KR102300754B1 - Living related method management method according to offile transaction, information transmitting apparauts for managing the same living related method, justification verificartion method regarding the offilne transaction, and infortmation transmitting apparatus for proceeding the justification verificartion - Google Patents

Abstract

In the present invention, (1) the real store does not require an external network environment such as the Internet, and provides print data related to offline transactions with consumers (users) (information related to consumers' lives associated with offline transactions) of the users. A configuration related to the management of life-related information in which the information is transmitted locally to a smartphone application, and the user manages the life-related information by himself/herself using the smartphone application. (2) For the utilization of life-related information in which the user manipulates whether or not to permit the use of the life-related information to a third party (for example, via an information bank) through the smartphone application It aims to provide a personal information management environment consisting of

Description

A method for managing life-related information accompanying offline transactions, an information transmission device for managing life-related information accompanying offline transactions, a method for validating an offline transaction, and an information transmission device for performing validation of an offline transaction RELATED METHOD MANAGEMENT METHOD ACCORDING TO OFFILE TRANSACTION, INFORMATION TRANSMITTING APPARAUTS FOR MANAGING THE SAME LIVING RELATED METHOD, JUSTIFICATION VERIFICARTION METHOD REGARDING THE OFFILNE TRANSACTION, AND INFORTMATION TRANSMITCEED APPARTION} J

According to the present invention, in on-site transactions (hereinafter referred to as "offline transactions") in consumers' real lives, actual stores or facilities that sell goods or provide services (hereinafter "real stores") require a network environment. For consumers (hereinafter referred to as "users") who use applications (hereinafter referred to as "smartphone apps") installed on smartphones (hereinafter referred to as "smartphones") without By directly and safely transmitting information about the situation, etc. (hereinafter "living-related information"), an environment (hereinafter, "personal information management environment") in which the user can recycle while self-managing the life-related information is inexpensive Disclosed is a technology that can be built with

The present invention provides a real device (hereinafter, “information transmission device”) capable of transmitting life-related information to the smartphone app through local communication with the smartphone app used by the user in order to establish a personal information management environment. provided at the point.

The present invention can monitor or acquire data transmitted and received between the smartphone application and the operation center of the smartphone application by local communication with the smartphone application used by the user in order to establish a mutual confirmation environment. An existing device (hereinafter, "information transmission device") is provided to the real point.

The real point uses an information transmission device, and it becomes possible to protect the personal information of a user accompanying an offline transaction without bearing the maintenance cost of a network environment etc., or the running cost related to operation.

[First background art]

The first background art in the present invention relates to user authentication.

With the development of IT technology, transaction types related to product sales and services have been diversified due to EC (Electronic Commerce; Electronic Commerce). Cashless payment is starting to spread not only for online transactions but also for offline transactions.

Such cashless payment can reduce the risk of cash transactions (eg, embezzlement or theft, etc.) in real stores, but has blind spots that cannot be visualized like cash transactions, There are also crimes and transaction accidents due to "impersonation" or "use of stolen cards".

In order to prevent such crimes and transaction accidents, various authentication technologies related to identity verification accompanying cashless payment in real stores are also emerging.

Although "crypto" is a well-known authentication technology, as IT and IoT technology develops, various technologies related to "crypto" have been developed, common key method, public key method, and recently, complex related to block chain and anonymization. "Passwords" by calculation are also appearing.

In addition, in recent years, biometric authentication technologies such as fingerprint authentication, iris authentication, skeleton authentication, and face authentication using image processing technology have also begun to spread. Although it is starting to progress, such authentication technology alone cannot completely prevent crime or transaction accidents, for example, hacker attacks and man-in-the-middle attacks (impersonation), as well as counterfeiting of fingerprints and iris, etc. This is becoming a challenge.

As one of the solutions to such problems, for example, "FIDO (Fast Identity)" which uses functions such as fingerprint authentication, iris authentication, and face authentication installed in a smartphone and utilizes the smartphone as an "authenticator" of the person Online)”, an online authentication technology, is also attracting attention.

Incidentally, regarding the authentication method by FIDO, for example, in non-patent document 1, a smartphone (authentication device) manages authentication information with a user (the person), and after authentication, information of an authentication result (hereinafter , "personal information") is sent to the authentication server, and the authentication server completes the authentication by combining the transmitted personal information with the verification result. According to the FIDO authentication, the combination of ID and password is not used. In addition to reducing the impact of password list attacks, it is explained in detail that since authentication information itself is not transmitted and received on the network, the eavesdropping risk due to man-in-the-middle attacks and the authentication information leakage risk when the server is attacked are greatly reduced. has been

[Second Background Art]

The second background art in the present invention relates to handling of life-related information.

Amid the advancement of smartphone functions and communication environments, the number of consumers (users) who conduct online shopping (hereinafter referred to as "online transaction") using the smartphone web browser or dedicated application is increasing, and the market is also rapidly expanding. .

Such consumers (users) recognize that their personal information is collected by the service provider in relation to online transactions (especially the payment process) and used, for example, for marketing or advertisement delivery. The provider is making efforts to collect reasonable information, such as requesting the consumer (user) to consent in advance to guidelines on the handling of personal information in online transactions.

On the other hand, in field transactions (offline transactions) in consumer's real life, since it is a face-to-face transaction, there are generally no guidelines regarding the handling of personal information in many cases. Cashless payment by card, QR code, etc. is increasing, and in the processing process of the cashless payment (identity authentication or payment approval, etc.), the life-related information of consumers (individuals) is sometimes acquired by payment providers, The same payment service provider is also making efforts to collect reasonable information, such as requesting the users of the cashless payment in advance to agree to the guidelines on the handling of personal information in online transactions.

Here, the information to be protected according to the above guidelines is information that is originally communicated or managed by electronic data, for example, payment processing in an offline transaction (cash payment or cashless payment). Data output as printed matter (hereinafter referred to as receipts) printed with receipts (regardless of payment type), parking tickets (and receipts) printed with parking lot use, and prescriptions printed with treatment at hospitals .

However, such print data includes information (life-related information) related to an individual's daily behavior and physical condition, and for example, the person's attribute information (gender, age, occupation, area of residence), it can be expected that it will be helpful in the development of more convenient daily necessities, products, or effective drugs. , "Information Bank" (for such information on an individual's purchase history or behavioral history, such information is managed by a system such as PDS-Personal Data Store-, based on a contract on data utilization with the individual concerned, etc. At the same time, businesses that provide such information to third parties - other businesses - after judging the feasibility on behalf of the individual based on the individual's instructions or pre-specified conditions), etc., begin to appear, and the collection and protection Various technologies are emerging regarding reasonable and safe collection methods or systems.

[Third Background Art]

The 3rd background technique in this invention relates to smart payment.

Recently, in offline transactions, payment methods using QR codes as well as payment methods using credit cards or prepaid cards are starting to spread.

Here, QR code payment is also called smart payment using a consumer (user) smartphone app that does not require facilities (eg, CAT terminal or dedicated network, etc.) required for conventional credit card payment. , CPM (Consumer Presented Mode) method and MPM (Merchant Presented Mode) method are available. In the CPM method, (1) a consumer (user) uses a smartphone app for payment, In addition to displaying it, it is presented to the real store side, and (2) the employee of the real store scans the QR code with a barcode reader and consists of the scanned QR code and payment amount, store information, etc. The payment request information is transmitted, for example, by the dedicated terminal to the center system of the payment provider, and (3) the payment result information of the payment processing based on the payment request information transmitted by the center system of the payment provider to the dedicated terminal, and (4) the employee of the real store confirms the returned payment result information. , network environment, etc., and the user's QR code is exposed in the process (1) ), and there is an accident where it is illegally used, and toward the security enhancement, the cost burden on the real store side increases, and there is a tendency that the procedure on the user side is complicated, and there are many problems.

Also, in the MPM method of QR code payment, (1) the consumer (user) reads the QR code presented by the real store using the smartphone app for payment, enters the payment amount, and transmit payment request information comprising the payment amount or the like to a center system of a payment service provider; In response to the application, (3) the consumer (user) presents the returned payment result information (usually displayed on the smartphone screen) to the employee of the real store, (4) furthermore, the consumer (user) ), wait for the confirmation email sent from the payment provider to the smartphone or tablet of the real store to be confirmed by the employee of the real store. , a real store needs to be equipped with a dedicated smartphone (which can receive an e-mail specified by a contract with a payment provider), a network environment, etc. for payment confirmation, and again, there are many problems.

[4th background art]

A fourth background technique in the present invention relates to a transaction using a virtual (crypto) currency.

In recent years, with the progress of FinTech (financial technology), many technologies have been produced in the field of payment systems using virtual (crypto) currency using block chain technology, and handling at real stores has also been expanded worldwide. Bitcoin, which can be said to be a pronoun of virtual (crypto) currency, is introduced by Non-Patent Document 3, and the value standard of almost all virtual (crypto) currencies circulating in the settlement field is the exchange rate with Bitcoin. as much as it is expressed.

Generally, an electronic wallet (hereinafter, “electronic wallet”) is used for the management of virtual (crypto) currency. Hardware such as memory or QR code is managed by printed paper), and virtual (cryptographic) currency is stored in an address (URL) on a network managed by these electronic wallets.

Therefore, in a transaction (settlement) using a virtual (crypto) currency, in order to transmit a virtual (crypto) currency from the electronic wallet of the consumer to the electronic wallet of the store, when payment is made in the virtual (crypto) currency for the offline transaction, the user The real store and the real store need to have an electronic wallet with each other, and since the electronic wallet usually belongs to the individual who intends to possess it (personal authentication is required), for example, a real store that accepts payment in crypto currency can make a deposit. To confirm, the individual (usually, the store owner or person in charge of money management, etc.) to which the e-wallet of the real store belongs must access the e-wallet with a smartphone or PC (requires personal authentication).

The fifth background technique in the present invention relates to an offline transaction (rental service) using a smartphone app.

In Korea (Seoul City), as an unmanned rental system using a smartphone app, there are services called "Ttareungi", which rents electric bicycles unattended, and "Happy Box", which rents lockers without cash.

In a system that implements these rental services, a dedicated terminal is equipped on an electric bicycle or locker (storage room, etc.) subject to rental, and the dedicated terminal cooperates with the user's smartphone application through the network to unlock or lock the lock. Therefore, it is possible to pay the rental fee in cashless using the payment function of the smartphone app.

In addition, such a smartphone app also has a function of guiding the service base, elapsed time (rate), location information, and the like, providing high convenience to users.

Japanese Patent Office Laid-Open No. 2011-39739

「FIDO certification and its technology」 (Electronic Information and Communication Society-IEICE Fundamental Review Vol. 12 Internet<https://www.jstage.jst.go.jp/article/essfr/12/2/12_115/_pdf/ -char/ja 2) Fujitsu Research Institute “What is an information bank?” Internet <https://www.fujitsu.com/jp/group/fri/businesstopics/data-economy/info rmation-bank/>

In Non-Patent Document 1 described in the above [First Background Art], regarding the authentication method of FIDO, contents related to user authentication in online commerce transactions, service use, system operation, etc. are mainly described. No specific method or configuration for performing identity authentication by the authentication method in offline transaction is not described.

In the technique of Patent Document 1 described in the above [Second Background Art], the real point is whether an existing payment terminal (POS terminal) is remodeled (a wireless communication unit or a program for generating an electronic receipt, etc.), or a dedicated payment terminal ( POS terminal) needs to be provided, and the burden on the real store associated with the implementation of the technology is large.

In the authentication method by local communication between the information transmission device and the smartphone, since the information transmission device side only determines authentication based on the processing result of the smartphone side, the processing procedure on the smartphone side cannot be confirmed. When the smartphone is handled by a malicious user, it has a security hole, such as making the information transmission device recognize the result of false processing by hacking or spoofed access.

As a method of covering such a security hole, a hard method of adding a security device to the information transmission device itself and a soft method of giving the information transmission device a network function are considered. Because of the increase, there is a possibility that the original characteristics of the information transmission apparatus will be lost.

In order to solve such a problem, the present invention discloses a configuration relating to an "access security method in local communication" capable of enhancing security without losing the original characteristics of the information transmission apparatus. (Example 4)

When confirming the transaction result (deposit) for the offline transaction (settlement) using the virtual (crypto) currency described in the above [4th background technology], the real store is the own store (in the case of a small store, the store owner) ) must access the electronic wallet (requires identity verification), and for example, when entrusting an employee with a transaction site using a virtual (crypto) currency, the employee is entrusted with the right to access the electronic wallet, but this Not realistic.

Here, a method of notifying on-site employees of the deposit to the electronic wallet of the real store by e-mail or SMS (Short Message Service), etc., can also be considered, but a device for receiving such e-mail or SMS (e.g. For example, it is necessary to permanently install a smartphone), and the burden of costs such as equipment and communication charges and the burden of responsibilities related to management are large.

In order to solve such a problem, in the present invention, the address (URL) on the network related to the electronic wallet of the real store is converted into a QR code by using the QR-BOX function described in the above-mentioned [Third Background Art]. A configuration for converting and recording in an information transmission device will be described. (Example 3)

In addition, in offline transactions (rental services) such as "Ttareungi" or "Happy Box" described in [5th Background Art], the user must log in through the network using a combination of ID and password, In addition, since the dedicated terminal provided in the rental object is also configured to link with the smartphone app through the network, and the authentication information itself is transmitted and received on the network, there is a risk of eavesdropping due to man-in-the-middle attack or authentication information leakage risk due to server attack In addition, facilities and operating costs also become a burden.

In order to eliminate such risks and burdens, in the present invention, by using the above [First Background Art] and [Second Background Art], only by tagging a smartphone to an information transmission device, Disclosed is a configuration that can safely and simply perform authentication processing such as user identity verification and payment approval confirmation. (Example 3)

In the present invention, in addition to the techniques described in [First Background Art] and [Second Background Art], (1) the real point does not require an external network environment such as the Internet, and is related to offline transactions with consumers (users) Life-related information in which print data (consumer's life-related information accompanying offline transaction) is locally transmitted to the user's smartphone app, and the user self-manages the life-related information using the smartphone app and (2) the user manipulates whether or not to allow the third party use of the life-related information (for example, via an information bank) by the smartphone app. The purpose of this is to provide a personal information management environment consisting of the use of life-related information.

The management method in which life-related information accompanying offline transaction according to the embodiment is transmitted and stored by local communication between the information transmission device of the real store and the app of the user's smartphone is [a] by a life-related information processing server , a step of registering the user's personal information in a user management database for managing the user; Steps to be acquired, and [c] After the user input information according to the user's identity authentication operation is acquired in the app of the smart phone, when the smart phone equipped with the app is tagged (touched or approached) with the information transmission device, A step in which the application of the smartphone is detected by the information transmission device, and local communication between the information transmission device and the smartphone is uniquely established; [d] the print data is transmitted from the information transmission device a step of locally directly transmitting to the smartphone app; [e] a step of generating, by the smartphone app, the life-related information comprising the print data and the personal input information; and [f] processing the life-related information A step of generating, by the server, result data that is a result of processing the life-related information with reference to the personal information, and [g] A step of directly transmitting the result data locally to the information transmission device via the smartphone may include.

The method may further include a step of storing the result data in an internal memory of the smartphone or transmitting the result data to an information management server for storing the result data by the user's selection operation on the app.

In the step [a], the user's attribute information connected to each other in relation to the user's personal information registered in the user management database is stored in the internal memory of the smartphone by the dedicated app. have.

The offline transaction may be a transaction related to product purchase, and the print data may be print data of a receipt related to the offline transaction.

The offline transaction may be a transaction related to the use of medical services, and the print data may be print data of a medical bill or prescription related to the offline transaction.

The offline transaction may be a transaction related to the use of a leisure facility, and the print data may be print data of a ticket related to the offline transaction.

The offline transaction may be a transaction related to the use of a transportation institution, and the print data may be print data of a ticket related to the offline transaction.

The offline transaction may be a transaction related to the use of a parking lot, and the print data may be print data of a parking ticket or receipt related to the offline transaction.

The offline transaction may be a transaction related to the use of a public institution, and the print data may be print data of a receipt number table or receipt related to the offline transaction.

A real point information transmission device for performing a management method in which life-related information accompanying an offline transaction is transmitted and stored by local communication with an app of a user's smartphone according to an embodiment, the printing device related to the offline transaction Acquires data, detects an app of the smart phone tagged (touched or close to) the information transmission device to uniquely establish local communication with the smart phone, and transfers the print data locally to the smart phone app Directly transmit the result data from the smart phone that receives the result data obtained by processing the life-related information including the print data generated by the smartphone app and the person input information through the life-related information processing server a control module directly receiving the data and a memory for storing the result data, wherein the personal input information is obtained by performing a user authentication operation by an app of the smartphone, and the life-related information is the life-related information. The user's personal information previously registered in the related information processing server may be referred to and processed.

The control module may control so that the result data is stored in an internal memory of the smartphone or transmitted to an information management server for storing the result data by the user's selection operation on the app.

The control module may control the user's attribute information connected to each other in relation to the user's personal information previously registered in the life-related information processing server to be stored in the internal memory of the smartphone by the app.

The authentication method in which the store and the user can mutually confirm the legitimacy of the offline transaction according to the embodiment by local communication between the information transmission device of the real store and the app of the user's smartphone is [a] by the app operation server, the user a step of registering the user's personal information in a user management database for managing A step of generating transaction identification information to be performed, [c] a step of obtaining personal input information according to the user's user authentication operation for the app of the smartphone, and [d] the smartphone equipped with the app When tagging (touching or close to) the information transmission device, the application of the smartphone is detected by the information transmission device, and local communication between the information transmission device and the smartphone is uniquely established; , [e] a step of locally transmitting the transaction identification information from the information transmission device to the app; , [g] a step in which the authentication data is transmitted from the app to the app operation server, and [h] to the application operation server, authentication processing related to the user input information of the authentication data and the authentication data a step of performing judgment processing regarding the transaction identification information of [i] a step of sending (replying) the judgment result information of the judgment processing from the app operation server to the app; and [j] the judgment processing from the application It may include a step of locally transmitting the determination result information of [k] to the information transmission apparatus, and a step of generating, to the information transmission apparatus, a processing instruction corresponding to the determination result information of the determination processing.

The transaction data related to the offline transaction may be directly input to the information transmission device by a pad input device and detected by the information transmission device.

The processing instruction may correspond to recording result information regarding recording of log information based on the authentication data.

The personal information in step [a] includes the URL related to the user's electronic wallet, and the transaction data related to the offline transaction in step [b] is the payment amount related to the offline transaction, and is included in the transaction data. the base transaction identification information includes a URL related to the electronic wallet of the store, and the step [g] is a step in which the data for authentication is transmitted from the dedicated app to the URL related to the electronic wallet of the store; The step of [h] is a step in which the virtual currency corresponding to the payment amount included in the authentication data is transferred from the URL related to the user's electronic wallet to the URL related to the electronic wallet of the store; ] is a step in which the transfer record by the transfer processing of the virtual currency is transmitted from the URL related to the electronic wallet of the store to the URL related to the user's electronic wallet, and judgment is made by the judgment processing in step [j]. It is characterized in that the information is information related to a transmission record by the above transmission processing.

According to an embodiment, a real point information transmission device for authenticating the validity of an offline transaction by local communication with an app of a user's smartphone detects transaction data related to the offline transaction and based on the transaction data Generates transaction identification information, detects an app of the smartphone tagged (touched or close to) the information transmission device to uniquely establish local communication with the smartphone, and sets the transaction identification information to the smartphone app The determination from the smartphone that receives the determination processing result information, which is transmitted locally to and obtained by processing the transaction identification information generated by the smartphone app and the authentication data configured from the user input information through the app operation server a control module for receiving processing result information and generating a processing instruction corresponding to the determination processing result information; and a memory for storing the determination processing result information, wherein the user input information is transmitted to the user by an app of the smartphone. is obtained by performing a user authentication operation, and the authentication data may be processed by referring to the user's identity information previously registered in the app operation server.

