bad person) d, and as a result of the device C reading the spoofed imaging information, for example, Through the URL information displayed on the device C by the spoofing server-D, there is a possibility that the user c may suffer damage such as making an unintentional payment to a malicious third party (bad person) d.
  • FIG. 2 (a) shows that a malicious third party d (server-D) who forges imaging information affixes the forged imaging information on legitimate registered imaging information (for example, a two-dimensional code).
  • server-D a malicious third party d
  • FIG. 2A illustrates a QR code (registered trademark) as imaging information.
  • QR code registered trademark
  • the (regular) registered imaging information is the imaging information that is normally registered by the server A in the database 2 (DB) (see FIG. 1), and the spoofed (or forged) imaging information or the registered / unregistered unknown image It will be distinguished from the information.
  • step (1-1) the server A of the administrator a who registers and manages in the database 2 sends the registered imaging information (registered two-dimensional code) to the server B of the sender (client) b.
  • the (regular) registered two-dimensional code is displayed on the paper, screen, and / or product medium provided by the sender (client) b of the transaction information X.
  • the registered image information of regular registration in the database 2 in which necessary URL information and authentication data and / or serial number information associated with the transaction information X provided to the person (user) c is input.
  • step (2) the malicious third party d (server D) adds counterfeit imaging information (forged two-dimensional code) on the regular registered two-dimensional code issued in step (1-1) of server A. ) Or forging counterfeit imaging information on a fake print medium.
  • the regular registration imaging information is http://www.zybox.cc/123456, but this regular registration imaging information is http://www.nisemono.jp Forged on / 456123.
  • the user (user) c makes a payment by misrecognizing the forged imaging information as authentic, the user (user) c is paid to the malicious third party d (server D) against the will of the user (user) c. Such a situation will occur.
  • step (3-1) the device C of the user (user) c uses the decoder application (decoder APP) in which the imaging information decoder distributed by the server A is used to extract the authenticity information. It is a step of reading and decoding.
  • the registered image information registered correctly by the server A is embedded in the regular (genuine) registered two-dimensional code, and the spoofed (counterfeited) two-dimensional code contains the malicious second information.
  • the imaging information registered by the third party d using the server D is embedded (not registered in the server A).
  • the device C needs to install in advance the decoder APP incorporating the imaging information decoder distributed by the server A.
  • the decoder APP decodes the imaging information of the two-dimensional code and, for example, an image such as URL information and authentication data and / or serial number embedded in the two-dimensional code on the screen (device C) of the decoder APP. Display information (see step (3-1) in FIG. 2).
  • Step (4) is a step in which the user (user) c determines whether or not to confirm the authenticity of the imaging information displayed on the screen (device C) of the decoder APP.
  • the authenticity confirmation is displayed on the screen of the decoder APP as shown in FIG. 2A, for example, as shown in step (4) of FIG.
  • click “No” when the user (user) c determines that it is not necessary to confirm the authenticity of the imaging information on the decoder APP screen, click “No”.
  • the conventional charging method for using imaging information (Patent Document 1, charging system for using imaging information ⁇ 0 (100)) is executed.
  • the decoder APP decodes the image displayed on the screen.
  • the encrypted information http://www.nisemono.jp/456123 is forcibly transmitted to the server A that is the distribution source of the decoder APP.
  • This transmission is performed by using, for example, a URL dedicated to inquiry of the decoder APP (registered domain for managers http://www.xxx.co.jp/) with respect to the read serial number 456123 at http://www.xxx.
  • it is performed by accessing like co.jp/inquire/456123, it may be performed by e-mail. (In this case, the authenticity confirmation result notification in step (6-1) is returned to the Web mail.)
  • step (6-1) the server A collates the authentication data and / or serial number in the transmitted imaging information http://www.nisemono.jp/456123 with the database 2 and Check whether the read image information http://www.nisemono.jp/456123 is registered. Note that this authenticity check may be simplified and performed using only the serial number 456123.
  • the result of the authenticity check in the step (6-1) is sent to the user (user) c in the form of “true” or “false”, for example, by e-mail (Web mail) , SMS), Web (chat etc.), etc.
