KR20160043878A - The Payment System of based Bluetooth Technology - Google Patents

Abstract

Bluetooth, or beacon, Bluetooth functions as an access point for each information object, receives the ID of the Bluetooth signal, reprocesses the frame at the signal frequency generation step of Bluetooth A billing system is composed of a system that improves the accuracy and performance of location and provides information service and payment service by using two information servers and payment servers as user and manager applications respectively. If a smart transceiver or a beacon is installed in a shop and a product area and the user smart device moves near, the location information such as the store ID and the MLC is transmitted. Then, the smart device of the user generates an integrated mapping code of the store and the product. The ID / MLC is identified through the Smart Device Application, and the Controller controls each Access point, Store1, Store2, and Store3, where the information is displayed to the user and the goods information server bundles stores, products and customer information into pairs If you want to create a code and make a payment, the shop, product, customer information, and the code that has been paired will be paired again with the customer and payment information through the payment information server. This information can be sent through the payment agency or directly to the bank or credit card company. do. The payment information is transferred to the payment information server after approval, and the shop and product and the customer information information code are transferred to the smart device application and the store manager application through the product information server and the payment is completed. Stores, merchandise, and user smartphones are the payment systems of the logic and processes that make Bluetooth communication and communicate with the user smart device, product information server, and payment information server. In this case, the total mapping code is used instead of the existing barcode Instead of barcodes that define goods at the producer level, you can use an integrated mapping code that defines stores and items at the seller level. This allows you to use barcodes instead of barcodes in the billing system. To use as temporary code There is an advantage in the case of normal barcodes using integrated billing system, but the information on the map shop selling Because the code that defines the shops and products are easy to understand information about the seller. In this payment system, when using only existing Bluetooth (beacon) robust position sensor, it is impossible to guarantee the accuracy of the real-time moving position, and since the position information calculation through the smart phone is still moving, . In addition to the existing Bluetooth (beacon) positioning method (calculating the position of several Bluetooth (beacons) by mathematical figure calculation method), the position of the smart phone and the fixed Bluetooth (beacon) The position and distance accuracy and the identification accuracy of the position, the distance and the identification information are converted into a Code, and the system is used for linking with other systems or for communication between different systems. In this case, the product information server paires the store, the product and the price, codes it, generates the pairing code 1, verifies the shop, and verifies the product. The verified information is transmitted to the payment information server, Referring to the user location information, the Pairing Code 2 is generated in combination with the user smartphone information. Pairring Code2, which has been verified, performs verification of the payment information according to the store verification, product verification, and customer verification, transmits the payment information to the Payment Gateway, obtains the approval through the payment information approval company, The payment information server is finally sent to the merchandise information server and the payment completion process ends. The updated information is finally confirmed through the customer device and the store manager mode. (Main) and Sub AP (Main AP) and Sub AP (Main AP and Sub AP) are set in the environment setting, Bluetooth (beacon) controller or Bluetooth You can also set the signal control of your smartphone to the outside of the store The main AP is turned on and the SUb AP is turned off so that when the user smartphone device is turned on, the main AP is automatically turned off and the sub AP is turned on, or each of the merchant APs can be adjusted in the Bluetooth (beacon) application terminal In other words, according to the present invention, by using communication of Bluetooth (beacon), identification value of a shop or a transportation means is received, and the position of the current shop or transportation means and the position of the current user are specified in real time, You can send information and settlement information (price and payment method) of a shop or transportation to your smart device, enter the store directly, take a ride on a vehicle or make a payment without facing a merchant, (Beacon) frame as a payment system that can receive the AP ID and MLC And the store information and merchandise information are defined as Pairring 1, and the payment information is defined as Pairring 2 again, and then it is approved through the payment agency or approval approval company, and the information is provided through the mode application of the customer user and the store The present invention is the essence of the payment system.