The transaction data related to the offline transaction may be directly input to the information transmission device by a number pad and detected by the information transmission device.

The processing instruction may correspond to recording result information regarding recording of log information based on the authentication data.

According to the present invention, for an offline transaction between a real store and a consumer, the real store directly transmits, through an information transmission device, the consumer's life-related information accompanying the offline transaction to the consumer's smartphone app. In this way, the consumer can self-manage the life-related information by using the smartphone app, and the consumer can use the life-related information by a third party by using the smartphone app (for example, , a safe personal information management environment that can control whether permission is granted or not) is provided at a low price.

Further, according to the present invention, the real shop can also expect an opportunity to obtain an additional income related to the third-party utilization of the above-mentioned life-related information.

According to the present invention, the real store performs authentication processing (consumer identity verification, payment approval confirmation, etc.) required for offline transactions with consumers, maintenance costs and operating costs related to expensive CAT terminals and network environments. Without burden, only local communication with the consumer's smartphone can be carried out safely and easily.

Further, according to the present invention, the burden and problems of the real point associated with the settlement (on-site) environment of offline transactions by virtual (crypto) currency are easily solved.

1 shows a schematic diagram according to Example 1. FIG.
Fig. 2 shows a schematic diagram of a user's personal information registration.
3 is a flowchart showing a process for managing life-related information.
Fig. 4 shows a schematic diagram according to the second embodiment.
Fig. 5 shows a schematic diagram regarding registration of attribute information of a user.
Fig. 6 shows a flowchart of a process for consenting to the use of information.
7 is a flowchart illustrating a process for delivering a request-type advertisement.
Fig. 8 shows a configuration example of the main database.
Fig. 9 shows a schematic diagram according to Example 3.
Fig. 10 shows a schematic diagram of a user's personal information registration.
11 is a flowchart illustrating an authentication process related to transaction initiation.
12 is a flowchart illustrating an authentication process related to transaction termination.
Fig. 13 shows a schematic diagram according to Example 4.
Fig. 14 shows a flowchart of a process related to an access key.
Fig. 15 shows a configuration example of a main database.
16 is a diagram illustrating a functional configuration of an information transmission apparatus according to an embodiment of the present invention.
17 is a diagram illustrating an operation process of an information transmission apparatus according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0013] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, may be limited only by the appended claims, along with all scope equivalents to those claimed. Like reference numerals in the drawings may refer to the same or similar functions throughout the various aspects.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art to which the present invention pertains can easily practice the present invention.

[Examples of application to life-related information accompanying product purchase]

Here, a conventional payment process associated with a consumer's purchase of a product in a retail store will be described.

First, the cashier at the retail store (1) reads the barcode of the purchased product with the barcode reader of the POS terminal to register sales, (2) asks the customer (consumer) how to pay, for example, the customer asks A If you wish to pay by QR code from the payment provider (here, MPM-Merchant Presented Mode- method), (3) Present the QR code issued by Company A to the customer.

Next, when the customer (4) reads the QR code with the payment smartphone app of the payment provider A and inputs the payment amount, (5) the input payment amount and the QR code The constituted payment request information is transmitted from the smartphone application for payment to the center system of the smartphone A payment provider, and information on the result of payment processing based on the payment request information is transmitted from the center system to the smartphone application for payment and (6) present the returned result information (displayed on the smartphone screen by the smartphone app for payment) to the cashier of the retail store.

Finally, by the cashier of the retail store, (7) the mail regarding the result information (eg, normal payment) transmitted to the smart phone or tablet of the retail store is confirmed, and (8) payment is made to the POS terminal When the completion process is performed, (9) the print data of the receipt relating to the transaction is printed along with output from the POS terminal to the printing device, and is delivered to the customer.

When the present invention is applied to the conventional payment process as described above, the steps of (3) (4) (6) (7) are greatly rationalized and, in the step (9), receipt information is an electronic receipt As a result, it is transmitted locally to the smartphone app for payment of the customer.

Specifically, by connecting the information transmission device according to the present invention between the POS terminal and the printing device, first, the cashier of the retail store (1) reads the barcode of the product with the barcode reader of the POS terminal. After registering my sales, (2) asking the customer (consumer) for a payment method, for example, if the customer wishes to pay by QR code (MPM method) of payment company A, (3) cash settlement with the POS terminal Select (at this point, print data of the receipt output to the printing device is inputted and interpreted by intervening of the “information transmission device”), and to the customer, the payment smartphone app for payment company A is launched; The smartphone is prompted to tag (touch or close) the information transmission device.

Next, when the customer (4) tags the smartphone to the information transmission device, (5) local communication between the information transmission device and the payment smartphone app generates payment request information; Via the payment smartphone application, the payment request information is transmitted to the center system of the smartphone A payment provider, and the payment processing result information based on the payment request information is transmitted from the center system to the payment service provider. (6) In the information transmission device, processing according to the returned result information (for example, voice data such as “0000 yen has been paid”) is returned to the information transmission device via the smartphone application output to the speaker, etc.), (7) the print data of the receipt related to the transaction is transmitted from the information transmission device to the printing device, and is printed, and the payment is made as an electronic receipt to the smartphone app It is displayed along with what is sent locally to the smartphone app for

As described above, according to the present invention, a consumer (user) can view, for example, life-related information accompanying a transaction at a retail store (here, print data of a receipt accompanying product purchase) without exposing it to an external network. For example, it can be directly stored in the internal memory of the smartphone or deposited in an information bank, for example, with permission for third-party use of the life-related information (in addition to attribute information), the life-related information (here, , information on life behavior related to product purchase) related advertisements (for example, related to meals, books, events, etc. suitable for user behavior assumed from the product purchased, the place of purchase, the time of purchase, etc.) In this case, it can be expected that, for example, the retail store or the user will be rewarded with a reward (privilege or remuneration) for the advertising fee or shipping fee that the information bank collects from the advertiser as the principal money. It is also conceivable to use it for promotion of real stores as an additional service.

[Application examples to life-related information accompanying the use of services]

The present invention can be applied to bill data and prescription data for medical bills related to the use of medical services in, for example, medical institutions.

Such application is, for example, by connecting the information transmission device in the present invention between the medical bill computer and the printing device, and upon payment of medical expenses, the medical bill computer and the medical bill printing device outputting the medical bill. B. Assuming that the print data of the prescription is the print data of the receipt in the above [Example of application to life-related information accompanying product purchase], the patient ID (e.g., For example, by combining the personal information based on the ID of the consultation ticket) and the personal information of the payment smartphone application, the print data of the medical bill or prescription is locally transmitted from the information transmission device to the payment smartphone application It can be realized by the configuration.

As described above, according to the present invention, the consumer (user) exposes life-related information accompanying the use of medical services (here, print data of medical bills and prescriptions accompanying the use of medical services) to an external network. Without work, for example, it can be directly stored in the internal memory of the smartphone, or, for example, it can be entrusted to an information bank, and with permission for third-party use of the life-related information (in addition to attribute information), the Advertisements related to life-related information (here, information about physical conditions related to the use of medical services) (e.g., health food, books, and events suitable for user behavior assumed from prescription drugs, medical treatment places, medical hours, etc.) etc.) can be displayed on the smartphone, and in this case, for example, the advertising fee or transportation fee collected by the information bank from the advertiser is rewarded to the medical institution or the user in the principal fund (privileges or remuneration) can also be expected to be given.

Embodiment 1 of the present invention is characterized by a method for managing life-related information accompanying offline transactions, and Embodiment 2 of the present invention is characterized by a method of delivering a related advertisement linked to the living-related information.

[Application example to rental service]

For example, with respect to a conventional rental service, when a user receives a rental of an article from a store, the store side (1) first requests the user's identity document, etc., and performs identity verification by copying it, etc. (2) The rental article is related to the user, and, for example, it is managed using a dedicated terminal having a computer function (issuing a dedicated card, etc.), and the rental article is rented to the user.

Further, when the user returns the rental article to the store, the store side (1) receives the presentation of the dedicated card from the user, causes the dedicated terminal to read the card information, and (2) the dedicated terminal (3) The clerk of the store confirms that the displayed rental item and the item the user intends to return are the same, and completes the return of the rental item. .

In such a rental method, the user has resistance to the management of the information written in his or her ID card at the store, and the store uses an expensive dedicated terminal or card reader (for example, a chain store) In some cases, it is necessary to provide a network environment, and further, the user bears the cost of an issued card, and there are many problems.

In order to solve the above problems, the present invention provides information necessary for rental (hereinafter referred to as "rental information") through local communication between the rental application of a smartphone and the information transmission device using the above-mentioned information transmission device. We provide a mutual authentication environment that notifies both the user and the store (eg, voice guide) of the status of offline transactions related to acquisition and rental.

This makes it possible for the user to receive a rental service without providing their personal information to the store, and the store does not need to install an expensive dedicated terminal, card reader, or network environment, and furthermore, As for the operating cost, of course, implementation of the rental service becomes possible safely and easily (without cost) without making the user bear the cost of the card.

[Example of application to temporary storage service]

For example, when a traveler tours a tourist spot, etc., there is a case where the luggage, such as a suitcase or souvenirs, becomes a burden and can be left in a locker at a station or at a lodging facility. It is inconvenient when it is not close to the refueling place, that is, when there is no storage place (equipment) nearby.

There, for example, a service is also provided in which a store located or close to the gas station of the tourist destination can take the luggage of the traveler. The store side, for example, (1) prepares a pair of tickets, etc. (hereinafter referred to as "identification tag") composed of the same number, (2) attaches one of the identification tags to the luggage, and sends the other identification tag to the user. We issue and keep the baggage concerned.

In addition, when the traveler picks up luggage at the store, the store side (1) receives one of the identification tags from the user, (2) checks the number written on the received identification tag, and (3) the same number as the other identification tag finds the attached baggage, and delivers it to the user concerned.

In such a storage method, the store attaches or issues another identification tag incorrectly, or the user loses the identification tag or delivers luggage to another user with the identification tag encountered theft, etc., which causes trouble.

In particular, large suitcases used for overseas travel have similar designs and sizes, so if the identification tag is lost or stolen, the user may receive the luggage by mistake, and the face or travel style of an unfamiliar foreigner may look the same. As a result, there are cases where the shop side cannot reconfirm the user, and there are many cases where an identity document or the like is taken.

In order to solve such a problem, the present invention uses the above-described information transmission device to provide information necessary for temporary storage (hereinafter referred to as “temporary storage”) by local communication between a smartphone application related to a temporary storage service and the information transmission device. information for storage") and provides a mutual authentication environment in which the status of offline transactions related to temporary storage is notified to both the user and the store (eg, an audio guide).

Hereinafter, a detailed image provided in such a mutual authentication environment will be described.

First, as [personal authentication registration process], a traveler (user), for example, a travel agency or a local government, learns of a temporary storage service using a smartphone app through a website or station poster, etc. A dedicated application for temporary storage service is installed on a smartphone, and personal information is registered using the smartphone's user authentication function (fingerprint authentication, iris authentication, face authentication, etc.).

Next, as [authentication process related to transaction initiation], when a store or the like takes luggage from a user and stores it, (1) the store assigns the identification tag number (hereinafter, "storage number") to the key of the information transmission device. When input is made to the input device, (2) the information transmission device requests the user to tag the smartphone (audio guide such as “Please tag”), and (3) the user starts the dedicated smartphone app After logging in using the above-mentioned identity authentication function and tagging the smartphone to the information transmission device, (4) the identification information of the store and the storage number, etc. are locally transmitted to the dedicated app of the smartphone, and (5) the store identification information, the storage number, and the user's personal information (herein, "retention information") are transmitted from the smartphone to the center system via the Internet, and (6) the transmitted storage information is transmitted to the center is recorded in the storage information management DB of the system, (7) information on the record result related to the storage (hereinafter referred to as “retention record information”) is transmitted from the center system to the smartphone via the Internet; (8) When the transmitted storage record information is locally transmitted to the information transmission device, the information transmission device notifies the completion of the storage record (audio guide such as “Storage recording is complete”), and (9) by the store side , The identification tag is issued to the luggage and stored.

Here, for example, if the user selects and registers a payment method, from the point in time (8) above, the charge for the temporary storage of the luggage is calculated for the center system according to the payment method registered by the user. , it is also possible to construct an automatic settlement model such that a predetermined storage fee based on the calculation is paid to the store.

In addition, after the user has deposited the baggage at the store, when a predetermined time period arrives, a notification prompting the receipt of the baggage by the dedicated app ("Z Z Z Z pickup time", etc.) voice guide or pop) is performed, and when a predetermined time limit has elapsed, a notification (“Z Z Z Z receipt of Z Z time is Z time”) is performed by the dedicated app to notify that the deadline for receipt of the baggage has elapsed. It can be configured so that an audio guide or pop) such as “It is passing.

And, as [authentication process related to transaction termination], when the user receives the luggage from the store, (1) the store side requests the user to tag the smartphone to the information transmission device, (2) ) When the user activates the dedicated smartphone app, logs in using the above-mentioned personal authentication function, and tags the smartphone to the information transmission device, (3) the store identification information is locally transmitted to the smartphone dedicated application (4) the identification information of the store and the user's personal information (hereinafter referred to as "inquiry information") are transmitted from the smartphone to the center system via Internet communication, and (5) the transmitted inquiry Based on the information, the corresponding storage information (number in the number table) is extracted from the storage information management DB of the center system, and (6) information on the inquiry result related to the inquiry including the extracted storage information (hereinafter referred to as “inquiry”) result information") is transmitted from the said center system to the said smartphone via the Internet, and (7) when the transmitted said inquiry result information is locally transmitted to the information transmission apparatus, the said inquiry result is sent by the said information transmission apparatus. Information-based result notification (voice guide such as "The luggage storage number is Z Z Z Z"), (8) By the store, the luggage with the identification tag of the storage number delivered to the user.

As described above, according to the present invention, when a traveler (user) refuels at a tourist destination, even if the station or lodging is not close to the gas station of the tourist destination, a store located or adjacent to the gas station of the tourist destination, etc. , without the mental burden of providing one's personal information to the store, you can leave your luggage without any burden, and the store does not require any special device or network environment, and side business or additional services (e.g., restaurants , service provided before and after the customer's meal), it is possible to temporarily store the luggage of the traveler (user), and furthermore, attach or issue another number tag by mistake, or the user loses the identification tag and gives the stolen identification tag to another user. Troubles such as handing over luggage can also be avoided.

In addition, if information (including location and fee on the map, original service = meal menu, etc.) on the store offering the same temporary storage service as described above is provided to the dedicated app, the user can browse the store without hesitation. Stores that can be found, and that offer the temporary storage service as a side business or additional service, can conduct a promotion (for example, in the case of a restaurant, a cooking menu or a discount, etc.) , we can expect sales up, too.

Further, according to the present invention, for example, on the premise of user consent, advertisements related to transaction information at the start or end of temporary storage (meals, books, and events suitable for user actions assumed at the point or time of temporary storage, etc.) etc.) is displayed on the user's smartphone, and it is possible to construct a business model in which a reward (privilege) is provided to the user from the source of the advertisement. You can also use it.

Embodiment 3 of the present invention is characterized in that a method for providing a mutual authentication environment in which parties (eg, a store and a consumer) in an offline transaction using a smartphone app can check the authentication status, the implementation of the present invention In Example 4, the security method of the mutual authentication environment is characterized.

[Example 1]

First, an outline of the first embodiment of the present invention will be described.

Embodiment 1 of the present invention is constituted by [person information registration process] and [life-related information management process].

First, in the [personal information registration process], a consumer (user) who purchases a product or uses a service through an offline transaction registers his or her personal information with the operator of the dedicated app used for the transaction (here, the payment operator) is a process to

Specifically, when a user installs on a smartphone an exclusive application used for payment in an offline transaction (here, purchase of a product at a retail store) on a smartphone and starts the application, the dedicated application (1) to the smartphone In the first process in which the user authentication is performed and the information of the authentication result by the user authentication is transmitted to the center system of the payment provider, by the center system of the payment provider, (2) user registration based on the transmitted personal information By this second process performed, [person information registration process] is constituted.

In addition, in relation to the identity authentication of (1) above, since smartphones are usually sold by contract and strict identity verification is performed at the time of contract, in fact, since the smartphone and the contractor are related and connected to each other, the smart phone As the terminal identifier (unique information) of the phone, for example, a MAC address (an address uniquely assigned to a network device), IMEI (International Mobile Equipment Identity = international mobile device identification number), IMSI (International Mobile Subscriber Identity = international Since an individual can be identified by mobile subscriber identification number), etc., the OS provider of the smartphone (for example, Android or iOS) is limited by the development of the smartphone app (terminal identifier obtainable within the distributed app). For example, in Android terminals, MEID-Mobile Equipment Identifier- or IMSI-International Mobile Subscriber Identity-, which requires user permission, Android_ID, AdvertisingID, etc., which do not require user permission, in iOS terminals, IDFV-Identifier that does not require user permission. For Vender- or IDFA-Identification For Advertisers-, etc.) is installed.

In addition, regarding the first process of (1) above, the FIDO authentication method described in the above [First Background Art], that is, fingerprint recognition, iris recognition, and face recognition implemented in a smartphone owned by the user. By using functions such as, the smart phone is used as a user's own (unique) "authentication device", for example, when using the smart phone app, only the information (personal information) of the authentication result by the authenticator is stored in the smart phone. You can use the method of sending to the service operator of the phone app.

Next, in the [life-related information management process], in offline transaction (here, purchase of goods at a retail store), payment processing is performed by a dedicated application for a smartphone, and the life accompanying the transaction This is a process in which related information (here, print data of a receipt) is acquired by the dedicated app.

Specifically, (1) sales information related to the purchase of a consumer (user) product is registered in the POS terminal by the clerk of the retail store, and print data of a receipt based on the sales information is transferred from the POS terminal to the POS terminal. The first processing to be intercepted by the information transmission device connected between the printer and the printing device, and the clerk asks the consumer (user) to tag (touch or close) the smartphone, and the user asks the smartphone (2) When the smartphone is tagged with the information transmission device after performing identity authentication (for example, using functions such as fingerprint authentication, iris information, and face authentication in the FIDO authentication method) with the dedicated app of A second process in which basic payment information including the store identification information of the retailer included in the print data, the sales (settlement) data, date data, etc. is transmitted locally to the dedicated app; (3) the locally transmitted payment request information; and a third process in which payment request information consisting of the user authentication result information (hereinafter referred to as "personal information") is transmitted from the smartphone to the center system of the payment operation center via the Internet, (4) ) Identity verification based on the personal information of the payment request information transmitted by the authentication management program of the payment management server constituting the center system, and the payment request information by the payment management program constituting the payment management server The fourth processing for payment processing based on a fifth process in which the data corresponding to the processing) is transmitted from the center system to the dedicated application of the smartphone via Internet communication; When transmitted, a sixth process in which a processing instruction corresponding to the result data is generated in the information transmission device; (7) the generated sugar A seventh processing in which the print data is locally transmitted from the information transmission device to the dedicated application along with an audio guide such as, for example, “0000 yen has been paid normally” as processing based on the processing instruction; (8 ) The locally transmitted print data is stored in the smartphone's internal memory with the dedicated app, or by the eighth process of entrusting the print data to the PDS system of the information bank using the PDS app, [Life-related information management process]. For reference, in all embodiments of the present invention, the information transmission device includes a control module that controls the overall system of the information transmission device, and a memory that stores the control result of the control module or data that the control module can read do.

In addition, the said dedicated app is SDK (Software Development Kit) for incorporating the function of the control program of an information transmission device (control function of an information transmission device) into the payment application of a payment service provider or the PDS app of an information bank, for example. It is a smartphone app developed by, for example, the program group of the payment management server constituting the center system of the payment operation center or the program group of the PDS management server constituting the PDS system of the information bank and API (Application Program Interface) data can be transmitted/received.