  • the imaging information of the two-dimensional code that the user (user) c decodes with the decoder APP and inquires to the server A is registered imaging information (registered) registered in the database 2 of the server A. 2D code).
  • the collation result is false, the imaging information that the user (user) c has inquired of the server A with the decoder APP is not registered in the database 2 of the server A, and impersonation (forgery) imaging is performed. It can be seen that there is a possibility of information (two-dimensional code). If the result of the authenticity check is “true”, the payment page provided by the server A may be displayed on the device C.
  • server A incorporates an imaging information decoder in a known imaging information usage accounting system ⁇ 0 (100).
  • the imaging information for example, a two-dimensional code
  • server A It is possible to make a true / false judgment as to whether or not it has been registered in.
  • the authenticity confirmation method of the first embodiment (1) can be expressed as steps 101 to 104, 104-2, 105 to 107, and 107-2 in the time table of FIG. 2B. .
  • these steps are illustrated as Example 2.
  • a case where a two-dimensional code is used as the imaging information and a device with a camera (image readable device) is used as the device C is illustrated as in the first embodiment.
  • the medium and means to be embedded as the imaging information are not limited to the two-dimensional code, and the device C is not limited to the device with camera.
  • Step 101 Server B of client b sends URL information and authentication data (http://www.zybox.cc/) associated with transaction information X of client b to server A.
  • URL information and authentication data are not clearly distinguishable, and there is a case where one of them also serves as the other.
  • Step 102 The server A attaches a serial number to the necessary URL information and authentication data (http://www.zybox.cc/) associated with the transaction information X, and forms imaging information (http : //www.zybox.cc/123456) is registered in the database 2.
  • the serial number is preferably the product identification number of the product or service that the sender b of the transaction information X is to conduct a transaction with the transaction information X.
  • the sender b The serial number may be determined and transmitted to the server A.
  • Step 103 Server A embeds registered imaging information (http://www.zybox.cc/123456) in a two-dimensional code or the like and sends it to server B.
  • Step 104 The client b (server B) attaches a two-dimensional code in which the registered imaging information (http://www.zybox.cc/123456) is embedded to a product, a screen or the like for sales / advertisements. Do.
  • Step 104-2 A malicious third party d (server D) forged two-dimensionally on a regular registered two-dimensional code (http://www.zybox.cc/123456) registered and issued by server A. This is a step in which the code (http://www.nisemono.jp/456123) is affixed, counterfeited, or replaced.
  • Step 105 The server A distributes the decoder APP incorporating the imaging information decoder to the user c (device C).
  • the decoder APP is preferably installed in advance on the device C such as a smart phone by the user c.
  • Step 106 As described above, the user c reads the two-dimensional code using the decoder APP and decodes the imaging information such as the authentication code and / or the serial number.
  • Step 107 As described above, the server A receives the imaging information (authentication code and / or serial number) of the two-dimensional code read and decoded by the user c using the decoder APP, and the database 2 (DB ) To verify whether the imaging information (authentication code and / or serial number) is registered.
  • the imaging information authentication code and / or serial number
  • Step 107-2) This is a step of sending back to the user c (device C) the authenticity (whether registered or not registered) as a result of the authenticity confirmation by the server A as authenticity confirmation information. If the two-dimensional code read by the device C is a forgery forged by the third party d, authenticity confirmation information indicating “false” is transmitted to the device C, and if it is genuinely registered in the server A, “true” ”Is transmitted to the device C (see FIG. 2B and step (107-2)). The payment page provided by the server A may be transmitted to the device C instead of the authenticity confirmation information indicating “true” or together with the authenticity confirmation information of “true” (FIG. 2B). ) Bottom, see step (107-2)). (II) ⁇ Billing method and billing system for using imaging information that can confirm authenticity using a marker>
  • the imaging information such as a two-dimensional code used for electronic commerce includes necessary URL information and authentication data including transaction information X provided by the sender b, and / or Alternatively, it is used as a medium in which serial number information is embedded, and the content of the imaging information is the necessary URL information and authentication data and / or serial number.
  • the above-described information is embedded (input or imaged) in imaging information as a medium, and the optical outline is included in the imaging information as a medium such as a two-dimensional code in which the information is embedded.