Description

[0001] The Payment System using Bluetooth [

The present invention relates to a technology for implementing a payment system using communication with other electronic devices using a Bluetooth communication technology, and a method for configuring the system. Bluetooth technology uses personal frequency band and it has useful features as a communication protocol of personal portable devices, but it has been used most often as earphone to listen to simple music due to lack of transceiver, lack of communication performance and lack of performance of smart device. As the performance of the frequency transceiver has improved, and the performance and communication infrastructure of the smartphone have been developed so much, if you combine with the current smart device, you can realize useful and practical payment service by grouping various useful terminal periods or transceiver periods into a matrix. The present invention relates to a logic, a process, and a method for constructing a payment system useful in real life based on the Bluetooth technology.

The present invention relates to a logic, a process, and a method for a method for constructing a form of information provision, which is commonly used in daily life, as a payment system using a beacon position sensor function and a low-power device technology of Bluetooth 4.0. As a technology to combine low power and location service on the basis of basic short range wireless communication protocol of Bluetooth, existing location based service has consisted of ground based GPS system and proximity NFC method. Beacons are not limited to these grounds, and proximity distances of up to 75 meters can be used. This enables beacons to be provided to a wide range of users without requiring close proximity and proximity within a few meters. The present invention relates to an information system construction methodology for constructing a more advanced payment system through the Bluetooth short-range wireless communication protocol technology and the beacon location technology.

Bluetooth is usually a pairing scheme using keywords to establish a connection. In some cases, Bluetooth does not have this process. Bluetooth is a standard for transmitting and receiving data at high speed using radio frequency without a cable. It also eliminates the need for a cable connection to devices such as digital cameras and printers with Bluetooth capabilities. In general, Bluetooth wireless systems use the Industrial Scientific and Medical (ISM) frequency band of 2400 to 2483.5 MHz. In order to prevent the interference of other systems using the upper and lower frequencies, a total of 79 channels, 2402 to 2480 MHz excluding 24 MHz to 2 MHz and 2483.5 MHz to 3.5 MHz, are used. ISM means a frequency allocated to industrial, Band is used for personal wireless devices that emit low-power radio waves because they do not need to be licensed for the use of radio waves. The wireless LAN and Bluetooth use this ISM band. To prevent this, Bluetooth uses frequency hopping. Frequency hopping is a technique to move a large number of channels quickly according to a specific pattern and transmit data in small increments. By hopping the assigned 79 channels 1600 times per second, many Bluetooth devices have their own frequencies, If you set the Bluetooth mode, the device will emit its own frequency and will not collide with other devices. Beacon is a wireless sensor that recognizes the near location And a beacon is installed in a smartphone equipped with Bluetooth 4.0 technology, beacons and smart phones can provide information and services through the mutual recognition.According to such localized location recognition technology beacon and Bluetooth 4.0 technology , It is possible to provide various information and services through mutual recognition between beacon and smartphone. It is a key point of the present invention to make a system capable of providing payment service by utilizing such information and services, And logic and frame reprocessing are features of the present invention.

The present invention describes a detailed method of providing a payment service to a smartphone or a smart device user based on a Bluetooth-based technology and establishing a system for interlocking with each other, and describes a utilization system thereof, which is a core content of the present invention. As a practical application method, the payment service can be directly transferred to the smartphone without moving to the counter at the shop where the current shop is located, without contact with the shops or products in the shops, marts and department stores, For example, if a store sells clothing, it passes by the shop and then sends the coupon or information from the store to the user's smartphone, I can order and pay for it. In the case of a coffee shop, I do not have to wait for a drink at the checkout counter, and after ordering and paying for my desired product, I received a beverage production completion signal through a vibration or letter Later drinks can be picked up at the beverage dispenser. In other words, it is possible to avoid troubles such as lining up for payment like nowadays, or waiting for a vibration alert to come and wait for another drink.

As described above, it is the core of the present invention to describe a logic, a process, and a method for configuring a system capable of paying non-visiting, non-contact, and non-contact payment for a desired product.