Fig. 1 shows a schematic diagram according to a first embodiment of the present invention.

Hereinafter, the processing steps constituting the first embodiment of the present invention shown in FIGS.

[Registration process of personal information]

Fig. 2 is a schematic diagram of Fig. 1A.

First, in the [personal information registration process], a consumer (user) who purchases a product or uses a service through an offline transaction asks the operator of the dedicated app (here, the payment operator) for payment in the transaction. It is the process of registering personal information, and it is constituted by the processing of two main steps.

In the first step shown in FIG. 2 ( 1 ), the user 1400 uses the recognition function of the smartphone 2410 (eg, fingerprint recognition, iris recognition, face recognition, etc.) of the smartphone 2410 . ) as an authenticator, and by the personal information registration program 3410 of the dedicated app 3400, the personal information 7410 (eg, user ID and The registration information 7430 is generated from the user's basic information 7420 (name, e-mail address, etc.) and is transmitted to the center system 2100 of the payment operation center 1100 of the payment service provider. .

In the second step shown in FIG. 2 ( 2 ), the registration information 7430 transmitted to the center system 2100 is registered in the user management DB 5110 by the authentication management program 3110 .

Incidentally, a configuration example of the user management DB 5210 is shown in FIG.

[Course of management of life-related information]

Fig. 3 is a flow chart of a process for managing life-related information related to Figs. 1 (B) to (D).

First, in the [life-related information management process], in offline transaction (here, purchase of goods at a retail store), payment processing is performed by the dedicated app of the smartphone, and life-related information accompanying the transaction It is a process in which information (here, print data of a receipt) is acquired by the dedicated application, stored in the smartphone, or entrusted to an information bank, and is constituted by processing in eight main steps.

In the first step shown in FIG. 3 (1) related to FIG. 1B, in the store 1500, transaction (sales) data is registered in the settlement device 2520, and the transaction (sales) When print data 7510 of a receipt based on the data is interrupted by the information transmission device 2510 while being output to the printing device 2530, the acquired print data 7510 is transferred to the information transmission device 2510 is detected by the input data receiving module 5510 of

In the second step shown in Fig. 3 (2) related to Fig. 1 (B), the user 1400 authenticates himself with the dedicated application 3400 of the smartphone 2410, and the smartphone ( When 2410 is tagged to the information transmission device 2510 , the RSSI function enhanced by magnetic sensing between the information transmission device 2510 and the smartphone 2410 is activated, and by the app data receiving module 5520 , When the identification information of the dedicated application 3400 is detected, local communication between the information transmission device 2510 and the smartphone 2410 is uniquely established, and the printout is performed by the reception data analysis module 5530 . The data 7510 and the identification information of the dedicated app 3400 are analyzed, and the payment amount and date and time data, and the store 1500 recorded in the internal memory 4530 by the authentication data generation module 5540 . ) is generated, and the payment processing data 7520 is generated by the confirmation request module 5550, and the generated payment processing data 7520 is transmitted to the communication control unit ( 4520) to the Bluetooth communication module 4410 of the smartphone 2410, for example, by radio wave communication according to the Bluetooth standard.

In the third step shown in FIG. 3 (3) related to FIG. 1B, the payment processing data 7520 and the data for payment locally transmitted to the Bluetooth communication module 4410 of the smartphone 2410 and the The payment request information 7530 composed of the result information of the user authentication (hereinafter, “person information”) is transmitted to the Internet ( 9000) to the center system 2100.

As a fourth step shown in Fig. 3 (4) in relation to Fig. 1 (B), the payment request information 7530 is performed by the authentication management program (3110 in Fig. 1) of the payment management server (2110 in Fig. 1). ), and payment processing based on the payment request information 7530 is performed by the payment management program ( 3120 in FIG. 1 ).

As a fifth step shown in Fig. 3 (5) related to Fig. 1 (B), log information (here, payment history information) is recorded in the log management DB (5130 in Fig. 1), and the Result data 7110 (here, data corresponding to normal processing) of identity verification and the payment processing is, for example, by the API between the information transmission device control program 5410 and the center system 2100 , is transmitted from the center system 2100 to the dedicated app 3400 of the smartphone 2410 via the Internet 9000 .

In the sixth step shown in FIG. 3 (6) related to FIG. 1 (D), the transmitted result data 7110 is transmitted to the Bluetooth communication module 4410 of the smartphone 2410 and the information is transmitted. When the device 2510 is transmitted locally to the confirmation request module 5550 through BLE (Bluetooth Low Energy) standard communication with the communication control unit 4520 , the result data 7110 is sent to the processing command module 5560 . hand over

In the seventh step shown in Fig. 3 (7) in relation to Fig. 1 (D), the processing instruction module 5560 generates a processing instruction corresponding to the result data 7110, Through the peripheral input/output device control unit 4510, according to the processing instruction, for example, audio data such as an audio guide "0000 yen has been paid normally" is output to the speaker, and a receipt data output module 5570 By, the print data 7510, the Bluetooth communication module 4410 of the smart phone 2410 and the communication control unit 4520 of the information transmission device 2510 (Bluetooth Low Energy) standard communication , locally transmitted to the dedicated app of the smartphone 2410 . According to another embodiment, the information transmission device 2510 may include a display (not shown) and/or a speaker (not shown), and in this case, a processing command corresponding to the result data 7110 is transmitted to the information transmission device ( 2510 may be displayed through a display (not shown) or may be output in the form of voice through a speaker (not shown).

In the eighth step shown in FIG. 3 (8) related to FIG. 1 (D), the print data 7510 locally transmitted to the smartphone 2410 is, for example, the dedicated application 3400 PDS management which is stored in the internal memory 4420 of the smart phone 2410 or constitutes, for example, the dedicated app 3400 and the PDS system (2200 in FIG. 1) of the information bank 1200. The server (2210 in Fig. 1) is entrusted to the PDS management DB (5220 in Fig. 1) by API with the PDS management program (3220 in Fig. 1), and the above-mentioned personal information is stored in the user management DB (5210 in Fig. 1). ) is registered in

In addition, the term "information bank" used in this specification is not limited to the Japanese "information bank" described in nonpatent document 2, It is a term synonymous with "information management center" which takes personal information.

[Example 2]

Next, an outline of the second embodiment of the present invention will be described.

Embodiment 2 of the present invention includes [personal information registration process] and [life-related information management process], [attribute information registration process], [information use approval process], and [request-type advertisement delivery process] The composition related to the use of life-related information consisting of ] is constituted by addition.

Incidentally, the above [personal information registration process] and [life-related information management process] have already been described in the detailed description regarding the first embodiment of the present invention, and therefore descriptions are omitted below.

First, the [Property information registration process] is a process added to the [Personal information registration process], and the user receives a later reward (Reward; information transmitted to the user from an advertising company, etc. This is a process in which attribute information of the user can be registered in the user's smartphone by means of an exclusive application for the smartphone in order to obtain a reward) provided to the user from the advertising company or the like.

Specifically, after [personal information registration process], by the dedicated app of the smartphone, (1) guidelines regarding information use, such as merits and demerits received by users by registration of attribute information (e.g., , guidelines for consent to data use in accordance with the GDPR - General Data Protection Regulation - are displayed, for example, a selection button (“Agree” or “Cancel”, etc.) that requests consent to the guidelines ) is displayed; (2) a second process in which a screen for inputting attribute information is displayed when consent is selected from the selection button by the user; and (3) input of the attribute information by the user. The user's attribute information (e.g., contact information such as e-mail address and phone number, and part or all of personal information such as name, date of birth, gender, occupation, residence area, etc.) is entered on the screen, and registration is executed When this is confirmed, the third process in which the input attribute information is registered, for example, in the internal memory of the smartphone or the cloud system, and (4) when the registration of the attribute information is completed, refer to the registered attribute information A reference key (for example, encrypted data) that grants authority for registration process] is constituted.

Incidentally, about GDPR, there are many introductions in news, books, internet, etc. <https://www.ppc.go.jp/enforcement/infoprovision/laws/GDPR/> [Search on December 19, 2019] There are several guidelines on data handling in accordance with the GDPR.

Next, in the [information use approval process], for example, for offline transactions, information (including attribute information) necessary to deliver behavior-targeting advertisements (including coupons and discount tickets) to advertising companies, etc. This is the process of selecting whether or not to allow the use of life-related information, hereinafter “life-related personal information”).

Specifically, (1) a notification from an advertisement delivery center notifying that a company that wishes to deliver advertisements (hereinafter, “advertisement delivery company”) exists from an information bank to a dedicated smartphone application is displayed (for example, . 2 processing and (3) when the use of personal information related to life is permitted (“agree”) by the user, a reference key for referencing the personal information related to life is transmitted from the information bank to the advertisement delivery center 3rd process and (4) When the said reference key transmitted by the said advertisement distribution center is transmitted to the said user's smartphone (dedicated application), the reference stored in the said user's smartphone (internal memory) a fourth process in which the key (key 1) and the transmitted reference key (key 2) are combined; (5) if the combination is successful, the advertisement delivery center saves the According to the fifth processing in which the existing life-related personal information is referred to, [information use approval process] is constituted.

Then, in the [request-type advertisement delivery process], for example, by the user who registered the attribute information in the [attribute information registration process], “agree” is selected in the [information use approval process] above, for example. If it is, it is an advertisement composed of request information suitable for user behavior at the time of transaction from personal information related to life, discount coupons, points, etc. of benefits) is delivered.

Specifically, (1) the first processing in which life-related information accompanying an offline transaction in [life-related information management process] is acquired by the PDS system of the information bank; and (2) the acquired life-related information Life-related personal information, which adds attribute information stored in the smartphone's internal memory in the [attribute information registration process] to the information, is subject to use permission in the [information use approval process], the advertisement delivery system of the advertisement delivery center by the second processing transmitted to the , (3) extraction of advertisement contents suitable for the life-related personal information from the contents management DB of the advertisement delivery system, and the third processing transmitted and displayed on the user's smartphone , [request-type advertisement delivery process] is constituted.

Here, as a method of providing a reward in the [request-type advertisement delivery process], for example, the request-type advertisement transmitted from the center system of the advertisement delivery center (eg, user behavior at the time of transaction) When information of nearby restaurants that provide dishes suitable for , rewards such as points and discounts are provided to the user by the advertisement delivery center, for example, based on the advertisement fee collected from the advertisement sponsor (here, a nearby restaurant) of the request-type advertisement, or Rewards such as points and discounts are provided to the user based on the customer transport fee collected from the advertising sponsor (for example, 5% of the fare when the user dine at the restaurant in question). For example, it can be configured such that the customer introduction fee is provided to a real store (here, a retail store) that has made a transaction with the user.

In addition, as described above, the cooperation between the PDS system of the information bank and the advertisement delivery system of the advertisement delivery center can be realized by transmitting and receiving data, for example, through the API with the user's dedicated app. .

Further, as the method for extracting advertisement content in (3) above, a method related to behavioral targeting advertisement is applied, and in the advertisement delivery system, the life-related personal information (for example, printing of a receipt related to a transaction) Based on the date and time of the transaction, the unit price and number of purchased products, the purchase amount, the category or location of the store, the method of payment, etc.) included in the data, for example, the user behavior is analyzed using AI technology and similar behavior patterns By classifying into , it can be configured to extract advertisements and recommendation information suitable for the user in the transaction time zone.

Incidentally, about the above-mentioned behavior-targeting advertisement method, there are many introductions not only in books but also on the Internet, for example, <https://ja.wikipedia.org/wiki/behavioral targeting advertisement> [2019] December 20 retrieval], describes in detail the expected performance of behavioral targeting and the method of realizing behavioral targeting.

Fig. 4 is a schematic diagram showing a second embodiment of the present invention.

Hereinafter, the processing steps constituting the second embodiment of the present invention shown in FIGS. 4A to 4F will be described using detailed views of the processing steps.

In addition, about the process process of FIG.4(B)-(D), since it corresponds to FIG.1(B)-(D) in Example 1, respectively, it abbreviate|omits description about the following.

[Registration process of attribute information]

Fig. 5 is a schematic diagram of Fig. 4A.

First, the [attribute information registration process] is a process added to the [personal information registration process] in the first embodiment, and the user's attribute information is registered by the dedicated app of the smartphone (for example, the smartphone It is a process that can be registered in the internal memory or cloud system of

In the first step shown in FIG. 5 (1) related to FIG. 4 (A), the user 1400 sends the smartphone 2410 to the state where the [personal information registration process] is completed. The dedicated app 3400 is activated and is displayed by the PDS management program 3210 of the PDS management server 2210 constituting the PDS system 2200 of the information bank 1200, for example, through a predetermined login operation. When "Registration of attribute information" is selected from the service menu, (1) the PDS management program 3210 of the PDS system 2200 provides information usage guidelines for the use of attribute information in the smartphone 2410 ( 7120) is displayed, and a selection button for consent to the information use guideline 7120 is displayed.

In the second step shown in Fig. 5 (2) related to Fig. 4 (A), when consent is selected from the selection button by the user 1400, by the attribute information registration program 3420, An input screen of attribute information is displayed on the smartphone 2410 .

In the third step shown in FIG. 5 (3) in relation to FIG. 4A, the attribute information 7440 is input by the user 1400, and when execution of registration is confirmed, the attribute information 7440 is registered in the internal memory 4420 of the smartphone or the cloud system 1900 .

In the fourth step shown in Fig. 5 (4) in relation to Fig. 4 (A), when the registration of attribute information is completed, the attribute information registration program 3420 refers to the attribute information 7440. A key 7460 for reference is generated, stored in the internal memory 4420 of the smartphone 1400, and transmitted to the PDS system 2200 via the Internet 9000, yes For example, by the authentication management program 3210, the transmitted reference key 7460 is stored in the basic information table of the user management DB 5210 and managed.

[Approval process for information use]

Fig. 6 is a flow of processing related to Fig. 4E.

First, the [information use approval process] is a process in which the user selects whether or not to permit the use of life-related information and attribute information, etc. to the advertising company, etc. in relation to the delivery of a request-type advertisement by an advertising company, etc. and is constituted by the processing of three main steps.

In the first step shown in FIG. 6 (1) related to FIG. 4 (E), from the PDS system 2200 of the information bank 1200 to the dedicated application 3400 of the smartphone 2410, the Internet Through 9000, advertisement notification information 7220 (eg, the number of companies that want to deliver advertisements according to advertisement conditions, the number of advertisements, etc.) is transmitted, and, for example, the smart displayed on the phone 2410 .

Here, the configuration in which advertisement notification information is transmitted from the information bank to the user's smartphone (dedicated application) requires system cooperation between the information bank and the advertisement delivery center. For example, in the communication process shown in FIG. 6 , that is, (a1) the advertisement delivery center 1300 transmits the delivery conditions 7310 from the advertisement sponsor (eg, the category or transaction area of the transaction product, the gender or age group of the user) , residential area, etc.), for example, the PDS system 2200 of the information bank 1200 registers or updates the delivery condition 7310 in the client management DB 5230, (a2) In the above-mentioned [Life-related information management process], the PDS system 2200 of the information bank 1200 receives transaction summary information (here, for example, the category or purchase address of the purchased product, (limited information such as user's gender or age group) is collected from the client management DB 5230, the number of companies presenting the delivery conditions 7310 corresponding to the collected transaction summary information 7210 In addition to calculating the number of advertisements, advertisement notification information based on the calculation result is generated (a3) on the smartphone 2410 (dedicated application) of the user 1400 via the Internet 9000 It can be configured by the process of transmitting the advertisement notification information 7220.

In the second step shown in Fig. 6 (2) in relation to Fig. 4 (E), the information handling control program 3430 causes the attribute information to be changed along with the display of the advertisement notification information 7220. A selection button asking whether or not to permit the use (eg, selecting “Agree” or “Cancel”) is displayed on the smartphone 2410 .

In the third step shown in FIG. 6(3) related to FIG. 4E, when "Agree" of the selection button is selected by the user 1400, the information handling control program 3430 In the PDS system 2200 of the information bank 1200, the advertisement delivery center 1300 of the reference key 7230 stored in the user management DB 5210 in the [attribute information registration process]. transmission is permitted, and the reference key 7230 is transmitted to the advertisement delivery system 2300 of the advertisement delivery center 1300.

In the fourth step shown in FIG. 6(4) related to FIG. 4(E), the reference key 7230 transmitted by the advertisement delivery center 1300 is transmitted to the smartphone 1400. When transmitted to the dedicated app 3400, it is stored in the reference key 7230 and the internal memory 4420 of the smartphone 2410 by the information handling control program 3430 of the dedicated app 3400. A confirmation key 7460 is combined.

In the fifth step shown in FIG. 6(5) related to FIG. 4E, if the combination of the reference key and the confirmation key succeeds, the advertisement delivery system ( 2300 , the attribute information 7440 of the user 1400 stored in the internal memory 4420 of the smartphone 2410 is referred to.

Incidentally, although not shown in FIG. 6, in order to limit (reinforce security) the reference right to the user's attribute information stored in the internal memory of the smartphone, immediately after reference by the advertisement delivery center, an example For example, by the information handling control program, the previous confirmation key is updated, and the updated confirmation key is stored in the internal memory and transmitted to the PDS system of the information bank, by the PDS system; It may be configured so that the existing reference key stored in the user management DB is changed to the updated confirmation key (value).

[Delivery Process of Request-Type Advertisement]

Fig. 6 is a flow of processing related to Fig. 4(F).

First, in the [request-type advertisement delivery process], in the [information use approval process], the user is permitted to use the attribute information for the advertisement delivery center, and rewards (remuneration or This is the process in which advertisements with added privilege) are delivered, and it is composed by the processing of three main steps.

In the first step shown in FIG. 6 (1) related to FIG. 4 (F), life-related information 7470 related to offline transactions between the user 1400 and the real store 1500 is set to [ life-related information management process], local communication between the dedicated application 3400 of the smartphone 2410 and the information transmission device 2510 of the real store 1500, and the dedicated application 3400 and the information bank 1200 ) is acquired by the PDS system 2200 through Internet communication with the PDS system 2200 and recorded in the PDS management DB 5220 .

In the second step shown in Fig. 6 (2) in relation to Fig. 4 (F), the life-related information 7470 is provided by the user 1200 in the above-mentioned [information use approval process]. Life-related personal information 7250 plus attribute information 7440 of the user 1200 stored in the internal memory 4420 of the smartphone 1400 or the cloud system 1900 in the [attribute information registration process] with permission is provided to the advertisement delivery system 2300 of the advertisement delivery center 1300 .

In the third step shown in FIG. 6(3) in relation to FIG. 4(F), the advertisement content management DB 5320 is retrieved from the advertisement content management DB 5320 by the advertisement delivery system 2300 of the advertisement delivery center 1300. A request-type advertisement 7320 suitable for the related personal information 7250 (from life-related information and user attribute information, it is an advertisement composed of request information suitable for user behavior at the time of transaction, and viewing and viewing of the advertisement However, in accordance with the adoption of the request, privileges such as discount coupons and points are provided) are extracted and transmitted to the smartphone 2410 of the user 1400 , and the dedicated application 3400 of the smartphone 2410 is extracted. ) is indicated by

In the above-described embodiment, [registration process of attribute information] (A) is performed before [process of registration of personal information], [process of accepting information use] (E) and [process of delivery of request-type advertisement] (F ) is exemplified to be performed after (B)(C)(D), but the scope of the present invention is not limited thereto, and each of (A)(E)(F) is (B)(C)(D) may be performed in the middle of each step, or (E) and/or (F) may be performed before step (B). In other words, the scope of the present invention is not limited to the order described above.