  • the “specific image” is, for example, a character, a figure, a symbol, a combination thereof, or a combination of these and a color, but is not particularly limited. An arbitrary image such as an object is included.
  • Second Embodiment (Billing Method) (See FIG. 8)
  • an image of registered imaging information such as a registered two-dimensional code in which necessary URL information and authentication data and / or serial number are embedded is used as a marker, and the marker (image of registered imaging information) is used.
  • the image information is registered in the database 2 (DB) of the server A together with necessary URL information and authentication data and / or serial number.
  • the billing method of using imaging information that can be checked for authenticity according to Embodiment 2 of the present invention is as follows.
  • (E3) In the charging system ⁇ 0 (100) for using imaging information in the electronic commerce, (M0-1)
  • the server A (M0-2)
  • the image of the imaging information is registered and managed in the database 2 as imaging information (marker),
  • (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading;
  • STF is a billing method of using imaging information capable of authenticity verification, which verifies the authenticity of whether or not the imaging information received from device C is registered in database 2.
  • the server A distributes the decoder APP that is installed in the image readable device and forcibly transmits the read image to the server A, and the device C installs the decoder APP.
  • the device C reads certain imaging information on the installed decoder APP screen;
  • the device C transmits an image of the imaging information to the server A;
  • the server A decodes the imaging information from the received image of the imaging information;
  • the server A collates the decoded authentication data and / or serial number information with the database 2 and determines whether the received imaging information is registered in the database 2 or not.
  • Steps to check (S2-3) the server A transmits the authenticity confirmation information to the device C; (S2-4) If the result of the authenticity confirmation is true, the server A uses the authentication data included in the registered imaging information used for the authenticity confirmation and the number of hits of the transaction information X. Sending to the caller b billing information for billing the use of the registered imaging information; (CL) is included.
  • the device C transmits only the image of the read imaging information to the server A, and the URL information and the authentication data and / or the serial number from the image of the imaging information received by the server A.
  • the image information is decoded and the authenticity is confirmed.
  • server A performs authenticity confirmation only with the serial number decoded by server A when confirming authenticity of the imaging information received from device C. May be.
  • Embodiment 2 (billing system) (see FIG. 14)
  • the billing system 1 using the imaging information capable of authenticity confirmation according to the present invention is as follows.
  • (E3) In the charging system ⁇ 0 (100) for using imaging information in electronic commerce, (M0-1)
  • the server A (M0-2)
  • the image of the imaging information is registered and managed in the database 2 as imaging information (marker), (M0-3)
  • imaging information marker
  • (STF) Server A is a billing system using imaging information capable of authenticity confirmation that verifies whether or not the imaging information received from device C is registered in database 2.
  • (M1-1-1) Install on an image-readable device, distribute a decoder APP that forcibly sends the read image to server A, (M1-2) Decoding the imaging information from the image of the imaging information received via the decoder APP, (M1-3-1) The authentication data and / or serial number information of the decoded imaging information is checked against the database 2 to confirm the authenticity, (M1-4) Server A that returns the authenticity confirmation information; (M2-1) Install decoder APP distributed by server A, (M2-2) Read certain imaging information on the installed decoder APP screen, (M2-4-1) Sending the image of the imaging information to server A, (M2-5) a device C that receives the authenticity confirmation information from the server A, and Including (CL) If the result of the true / false confirmation is true, the server A sends the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation.
  • b is an imaging information usage billing system capable of confirming authenticity, which transmits accounting information for charging the usage
  • Embodiment 2 will be described with reference to FIG. Since the steps (2), (4), and (7) are the same as those in the first embodiment (see FIG. 2A), the description thereof is omitted, and (1-1) and (3- Only differences from the steps 1), (5-1), and (6-1) will be described.
  • the server A sends the registered imaging information (registered two-dimensional code) to the server B of the sender (client) b.
  • the registered imaging information includes an image (marker) of imaging information together with necessary URL information and authentication data and / or serial number information.
  • the device C reads and decodes the imaging information whose authenticity is unknown using the decoder APP, but in the step (3-2) of the third embodiment, Device C only reads and does not decode the imaging information. Therefore, when the user (user) c selects “Yes” in the step (4), the device C sends only the image of the imaging information to the server A in the step (5-2) via the decoder APP.