In the present invention, the Bluetooth technology can develop a specialized service that can exchange information with the location in the underground shopping mall or the exhibition hall where the GPS area can not cover. To this end, the frame is reprocessed at the signal frequency generating step of the beacon, And the server to receive it, analyzing and reprocessing the information about the beacon signal through the server, and the information server and the payment server are put into two, and the user and the manager application are made into the information server and the payment server respectively. The access point for each information object is provided as a component, the ID of the signal is received, the information is provided to the user, the payment is performed through the information, the information on the payment is collected, Provides information that can be used to manage information audiences, Manager Tools should be developed and user content delivery server Contents Management Server that can be.

The most significant feature of the present invention is the description of the logic, the process and the method of constructing a payment service providing system using the overall Bluetooth communication method.

The present invention is based on the fact that Bluetooth can share information through a sense function of beacon Bluetooth, which is not an existing NFC, GPS, or other short-range communication method, and transmits it to other smart devices in a frequency manner, It was developed in terms of system configuration methodology, so it does not enter stores in shops, marts, or department stores, or does not have a contact with each product, which is currently within my shop (usually within a radius of 75m - You can pay directly to your smartphone without having to go to the checkout counter. You can also go straight to the coffee shop. You can order the coffee shop in a queue without counting the checkout counter. It can also function as a vibration alarm. You can make a payment at a short distance before boarding, This is a system that can process up to the part of the increase. It is a system that can be used or developed in all settlement services that occur in everyday life of people who can implement all the services that substitute existing traffic card functions. The logic, Is the most significant feature of the present invention.

1 shows a payment system using Bluetooth.
2 is a redesign of a Bluetooth frame.
3 shows an MLC of a Bluetooth frame.
4 shows an MLC calculator.
5 shows the principle of operation of the goods information server.
6 shows the principle of operation of the payment information server.
7 shows the payment service principle.
8 is a payment service flow chart.
FIG. 9 shows a shop and a traffic payment system using Bluetooth.

The present invention relates to a method and apparatus for transmitting and receiving data in a short-distance mobile communication called NFC, which is one of the most widely used personal communication protocols nowadays, in which a NFC card is contacted with a specific device or does not use a generalized NFC communication method The Bluetooth system constitutes a contactless payment system using a Bluetooth or beacon capable of making a simple circuit configuration, an ultra-small size and a light weight, and the Bluetooth function as an access point for each information object and receives the ID of the Bluetooth signal In the signal frequency generation phase of Bluetooth, the frame is reprocessed to improve the accuracy and performance of the position, and the information server and the payment server are put into the two users, and the user and the manager application are provided to provide the information providing and payment service respectively As a constituent payment system The component includes a beacon or Bluetooth that acts as an access point, a controller that manages such a beacon or Bluetooth, an information server that processes information received from the access point, a payment information server that performs payment for approval of payment through the controller, And a manager and a user application for it are needed. The most important feature of the present invention is that the logic, the process, and the method for configuring a payment service providing system using the overall Bluetooth communication method are described.

To explain the drawing in detail,

FIG. 1 shows a configuration diagram of a payment system using Bluetooth. In FIG. 1, 101 indicates a Bluetooth transceiver or a beacon installed in a shop and a product area. When 105 user smart devices pass near 50 meters, ID and MLC In the smart device of the user, the integrated mapping code of the store and the product is generated. In other words, the product code product 1-1 of 110 is the product of the store code store1 and the product 1-1 code, The user smart device identifies ID / MLC through 107 Smart Device Application, and 104, which is a controller to it, stores each access point, Store1, Store2, Store3 will be controlled. That is, the Smart Device Application 107 receives the information of product1-1 of Store1 through the product information server 103 and displays it to the user, and 103 creates the code by bundling the store, product, and customer information with the product information server. If you wish to pay for the 107 Smart Device Application, the shop, merchandise, customer information and paired code will be pairing the customer and payment information through the payment information server 108. This information can be sent through 102 payment agencies 109 It is sent directly to a bank or credit card company. The transferred payment information is approved and entered into the payment information server 108 again. The shop and product information and the customer information information code are transmitted to the smart device application and the store manager application through the product information server, Lt; / RTI > In this case, the Total Mapping Code may use an integrated mapping code instead of an existing bar code, that is, an integrated mapping code that defines stores and products at the seller level, instead of a barcode that defines stores and goods at the producer level, There is an advantage that it can be used as a temporary code to be used immediately when a consumer purchases a product without converting the barcode directly to a barcode instead of a barcode. In the case of a general barcode, there is no information about the store, but the integrated mapping code It is easy to grasp the information about the seller because it defines the store and the goods.