[Transaction model similar to the application case]

Regarding the offline transaction model to which the present invention is applied, the model described in the above [Examples of application to life-related information accompanying purchase of goods] and [Examples of application to life-related information accompanying the use of services] (retail stores) It is clear that it is not limited to the purchase of goods in a medical institution or the use of medical services in a medical institution) and can be applied to a model in which print data is output in order to deliver similar printed matter to consumers (individuals). , as such print data, for example, (1) a ticket printed out at a leisure facility such as a movie theater or an amusement park, (2) a ticket printed out at a ticket office such as a bus or train, or (3) in a parking lot You can hear a parking ticket that is printed out, (4) a reception number ticket that is printed out at a bank or government office, etc., and life-related information related to such printed data includes the date and time of use, the place of use, the category of use (action), and the amount of consumption. back can be heard.

Incidentally, the application method of the present invention to such a transaction model can be easily configured by, for example, connecting an information transmission device between a print data output device and a printing device.

[Example 3]

First, an outline of the third embodiment of the present invention will be described.

The third embodiment of the present invention is constituted by [personal information registration process], [authentication process related to transaction initiation], and [authentication process related to transaction termination].

First, [personal information registration process] is a process in which a consumer (user) who purchases a product or uses a service by offline transaction using a smartphone app registers his or her information in advance with the provider of the product or service am.

Specifically, when a user installs on a smartphone and starts a dedicated application that can use offline transactions (here, rental service) using a smartphone application, the dedicated application provides (1) access to the smartphone. The first process in which the user is authenticated and the information of the authentication result by the user authentication is transmitted to the server system of the rental service operating location, (2) based on the transmitted personal information by the server system of the rental service operating location By the second process in which user registration is performed, the [person information registration process] is constituted.

In addition, with respect to the identity authentication of (1) above, since smartphones are usually sold by contract and strict identity verification is performed at the time of contract, in fact, since the smartphone and the contractor are related, the terminal identifier of the smartphone ( unique information), for example, a MAC address (an address that is uniquely assigned to a network device), IMEI (International Mobile Equipment Identity = International Mobile Device Identification Number), IMSI (International Mobile Subscriber Identity = International Mobile Subscriber Identity) Since it is possible to identify an individual by such as, the OS provider of the smartphone (for example, Android or iOS) has certain restrictions in the development of the smartphone app (the terminal identifier obtainable in the distribution app, for example, For Android terminals, MEID-Mobile Equipment Identifier- or IMSI-International Mobile Subscriber Identity- that requires user permission, Android_ID, AdvertisingID, etc., which do not require user permission, for iOS terminals, IDFV-Identifier For Vender- or IDFA- that do not require user permission Identification For Advertisers-, etc.) is set.

In addition, about the 1st process of said (1), the FIDO authentication method described in the above [First Background Art], that is, fingerprint recognition or iris recognition implemented in a smartphone owned by the user , when using the smartphone as a user's own (unique) "authentication device" by using functions such as face recognition, for example, when using the dedicated app, only the information (personal information) of the authentication result by the authenticator, A method of sending to the service operating location of the dedicated app can be used.

Next, [authentication process related to transaction initiation] is a process of renting goods and the like after the store side confirms the user's identity for the rental service by the dedicated app.

Specifically, (1) the first processing in which the identification number of the rental item is inputted to the numeric pad device of the information transmission device by the shop side, and the tagging (touching or approaching) the smartphone by the shop side to the user request, and the user authenticates himself with the dedicated app of the smartphone (for example, using functions such as fingerprint authentication, iris information, and face authentication in the FIDO authentication method) and transmits the smartphone to the information transmission device (2) The authentication result information of the user authentication, the identification number of the rental item, and the identification information of the store (for example, store ID), date and time data, etc. are transmitted locally to the dedicated app. and (3) locally transmitted identification number of the rental article, identification information of the store, and the user's personal information (hereafter, "rental information") from the smartphone, for example, Third processing transmitted to the center system of the application operation center (here, rental service operation center) via the Internet, and (4) based on the person information of the transmitted rental information, the application management server of the center system ( Here, the fourth process of verifying the identity by the authentication management program of the rental information management server), (5) the result data of the identity confirmation (for example, data on whether it is normal or abnormal) and log information (here, Rental history information) is recorded in the log management DB (here, rental history management DB), and information about the record (hereinafter, “rental history information”) is transmitted from the center system to the smartphone via the Internet. a fifth process to be transmitted; (6) a first step in which, when the transmitted rental record information is locally transmitted from the smartphone to the information transmission device, a processing instruction corresponding to the rental record information is generated to the information transmission device 6 processing and (7) a mutual authentication environment (an environment in which a user and a store can mutually confirm authentication results in an offline transaction using a smartphone app) based on the generated processing instruction; For example, [authentication process related to transaction initiation] is constituted by the seventh process provided by an audio guide such as "Rental recording is complete".

Here, for example, if the user selects and registers a payment method, from the point in time (7) above, the rental fee for the rental article is calculated for the center system, and according to the payment method registered by the user, It may be configured such that a predetermined rental fee based on the calculation is paid to the store.

In addition, after the user has received the rental of the rental item, when the predetermined return period arrives, the application will notify the user to request the return of the rental item (“Z ZZ Z return date”) When the specified return period has elapsed, or an audio guide such as a pop-up, etc., a notification informing that the return date of the rental item has elapsed (“Z Z Z Z return is Z It is okay to configure it to perform a voice guide or pop) such as “The work is passing. A penalty is occurring in Z Z Z.”

The [authentication process related to transaction termination] is a process for accepting the return of the rental item after the store side confirms the user's identity in the rental service by the dedicated application.

Here, for the above rental service, if the rental product is returned to the store normally, such as no overdue or damage to the rental product, there is no need for a claim for compensation or settlement of late fees, so no special identification is required. However, for example, not in the automatic settlement model described above, but in the case of a prepayment method for a predetermined rental period, or in the case of renting a rental product that requires an insurance claim procedure for damage, after all, delinquency, damage, etc. Because identification based on the principle of responsibility for responsibility (clarification of the location of responsibility) is required, it is desirable to close (complete) the transaction by the following authentication process.

Specifically, when the user returns the rental article to the store, (1) the first process in which the identification number (attached to the article) of the rental article delivered by the store is input into the numeric pad device of the information transmission device The store side requests the user to tag (touch or close) the smartphone, and the user authenticates himself with the smartphone's dedicated app (for example, in the FIDO authentication method, fingerprint authentication, iris information, face (using functions such as authentication) and tagging the smartphone to the information transmission device, (2) the authentication result information of the person authentication, the identification number of the rental item, and the identification information of the store (for example, the store ID) and date and time data, etc., are locally transmitted to the dedicated app in the second processing; Here, "return information") is transmitted from the smartphone, for example, via the Internet, to the center system of the application operation center (here, rental service operation center); Based on the personal information of the returned information, the fourth process of verifying the identity by the authentication management program of the application management server (here, rental information management server) of the center system, (5) by the application management server, Log information (here, rental history information) corresponding to the return information is extracted from the log management DB (here, rental history management DB) 5th process in which information (information as a result of determining whether a normal return is not overdue, hereinafter referred to as "return determination information") is transmitted from the center system to the smartphone via the Internet; a sixth process in which, when the return determination information is locally transmitted from the smartphone to the information transmission device, a processing instruction corresponding to the return determination information is generated to the information transmission device; Based on the processing instruction, the mutual authentication environment (environment where the user and the store can mutually confirm the authentication results in offline transactions using the smartphone app) is, for example, “Return has been completed normally” or “ [Authentication process related to transaction termination] is constituted by the seventh process provided by the audio guide such as "There is a delinquency of Z days, and a late fee of Z Z Z yen will be charged".

Fig. 9 shows a schematic diagram according to Example 3 of the present invention.

Hereinafter, the processing steps constituting the third embodiment of the present invention shown in FIGS. 9A to 9D will be described using detailed views of the processing steps.

[Registration process of personal information]

Fig. 10 is a schematic diagram of Fig. 9A.

First, in the [personal information registration process], a consumer (user) who purchases a product or uses a service through an offline transaction using a smartphone app has the product or service provider (here, related to the rental service) It is the process of registering one's own information in the application's operation center), and is constituted by the processing of two main steps.

In the first step shown in FIG. 10 ( 1 ), the user 1400 uses the recognition function of the smartphone 2410 (eg, fingerprint recognition, iris recognition, face recognition, etc.) of the smartphone 2410 . ) as an authenticator, by the personal information registration program 3410 of the dedicated app 3400, the personal information 7410 (eg, user ID and At the same time, registration information 7430 is generated from the user's basic information 7420 (name or e-mail address, etc.) is sent

In the second step shown in FIG. 10(2), the registration information 7430 transmitted to the center system 12100 is registered in the user management DB 15110 by the authentication management program 13110.

In addition, the structural example of the said user management DB 15110 is shown in FIG.

[Certification process related to transaction initiation]

Fig. 11 is a flowchart of a transaction initiation related to Figs. 9(B) to 9(D).

First, [authentication process related to transaction initiation] is a process of renting goods and the like after the store side confirms the user's identity in the rental service using the dedicated app, and consists of 7 main steps do.

In the first step shown in FIG. 11 (1) related to FIG. 9B, for the store 1500, the identification number 17510 (transaction data) of the rental article 8510 (transaction data) numeric pad 12520 is directly inputted into the information transmission device 2510 , the inputted identification number 17510 (transaction data) is detected by the input data reception module 5510 of the information transmission device 2510 .

In the second step shown in FIG. 11 (2) related to FIG. 9B, the user 1400 authenticates himself with the dedicated application 3400 of the smartphone 2410, and the smartphone ( If 2410 is tagged to the information transmission device 2510 , the RSSI function enhanced by magnetic sensing with the smartphone 2410 acts on the information transmission device 2510 , and the app data reception module 5520 At the same time that the dedicated application 3400 is recognized, local communication between the information transmission device 2510 and the smartphone 2410 is uniquely established, and the identification number 17510 is determined by the reception data analysis module 5530 and the identification information of the dedicated app 3400 are analyzed, and the identification number 17510 (transaction data) detected by the input data receiving module 5510 by the authentication data generation module 5540 and the internal memory ( The transaction identification information 17520 (corresponding to the above-mentioned rental information) including the identification information of the store 1500 and date and time data recorded in 4530 is generated, and the transaction is generated by the confirmation request module 5550 Identification information 17520 is locally transmitted from the communication control unit 4520 of the information transmission device 2510 to the Bluetooth communication module 4410 of the smartphone 2410 by, for example, radio wave communication according to the Bluetooth standard. do.

In the third step shown in FIG. 11(3) related to FIG. 9B, the transaction identification information 17520 and the person locally transmitted to the Bluetooth communication module 4410 of the smartphone 2410 Data 17530 for authentication constituted of authentication result information of authentication (hereinafter, "person information") is transmitted to the Internet ( 9000) to the center system 12100.

As the fourth step shown in Fig. 11 (4) in relation to Fig. 9 (B), the authentication data 17530 by the authentication management program (13110 in Fig. 9) of the application management server (12110 in Fig. 9). Identity verification based on personal information of , and predetermined application processing (here, rental-related processing) based on the authentication data 17530 is performed by the application management program (13120 in Fig. 9).

As a fifth step shown in FIG. 11(5) related to FIG. 9B, log information based on the identification result data and the authentication data 17530 (here, rental history information) is recorded in the log management DB (15140 in FIG. 9), and at the same time, the recording result information 17110 related to the recording of the log information, for example, the information transmission device control program 5410 and the center system 12100 It is transmitted to the said exclusive application 3400 of the said smartphone 2410 via the Internet 9000 from the said center system 12100 by the API of a part.

In the sixth step shown in FIG. 11 (6) related to FIG. 9 (D), the transmitted recording result information 17110 is transmitted to the Bluetooth communication module 4410 of the smartphone 2410 and the information. When returned to the confirmation request module 5550 by local transmission by BLE (Bluetooth Low Energy) standard communication with the communication control unit 4520 of the transmission device 2510, the recording result information 17110 is processed instruction module 5560 .

In the seventh step shown in Fig. 12 (7) in relation to Fig. 9 (D), the processing instruction module 5560 generates a processing instruction corresponding to the recording result information 17110, Through the peripheral input/output device control unit 4510, in response to the processing instruction, audio data relating to a completion notification is output in which an audio guide such as "rental recording has been completed normally" is played through the speaker.

[Certification process related to transaction termination]

Fig. 12 is a flowchart of a transaction termination related to Figs. 9B to 9D.

First, the [authentication process related to transaction termination] is a process for accepting the return of rental items after the store side confirms the user's identity for the rental service using the dedicated app, and is a process of 7 main steps composed by

In the first step shown in FIG. 12 ( 1 ) in relation to FIG. 9 (B) , when the user 1400 returns the rental article 8510 to the store 1500 , the store 1500 rents it. The identification number 17510 (transaction data) of the article 8510 is input into the information transmission device 2510 by the number pad 12520, and the input identification number 17510 (transaction data) is input into the information transmission device It is detected by the data receiving module 5510 .

In the second step shown in Fig. 12 (2) in relation to Fig. 9 (B), the user 1400 authenticates himself with the dedicated application 3400 of the smartphone 2410, and the smartphone ( If 2410 is tagged to the information transmission device 2510 , the RSSI function enhanced by magnetic sensing with the smartphone 2410 acts on the information transmission device 2510 , and the app data reception module 5520 At the same time that the dedicated application 3400 is recognized, local communication with the smartphone 2410 is uniquely established with the information transmission device 2510, and the print data 17510 is performed by the reception data analysis module 5530. and the identification information of the dedicated app 3400 are analyzed, and the identification number 17510 (transaction data) detected by the input data receiving module 5510 by the authentication data generation module 5540 and the internal memory ( Transaction identification information 17520 (corresponding to the above-described return information) comprising the identification information of the store 1500 and date and time data recorded in 4530 is generated, and is generated by the confirmation request module 5550 The transaction identification information 17520 is transmitted from the communication control unit 4520 of the information transmission device 2510 to the Bluetooth communication module 4410 of the smartphone 2410 by, for example, radio communication according to the Bluetooth standard. transmitted locally.

In the third step shown in FIG. 12 (3) in relation to FIG. 9 (B), the transaction identification information 17520 transmitted locally to the Bluetooth communication module 4410 of the smart phone 2410 is Data 17530 for authentication constituted of authentication result information of authentication (hereinafter, "person information") is transmitted to the Internet ( 9000) to the center system 12100.

As the fourth step shown in Fig. 12 (4) related to Fig. 9 (B), the authentication data 17530 is performed by the authentication management program (13110 in Fig. 9) of the application management server (12110 in Fig. 9). ) to verify your identity based on your personal information.

As a fifth step shown in Fig. 12 (5) in relation to Fig. 9 (B), the log management DB (15140 in Fig. 9) is retrieved by the app management program (13120 in Fig. 9) of the app management server. Log information corresponding to the authentication data 17530 (the above-mentioned rental history information) is extracted, and at the same time the extracted log information and return determination information 17120 based on the authentication data 17530 are, for example, , the dedicated app 3400 of the smartphone 2410 via the Internet 9000 from the center system 12100 through the API between the information transmission device control program 5410 and the center system 12100 ) is sent to

In the sixth step shown in FIG. 12 (6) related to FIG. 9D, the transmitted return determination information 17120 is transmitted to the Bluetooth communication module 4410 of the smartphone 2410. When returned to the confirmation request module 5550 by local transmission by BLE (Bluetooth Low Energy) standard communication with the communication control unit 4520 of the transmission device 2510, the return determination information 17120 is a processing instruction module 5560 .

In the seventh step shown in Fig. 12 (7) in relation to Fig. 9 (D), the processing instruction module 5560 generates a processing instruction corresponding to the return determination information 17120, and at the same time, Through the peripheral input/output device control unit 4510, according to the processing instruction, for example, "Return has been completed normally" to the speaker, or "There is arrears on day Z, and a late fee of Z Z Z Yen. I will go," and so on, audio data (output data based on the processing instruction) related to the completion notification is transmitted. According to another embodiment, the information transmission device 2510 may include a display (not shown) and/or a speaker (not shown), and in this case, the processing instruction corresponding to the return determination information 17120 is the information transmission device It may be displayed through a display (not shown) of the 2510 or may be output in a voice form through a speaker (not shown).

According to the present invention, it is easy to rent various equipment in sports facilities or leisure facilities such as ski resorts, bowling alleys, golf courses, beaches, pools and fishing grounds without a network environment and without exposing the user's personal information to the store side. can do it safely.

In addition, according to the present invention, in an offline transaction (settlement) using a virtual (crypto) currency, a real store and a consumer (user) correspond to the transaction result, that is, the amount related to the offline transaction (settlement). Confirmation of the result that the virtual (crypto) call is transmitted from the user's electronic wallet to the real store's electronic wallet without providing a permanent device (eg, smartphone) for receiving E-mail or SMS can do

Although not shown in the figure, such a configuration can be easily realized by the QR-BOX function of the connector device (here, the information transmission device) described in the premise [Second Background Art].

In this case, for example, in the above-mentioned [authentication process related to transaction initiation], the dedicated app of the smartphone owned by the user is set as the virtual (crypto) currency wallet app, and the As the identification information of the real store recorded in the internal memory, the QR code of the electronic wallet owned by the real store (the QR code used for the cold wallet, the URL of the electronic wallet, etc. is recorded), and further, the number pad If the input is the payment amount, P2P (Peer to Peer) communication between the user's wallet app and the real store's wallet app without going through internet communication with the app operation center, The virtual (crypto) currency of the user is transmitted from the user's electronic wallet (URL) to the electronic wallet (URL) of the real store, and further transmitted from the wallet app of the real store to the user's wallet app Result data (possible also by E-mail or SMS) related to the .

Incidentally, in this case, it is assumed that the result data includes the amount of virtual currency transferred from the electronic wallet (URL) of the user to the electronic wallet (URL) of the real store, and confirmation of the information transmission device By the requesting module, a configuration in which the amount of money is combined with the payment amount input to the number pad detected by the input data receiving module (or the same combination) can be added.

In addition, according to the present invention, even for services that require a lock opening and closing function, such as the aforementioned “Ttareungi” or “Happy Box”, a lock opening and closing function can be built using local communication between a smartphone app and an information transmission device. It is possible to provide a dedicated terminal equipped with a communication function in the rental object (requires a communication function equivalent to that of a smartphone and a contract related to SIM acquisition), eliminating the need to connect to the network, and running cost (running cost) ) (communication fees, insurance premiums, etc.)

Such a lock opening/closing function using local communication between the smartphone and the information transmission device can be easily configured, for example, by serial communication between the information transmission device and the lock device (electronic lock).

Specifically, the peripheral device input/output port of the information transmission device and the control port of the lock device (electronic lock) are connected with a communication cable such as a serial cable or USB cable, and as described in the above [Offline transaction using smartphone app], Similar to the [Registration process of personal information], personal information is registered, for example, in the center system of the center operating “Ttareungi” rental service, and when renting “Ttareungi”, [Related transaction initiation authentication process], through local communication between the user's smartphone app and the information transmission device, rental information is first transmitted from the smartphone app to the center system, and then rental record information (here In , when the lock device release code, etc.) is transmitted and the transmitted release code is locally transmitted to the information transmission device, as a rental completion notification (audio guide) by the information transmission device described above, the peripheral device input/output of the information transmission device It can be configured such that the release code locally transmitted from the port through the communication cable is transmitted to the control port of the locking device, and the lock of the locking device is released based on the release code.

In addition, when returning 「Ttareungi」, similar to the [authentication process related to transaction termination] described in [Offline transaction using smartphone app] described above, through local communication between the user's smartphone app and the information transmission device, , first, return information is transmitted from the smartphone app to the center system, and then return record information (here, locking code of the locking device, etc.) is transmitted from the center system, and at the same time, the transmitted lock code is information When transmitted locally to the transmission device, as a notification (audio guide) of completion of return by the information transmission device as described above, the corrective code locally transmitted from the peripheral device input/output port of the information transmission device through a communication cable is sent to the control port of the lock device. transmitted, and the lock of the locking device may be locked based on the locking code.