  • the authentication data and / or serial number imaging information http://www.nisemono.jp/456123 is not transmitted to the server A as in (5-1) of the first embodiment.
  • step (4) can be omitted both in the first embodiment and in the third embodiment and the following embodiments, and immediately after the device C reads the imaging information whose authenticity is unknown using the decoder APP.
  • a configuration may be adopted in which imaging information such as imaging information, authentication data, and / or serial number is forcibly transmitted to the server A.
  • the server A decodes the received imaging information image and obtains http://www.nisemono.jp/456123 (URL information and authentication data and / or serial number). After being obtained, it is verified against the database 2 (DB) whether the imaging information http://www.nisemono.jp/456123 is registered. As described above, the configuration may be simplified so that the authenticity confirmation is performed using only the serial number 456123.
  • the second embodiment will be described using the time table of FIG. 3B in the same manner as in the second embodiment.
  • Step 201 to (Step 205) of the fourth embodiment are the same as (Step 101) to (Step 105) of the second embodiment, description thereof will be omitted.
  • the imaging information is not decoded by the device C as in the second embodiment (step 106), and the two-dimensional code image (imaging information) is transferred from the device C to the server A in (step 207). Image).
  • the server A decodes the imaging information from the received two-dimensional code image, and if the two-dimensional code is impersonated (false), the obtained http: //www.nisemono .jp / 456123 (URL information and authentication data and / or serial number) is inquired to the database 2 (DB), and authenticity is confirmed.
  • the database 2 of the server A stores http://www.zybox.cc/123456 (URL information and Authentication data and / or serial number) is queried and authenticity verification is performed.
  • each authenticity confirmation information is transmitted from the server A to the device C.
  • Embodiment 3 (charging method) (see FIG. 9)
  • a description will be given of a third embodiment of the accounting method (system) for using imaging information capable of authenticity confirmation according to the present invention. Also in the third embodiment, as in the second embodiment, only the image of the imaging information (two-dimensional code image) is transmitted from the device C to the server A.
  • the charging method for using imaging information that can be checked for authenticity is as follows.
  • (E3) In the charging system ⁇ 0 (100) for using imaging information in the electronic commerce, (M0-1)
  • the server A (M0-2)
  • the image of the imaging information is registered and managed in the database 2 as imaging information (marker),
  • (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading;
  • the server A is a billing method of using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database 2 or not.
  • the server A distributes the decoder APP that is installed in the image readable device and forcibly transmits the read image to the server A, and the device C installs the decoder APP.
  • the device C reads certain imaging information on the installed decoder APP screen;
  • the device C transmits an image of the imaging information to the server A;
  • S2-2-2) a step in which the server A collates the received image of the imaging information with the database 2 and confirms whether or not the image of the imaging information is registered in the database 2; , (S2-3) the server A transmits the authenticity confirmation information to the device C;
  • the server A uses the authentication data included in the registered imaging information used for the authenticity confirmation and the number of hits of the transaction information X. Sending to the caller b billing information for billing the use of the registered imaging information; (CL) is included.
  • the authenticity check is performed by using the image of the imaging information that the server A has received from the device C and the image of the imaging information registered in the database 2. This is done by collating with (marker).
  • Embodiment 3 (billing system) (see FIG. 15)
  • a billing system using imaging information capable of authenticity confirmation is as follows.
  • (E3) In the charging system ⁇ 0 (100) for using imaging information in electronic commerce, (M0-1)
  • the server A (M0-2)
  • the image of the imaging information is registered and managed in the database 2 as imaging information (marker),
  • (M0-3) From the imaging information read by the device C, an image of the imaging information can be received by the reading;
  • STF The server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database 2 or not.
  • (M1-1-1) Install on an image-readable device, distribute a decoder APP that forcibly sends the read image to server A, (M1-3-2)
  • the image of the imaging information received via the decoder APP is collated with the database 2 to check whether the image of the imaging information is registered in the database 2 , (M1-4) Server A that returns the authenticity confirmation information;
  • (M2-1) Install decoder APP distributed by server A,
  • (M2-2) Read certain imaging information on the installed decoder APP screen,
  • (M2-4-1) Sending the image of the imaging information to server A, (M2-5) a device C that receives the authenticity confirmation information from the server A, and Including (CL) If the result of the true / false confirmation is true, the server A sends the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation.