In other words, when the user's smartphone passes in front of a certain store or passes through a specific product area within a store, Store1, Store2, and Store3 store 50m, 30m, and 10m distance and location information, As shown in FIG. Actually, stores and products deliver code only to servers, and information is stored in store information of merchandise information server, and it is displayed as smartphone. If the user smartphone wants to pay for the store and product information received from Store1, Stere2, Store3, it binds store, product and customer information to Pairring, binds payment information and pairing to payment information server through it, The payment information is directly transmitted to a payment agency or a bank or a credit card company, and then the information is received by the payment information server, and the payment information is received by the goods information server. That is, in the present invention, if the user smart device has only a module using Bluetooth 4.0 or higher protocol that can communicate with Bluetooth regardless of the form of a smart phone, a PDA, or a tablet PC, In which a store, a commodity and a user smart phone communicate with each other via a Bluetooth communication, and a user smart device, a commodity information server, and a settlement information server communicate with each other. The feature is that the user smart device and the Bluetooth installed in the store communicate with the Bluetooth, and receive the location, information and payment information by using it, and finally provide payment service.

2 is a diagram of a redesign of a Bluetooth frame.

When receiving information of a shop or product with a user smart device, the location information should refer to the real time location change value. A store or product is fixed (which may be moved as needed), but the user smart device continues to move. In order to provide the nearest or nearest store and product information in real time for the moving smart device, it is necessary to acquire the shop and product location information based on the more accurate user smart device. It's Bluetooth (beacon)

It is necessary to redesign the signal generating frame.

First, the Bluetooth (beacon) frame can mount or reprocess various specific information on the DATA area, such as 204, through the application area of 203. That is, the redesign referred to here is a MLC (Merchant Location Code) By defining the MLC, the MLC codes the position of the product and transmits the information to the product information server, thereby correcting the current user smartphone position and the real-time movement position value of the store and the product. It is expressed as eight binary numbers from Flag01 to Flag08 like 203.

In FIG. 3, the MLC of the Bluetooth frame is a binary value indicating whether or not the information is '0' or '1'. That is, Flag01 defines the location movement, Flag02 indicates the location stop, Flag03 indicates the extension range, Flag04 indicates the location coordinates, Flag05 indicates the time change, Flag06 indicates the time range, Flag07 indicates the error range, and Flag08 indicates security. This combined binary code computes the real-time movement and positions of Bluetooth (beacon), ie, Access Point and Smartphone, through the MLC Calculator of the Product Information Server.

For each Flag value of 302, a parameter set is created at 303, for example, 10101010. In other words, if the value is 1 and the value is 1, the value of Fualt is 0. The value of the current position is based on the current position information as shown in the MLC calculator of FIG. And calculates the current security value based on the current time information, the current time portion, the change time portion, the tolerance and the authentication based on the current time information, and calculates the current security value using the location of the current Smartphone Bluetooth and the access point That is, the distance and coordinate information of the position of the current product are obtained by referring to the position of the blue loose (beacon) of the shop or the product and the coordinate distance information.

The reason for using the above method is that the accuracy of position can not be guaranteed when using only the conventional Bluetooth (beacon) position sensor, and the calculation of the position information through the smartphone is still moving. Therefore, I have. In addition to the existing Bluetooth (beacon) positioning method (calculating the position of several Bluetooth (beacons) by mathematical figure calculation method), the position of the smart phone and the fixed Bluetooth (beacon) Position, distance accuracy and identification accuracy, and the position, distance, and identification information are codified and used for linking with other systems or for communicating with each other.