[Example 4]

Next, an outline of the fourth embodiment of the present invention will be described.

As described in the above [Example of application to temporary storage service], with the conventional storage method, the store incorrectly attaches or issues another identification tag, or the user loses the identification tag, or uses a stolen identification tag. In some cases, handing over luggage to the user, which causes trouble, for example, in a case where identification documents are not entrusted for identification purposes, a malicious user entrusts the user before and after the temporary storage service. If it is said that the identification tag has been lost upon receipt of luggage similar to luggage (eg, empty of the contents), and the number (eg, serial number) issued to the user before and after the case, it can be easily guessed. ) to the store, it is possible to receive (intercept) the baggage left by the users before and after the relevant event.

Of course, if there is an environment for mutual authentication using the information transmission device according to the present invention and a smartphone app (here, temporary storage app), service (here, temporary storage) without entrusting identification cards, etc. service), it is impossible to receive (intercept) other people's luggage with the same excuses or reasons given above by a malicious user.

However, a malicious user (with advanced hacking skills), for example, hacks the local communication between the information transmission device and the smartphone app, and performs local communication with the information transmission device in the same order as the smartphone app. When a fake app for hacking is developed, in the mutual confirmation environment, information of the authentication result disguised as the information transmission device is locally transmitted, for example, [Authentication related to transaction termination in Example 3] Process] without going through the processing of FIG. 9(3) described in FIG. 9(3), that is, the completion notification of the 7th step without going through the 6th step (for example, "return recording is complete", etc.) It becomes possible to cause the information transmission device to perform the audio guide.

Therefore, according to the fake app for hacking by such a malicious user, it is also possible to carry out only the 7th step without going through all of the 6th steps from the 1st step described in the [Authentication process related to transaction termination]. In addition to intercepting the burden of the user, the service becomes available without actually making a payment.

Of course, a legitimate smartphone app is installed on a smartphone with advanced security technology from, for example, "Google Play" operated by Google or "App Store" operated by Apple, etc. It is almost impossible to use a fake app for hacking in the <online transaction> used, but in <offline transaction> using a smartphone app, that is, for example, in a small real store without a network environment, the hacking The possibility of using fake apps is undeniable.

The information transmission device constituting the present invention is an important device capable of providing a mutual authentication environment between the store side and the user side in offline transaction using a smartphone app. The device (“POS connector”) described in Document 4 does not access the mutual approval environment only by local communication with the smartphone app (eg, 1/50 of that of a CAT terminal) and without running costs ( Communication cost is unnecessary), so communication means (dedicated network) for transmitting malicious access such as hacking to the local communication mentioned above to the center system operating the service using the smartphone app No notification means was provided for notifying the store side on the spot that the malicious access was being received.

In the fourth embodiment of the present invention, it is possible to provide a mutual authentication environment between a store and a consumer (user) in an offline transaction without requiring expensive equipment or network environment, and without burden of running cost or cost. A configuration of an "access security method in local communication" capable of enhancing the safety of an information transmission device is disclosed.

For example, when the smartphone app accesses the information transmission device, the access key at that point in time (key data for the smartphone app to access the information transmission device, stored in the internal memory of the information transmission device and Assuming that the value (hereinafter, "access key value") of the value (the value is updated for each access) should be transmitted to the information transmission device side, the smartphone app is always, in order to properly access the information transmission device, You need to get the access key value in some way.

There, if a "key management center" for managing the access key values as described above is provided, for example, when a payment is made by tagging a smartphone to an information transmission device, local communication between the smartphone and the information transmission device is performed. In the above, first, by the smartphone app, (1) result data regarding payment is obtained from the payment management system of the payment provider, (2) the access key value of the information transmission device is requested from the key management center and is obtained at the same time, (3) a predetermined instruction based on the obtained access key value and the result data is locally transmitted to the information transmission device, and then, by the information transmission device, (4) is included in the locally transmitted predetermined instruction The access key value to be used and the access key value in the internal memory are combined, and if the combination is "real", a normal action based on the predetermined command (for example, a voice guide saying "000 is normally") is performed. At the same time, a new access key value is generated, (5) the generated new access key value is recorded in the internal memory and transmitted locally to the smartphone, and finally, by the smartphone app, (6) locally transmitted It can be configured as if the access key value is encrypted and sent to the key management center at the same time.

Incidentally, in the process of (4) above, when the combination of the access key value included in the locally transmitted predetermined instruction and the access key value in the internal memory is "false", the information transmission device notifies the abnormal action ( For example, it can be configured to perform an audio guide saying "Access key error", etc.).

In addition, the key management center acquires the identification information of the smartphone that requested the access key to the key management center in the process of (2), for example, the process of (6) is not executed; When the updated access key is not transmitted from the information transmission device for a certain period of time, the management smartphone of the store where the information transmission device is installed (for example, when the information transmission device is installed, the management smartphone is designated, to notify (send a message of occurrence of an abnormality to the management app) to (the management app is installed), or to send an email about the abnormality to etc., it can be comprised so that an abnormality notification function may be added, and the acquired identification information of the said smartphone can also be utilized for investigation of the abnormality cause.

According to the above configuration, it is possible to maintain security almost equal to that of OTP (One-Time Password), and at the same time, it is possible to grasp the usage status of the information transmission device by means of a smartphone application.

Even if the above (2), (5), and (6) are not executed normally, in the key management center, a new access key value is generated and simultaneously transmitted to the management smartphone of the store, , when the new access key value is directly written into the internal memory of the information transmission device by the management application of the management smartphone, the maintenance function of the information transmission device can be restored smoothly.

If a malicious user interprets a smartphone application for an information transmission device, creates a fake smartphone application, uses the fake smartphone application, and, for example, obtains it from a payment provider in the process of (1) above. Even when (3) is executed after obtaining an access key value by (2) after generating a fake (fake result data) of the result data to be faked, as described above, in the process of (2), the fake smartphone Since the identification information of the smartphone that executed the application is acquired by the key management center, the identification information can also be utilized for investigation of such irregularities, so access by malicious intent is possible on the premise that the malicious user is specified. can be expected to be suppressed.

Here, for example, a malicious user first uses a legitimate smartphone app, executes (1) to (6) normally, and acquires the final access key value of the information transmission device in the process of (5) If this is done, the access key value can be used with the fake smartphone app, and (3) is illegally executed without going through the process of (1) (2), and in the process of (6), the When the transmitted updated access key value is not sent to the key management center, for example, when the interval between the previous normal execution and the subsequent illegal execution is long, and another normal execution is performed in between, the access key of the information transmission device Since the value is updated, subsequent illegal execution cannot be performed.

On the other hand, when the previous normal execution and the subsequent illegal execution are short and no other normal execution is performed, the above illegal execution is established once, but when the normal execution is performed after the illegal execution, the illegal execution is Therefore, in the process of (6), the updated access key value is not transmitted to the key management center. Therefore, with the above configuration, in the process of (4) in the normal execution, the information transmission device, for example, , "Access key error", etc., can notify the store of an abnormality, so that the store can specify the malicious user who performed the illegal execution immediately before the normal execution.

If the updated access key value is transmitted to the key management center in the process of (6) above for the illegal execution, the above-mentioned abnormal notification by the information transmission device is not performed, but the process (6) is executed. As a result, as described above, the key management center acquires identification information of a smartphone equipped with a fake smartphone app used for the illegal execution, so the identification information can be utilized for investigation into the illegal execution. Therefore, on the premise that the malicious user is identified, it can be expected that malicious access is checked.

Against the background of the above, Embodiment 4 of the present invention provides an "offline Constructed by adding "Access Security Method in Local Communication" consisting of [Access Key Request Process], [Access Key Combination Process], and [Access Key Update Process] to "Authentication Method in Transaction" do.

Incidentally, for the above [personal information registration process], [authentication process related to transaction initiation], and [authentication process related to transaction termination], since detailed description of Example 3 of the present invention has already been described, , a description of the following is omitted.

First, the [access key request process] is a process in which the access key value of the information transmission device is requested from the key management center by the smartphone app.

Specifically, in the [authentication process related to transaction initiation] or [authentication process related to transaction termination] described in Example 3, when a user tags a smartphone to an information transmission device, (1) the information transmission device a first process in which authentication data is locally transmitted from the smartphone app (application dedicated to the smartphone); and (2) installing the information transmission device from the authentication data locally transmitted by the smartphone application Identification information (hereinafter, “store ID”) of the store in question is acquired, and identification information of the smartphone (for example, in an Android terminal, MEID-Mobile Equipment Identifier- or IMSI-International Mobile Subscriber Identity- which requires user permission) , Android_ID, AdvertisingID, etc., which do not require user permission, on iOS terminals, access by IDFV-Identifier For Vender- or IDFA-Identification For Advertisers-, etc., which does not require user permission, hereinafter "smartphone ID") and the obtained store ID a second process in which key request data is generated and transmitted to the key management center; The [access key request process] is constituted by the third process that is extracted and transmitted (replyed) to the smartphone application.

Next, in the [access key combination process], the access key value obtained from the key management center by the smartphone app (hereinafter, "center side key value"), and the access key recorded by the information transmission device in the internal memory or the like It is a process in which values (hereinafter, "confirmation device-side key value") are combined and a processing command based on the combination result is executed.

Specifically, (1) a first process in which the center-side key value transmitted from the center system of the key management center to the smartphone app is locally transmitted to the information transmission device; and (2) in the information transmission device, the local a second process in which the transmitted center-side key value and the confirmation device-side key value recorded in the internal memory of the information transmission device are combined; , "0") is generated in the case of a combination failure, and an [access key combination process] is constituted by the third process in which an action based on a processing instruction corresponding to the combination result information of the combination is executed.

Here, for example, when the combination result information in (3) above is "0", the processing instruction module of the information transmission device generates a processing instruction corresponding to the combination result information, and transmits the information. Through the peripheral input/output device control unit of the device, it is possible to configure, for example, to output audio data related to an abnormality notification in which an audio guide such as “Access key error” flows to the speaker. According to another embodiment, the information transmission device 2510 may include a display (not shown) and/or a speaker (not shown). In this case, a processing command corresponding to the combination result information is transmitted to the information transmission device 2510 . ) may be displayed through a display (not shown) or may be output in voice form through a speaker (not shown).

Then, in the [access key update process], for example, when the combination of the access key in the information transmission device is successful, the access key value is updated in the information transmission device, and at the same time, the smart This is a process in which the updated access key value is recorded in the center system of the key management center through the phone app.

Specifically, (1) in the information transmission device, the access key value is updated (for example, numbers, characters, special symbols, etc. generated by a hardware random number generator or a software random number generator, etc. are randomly arranged in a character string a key value to be updated) and recorded as a key value on the verification device side in an internal memory or the like; a second process transmitted to the center system of the key management center by means of Thus, [access key update process] is constituted.

Fig. 13 shows a schematic diagram in Example 4 of the present invention.

Hereinafter, the processing steps constituting the fourth embodiment of the present invention shown in FIGS. 13(A) to 13 (G) will be described using detailed views of the processing steps.

In addition, about the processing process of FIG.13(A), (B), (C), (D), it corresponds to FIG.9(A)-(D) in Example 3, respectively, and about the following A description is omitted.

[Access key request process]

14 (1) to (3) are process flowcharts related to FIG. 13 (E).

First, the [access key request process] is a process in which the access key value of the information transmission device is requested from the key management center by the smartphone application, and is constituted by processing of three main steps.

In the first step shown in FIG. 14 (1) related to FIG. 13E, when the smartphone 2410 is tagged with the information transmission device 2510 by the user 1400, the information transmission device ( 2510), data for authentication 17520 (data relating to [authentication process related to transaction initiation] or [authentication process related to transaction termination] in Example 3) Through the communication control unit 4520 of the information transmission device 2510, for example, by radio communication according to the Bluetooth Low Energy standard (hereinafter, “BLE communication”), the information is transmitted locally to the smartphone 2410 and at the same time It is acquired by the dedicated app 3400 of the smartphone 2410.

In the second step shown in Fig. 14 (2) in relation to Fig. 13 (E), for example, local transmission is performed by the access key request data generation program 3440 of the smartphone app 3400. A store ID 6510 is obtained from the authentication data 17520, and access key request data 6420 is generated by the smart phone ID 6410 of the smart phone 2410 and the store ID 6510. , for example, via the Internet 9000, is transmitted to the key management center 11200

In the third step shown in FIG. 14(3) in relation to FIG. 13(E), the access key request data 6420 transmitted to the key management system 12200 of the key management center 11200. Based on, for example, first, the smart phone ID is acquired from the access key request data 6420 by the authentication management program 13210 and the access log file 15230 (eg, at the time of abnormality) used for investigation) and stored in the key management program 13220 from the information transmission device management DB 15210 of the information transmission device corresponding to the store ID 6510 in the access key request data 6420. Identification information (hereinafter, "confirmation device ID") is queried, the access key corresponding to the confirmation device ID 6520 of the inquiry result is referred from the key management DB 15220, and the value of the access key (center side) The key value 6210) is transmitted (replied) from the key management system 12200 to the smartphone app 3400 via the Internet 9000.

[Access key combination process]

14(4) to (6) are process flow charts related to FIG. 13(F).

First, in the [access key combination process], the center-side key value obtained from the key management center by the smartphone app and the confirmation device-side key value recorded by the information transmission device in the internal memory or the like are combined, and the result of the combination is It is a process in which the basic processing command is executed, and is constituted by processing in three main steps.

In the first step shown in Fig. 14 (4) related to Fig. 13 (F), the center side transmitted from the key management system 12200 of the key management center 11200 to the smartphone app 3400 The key value 6210 is locally transmitted to the information transmission device 2510 by BLE communication with the information transmission device 2510 by the smart phone 2410 .

In the second step shown in FIG. 14(5) related to FIG. 13F, the center-side key value 6210 locally transmitted to the information transmission device 2510 is transmitted to the communication control unit 4520. If it is acquired by the confirmation request module 5550 through It is combined with the side key value 6210 .

In the third step shown in FIG. 14(6) related to FIG. 13F, for example, when the combination result information by the above combination is acquired by the processing instruction module 5560, the processing instruction module ( 5560), a processing instruction corresponding to the combination result information is generated, and, in the case of execution data based on the processing instruction (eg, [authentication processing related to transaction initiation] of a rental service, "rental record" voice data such as "This was normally completed") is output to a peripheral device (eg, a speaker) through the peripheral input/output device control unit 4510 .

[Access key renewal process]

It is a process flow chart related to FIG. 14(G) related to FIG. 13(F).

First, in the [access key update process], when the combination of the access key in the information transmission device is successful, the access key value is updated for the information transmission device and, at the same time, via the smartphone app , a process in which the updated access key value is recorded in the central system of the key management center, and is constituted by the processing of three main steps.

In the first step shown in FIG. 14 (7) related to FIG. 13 (F), if the combination of the access keys in the information transmission device 2510 is successful, for example, the information transmission device ( 2510), update processing of the key value on the verification device side (for example, numbers, characters, special symbols, etc. generated by a hardware random number generator or a software random number generator, etc. are randomly arranged as a character string generation process of the constituted key value) is performed, and a new confirmation device-side update key value 6540 is written to the internal memory 4530 or the like.

In the second step shown in Fig. 14 (8) in relation to Fig. 13 (F), the updated confirmation device-side update key value 6540 is transmitted from the information transmission device 2510 to the smartphone app ( 3400), and at the same time, for example, by the access key update information registration program 3450 of the smartphone app 3400, the confirmation device-side update key value 6540 is transmitted via the Internet 9000 , is transmitted to the key management system 12200 of the key management center 11200 .

In the third step shown in Fig. 14 (9) in relation to Fig. 13 (F), the confirmation device-side updated key value ( 6540) is recorded in the key management DB 15220 as a center-side key value by the key management program 13220.

As described above, with the configuration shown in the fourth embodiment, the mutual authentication environment between the store and the consumer (user) in the offline transaction using the smartphone app does not require expensive equipment or network environment, and is safe and running cost. (running cost) It becomes possible to increase the safety of the information transmission apparatus that can be provided without any burden.

Hereinafter, a functional configuration of the information transmission apparatus 2510 according to an embodiment of the present invention and an operation thereof will be described.

16 is a diagram illustrating a functional configuration of an information transmission device 2510 according to an embodiment of the present invention.

In more detail, the information transmission device according to the present invention is provided between a payment device 2520 of a store and a printing device 2530 for printing receipts and transmits information for printing from the payment device 2520 through a predetermined first communication. When the included data set is received, the data set is provided to the printing apparatus 2530 for printing.

According to one embodiment of the present invention, the predetermined first communication in which the data set is received from the payment device 2520,

(i) serial communication;

(ii) USB communication;

(iii) communications over local area networks;

(iv) wireless LAN communication; or

(v) Bluetooth communication, it may be any one.

According to one embodiment of the present invention, the information for printing includes:

Receipt information for a payment other than cash payment, or other receipt information other than the cash payment receipt information among the receipt information that can be included in the dataset, or receipt information to be transmitted and printed to a printing device without separate payment processing.

In addition, the information transmission device according to the present invention is a predetermined connection to the smart phone 2410 in a short distance when a data set including payment-related information is received from the payment device 2520 through the predetermined first communication. The smart phone 2410 transmits information for smart phone transmission including the data set (or information extracted from the data set) to the smart phone 2410 through short-distance communication of

In addition, according to an embodiment of the present invention, the smart phone transmission information is

Cash payment receipt information; or

It may be designated payment target information to be transferred to a nearby smart phone 2410 and processed for payment.

In addition, according to an embodiment of the present invention, a predetermined short-range communication connected to the short-range smart phone 2410,

(i) Bluetooth communication connected to the smart phone 2410 in a short distance without prior pairing;

(ii) short-range wireless communication according to specified standards;

(iii) Bluetooth communication connected without prior pairing through sound waves;

(iv) sound wave communication using sound wave signals;

(v) Bluetooth communication connected without prior pairing through a code image of a specified standard;

(vi) a code image of the specified standard; or

(vii) may be any one of Near Field Communication (NFC).

Those of ordinary skill in the art to which the present invention pertains, refer to and/or modify the drawings attached to the present specification to various implementation methods (eg, some components are omitted or modified) for the configuration of the information transmission device 2510 . , or subdivided, or combined implementation method) may be inferred, but the present invention is made including all implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in the accompanying drawings in this specification. No.

The information transmission device 2510 of the present invention is provided between a payment device 2520 provided in an offline store to process a payment and a printing device 2530 for printing a receipt for the payment. Preferably, one side of the information transmission device 2510 is connected to the payment device 2520 , and the other side of the information transmission device 2510 is connected to the printing device 2530 .

When the information transmission device 2510 does not exist, the payment device 2520 may be connected to the printing device 2530 through a predetermined communication for printing, in this case, the payment device 2520 is A receipt may be printed by transmitting a data set including receipt information to the printing device 2530 . Preferably, the payment device 2520 may be connected to the printing device 2530 through a predetermined communication according to a predetermined communication port provided in the corresponding payment device 2520 .

According to one embodiment of the present invention, the predetermined printing communication in which the payment device 2520 is connected to the printing device 2530 is (i) serial communication (eg, to a serial port provided in the payment device 2520 ). At least one serial communication among RS-232C standard serial communication, RS-422 standard serial communication, and RS-485 standard serial communication), (ii) USB communication, (iii) communication via local area network, (iv) It may be either wireless LAN communication or (v) Bluetooth communication (eg, Bluetooth communication based on pairing for print processing).

Meanwhile, according to the embodiment of the present invention, the payment device 2520 is connected to the information transmission device 2510 through a predetermined first communication instead of the printing device 2530 , and the information transmission device 2510 is connected to the information transmission device 2510 . It is preferable to recognize it as the printing device 2530 . Preferably, the payment device 2520 may be connected to the information transmission device 2510 through a predetermined first communication according to a predetermined communication port provided in the corresponding payment device 2520 .