  • b is an imaging information usage billing system capable of confirming authenticity, which transmits accounting information for charging the usage fee of the registered imaging information.
  • the third embodiment will be described with reference to FIG. 4A. However, since the third embodiment is the same as the third embodiment (see FIG. 3A) except for the step (6-2), the description is omitted. Only step (6-3) of the fifth embodiment which is different from the third embodiment will be described.
  • the server A decodes the received two-dimensional code image (image information image) and obtains http://www.nisemono.jp/456123 (URL information). And authentication data and / or serial number), this is collated with the above-mentioned database 2 to confirm whether or not the imaging information http://www.nisemono.jp/456123 is registered. did.
  • decoding is not performed from the image of the two-dimensional code, and the received image of the two-dimensional code (image of the imaging information) is referred to the database 2, and the relevant Whether the image of the two-dimensional code is registered as a registration marker is checked for authenticity.
  • Other steps are the same as those in the third embodiment.
  • the third embodiment will be described with reference to the time table of FIG. 4B in the same manner as in the fourth embodiment (see FIG. 3B). ) Is the same as that of the fourth embodiment except that it is omitted. That is, in the fourth embodiment, following the transmission of the two-dimensional code image (step 207), the two-dimensional code image is decoded in (step 208) to http://www.nisemono.jp/456123 ( After obtaining the URL information and authentication data and / or serial number), the decoded imaging information is collated with the database 2 to confirm the authenticity.
  • step 307 from the device C, Only the two-dimensional code image is transmitted to the server A, and the two-dimensional code image is not decoded.
  • the server A queries the database 2 for the received two-dimensional code image (image of the imaging information), and Whether the image of the two-dimensional code is registered as a registration marker is checked for authenticity.
  • Embodiment 4 (billing method) (see FIG. 10)
  • the image of the imaging information is used as registered imaging information as a marker together with necessary URL information and authentication data and / or a serial number.
  • other specific images (arbitrary images that can be specified as images) are registered in the database 2 and used instead of the image of the imaging information.
  • This marker (specific image) is preferably designated in advance by the sender b of the transaction information X and transmitted from the server B to the server A, and the server A is preferably registered in the database 2.
  • the billing method for using the imaging information capable of authenticity confirmation according to Embodiment 4 of the present invention is as follows.
  • (E3) In the charging system ⁇ 0 (100) for using imaging information in the electronic commerce, (M0-1)
  • the server A (M0-2-1) Register and manage a specific image in the database 2 as marker imaging information in addition to the necessary URL information and authentication data and / or serial number imaging information, (M0-3-1) From the image read by the device C, the image can be received by the reading;
  • STF The server A is a billing method of using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database 2 or not.
  • the server A distributes the decoder APP that is installed in the image readable device and forcibly transmits the read image to the server A, and the device C installs the decoder APP.
  • S1-2-1 On the installed decoder APP screen, the device C reads a certain image displayed on the medium; (S1-4-2) the device C transmits the image to the server A; (S2-2-3) the server A collates the received image with the database 2 and confirms whether or not the image is registered in the database 2 as a registration marker; (S2-3) the server A transmits the authenticity confirmation information to the device C; (S2-4) If the result of the authenticity confirmation is true, the server A uses the authentication data included in the registered imaging information used for the authenticity confirmation and the number of hits of the transaction information X. Sending to the caller b billing information for billing the use of the registered imaging information; (CL) is included.
  • the sender (client) b of the transaction information X displays a specific image (marker) such as a trademark or a trade name on a medium such as paper, a screen, or a product, and the image Information (marker) is provided to the user (user) c.
  • the marker itself is not embedded with (imaging) information such as URL information. Is registered in the database 2 of the server A as imaged information, and the necessary URL information and authentication data registered in the database 2 together with the marker are associated with the marker and the imaged information such as a serial number. Can do.
  • the specific image is not particularly limited, such as an image or logo related to a product to be sold, an image of a company building or an image landscape, and the caller (client) b identifies the server A. Any specific image that can be registered in the database 2 may be used.