5 is a view for explaining the operation principle of the goods information server of the payment system.

The information such as ID and MLC of the Bluetooth (beacon) of 501 and 502 Merchant Point is received by the user smartphone, and the information is inputted through the goods information server through the Internet, and the information is transmitted through the MLC calculator to the current store It is converted into the distance and coordinate information of the product location, and is stored in the registered product notification field of the user account database field of the nearest smartphone. When the smartphone having the installed app is stored in the distance coordinate information DB of the product location, And is stored in the product information DB registered in the registered product database. Thus, the information registered in the DB receives information of the AP closest to the product, that is, Merchant Point. It generates a code by pairing with the information of the product corresponding to the MLC code and the price information, and the product information of the pair is transmitted to the user's smartphone The user's smartphone confirms the product, the price, and the payment method are sent to the payment information server. Since the above method uses the Internet communication like the 504, the web or the application (Android, IOS, Available).

FIG. 6 is a view for explaining the operation principle of the payment information server of the payment system. Referring to FIG. 6, a coupon code of a shop, product, customer information and payment information received through the goods information server is separated into AP ID + MLC form, Receives a payment authorization according to the 605 check card, the bank's Payment Gateway for automatic transfer, the card issuer's Payment Gateway for 606 credit card, and the Payment Gateway for 607 mobile payment. Here, the merchandise information server 601 serves to verify the ID, product information and payment information of the current merchandise paired at 608, and the verified information forms an ID of the user smartphone, that is, customer information and re- Second verification.

That is, the merchandise information server first verifies the shop, merchandise ID, and payment information at the payment information server, and secondly performs the first and second pair verification of the user smartphone ID and the above verified result. The payment information that has been verified is sent to the goods information server after receiving payment approval through Payment Gateway. Since the above process also utilizes the Internet network, the user's smartphone needs only internet communication, whether it is web or APP.

7 is a view for explaining the principle of a payment service. FIG. 7 is a diagram illustrating the principle of a payment service, in which information entered through a goods information server and a payment server through an identifier entered through a Bluetooth (beacon) And what other services are utilized.

704 Product Information The product or store identifier entered into the server manages the product location, price, payment information, event information, etc. through the store manager mode and manages product purchase history, community, coupon, and personal information through the customer user mode In other words, the identifier entered into the merchandise information server is converted into shop information, product information and price information, and then pairing is performed. Then, the user smart device of 706 enters the payment information server again and receives payment approval through approval company. In this case, the payment information server can manage information related to payment approval such as price, payment method, and commission fee in the shop manager mode. In the customer user mode, the payment information server includes a payment method such as payment related card, automatic transfer, You can manage information related to payment approvals. The above process consists of interworking with three vertices through the 706 Web or APP to mutually exchange data. That is, the three vertices of user smart device, product information server, and payment information server share smart phone user information, store information, product information, price information, and payment information as pairing codes. Here, since the feature must be paired according to the real-time movement position, the MLC information is included together in all the processes.

The process of the user's view of providing the above payment service method is shown at 707,708,709. In 707, customers can receive product information, product inquiries, events, coupons and points. When using this payment system of 708, it is about marketing, service and sales that can be performed on this payment system. NFC and other payment communication devices. It is also possible to use the integrated marketing platform that can manage the location-based marketing service, community, real-time purchase history, discount and points in real time. And 709 shows that it can utilize this payment system from the viewpoint of a store or an enterprise by combining various fields such as its own sales information, performance information, local information, and franchise sales.

FIG. 8 is a flow diagram of a payment service. The merchant AP of 801 transmits the AP ID and the MLC to the merchandise information server through a smart phone (this part can be transmitted through a smart phone, In this case, the product information server pairs the stores, products, and prices and coders them to convert the pairing code 1 to the product code. The verification information is transmitted to the payment information server of 803, refers to the user location information through the real-time MLC, and then generates the pairing code 2 in combination with the user smart phone information Pairring Code2 generated in this way is used to perform store verification, merchandise verification, customer verification, verification of payment information according to there, The payment server transmits the information to the payment gateway, and the PG company server obtains the approval through the payment information approver 806, and then sends the information to the payment information server. Finally, the payment completion process ends at the goods information server, Is finally verified through the 804 Customer Device and Store Manager mode.