The printing device 2530 is a payment device through at least one of a serial communication method, a USB communication method, a wired LAN communication method, a wireless LAN communication method, and a Bluetooth communication method according to a communication method provided in the corresponding printing device 2530 . It can be connected to the 2520 or the information transmission device 2510 . However, the communication method provided in the printing apparatus 2530 is not limited to the exemplified communication method, and may include various communication methods in addition to the illustrated communication method, and the present invention may be provided in the printing apparatus 2530. All possible communication methods can be included in the scope of rights.

Referring to FIG. 16 , the information transmission device 2510 includes a first communication unit 105 that processes a predetermined first communication of a specified standard with the payment device 2520 , and a specified communication with a specified printing device 2530 . and a second communication unit 110 for processing the second communication of the method.

(2) Short-distance communication with a smartphone

According to one embodiment of the present invention, short-range communication means 116 for processing a predetermined short-range communication with a short-range wireless terminal is provided.

According to an embodiment of the present invention, the predetermined short-range communication is (i) Bluetooth communication in a specified manner, (ii) short-range wireless communication according to a specified standard, and (iii) short-range communication designated to be delivered to the smart phone 2410. Sound wave communication using a sound wave signal of a specified sound wave frequency band capable of encoding encoding information including information, (iv) a code image of a specified standard capable of encoding encoding information containing information designated to be transmitted to a smart phone 2410 in a short distance It may include any one of the code image communication used, or (v) NFC (Near Field Communication). For each of the predetermined short-distance communication, the short-range communication means includes: (i) a Bluetooth unit for processing Bluetooth communication in a specified manner, (ii) a short-range wireless unit for processing short-range wireless communication according to a specified standard, (iii) A sound wave output unit that outputs a sound wave signal of a specified sound wave frequency band capable of encoding encoding information including information designated to be transmitted to the smart phone 2410 in the short distance, (iv) information designated to be delivered to the smart phone 2410 in the short distance It may include any one of a display unit for outputting a code image of a specified standard capable of encoding the encoding information, or (v) an NFC unit for processing NFC (Near Field Communication).

According to an embodiment of the present invention, when the short-range communication means 116 is a Bluetooth unit, a predetermined signal including communication information for connecting the Bluetooth unit and Bluetooth communication is transmitted from the short-range smart phone 2410 in one direction ( or asynchronous) may further include a communication information output unit 115 for connection.

According to an embodiment of the present invention, the communication information output unit 115 for connection includes a signal transmission unit for unidirectional (or asynchronous) transmission of a radio signal, a sound wave output unit for outputting a sound wave signal coded by specified encoding information, Alternatively, it may be any one of a code display unit for displaying a code image obtained by encoding designated encoding information.

According to an embodiment of the present invention, the information transmission device 2510 receives and processes a predetermined signal from the short-distance communication means 116. Information designated through a predetermined signal in the short-distance smart phone 2410. to the information transmission device 2510, the signal input unit 120 for inputting a predetermined signal output from the smart phone 2410 may be further included.

According to an embodiment of the present invention, the signal input unit 120 transmits (i) specified information through the sound wave signal to the information transmission device 2510 from the nearby smart phone 2410 that receives and processes the sound wave signal. In this case, a sound wave input unit for inputting a sound wave signal of a specified sound wave frequency band output from the smart phone 2410, or (ii) a code image of a specified standard in the smart phone 2410 recognized by photographing the code image. When the designated information is transmitted to the information transmission device 2510, the smart phone 2410 may further include any one of a camera unit for photographing and input processing a code image of a specified standard output on the screen.

According to one embodiment of the present invention, when the smart phone 2410 transmits specified information to the information transmission device 2510 through short-range wireless communication according to the specified standard, the smart phone 2410 and the short-range wireless according to the specified standard It may further include a short-range wireless unit for processing communication. Meanwhile, when the designated information is not transmitted from the smart phone 2410 to the information transmission device 2510, the signal input unit 120 or the short-range wireless unit may be omitted.

(3) Various communication methods of the information transmission apparatus 2510 according to the embodiment of the present invention

The first communication unit 105 processes a predetermined first communication with the payment device 2520 of the store.

The predetermined first communication with the payment device 2520 processed by the first communication unit 105 is serial communication (eg, serial communication of RS-232C standard, serial communication of RS-422 standard, RS- 485 standard serial communication), USB communication, local area network-based network-based communication, wireless LAN-based network-based communication, or Bluetooth communication (eg, pairing-based Bluetooth communication for print processing).

The second communication unit 110 processes the second communication of the designated communication method with the printing device 2530 to print the receipt requested to be printed by the payment device 2520 . Preferably, the second communication unit 110 uses at least one of a serial communication method, a USB communication method, a wired LAN communication method, a wireless LAN communication method, and a Bluetooth communication method according to a communication method provided in the printing device 2530 . may communicate with the printing device 2530 through .

According to one embodiment of the present invention, the communication information output unit 115 for connection is a communication required for connecting the Bluetooth unit of the information transmission device 2510 and the Bluetooth communication of the specified method in the short-distance smart phone 2410. A signal including information (eg, an identifier for uniquely identifying the Bluetooth unit of the information transmission device 2510, etc.) is outputted in one direction (or asynchronously).

According to an embodiment of the present invention, the signal transmitting unit as the communication information output unit 115 for the connection transmits a radio signal including communication information necessary for connecting the specified type of Bluetooth communication in one direction (or asynchronously). . Preferably, the signal transmitter may transmit the communication information by including the communication information in a wireless signal transmitted in one direction (or asynchronously) in a BLE (Bluetooth Low Energy) method.

According to an embodiment of the present invention, the sound wave output unit as the communication information output unit 115 for the connection is capable of outputting a sound wave signal of the specified sound wave frequency band. A speaker capable of outputting a sound wave signal of the specified sound wave frequency band. The sound wave signal is generated by encoding designated encoding information including communication information necessary for connecting the Bluetooth communication of the designated method, and the sound wave is output through the speaker. Preferably, the sound wave output unit includes the communication information in one or more of the sound wave frequencies of a sound wave frequency band (eg, an ultrasonic frequency band or an audible frequency band, etc.) designated for outputting the sound wave signal to a designated encoding target sound wave frequency. A sound wave signal obtained by encoding a bit string corresponding to information according to a specified encoding method may be generated, and the sound wave signal obtained by encoding the encoding information may be output with a specified signal strength through a speaker.

According to one embodiment of the present invention, the code display unit as the communication information output unit 115 for the connection displays a code image encoding the specified encoding information including the communication information necessary for connecting the Bluetooth communication of the specified method. do. Preferably, the code display unit displays a code image generated by encoding a bit string corresponding to the designated encoding information including communication information according to a designated encoding method on a preset display area.

The short-distance communication means 116 may output information including information designated to be transmitted to the short-distance smart phone 2410 (eg, at least one of the data set, smart phone transmission information, and payment related information). have.

Meanwhile, according to the embodiment of the present invention, the connection communication information output unit 115 may further include one or more designated information in addition to the communication information. For example, among the information to be provided by the information transmission device 2510 to the smart phone 2410, some information (eg, data set or smart phone transmission information or payment related information) excluding information to be provided through Bluetooth communication. Some information), and/or verification information for verifying the validity of information to be provided to the smartphone 2410 (eg, a hash of a dataset or cash payment receipt information or payment-related information hashed with a specified hash algorithm) value, etc.), and in this case, the smart phone 2410 may complete or verify the information received through the Bluetooth communication by using the information included in the encoding information.

According to an embodiment of the present invention, the Bluetooth unit processes Bluetooth communication in a specified manner with the smart phone 2410 without a complicated prior procedure. Preferably, the Bluetooth unit can process Bluetooth communication using a Bluetooth-based serial communication method with the smart phone 2410 without a complicated prior procedure.

According to an embodiment of the present invention, the short-range wireless unit processes short-range wireless communication according to a standard specified between the short-range wireless unit and the short-range smart phone 2410 . Preferably, the short-distance wireless unit transmits or receives a wireless signal based on a specified standard without prior registration/identification with the short-range smart phone 2410 to process short-range wireless communication capable of exchanging data.

According to one embodiment of the present invention, the NFC unit processes NFC according to the NFC standard. Preferably, the NFC unit processes NFC according to the NFC standard with the smart phone 2410 at a proximity distance of about 1 cm (within a maximum of 10 cm).

According to the first communication connection embodiment of the present invention, when a signal including the communication information is output through the communication information output unit 115 for connection, within a designated short distance of the communication information output unit 115 for connection A predetermined input means of the located smart phone 2410 receives or processes the output signal, and the app of the smart phone 2410 can recognize the communication information included in the signal received through the input means. have.

In this case, the smart phone 2410 uses the communication information without a pre-pairing procedure with the Bluetooth unit of the information transmitting device 2510 through the Bluetooth module of the smart phone 2410 through the Bluetooth of the information transmitting device 2510. It is possible to connect the Bluetooth communication unit and the serial communication method, and the Bluetooth unit is connected to the Bluetooth module of the smartphone 2410 based on the communication information without a pre-pairing procedure with the Bluetooth module of the smartphone 2410. It can be processed by connecting Bluetooth communication. In this case, the Bluetooth communication may include Bluetooth-based serial communication processed using the communication information without a pre-pairing procedure between the Bluetooth module of the smart phone 2410 and the Bluetooth unit.

According to the second communication connection embodiment of the present invention, when a signal including the communication information is output through the communication information output unit 115 for connection, within a designated short distance of the communication information output unit 115 for connection A predetermined input means of the located smart phone 2410 receives or processes the signal, and the smart phone 2410 may recognize communication information included in the signal received through the input means.

On the other hand, the smart phone 2410 applies the serial communication method using the communication information to the communication method for pairing with the Bluetooth unit of the information transmission device 2510, so that instead of pairing, the Serial communication type Bluetooth communication may be connected, and the Bluetooth unit may connect and process the serial communication type Bluetooth communication with the Bluetooth module of the smart phone 2410 based on the communication information. In this case, the Bluetooth communication may include Bluetooth-based serial communication in which a serial communication method using the communication information is applied to a communication method for pairing between the Bluetooth module of the smart phone 2410 and the Bluetooth unit.

On the other hand, the Bluetooth communication method of the present invention is not limited to the first or second communication connection embodiment, and the Bluetooth module of the smart phone 2410 and the Bluetooth unit of the information transmission device 2510 are serial communication methods without line pairing. If it is a Bluetooth communication method, it is clearly stated that it belongs to the Bluetooth communication scope of the present invention.

According to an embodiment of the present invention, the Bluetooth unit may be provided in the form of a separate component that is logically and physically distinct from the signal transmitting unit. For example, the signal transmitter may include a single-mode BLE module for unidirectional (or asynchronous) transmission of a BLE-based radio signal at high speed, and the Bluetooth unit is a separate Bluetooth module in the form of a separate Bluetooth module from the single-mode BLE module. can be provided. In this case, since the signal transmitting unit can transmit a BLE-based wireless signal in one direction (or asynchronously) at a very fast cycle, the smartphone 2410 approaching the wireless signal reach of the signal transmitting unit can transmit the signal within 1 second. By receiving or recognizing a wireless signal transmitted in one direction (or asynchronously) through the communication device, the Bluetooth unit of the information transmission device 2510 and Bluetooth communication can be connected.

According to the implementation method of the present invention, the short-range wireless unit transmits or receives a BLE (Bluetooth Low Energy)-based wireless signal to asynchronously exchange data by connecting the Bluetooth communication of the serial communication method without the short-range wireless communication and line pairing procedure. At least one short-distance wireless communication among short-distance wireless communication capable of exchanging data and short-distance wireless communication capable of exchanging data may be processed by connecting Bluetooth communication in which a serial communication method is applied to a communication method for Bluetooth pairing.

According to another embodiment of the present invention, the Bluetooth unit may be provided in the form of a component logically distinct from the signal transmitting unit, but physically integrated with the signal transmitting unit. For example, the Bluetooth unit and the signal transmitter may be provided in the form of a dual-mode module in which existing Bluetooth and BLE exist simultaneously. In this case, the signal transmitter can transmit a relatively fast BLE-based wireless signal in one direction (or asynchronously), and the smart phone 2410 approaching the wireless signal reach range of the signal transmitter can unidirectionally ( Or asynchronous) by receiving or recognizing the transmitted wireless signal, it is possible to connect the Bluetooth unit of the information transmission device 2510 and Bluetooth communication.

Meanwhile, according to another embodiment of the present invention, the short-distance wireless communication is short-range wireless communication capable of exchanging data by transmitting and receiving a Wi-Fi-based wireless signal with the short-range smartphone 2410, and the short-range smart phone 2410 and Zigbee It may include at least one short-range wireless communication among short-range wireless communication capable of exchanging data by transmitting and receiving a (Zig bee)-based wireless signal.

(4) Reading of information for smartphone transmission

Referring to FIG. 16 , the information transmission device 2510 receives a data set transmitted from the payment device 2520 to the printing device 2530 through a predetermined communication through the first communication unit 105, The received data set is read to read whether it contains information for transmission to the user wireless terminal.

The information transmission device 2510 interrupts the data set so that the data set is not transmitted to the printing device 2530 through the second communication unit 110 when the data set includes information for user wireless terminal transmission. Alternatively, the data set can be stored and managed in a designated storage area.

(5) Transmission of payment request information

According to an embodiment of the present invention, when the data set is interrupted or stored, the Bluetooth unit receives or receives a signal output through the communication information output unit 115 for connection, and based on the communication information included in the signal, the Bluetooth unit The payment request information including the data set (or information extracted from the data set) is transmitted to the smart phone 2410 connected to the Bluetooth communication using the specified method.

According to one embodiment of the present invention, when the data set is interrupted or stored, the data set (or extracted from the data set) with a short-range smart phone 2410 equipped with a short-range wireless communication function of a designated method through the short-range wireless unit information), or transmits a sound wave signal encoding encoding information including payment request information including the data set (or information extracted from the data set) through the sound wave output unit. or outputting a code image encoding encoding information including payment request information including the data set (or information extracted from the data set) through the display unit, or having an NFC function through the NFC unit The payment request information including the dataset (or information extracted from the dataset) is transmitted to the smart phone 2140 in the proximity.

The sound wave signal is input through a short-distance smart phone 2410 having a sound wave input function, and payment request information encoded in the sound wave signal is recognized through an app of the smart phone 2410 or a designated payment operation center 1100. can be

The code image is photographed through the camera module of the smartphone 2410, and payment request information encoded in the code image can be recognized through the app of the smartphone 2410 or the designated payment operation center 1100.

(6) Virtualization

When communicating with the payment device 2520 through the first communication unit 105 , the information transmission device 2510 transmits the information transmission device 2510 from the payment device 2520 through the first communication unit 105 . A virtualization operation may be performed to be recognized as the printing device 2530 .

When the payment device 2520 communicates with the printing device 2530 through a predetermined communication according to a designated protocol, when response information to be responded to by the printing device 2530 is defined according to the protocol, the information transmission device 2510 ) responds to the response information designated to the payment device 2520 according to the protocol through the first communication unit 105 and transmits the information transmission device 2510 from the payment device 2520 to the virtual printing device 2530. Virtualization operation can be performed to recognize as .

When the payment device 2520 transmits a predetermined communication data set for printing to the printing device 2530 , the data receiving unit receives a predetermined communication from the payment device 2520 through the first communication unit 105 for printing. The data set transmitted to the printing device 2530 is received through the communication.

Meanwhile, when the payment device 2520 transmits the data set for printing to the printing device 2530 through a predetermined communication, when response information to be responded to by the printing device 2530 is defined according to a specified protocol, the information transmission device After the data set is received from the payment device 2520 through the first communication unit 105, 2510 responds to response information designated to the payment device 2520 in accordance with the protocol to the payment device 2520. ) may perform a virtualization operation to recognize the information transmission device 2510 as a virtual printing device 2530 .

(7) Reading of information for smartphone transmission

According to the present invention, when a data set for printing is received from the payment device 2520, the information transmission device 2510 reads the received data set to determine whether the information for smartphone transmission is included in the data set. read

According to an embodiment of the present invention, when the data set for printing is received from the payment device 2520 in the information transmission device 2510, the data reading unit reads the received data set to the payment device 2520 It is read whether or not cash settlement receipt information corresponding to cash settlement using cash among the payment methods is included in the dataset.

According to an embodiment of the present invention, when a specified data set is received from the payment device 2520 , the information transmission device 2510 reads the received data set and a receipt processed through the payment device 2520 . (For example, a receipt corresponding to the result of processing a card payment using the payment device 2520) and/or a receipt for which payment is confirmed through the payment device 2520 (eg, a cash payment in which the user paid in cash) In addition to the receipt information to be printed corresponding to the confirmed receipt, the receipt corresponding to the payment result provided to the payment device 2520 through a designated path after payment processing using the user's wireless terminal, etc.) ) and reads whether the specified payment target information to be processed is included in the data set.

According to one embodiment of the present invention, most payment devices 2520 provided in offline stores have a built-in cash payment receipt output function for outputting a receipt for cash payment when a customer pays in cash, and transmits the information The device 2510 reads the received data set and reads whether the data set includes cash payment receipt information requested to be printed through a cash payment receipt output function built into the payment device 2520 .

According to the embodiment of the present invention, the payment target information includes a payment amount to be transferred from the payment device 2520 to the smartphone 2410 and processed, and is stored in a designated data structure that can be read or recognized through the data reading unit. One or more specified information including the payment amount to be transferred from the payment device 2520 to the smartphone 2410 for payment processing (eg, identification information for identifying payment target information, products to be delivered to the smartphone 2410 in addition to the payment amount) information and/or purchase information, etc.) is preferably included.

According to one payment target information embodiment of the present invention, the payment target information includes a payment amount in a separately defined data structure that can be read or recognized through the data reading unit in addition to the receipt data structure corresponding to the printing target receipt information. It may include an information set generated by substituting the above specified information (eg, identification information for identifying payment target information, product information and/or purchase information to be transmitted to the smartphone 2410 in addition to the payment amount). In this case, the software provided in the payment device 2520 is equipped with a function for generating payment target information of the separately defined data structure and transmitting it to the information transmission device 2510 and a user interface for the same, or the payment device ( 2520) may be loaded with separate software having the above functions and a user interface.

According to another payment target information embodiment of the present invention, the payment target information is a specific payment set to be used as the payment target information among receipt information according to each payment method that can be checked or processed through software provided in the payment device 2520 One or more specified information including the payment amount to be transferred from the payment device 2520 to the smart phone 2410 in the receipt information data structure corresponding to the receipt information of the method (eg, identification information to identify that it is payment target information) , may include designated receipt information generated by substituting product information and/or purchase information to be transmitted to the smartphone 2410 in addition to the payment amount. Preferably, the payment target information is made by substituting one or more specified information including the payment amount into a cash payment receipt information data structure corresponding to cash payment receipt information to be provided to the user when the user pays cash and makes a cash payment Cash payment receipt information for wireless payment generated to be used as target information may be included. In this case, the software provided in the payment device 2520 generates a print target cash payment receipt information to be actually printed and transmits it to the information transmission device 2510, and a cash payment receipt for wireless payment to be used as the payment target information. A user interface (eg, having a function of generating information and transmitting it to the information transmission device 2510 ) and having each user interface each providing the function, or selectively providing the function through a single user interface (eg, , If you short-click the button interface to print a receipt for cash payment, it processes the function to generate and transmit cash payment receipt information for wireless payment, and long-click the button interface for a specified time or more function can be processed).

According to the first data reading embodiment of the present invention, the information transmission device 2510 may not be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530, but the wireless terminal transmission N (N≥1) pieces of identification information that can be included in the information for use can be stored and managed in a designated storage area, and when the data set is received from the payment device 2520, the received data set is read and used for printing n (1≤n≤N) pieces of identification information among N pieces of identification information that can not be included in information or print-related information exchanged between the payment device 2520 and the printing device 2530 but can be included in the information for transmission to the smartphone It can be checked whether the data is included in the received data set. If the data set includes n pieces of identification information, it may be determined that the data set includes the smart phone transmission information. On the other hand, when the identification information is not included in the dataset, the information transmission device 2510 may determine that the information for smartphone transmission is not included in the dataset.