  • the authenticity check is performed by collating the image of the imaging information received by the server A with the image (marker) of the imaging information registered in the database 2. Confirms whether or not a certain read image (captured image) received from the device C by the server A is registered as a marker in the database 2.
  • Embodiment 4 (billing system) (see FIG. 16)
  • the billing system using imaging information capable of authenticity confirmation is as follows.
  • (E3) In the charging system ⁇ 0 (100) for using imaging information in electronic commerce, (M0-1)
  • the server A (M0-2-1)
  • a specific image is registered and managed in the database 2 as marker imaging information (marker), (M0-3-1)
  • marker imaging information marker
  • (M0-3-1) From the image read by the device C, the image can be received by the reading;
  • STF The server A is a billing system using imaging information capable of authenticating whether the imaging information received from the device C is registered in the database 2 or not.
  • (M1-1-1) Install on an image-readable device, distribute a decoder APP that forcibly sends the read image to server A, (M1-3-3)
  • the image received via the decoder APP is collated with the database 2 to confirm whether the image is registered as a marker in the database 2, (M1-4) Server A that returns the authenticity confirmation information;
  • (M2-1) Install decoder APP distributed by server A, (M2-2-1) On the installed decoder APP screen, a certain image displayed on the medium is read, (M2-4-2) Send the image to server A, (M2-5) a device C that receives the authenticity confirmation information from the server A, and Including (CL) If the result of the true / false confirmation is true, the server A sends the transaction information X based on the authentication data and the number of hits included in the registered imaging information used for the true confirmation.
  • b is an imaging information usage billing system capable of confirming authenticity, which transmits accounting information for charging the usage fee of the registered imaging information.
  • Embodiment 4 will be described with reference to FIG.
  • the image of the imaging information is used as the marker.
  • the above-described specific image is used as the marker.
  • the contents of the steps are the same as in the fifth embodiment.
  • the sender b of the transaction information X has registered the CRY marker in the database 2 in the frame, but the malicious third party D puts the ARY mark (false marker) in the frame. This is the case when impersonation is performed.
  • Example 6 after the device C transmits the image of the two-dimensional code as a marker to the server A, the image of the two-dimensional code is checked against the database 2 to confirm the authenticity.
  • Example 8 an arbitrary read image is transmitted to the server A, and this is referred to the database 2 to determine whether the read image is registered as a marker in the database 2 or not.
  • the server A in step (S2-3) sends the authenticity confirmation information to the device C.
  • the user c can confirm the authenticity of the read imaging information, and if the result of the authenticity confirmation is true, the URL information of the registered imaging information registered in the database 2 of the server A. Etc. could be used with confidence.
  • the server A informs the device C of the result of the authenticity confirmation through smell, vibration, or sound generated from a specific module built in the device C or connected to the device C. Describe.
  • Embodiment 5 (Billing method using odor generating module)
  • the billing method for using the imaging information that can confirm authenticity according to the fifth embodiment is as follows: (E3) In the charging system ⁇ 0 (100) for using imaging information in the electronic commerce, as shown in FIG. 6A, the device C generates an odor that generates a specific odor with respect to a specific signal received. Has a generation module or is connectable to the odor generation module;
  • the step (S2-3) of transmitting the authenticity confirmation information includes a step in which the server A transmits the specific signal to the device C if the result of the authenticity confirmation is true. May be.
  • Embodiment 6 (Billing method using vibration generating module)
  • the charging method for using the imaging information that can be checked for authenticity according to the sixth embodiment is as follows: (E3) In the billing system ⁇ 0 (100) for using imaging information in the electronic commerce, as shown in FIG. 6B, the device C generates a vibration that generates a specific vibration for a specific signal received. Has a generation module or is connectable to the vibration generation module;
  • the step (S2-3) of transmitting the authenticity confirmation information includes a step in which the server A transmits the specific signal to the device C if the result of the authenticity confirmation is true. May be.
  • Embodiment 7 (Billing method using voice generation module)
  • the charging method for using the imaging information that can be confirmed authenticity according to the seventh embodiment is as follows: (E3) In the accounting system for using imaging information in electronic commerce ⁇ 0 (100), as shown in FIG. 6C, the device C generates a specific sound for a specific signal to be received. Has a generation module or is connectable to the sound generation module;
  • the step (S2-3) of transmitting the authenticity confirmation information includes a step in which the server A transmits the specific signal to the device C if the result of the authenticity confirmation is true. May be.