In other words, the flow of the entire payment service is made through the 801 store Merchant AP and the product information server receives the ID and MLC to create the Pairring1, and the information is used to judge the validity of the customer's unique code through the 805 Payment Gateway, The payment information is transmitted to the Payment Gateway by creating the Pairring 2 by bundling the customer information and the payment information together with the shop information and product information (Pairring 1) received from the product information server through the user login information at the same time, The result of the approval process is updated through Pairring2, and the result is transmitted to the user's customer device, and the result is confirmed again in the payment information server, the product information server, and the payment manager mode of the store The updated payment completion information is used to update the payment completion information to the customer device It is terminated.

FIG. 9 is a diagram showing a store and a transportation payment system using Bluetooth. In FIG. 901, a customer user device receives a signal of Bluetooth (beacon) attached to each product area in a shop, This figure shows the shape. In other words, this type is a method to directly view and pay the goods according to the shop Main ID installed at the entrance of the shop and the sub ID (information provided according to the user and the distance) in the inner part of the shop. It shows the form that is completed and comes out immediately after receipt of the goods.

Here, the Merchant AP at the store entrance is the Main AP, and the Fix area is displayed within a certain distance from the user device, and the Sub AP such as 902 in the shop is set as the Move area according to the position range moving through the user device and MLC in real time. That is, Main AP provides the same information within a certain range and can not be changed. However, Sub AP indicates position value and information change as the user's position is changed by 6m, 4m, 3m. Technically, Main AP and Sub AP can set signal control of Bluetooth (beacon) through Bluetooth (beacon) Controller or Manager when setting environment, and user smartphone can be used as an option in the Application section of User Device or Product Information Server. When it is outside, Main AP is turned on and SUb AP is turned off. When the user smart phone device is turned on, it automatically turns off the Main AP and turns on the Sub AP, or controls each Merchant AP in the Bluetooth (Beacon) Application It can also be adjusted.

905 is a case where the customer user smart device is located near the outside of the store. When the customer smart device passes near the store in the corridor inside the underground shopping mall or the department store mart, it receives the coupon information or the product information of the store and performs payment immediately without entering the store It is a form that can be delivered to home.

908 is a picture showing how the customer's smart device can proceed with traffic related payment when the smart device is in the outdoor distance. If a taxi installed with Bluetooth (beacon) passes nearby, information about taxi's company, articles, , And based on the information, the taxi driver notices the current location and destination of the taxi before taking the taxi, so that the taxi can be used in advance. Unlike the way to announce a destination and call a taxi, in case of a nearby taxi, you can get information about the taxi in advance, make a notice to the taxi driver about the location and destination, and make a taxi without using face to face contact. .

In the case of airports, the Bluetooth (beacon) AP installed for each airline at the airport allows payment and ticketing without departing from the airline ticketing counter, without going through the telephone or the Internet for departure and destination destinations. In the case of railway or subway stations, It is possible to use a train on a smartphone immediately after making a payment without having to go through a payment window without having a card or other card.

In addition, if a bus stop with a bluetooth (beacon) AP installed near the bus stop or a bus with a Bluetooth (beacon) AP installed nearby, the bus can be used only with the information of the riding position, In other words, if you only add a function to a Bluetooth (beacon) AP that does not need to tag a transportation card when you ride a traffic card and does not need to tag it beforehand and uses the bus and confirms that the bus is a paid smartphone, The smartphone users who have completed the payment can receive the notification of completion of the boarding and the completion of the defect in real time and do not have to go through the process of tagging and tagging when riding like a conventional traffic card, You do not even have to watch the tags of. When payment using the Bluetooth of the present invention for transportation is realized, it is possible to eliminate the tasks such as monitoring the traffic card tag of the gates of various subways, observing the riding tag of the passenger of the bus driver and observing the getting off tag. It is possible to build a ground-breaking traffic system that can eliminate the boarding gate itself. In other words, for all passengers arriving at the boarding area without payment at close range, it is possible to prevent the passengers from proceeding to the boarding place of the means of transportation and proceed from the nearest place (for example, 100 meters ahead) It is possible to build a system that allows only passengers to enter the boarding area.