According to the second data reading embodiment of the present invention, the information transmission device 2510 may not be included in the printing information or printing related information exchanged between the payment device 2520 and the printing device 2530, but cash payment receipt information N (N≧1) pieces of identification information that can be included in can be stored and managed in a designated storage area, and when the data set is received from the payment device 2520 through the data receiver, the received data set is read Thus, n (1≤1) of the N (N≥1) pieces of identification information that can not be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530 but can be included in the wireless terminal transmission information. It can be checked whether n≤N) pieces of identification information are included in the received data set. If the dataset includes n pieces of identification information, the information transmission device 2510 predicts whether the data set includes the information for transmission to the wireless terminal based on the n pieces of identification information included in the dataset It can be determined that the data set includes the information for wireless terminal transmission when it is equal to or greater than a preset reference value by calculating a prediction value for Meanwhile, when the identification information is not included in the dataset or the calculated predicted value is less than a preset reference value, the data reading unit may determine that the wireless terminal transmission information is not included in the dataset.

According to the third data reading embodiment of the present invention, the information transmission device 2510 can be included in the printing information or printing related information exchanged between the payment device 2520 and the printing device 2530, but the wireless terminal transmission M (M≥1) exclusion information that cannot be included in the usage information can be stored and managed in a designated storage area, and when the data set is received from the payment device 2520 through the information transmission device 2510, the M (M≥1) exclusions that can be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530 by reading the received data set, but not included in the wireless terminal transmission information It can be checked whether m (1≤m≤M) pieces of exclusion information among the information are included in the received data set. If the dataset includes m pieces of exclusion information, the information transmission apparatus 2510 may determine that the wireless terminal transmission information is not included in the dataset. On the other hand, when the exclusion information is not included in the dataset, the information transmission apparatus 2510 may determine that the wireless terminal transmission information is included in the dataset.

According to the fourth data reading embodiment of the present invention, the information transmission device 2510 can be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530, but the wireless terminal transmission M (M≥1) exclusion information that cannot be included in the usage information can be stored and managed in a designated storage area, and when the data set is received from the payment device 2520 through the data receiver, the received data set of M (M≥1) exclusion information that can be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530 by reading It can be checked whether 1≤m≤M) pieces of exclusion information are included in the received data set. If the dataset includes m pieces of exclusion information, the information transmission device 2510 predicts whether the data set includes the information for wireless terminal transmission based on the m pieces of exclusion information included in the dataset It may be determined that the data set does not include the wireless terminal transmission information when it is less than a preset reference value by calculating a prediction value for Meanwhile, when the exclusion information is not included in the dataset or the calculated predicted value is equal to or greater than a preset reference value, the information transmission apparatus 2510 may determine that the data set includes the information for wireless terminal transmission.

According to the fifth data reading embodiment of the present invention, the information transmission device 2510 may not be included in the printing information or the printing related information exchanged between the payment device 2520 and the printing device 2530, but the wireless terminal transmission N (N≥1) pieces of identification information that can be included in the information for use are stored and managed in a designated storage area, and can be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530. M (M≥1) exclusion information that cannot be included in the wireless terminal transmission information can be stored and managed in a designated storage area, and when the data set is received from the payment device 2520 through the data receiver, the N (N≥1) identifications that cannot be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530 by reading the received data set but can be included in the wireless terminal transmission information Among the information, n (1≤n≤N) pieces of identification information may be included in the received data set or may be included in the printing information or print-related information exchanged between the payment device 2520 and the printing device 2530, but It can be checked whether m (1≤m≤M) pieces of exclusion information among M (M≥1) pieces of exclusion information that cannot be included in the wireless terminal transmission information are included in the received data set. If n pieces of identification information are included in the dataset and the exclusion information is not included, the information transmission apparatus 110 determines that the wireless terminal transmission information is included in the dataset, or the dataset Based on the n pieces of identification information included in It is determined that the data is included, but when the calculated predicted value is less than a preset reference value, it may be determined that the wireless terminal transmission information is not included in the dataset. On the other hand, when the identification information is not included in the dataset and m pieces of exclusion information are included, the information transmission apparatus 110 determines that the wireless terminal transmission information is not included in the dataset, or the data Based on the m pieces of exclusion information included in the set, a prediction value for predicting whether the wireless terminal transmission information is included in the dataset is calculated, and when it is less than a preset reference value, the wireless terminal transmission information in the dataset It is determined that ? is not included, but when the calculated predicted value is equal to or greater than a preset reference value, it may be determined that the information for transmission to the wireless terminal is included in the dataset. On the other hand, when the dataset includes n pieces of identification information and m pieces of exclusion information, the information transmission apparatus 110 adds the n pieces of identification information and m pieces of exclusion information to the dataset based on the n pieces of identification information and m pieces of exclusion information included in the dataset. A prediction value for predicting whether the wireless terminal transmission information is included is calculated and if it is equal to or greater than a preset reference value, it is determined that the wireless terminal transmission information is included in the dataset, but the calculated predicted value is a preset reference value If the value is less than the value, it may be determined that the data set does not include the information for transmission to the wireless terminal.

Meanwhile, according to the embodiment of the present invention, the identification information of the first, second or fifth data reading embodiment includes words (eg, 'received amount', 'cash', etc.) and character strings that can be included in the information for transmission to the wireless terminal. , may include at least one or a combination of two or more of a symbol, a pattern, a pattern, and an image. On the other hand, the identification information is a specified print attribute of at least one or a combination of two or more of words, character strings, and symbols that can be included in the information for transmission to the wireless terminal (eg, 'bold' attribute, 'underline' attribute, 'horizontal extension' attribute, etc.) may include.

Meanwhile, according to the embodiment of the present invention, the exclusion information of the third, fourth, or fifth data reading embodiment is at least one or two of words, character strings, symbols, patterns, patterns, and images that cannot be included in the information for wireless terminal transmission. It may include a combination of the above. Meanwhile, the exclusion information may include a specified print attribute of at least one or a combination of two or more of words, character strings, and symbols that cannot be included in the information for transmission to the wireless terminal.

(8) Operation and other functions after reading information for smartphone transmission

On the other hand, as a result of reading the data set through at least one or a combination of two or more of the first to fifth data reading embodiments, it was confirmed that the data set did not include the information for wireless terminal transmission or included the information for printing. In this case, the data processing unit may transmit the data set to the printing apparatus 2530 through the second communication unit 110 and process it to be printed.

Meanwhile, before or after transmitting the data set to the printing device 2530 through the second communication unit 110 , the transmission device device 2510 transmits the first communication unit 105 from the payment device 2520 . Transmitting the printing related information received through the second communication unit 110 to the printing device 2530, and/or printing related information received from the printing device 2530 through the second communication unit 110 may be transmitted to the payment device 2520 through the first communication unit 105 .

On the other hand, when it is confirmed that the data set includes the information for wireless terminal transmission as a result of reading the data set through at least one or a combination of two or more of the first to fifth data reading embodiments, the information transmitting apparatus Reference numeral 2510 interrupts the transmission of the data set to the printing device 2530 through the second communication unit 110 so that it is not printed, or stores the data set in a designated storage area and manages the data set.

According to the implementation method of the present invention, the information transmission device 2510 generates non-overlapping unique identification information (eg, unique identification number, unique identification code, etc.) in order to uniquely identify and manage the dataset. determined and stored in a designated storage area in association with the data set and the determined unique identification information. On the other hand, if the wireless payment processing using the dataset is processed synchronously (for example, before the wireless payment using a specific dataset is completed, another wireless wireless payment using another dataset is not started, and wireless payment using a specific dataset is not initiated. The unique identification information can be omitted in a method in which another wireless wireless payment using another data set is started after being completed first. On the other hand, when wireless payment processing using the dataset can be processed asynchronously (for example, when wireless payment using another dataset can be started and processed before wireless payment using a specific dataset is completed), the unique identification information is preferably stored in association with the data set.

Referring to FIG. 16 , the information transmission device 2510 may further include an output unit 165 for outputting a specified operation or state of the control module 125 . Preferably, the output unit 165 outputs at least one of a light output unit including a light emitting diode (LED) of a specified color, a sound output unit including a buzzer or a speaker, and a screen output unit including a display may include wealth.

When the information transmission device 2510 interrupts or stores the data set in a designated storage area without transmitting the data set to the printing device 2530 , the output unit 165 does not transmit the data set to the printing device 2530 . Without interruption, the operation or status saved in the designated storage area can be output.

Referring to FIG. 16 , the information transmission apparatus 2510 may further include an input unit 170 for inputting a specified signal for a specified operation. Preferably, the input unit 170 may include at least one input unit 170 among a button input unit having at least one key button and a touch input unit including a touch pad.

When the information transmission device 2510 interrupts or stores the data set in a designated storage area without transmitting the data set to the printing device 2530 , the input unit 170 transmits the interrupted data set to the second communication unit 110 . ) to transmit to the printing device 2530 and input a print signal for printing operation. Meanwhile, when the print signal is inputted through the input unit 170 , the information transmission device 2510 immediately transmits the data set to the printing device 2530 through the second communication unit 110 to be printed. can do. Preferably, the printing operation according to the print signal is a process of transmitting payment request information including the data set (or information extracted from the data set) to the smart phone 2410 or processing payment through the smart phone 2410 can be dealt with irrespective of

Meanwhile, according to the embodiment of the present invention, the communication information output unit 115 for connection includes the information for transmitting the smart phone before receiving the data set from the payment device 2520 and/or the data set It is possible to output a signal including the communication information from a specified point of time before or after reading whether or not the data set is stored in a specified storage area, and receiving or inputting the signal from the smartphone ( 2410 may connect the Bluetooth unit of the information transmission device 2510 through Bluetooth communication in a specified manner through the first or second communication connection embodiment.

According to an embodiment of the present invention, the information transmission device 2510 receives or receives a signal output through the communication information output unit 165 for connection when the data set is interrupted or stored in a designated storage area. Based on the communication information included in the signal, the phone 2410 may determine whether Bluetooth communication of a specified method (eg, Bluetooth-based serial communication method) is connected with the Bluetooth unit.

Meanwhile, according to an embodiment of the present invention, when the data set is interrupted or stored in a specified storage area, the information transmission device 2510 refers to the operation of the short-range wireless unit based on a specified standard and performs It can be checked whether short-distance wireless communication is connected with the smart phone 2410 according to a specified standard.

(9) Actions and functions related to payment

When the smart phone 2410 connects the specified type of Bluetooth communication, the information transmission device 2510 transmits the data set (or information extracted from the data set) to the smart phone 2410 through the Bluetooth communication. It is possible to transmit payment request information including

Meanwhile, according to an embodiment of the present invention, the short-distance communication means 116 transmits payment request information including the data set (or information extracted from the data set) when the data set is interrupted or stored in a designated storage area. It can be transmitted to the smart phone 2410 of the.

According to the first payment request information embodiment of the present invention, the information transmission device 2510 is a payment request including a bit string corresponding to the data set received from the payment device 2520 through the first communication unit 105 organize information.

According to one embodiment of the present invention, the payment request information may be transmitted to the smart phone 2410 through the short-distance communication means, and the smart phone 2410 may receive or recognize the payment request information.

According to one embodiment of the present invention, the information transmission device 2510 may transmit the payment request information to the smartphone 2410 through the Bluetooth communication, and the app of the smartphone 2410 is the Bluetooth communication The payment request information may be received through

The app of the smartphone 2410 may store and manage specified format information for reading the data set included in the payment request information or receive it from the specified payment operation center 1100, in this case the smartphone ( 2410) may read a dataset included in the payment request information based on the format information and extract payment related information including a payment amount required for payment processing from the dataset. On the other hand, the app of the smartphone 2410 may transmit the data set included in the payment request information to the designated payment operation center 1100, in this case, the payment operation center 1100 is the data set based on the specified format information. can be read to extract payment-related information including a payment amount required for payment processing from the dataset. In this case, the app of the smartphone 2410 or the designated payment operation center 1100 may configure payment information including the extracted payment related information to perform a specified payment procedure.

Referring to FIG. 16 , the information transmission device 2510 may extract the smartphone transmission information included in the data set. Preferably, the information transmission device 2510 may store and manage format information for extracting the information for transmission to the smartphone included in the data set in a designated storage area.

According to the second payment request information embodiment of the present invention, the information transmission device 2510 may read the dataset based on the format information and extract the smartphone transmission information included in the dataset. .

The information transmission device 2510 may configure payment request information including the smartphone transmission information extracted from the dataset, and transmit the payment request information to the smartphone 2410 through the short-distance communication means. In addition, the smartphone 2410 may receive or recognize the payment request information.

Preferably, the payment request information including the smart phone transmission information does not include print control information set for print control among the information included in the data set. On the other hand, the app of the smartphone 2410 may store and manage specified format information for reading the information for transmission to the smartphone included in the payment request information or receive it from the specified payment operation center 1100, In this case, the app of the smartphone 2410 reads the smartphone transmission information included in the payment request information based on the format information, and includes a payment amount required for payment processing from the smartphone transmission information. information can be extracted. On the other hand, the app of the smartphone 2410 may transmit the smartphone transmission information included in the payment request information to the designated payment operation center 1100, and in this case, the payment operation center 1100 is based on the specified format information. can read the smart phone transmission information and extract payment related information including the payment amount required for payment processing from the smart phone transmission information. In this case, the app of the smartphone 2410 or the designated payment operation center 1100 may configure payment information including the extracted payment related information to perform a specified payment procedure.

Referring to FIG. 16 , the information transmission device 2510 may read the smartphone transmission information included in the data set and extract payment related information including a payment amount required for payment processing. Preferably, the information transmission device 2510 reads the smartphone transmission information included in the data set and stores and manages format information for extracting payment related information including the payment amount in a designated storage area. have.

According to the third payment request information embodiment of the present invention, the information transmission device 2510 reads the smart phone transmission information included in the dataset based on the format information and includes a payment amount required for payment processing. payment related information can be extracted.

The information transmission device 2510 configures payment request information including payment related information extracted from the dataset, and transmits or outputs the payment request information to the smart phone 2410 through the predetermined short-distance communication. In addition, the smart phone 2410 may receive or recognize the payment request information through the predetermined short-distance communication.

According to one embodiment of the present invention, the information transmission device 2510 configures payment request information including payment related information extracted from the data set, and makes the payment with the smart phone 2410 through the Bluetooth communication. The request information may be transmitted, and the app of the smart phone 2410 may receive the payment request information through the Bluetooth communication.

Preferably, the payment request information including the payment related information does not include information irrelevant to payment processing among the print control information set for print control among the information included in the data set and the information included in the smart phone transmission information. It is preferable to do On the other hand, if payment request information including payment related information is received, the app of the smartphone 2410 or the designated payment operation center 1100 configures payment information including the received payment related information to perform the specified payment procedure. can be done

On the other hand, according to the implementation method of the present invention, the information transmission device 2510, the smart phone 2410, the designated app or the designated payment operation center 1100 through the payment setting information for payment processing through the designated storage area can be stored and managed.

In this case, the information transmission device 2510 configures payment request information that further includes payment setting information stored in the designated storage area in addition to information corresponding to at least one of the first to third payment request information embodiments. Thus, it can be transmitted or delivered to the smart phone 2410 through the predetermined short-distance communication.

The payment setting information is store identification information necessary for payment processing through the smartphone 2410 or the specified app or the specified payment operation center 1100, the smartphone 2410 or the specified application or the specified payment operation center 1100. Store-side account information necessary to process account-based payment through The above information may be included. On the other hand, the app of the smartphone 2410 or the designated payment operation center 1100 configures payment information necessary for payment processing using the payment related information extracted from the payment request information and the payment setting information to perform a specified payment procedure can do.

On the other hand, when the data set and the designated unique identification information are linked and stored in the designated storage area of the information transmission device 2510, the information transmission device 2510 may transmit at least one of the first to third payment request information embodiments. In addition to the information corresponding to and/or the payment setting information, payment request information that further includes unique identification information associated with the dataset may be configured and transmitted to the smart phone 2410 through the predetermined short-distance communication. On the other hand, when the app of the smartphone 2410 transmits payment result information including the payment result of processing the payment corresponding to the payment request information to the information transmission device 2510 through the predetermined short-distance communication, the If the payment request information includes the unique identification information, it is preferable that the payment result information also includes the unique identification information, whereby the information transmission device 2510 is stored in a designated storage area of the information transmission device 2510. It is possible to uniquely identify a data set corresponding to the payment result information among the data sets.

Referring to FIG. 16 , the information transmission device 2510 receives payment result information including a payment result of processing a payment corresponding to the payment request information through the predetermined short-distance communication from the smartphone 2410 . can do. Meanwhile, in the present invention, an embodiment in which the smart phone 2410 does not transmit the payment result information to the information transmission device 2510 is also possible.

When the payment corresponding to the payment request information is processed through the app of the smartphone 2410 or the designated payment operation center 1100, the app of the smartphone 2410 sends the payment request through the predetermined short-distance communication The payment result information including the payment result of processing the payment corresponding to the information is transmitted or output.

The information transmission device 2510 may receive or recognize payment result information including a payment result of processing a payment corresponding to the payment request information through the predetermined short-distance communication from the smart phone 2410 .

On the other hand, in the embodiment in which the predetermined first communication is communication through a local area network or wireless LAN communication, the smart phone 2410 or the designated payment operation center 1100 that has paid corresponding to the payment request information is via a communication network to transmit the payment result information including the payment result of processing the payment corresponding to the payment request information to the information transmission device 2510 connected to the local area network, and the information transmission device 2510 is the first communication unit ( 105), the payment result information may be received. In this case, the payment request information may further include communication connection information for the smart phone 2410 or the designated payment operation center 1100 to communicate with the information transmission device 2510 via a communication network, and the communication connection information is provided to the smartphone 2410 or the designated payment operation center 1100, and the smartphone 2410 or the designated payment operation center 1100 transmits the payment result information to the information transmission device 2510 via a communication network. can be used to

(10) Print processing

When payment result information including a payment result of processing a payment corresponding to the payment request information is received from the smart phone 2410 through the information transmission device 2510, the information transmission device 2510 is the A data set corresponding to the payment result information may be printed through the printing device 2530 .

According to the first payment result printing embodiment of the present invention, the information transmission device 2510 reads the received payment result information to confirm payment completion (can be omitted), and when the payment completion is confirmed, the information transmission device 2510 ), a data set corresponding to the received payment result information is checked from the designated storage area. If the payment corresponding to the payment request information is synchronously processed, the information transmission device 2510 transmits the data set uniquely (or recently) stored in the designated storage area of the information transmission device 2510 to the received payment result It can be confirmed by the data set corresponding to the information. On the other hand, when the payment corresponding to the payment request information can be processed asynchronously, the payment result information includes unique identification information included in the payment request information, and the information transmission device 2510 is an information transmission device 2510. Among the data sets stored in the designated storage area of , a data set stored in association with the unique identification information included in the payment result information can be checked. If the data set corresponding to the payment result information is identified from the designated storage area of the information transmission device 2510 , the information transmission device 2510 is transmitted to the printing device 2530 through the second communication unit 110 . The checked data set may be transmitted and processed to be printed.