  • the user c can obtain the result of authenticity confirmation as to whether or not the read imaging information is registered in the database 2 of the server A by smell, vibration, or sound.
  • an input / output device and terminal device used for electronic commerce for transmitting / receiving transaction information X such as advertisement, introduction, and sale of goods via a public communication line, and imaging information used by a user.
  • a reading apparatus (device), an electronic information processing apparatus (computer) and a system for managing the imaging information can use ordinary information processing apparatuses and system means, and they are not particularly limited. Absent.
  • the imaging information as a medium includes, for example, a so-called two-dimensional code such as a barcode and a QR code (registered trademark), a printed RFID tag, a watermark, a hologram, an AR (Augmented Reality) marker, and a halal.
  • a so-called two-dimensional code such as a barcode and a QR code (registered trademark)
  • a printed RFID tag such as a printed RFID tag
  • a watermark such as a watermark
  • a hologram such as an AR (Augmented Reality) marker
  • a halal a so-called two-dimensional code
  • a QR code registered trademark
  • a data area sufficient for inputting authentication data or the like is preferably used.
  • imaging information such as a two-dimensional code
  • a medium for displaying imaging information for example, newspapers, magazines, advertisements, insert leaflets, other printed materials
  • appropriate advertisement media FD, CD-ROM, optical disk, etc.
  • Examples include information media, various products, various screens of information terminals such as PCs, PDAs, NetTVs, mobiles, mobile phones, smart phones, etc. Any media that can provide information such as product advertisements, introductions, and sales The type is not limited.
  • a method of adding imaging information such as a two-dimensional code on these media for example, an appropriate method such as a method of printing on a medium, a method of sticking after sealing, a method of fluorescent printing, or the like is used. Is possible and is not particularly limited.
  • the billing system associated with the use of the imaging information of the present invention provides the sender of transaction information X based on the authentication data for the user registrant, the serial number added to the two-dimensional code, and the number of hits of the authentication data.
  • the sender of transaction information X based on the authentication data for the user registrant, the serial number added to the two-dimensional code, and the number of hits of the authentication data.
  • the billing system using imaging information that can be authenticated and verifiable according to the present invention includes a two-dimensional code displayed on paper, an article, an image, a watermark, a hologram, a marker such as AR (Augmented Reality), and halal.
  • Information such as PC, PDA, NetTV such as digital watermarks embedded in image information, including imaging information consisting of combinations of characters, graphics, symbols including numbers, colors, phase information of light, etc.
  • Imaging information expressed on a display screen of a terminal, and further imaging information fixed on a visual medium such as an RFID tag printed on a printing medium can be used for a device such as a portable terminal (such as a scanner or a camera-equipped device). After reading by the RFID reader device, payment is made on the URL screen on the scanner (camera) and / or the RFID reader device. Used in financial transactions.
  • Database 100 according to the present invention: Billing system using imaging information in electronic commerce ⁇ 0 102: Database X (related to billing system ⁇ 0 ): Transaction information Y: Regular registration imaging information A: (Administrator) Server (including database) a: Administrator B: (Client) Server b: Caller (Client) C: Device c: User (user)

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  • Financial Or Insurance-Related Operations Such As Payment And Settlement (AREA)

Abstract

La présente invention concerne un procédé de collecte de paiement et un système de collecte de paiement utilisant des informations d'image pouvant être vérifiées, ce par quoi il est possible d'empêcher la fraude résultant d'informations d'image contrefaites dans lesquelles une fausse adresse URL est incorporée. Un procédé de collecte de paiement utilisant des informations d'image pouvant être vérifiées selon la présente invention comprend, dans un système de collecte de paiement utilisant des informations d'image dans le commerce électronique : une étape dans laquelle une application de décodeur qu'un serveur (A) distribue est installée à l'avance dans un dispositif (C), ladite application de décodeur ayant un décodeur d'informations d'image incorporé dans celle-ci; une étape dans laquelle le dispositif (C) lit certaines informations d'image dans un écran de l'application de décodeur installée; une étape dans laquelle le dispositif (C) transmet les informations d'image au serveur (A); une étape dans laquelle le serveur (A) interroge une base de données et vérifie des informations d'adresse URL et des données d'authentification et/ou un numéro de série qui sont reliés à des informations de transaction (X) contenues dans les informations d'image; et une étape dans laquelle le serveur (A) transmet les informations de vérification au dispositif (C).