According to the second payment result printing embodiment of the present invention, the information transmission device 2510 reads the received payment result information to confirm the payment completion (can be omitted), and when the payment completion is confirmed, the information transmission device 2510 ), a data set corresponding to the received payment result information is checked from the designated storage area. If the payment corresponding to the payment request information is synchronously processed, the information transmission device 2510 transmits the data set uniquely (or recently) stored in the designated storage area of the information transmission device 2510 to the received payment result It can be confirmed by the data set corresponding to the information. On the other hand, when the payment corresponding to the payment request information can be processed asynchronously, the payment result information includes unique identification information included in the payment request information, and the information transmission device 2510 is an information transmission device 2510. Among the data sets stored in the designated storage area of , a data set stored in association with the unique identification information included in the payment result information can be checked. If the data set corresponding to the payment result information is identified from the designated storage area of the information transmission device 2510, the information transmission device 2510 includes the data set included in the data set through the information included in the payment result information. By changing or adding at least some of the information for transmission to the smartphone, processing it to match the payment result information, and transmitting the processed data set to the printing device 2530 through the second communication unit 110 It can be processed to be printed to be printed. For example, the processed dataset may include payment identification information that uniquely identifies the payment on a payment system that has processed a payment corresponding to the payment request information.

According to the third payment result printing embodiment of the present invention, the information transmission device 2510 reads the received payment result information to confirm payment completion (can be omitted), and displays the payment result information when confirming the payment completion. Based on this, a printable data set may be generated through the printing device 2530 , and the generated data set may be transmitted to the printing device 2530 through the second communication unit 110 to be printed.

According to the fourth payment result printing embodiment of the present invention, when the received payment result information includes a data set printable through the printing device 2530, the information transmission device 2510 transmits the received payment result Check the payment completion by reading information (can be omitted), check the data set included in the payment result information when confirming the payment completion, and confirm the confirmation with the printing device 2530 through the second communication unit 110 You can process the processed data set to be printed by sending it.

(11) self-generating means

On the other hand, according to one embodiment of the present invention, the information transmission device 2510, the information transmission device 2510 and the information transmission device 2510 through the magnetic field sensor of the smartphone 2410 in the smart phone 2410 within a specified distance It may further include a magnetic field generating means 175 for generating a magnetic field of a specified strength or more for recognizing the state.

In the embodiment using Bluetooth communication connected to the short-distance smart phone 2410 without prior pairing as a predetermined short-range communication, the information transmission device 2510 provides a one-way ( or asynchronous) in the app of the smartphone 2410 that receives the transmitted wireless signal through the magnetic field sensor of the wireless terminal 190 and the information transmission device 2510 within a specified predetermined distance. It may further include a magnetic field generating means 175 for generating a magnetic field greater than the strength.

In the embodiment using short-range wireless communication according to a specified standard as a predetermined short-distance communication, the information transmission device 2510 is the information through the magnetic field sensor of the wireless terminal 190 in the app of the smartphone 2410. It may further include a magnetic field generating means 175 for generating a magnetic field of a specified strength or more for recognizing a state that is super close to the transmission device 2510 within a specified predetermined distance.

The smart phone 2410 is based on the change in the magnetic field sensed through the magnetic field sensor of the wireless terminal 190 and/or whether the sensed magnetic field exceeds a preset reference value without receiving a separate user input 2410 may automatically recognize a state in which the information transmission device 2510 and the information transmission device 2510 are in super close proximity within a specified predetermined distance, and automatically perform a procedure for connecting the information transmission device 2510 and a predetermined short-distance communication.

In the embodiment using Bluetooth communication connected to the short-range smart phone 2410 without prior pairing as a predetermined short-distance communication, the wireless signal transmitted in one direction (or asynchronously) is received through the communication information output unit 115 for the connection. The app of the smart phone 2410 is based on whether the magnetic field change sensed through the magnetic field sensor of the wireless terminal 190 and/or the sensed magnetic field exceeds a preset reference value without receiving a separate user input. The phone 2410 automatically recognizes a state in which the information transmission device 2510 and the information transmission device 2510 are in close proximity within a specified predetermined distance, and based on the communication information included in the wireless signal, the Bluetooth unit of the information transmission device 2510 and the designated method. The procedure for connecting Bluetooth communication can be performed automatically.

As a predetermined short-distance communication, in an embodiment using short-range wireless communication according to a specified standard, the smart phone 2410 changes the magnetic field sensed through the magnetic field sensor of the smart phone 2410 and / Alternatively, based on whether the sensed magnetic field exceeds a preset reference value, the smart phone 2410 automatically recognizes a state in which the smart phone 2410 is in super close proximity to the information transmission device 2510 within a specified predetermined distance, and according to a specified standard, the information transmission device (2510) It is possible to automatically perform a procedure for connecting the short-range wireless unit and the short-range wireless communication.

(12) operation process

17 is a diagram illustrating an operation process of the information transmission apparatus 2510 according to an embodiment of the present invention.

In more detail, FIG. 17 shows when the information transmission device 2510 of FIG. 16 receives a data set including the smart phone transmission information from the payment device 2520 through a predetermined first communication, a predetermined short-distance communication The operation process of the information transmission device 2510 for transmitting payment request information including the dataset (or information extracted from the dataset) to the smart phone 2410 through

For those of ordinary skill in the art to which the present invention pertains, various implementation methods (eg, some steps are omitted, or implementation method in which the order is changed) may be inferred, but the present invention is made including all the inferred implementation methods, and the technical characteristics are not limited only to the implementation method illustrated in FIG. 17 .

Referring to FIG. 17 , the information transmission device 2510 performs a virtualization operation so that the payment device 2520 recognizes the information transmission device 2510 as a printing device 2530 through the first communication unit 105 . do (S100). The virtualization process may be repeatedly performed according to a protocol designated when the information transmission device 2510 communicates with the payment device 2520 through the first communication unit 105 .

Meanwhile, when the payment device 2520 transmits a data set for printing to the printing device 2530 through a predetermined communication, the information transmission device 2510 transmits the payment device 2520 through the first communication unit 105 . ) receives a data set transmitted to the printing device 2530 through a predetermined first communication (S105), reads the received data set, and reads whether the smart phone transmission information is included in the data set (S110). Preferably, the information transmission device 2510 determines whether the information for transmission to the smartphone is included in the dataset according to at least one or a combination of at least one of the first to fifth data reading embodiments of the present invention. can be read

If the data set does not include the information for transmission to the smart phone, the information transmission device 2510 transmits the data set to the printing device 2530 through the second communication unit 110 to process the printing. It can be (S115).

On the other hand, when the data set includes the information for transmission to the smartphone, the information transmission device 2510 interrupts so that the data set is not transmitted to the printing device 2530 through the second communication unit 110 . ) or store and manage the data set in a designated storage area (S120).

According to one embodiment of the present invention, the information transmission device 2510 checks whether a predetermined short-range communication is connected with the short-range smart phone 2410 (S125).

In an embodiment in which the predetermined short-range communication is Bluetooth communication connected to the short-range smart phone 2410 without prior pairing, the communication information output unit 115 for connection of the information transmission device 2510 is the short-distance smart phone 2410 ) transmits a wireless signal including communication information for connecting the Bluetooth unit and Bluetooth communication in one direction (or asynchronously), and the information transmission device 2510 transmits the communication information output unit 115 for the connection in one direction ( or asynchronous), the smart phone 2410 that has received the transmitted wireless signal checks whether or not the Bluetooth communication unit and the Bluetooth communication unit are connected in a specified manner based on the communication information included in the wireless signal.

If the smartphone 2410 and a predetermined short-distance communication are connected, the information transmission device 2510 configures payment request information to be transmitted to the smartphone 2410 (S130), and through the predetermined short-distance communication, the The payment request information is transmitted to the smartphone 2410, and the app of the smartphone 2410 or the designated payment operation center 1100 may perform a specified payment procedure based on the information included in the payment request information. .

On the other hand, the information transmission device 2510 transmits the payment request information to the smartphone 2410, and within a specified time period, the payment corresponding to the payment request information from the smartphone 2410 through the predetermined short-distance communication. It is checked whether the processed payment result information is received (S135).

If the payment result information is received from the smart phone 2410 within a predetermined time, the information transmission device 2510 checks a data set corresponding to the payment result information (S145), and the second communication unit 110 ) to transmit the data set corresponding to the payment result information to the printing device 2530 and process it to be printed (S150).

1100 Payment Operation Center
2100 Center System
2110 Payment Management Server
2120 DB Management Server
3110 Authentication Management Program
3120 Payment Management Program
5110 User Management Data Base
5120 Shop Management Data Base (DB)
5130 Log Management DB Log(History) Management Data Base)
7110 Result Data
7120 Information Usage Guidelines
7130 Transaction Summary Information
9100 Communication Control Apparatus
1200 Information Bank
2200 PDS System (Personal Data Store System)
2210 PDS Management Server (Personal Data Store Management Server)
2220 DB Management Server (Data Base Management Server)
3210 Authentication Management Program
3220 Personal Data Store Management Program
5210 User Management Data Base
5220 Personal Data Store Management Data Base (PDS)
5230 Client Management Data Base
7210 Transaction Summary Information
7220 Advertising Notification Information
7230 Reference Key of Personal Attribute Information
7250 Private Transaction Information
9200 Communication Control Apparatus
1300 Ad Management Center
2300 Ad Distribution System
2310 Ad Management Server
2320 DB Management Server (Data Base Management Server)
3310 Authentication Management Program
3320 Ad Management Program
5310 Advertising Sponsor Management DB (Sponsor Management Data Base)
5320 Ad Contents Management Data Base
7310 Ad Delivery Condition Data
7320 Recommended Advertising Content
9300 Communication Control Apparatus
1400 Users
2410 Smartphone
3400 dedicated app (Client Application)
3410 Personal Basic Information Registration Program
3420 Personal Attribute Information Registration Program
3430 Information Handling Control Program
4410 Bluetooth Communication Module
4420 Inner Memory
5410 Information Transmission Device Control Program (ATV Control Program)
7410 Personal Authentication Information
7420 Personal Basic Information
7430 Basic Information for Registration
7440 Personal Attribute Information
7460 Confirmation Key of Personal Attribute Information
7470 Transaction Information
1500 Real Shop
2510 Information Transmitter
2520 Payment Apparatus
2530 Printing Apparatus
4510 Peripheral I/O Device Control Unit
4520 Communication Control Unit
4530 Inner Memory
5510 Input Data Receive Module
5520 APP Data Receive Module
5530 Received Data Analyze Module
5540 ATH Data Generation Module
5550 Verification Acquire Module
5560 Processing Order Module
5570 Receipt Data Output Module
7510 Printing Data for Receipt
7520 Payment Processing Data
7530 Request Information for Payment
1900 Cloud System
9000 The Internet
11100 Application Operation Center
12100 Center System
12110 Application Management Server
12120 DB Management Server (Data Base Management Server)
13110 Authentication Management Program
13120 Application Management Program
13130 Payment Management Program
15110 User Management Data Base
15120 Shop Management Data Base (DB)
15130 Item Management Data Base
15140 Log Management DB Log(History) Management Data Base)
17110 Recording Result Information
17120 Return judgment information
9100 Communication Control Apparatus
11200 Key Management Center
12200 Key Management System
12210 Key Management Server
12220 DB Management Server (Data Base Management Server)
13210 Authentication Management Program
13220 Key Management Program
15210 Check Device Management DB (ATV Management Data Base)
15220 Key Management Data Base
15230 Access-Log File
6210 Center-Key Value Data
9200 Communication Control Apparatus
1400 Users
2410 Smartphone
3400 dedicated app (Client Application)
3410 Personal Basic Information Registration Program
3440 Access-Key Request Data Generation Program
3450 Access-Key Update Data Registration Program
4410 Bluetooth Communication Module
4420 Inner Memory
5410 Information Transmission Device Control Program (ATV Control Program)
6410 Smartphone ID (Smartphone Identification Information)
6420 Access-Key Request Data
7410 Personal Authentication Information
7420 Personal Basic Information
7430 Basic Information for Registration
1500 Shops
2510 Information Transmitter
12520 Numpad Device (Ten-Key Apparatus)
4510 Peripheral I/O Device Control Unit
4520 Communication Control Unit
4530 Inner Memory
5510 Input Data Receive Module
5520 APP Data Receive Module
5530 Received Data Analyze Module
5540 ATH Data Generation Module
5550 Verification Acquire Module
5560 Processing Order Module
5570 Receipt Data Output Module
6510 Shop Identification Information
6520 ATV Identification Information (ATV Identification Information)
6530 Checker-Key Value Data
6540 Checker-Key New Value Data
17510 Identification Number (Transaction Data; Rental Item ID or Number)
17520 Transaction Information
17530 Authentication Data
8510 Rental Item
9000 The Internet

Claims (19)

A management method in which life-related information accompanying offline transactions is transmitted and stored by local communication between an information transmission device of a real store and an app on a user's smartphone,
[a] A step of registering the user's personal information in a user management database for managing the user by the life-related information processing server;
[b] a step in which the print data related to the offline transaction is detected and the print data is acquired by the information transmission device;
[c] When the smart phone equipped with the app is tagged (touched or close to) the information transmitting device after the user input information according to the user's identity authentication operation is obtained from the app of the smart phone, the information transmitting device is a step of uniquely establishing local communication between the information transmission device and the smartphone while detecting the application of the smartphone;
[d] a step in which the print data is locally directly transmitted from the information transmission device to the smartphone app;
[e] a step of generating life-related information comprising the print data and the personal input information by the smartphone app;
[f] generating, by the life-related information processing server, result data that is a result of processing the life-related information with reference to the personal information;
[g] comprising the step of directly transmitting the result data locally to the information transmission device via the smartphone,
A method of managing life-related information accompanying offline transactions.
According to claim 1,
The method further comprising the step of storing the result data in an internal memory of the smartphone or transmitting the result data to an information management server for storing the result data by the user's selection operation on the app,
A method of managing life-related information accompanying offline transactions.
According to claim 1,
In the step [a], the user's attribute information connected to each other in relation to the user's personal information registered in the user management database is stored in the internal memory of the smartphone by the dedicated app,
A method of managing life-related information accompanying offline transactions.
4. The method according to any one of claims 1 to 3,
wherein the offline transaction is a transaction related to product purchase, and the print data is print data of a receipt related to the offline transaction,
A method of managing life-related information accompanying offline transactions.
4. The method according to any one of claims 1 to 3,
characterized in that the offline transaction is a transaction related to the use of medical services, and the print data is print data of a medical bill or prescription related to the offline transaction;
A method of managing life-related information accompanying offline transactions.
4. The method according to any one of claims 1 to 3,
characterized in that the offline transaction is a transaction related to the use of a leisure facility, and the print data is print data of a ticket related to the offline transaction;
A method of managing life-related information accompanying offline transactions.
4. The method according to any one of claims 1 to 3,
characterized in that the offline transaction is a transaction related to the use of a transportation institution, and the print data is print data of a ticket related to the offline transaction;
A method of managing life-related information accompanying offline transactions.
4. The method according to any one of claims 1 to 3,
The method for managing life-related information accompanying an offline transaction, wherein the offline transaction is a transaction related to the use of a parking lot, and the print data is print data of a parking ticket or receipt related to the offline transaction.
4. The method according to any one of claims 1 to 3,
characterized in that the offline transaction is a transaction related to the use of a public institution, and the print data is print data of a receipt number table or receipt related to the offline transaction;
A method of managing life-related information accompanying offline transactions.
In the information transmission apparatus of a real point for performing a management method in which life-related information accompanying offline transaction is transmitted and stored by local communication with an app of a user's smartphone,
Acquire print data related to the offline transaction, detect an app of the smartphone tagged (touched or close) to the information transmission device, uniquely establish local communication with the smartphone, and store the print data The smart that transmits directly to the smartphone app locally, and receives the result data obtained by processing the life-related information including the print data generated by the smartphone app and personal input information through the life-related information processing server a control module directly receiving the result data from the phone; and
and a memory for storing the result data;
The user input information is obtained by performing the user's user authentication operation by the app of the smartphone,
The life-related information is processed with reference to the user's personal information previously registered in the life-related information processing server,
An information transmission device for managing life-related information accompanying offline transactions.
11. The method of claim 10,
The control module, by the user's selection operation on the app, to control so that the result data is stored in the internal memory of the smartphone or transmitted to an information management server for storing the result data,
An information transmission device for managing life-related information accompanying offline transactions.
11. The method of claim 10,
The control module controls the user's attribute information connected to each other in relation to the user's personal information previously registered in the life-related information processing server to be preserved in the internal memory of the smartphone by the app,
An information transmission device for managing life-related information accompanying offline transactions.
An authentication method in which a store and a user can mutually confirm the legitimacy of an offline transaction by local communication between an information transmission device of a real store and an app on the user's smartphone,
[a] A step in which the user's personal information is registered in the user management database for managing the user by the application operation server;
[b] a step of detecting, by the information transmission device, transaction data related to the offline transaction, and generating transaction identification information based on the transaction data;
[c] a step of obtaining personal input information according to the user's user authentication operation for the application of the smartphone;
[d] When the smartphone equipped with the application is tagged (touched or approached) by the information transmission device, the application on the smartphone is detected by the information transmission device, and the information transmission device and the smartphone A step in which local communication is uniquely established with
[e] a step of locally transmitting the transaction identification information from the information transmission device to the app;
[f] A step of generating, by the app, data for authentication composed of the transaction identification information and the personal input information;
[g] step of sending the authentication data from the app to the app operation server;
[h] performing, with respect to the application operation server, authentication processing regarding the personal input information of the authentication data and judgment processing regarding the transaction identification information of the authentication data;
[i] A step of sending (replying) information about a result of the determination of the determination processing from the application operation server to the application;
[j] A step of locally transmitting, from the app, determination result information of the determination processing to the information transmission device;
[k] a processing instruction corresponding to the determination result information of the determination processing is generated to the information transmission device;
A method of authenticating the legitimacy of offline transactions.
14. The method of claim 13,
The transaction data related to the offline transaction is directly input to the information transmission device by a pad input device and detected by the information transmission device,
A method of authenticating the legitimacy of offline transactions.
14. The method of claim 13,
the processing instruction corresponds to recording result information regarding recording of log information based on the data for authentication;
A method of authenticating the legitimacy of offline transactions.
14. The method of claim 13,
The personal information of step [a] includes a URL related to the user's electronic wallet,
The transaction data related to the offline transaction in step [b] is a payment amount related to the offline transaction, and the transaction identification information based on the transaction data includes a URL related to the electronic wallet of the store;
the step of [g] is a step in which the authentication data is transmitted from the dedicated app to a URL related to the electronic wallet of the store;
the step of [h] is a step in which a virtual currency corresponding to the payment amount included in the authentication data is transferred from the URL related to the user's electronic wallet to the URL related to the electronic wallet of the store;
the step of [i] is a step in which the transfer record by the transfer processing of the virtual currency is transmitted from the URL related to the electronic wallet of the store to the URL related to the user's electronic wallet;
It is characterized in that the determination information by the determination processing of the step [j] is information related to the transmission record by the transmission processing,
A method of authenticating the legitimacy of offline transactions.
In the information transmission device of a real point for performing legitimacy authentication of an offline transaction by local communication with an app of a user's smartphone,
Detects transaction data related to the offline transaction to generate transaction identification information based on the transaction data, detects an app of the smartphone tagged (touched or close to) the information transmission device, and communicates locally with the smartphone is uniquely established, the transaction identification information is locally transmitted to the smartphone app, and authentication data composed of the transaction identification information generated by the smartphone app and the user input information is processed through the app operation server a control module for receiving the determination processing result information from the smart phone receiving the obtained determination processing result information and generating a processing instruction corresponding to the determination processing result information; and
Including; a memory for storing the determination processing result information;
The user input information is obtained by performing the user's user authentication operation by the app of the smartphone,
The authentication data is processed by referring to the user's personal information registered in the app operation server,
An information transmission device for performing legitimacy authentication of offline transactions.
18. The method of claim 17,
The transaction data related to the offline transaction is directly input to the information transmission device by a number pad and detected by the information transmission device,
An information transmission device for performing legitimacy authentication of offline transactions.
18. The method of claim 17,
the processing instruction corresponds to recording result information regarding recording of log information based on the data for authentication;
An information transmission device for performing legitimacy authentication of offline transactions.

Images