PCT/JP2013/084383 2012-12-25 2013-12-21 Procédé de collecte de paiement et système de collecte de paiement utilisant des informations d'image pouvant être vérifiées WO2014103971A1 (fr)

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JP2015135672A (ja) * 2013-12-21 2015-07-27 株式会社若本昌紀事務所 Ａｒを用いた真偽確認可能な画像化情報利用の課金方法および課金システム
WO2016051737A1 (fr) * 2014-10-02 2016-04-07 株式会社デンソー Structure de données, terminal de communication, système d'acquisition d'informations, programme d'acquisition d'informations, dispositif de génération de code d'informations, programme de génération de code d'informations, procédé d'acquisition d'informations et procédé de génération de code d'informations
CN105550926A (zh) * 2016-02-02 2016-05-04 浪潮软件集团有限公司 一种自助办税的装置、方法及系统
CN105678360A (zh) * 2015-02-11 2016-06-15 黄世纬 一种运用于退货换新的产品防伪方法
JP2020173664A (ja) * 2019-04-11 2020-10-22 株式会社日本総合研究所 サーバ装置、情報システム、情報処理方法、およびプログラム
JP2021056953A (ja) * 2019-10-02 2021-04-08 株式会社マネーフォワード 情報処理装置、システム及びプログラム
JP6945704B1 (ja) * 2020-09-30 2021-10-06 ＰａｙＰａｙ株式会社 端末装置、決済検証方法及び決済検証プログラム
WO2022155805A1 (fr) * 2021-01-20 2022-07-28 深圳海付移通科技有限公司 Procédé et appareil de paiement, dispositif informatique et support de stockage

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JP2015135672A (ja) * 2013-12-21 2015-07-27 株式会社若本昌紀事務所 Ａｒを用いた真偽確認可能な画像化情報利用の課金方法および課金システム
WO2016051737A1 (fr) * 2014-10-02 2016-04-07 株式会社デンソー Structure de données, terminal de communication, système d'acquisition d'informations, programme d'acquisition d'informations, dispositif de génération de code d'informations, programme de génération de code d'informations, procédé d'acquisition d'informations et procédé de génération de code d'informations
JP2016075973A (ja) * 2014-10-02 2016-05-12 株式会社デンソー データ構造、通信端末、情報取得システム、情報取得プログラム、情報コード生成装置及び情報コード生成プログラム
CN105678360A (zh) * 2015-02-11 2016-06-15 黄世纬 一种运用于退货换新的产品防伪方法
CN105550926A (zh) * 2016-02-02 2016-05-04 浪潮软件集团有限公司 一种自助办税的装置、方法及系统
JP2020173664A (ja) * 2019-04-11 2020-10-22 株式会社日本総合研究所 サーバ装置、情報システム、情報処理方法、およびプログラム
JP7316082B2 (ja) 2019-04-11 2023-07-27 株式会社日本総合研究所 サーバ装置、情報システム、情報処理方法、およびプログラム
JP2021056953A (ja) * 2019-10-02 2021-04-08 株式会社マネーフォワード 情報処理装置、システム及びプログラム
JP7458737B2 (ja) 2019-10-02 2024-04-01 株式会社マネーフォワード 情報処理装置、システム及びプログラム
JP6945704B1 (ja) * 2020-09-30 2021-10-06 ＰａｙＰａｙ株式会社 端末装置、決済検証方法及び決済検証プログラム
JP2022057721A (ja) * 2020-09-30 2022-04-11 ＰａｙＰａｙ株式会社 端末装置、決済検証方法及び決済検証プログラム
WO2022155805A1 (fr) * 2021-01-20 2022-07-28 深圳海付移通科技有限公司 Procédé et appareil de paiement, dispositif informatique et support de stockage

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