That is, the present invention receives the identification value of a shop or a transportation means by using communication of Bluetooth (beacon), identifies the current location of the shop or transportation means and the position of the current user in real time, Or payment information (price and payment method) to the user's smart device, enter the store directly, or board the vehicle or face the merchant without making payment and receive goods, services or services The present invention relates to a logic, a process, and a method for constructing a payment system capable of repetitively processing a Bluetooth (beacon) frame at a short distance, receiving identification information in the form of AP ID and MLC, And payment information should be defined as Pairring2 again, and then sent to the settlement agency or approval officer It is a feature of the present invention that the logic, the process, and the method of obtaining a payment and creating a payment system that provides the information through the mode application of the customer user and the store.

MLC = Merchant Location Code

Claims (9)

Bluetooth, or beacon, Bluetooth functions as an access point for each information object, receives the ID of the Bluetooth signal, reprocesses the frame at the signal frequency generation step of Bluetooth A billing system that consists of two systems of information server and billing server, each of which is a user and administrator application, which provides information and payment services to improve accuracy and performance of location.
If a smart transceiver or a beacon is installed in a shop and a product area and the user smart device moves near, the location information such as the store ID and the MLC is transmitted. Then, the smart device of the user generates an integrated mapping code of the store and the product. The ID / MLC is identified through the Smart Device Application, and the Controller controls each Access point, Store1, Store2, and Store3, where the information is displayed to the user and the goods information server bundles stores, products and customer information into pairs If you want to create a code and make a payment, the shop, product, customer information, and the code that has been paired will be paired again with the customer and payment information through the payment information server. This information can be sent through the payment agency or directly to the bank or credit card company. do. The payment information is transferred to the payment information server after approval, and the shop and product and the customer information information code are transferred to the smart device application and the store manager application through the product information server and the payment is completed. Stores, merchandise, and user smartphones communicate via Bluetooth, and with the user smart devices, merchandise information servers, and billing information servers,
 In this billing system, the Total Mapping Code, which is based on the location of the store and the goods, may use an integrated mapping code to define stores and goods at the seller level, instead of barcodes that define stores and goods at the producer level instead of existing barcodes , This has the advantage that this billing system can be used as a temporary code to be used immediately when a consumer buys a product without having to directly convert the barcode instead of a barcode. In the case of ordinary barcodes, there is no information about the store, The integrated mapping code, which defines the store and the merchandise, is easy to grasp the information about the seller. With the above-mentioned integrated mapping code, It is necessary to redesign the signal generating frame of Bluetooth (beacon) according to the necessity of acquiring shop and product position information based on a more accurate user smart device. To this end, it is necessary to redesign various specific information on the DATA area of the Bluetooth (beacon) frame Application area, that is, it defines MLC (Merchant Location Code) through the application area, encodes the location of the product, transfers the information to the product information server, And MLC is represented by 8 binary digits ranging from Flag01 to Flag08 as shown in 203. It shows whether or not information is available according to 0 or 1, Flag02 is the stop position, Flag03 is the extension range, Flag04 is the place coordinates, Flag05 is the time change, Flag06 is the time range, Flag07 is the error range, Flag08 is the security The MLC calculator of the product information server calculates the real-time movement and positions of the Bluetooth (beacon), that is, the access point and the smartphone. The parameter set is created and the current position Based on the information, the current moving part, the current stopping part, the current position range, and the current coordinate are calculated on the basis of the current time information, the current time part, the modification time part, (Beacon) position and coordinate distance information of a shop or a product to refer to the position of the present Smartphone Bluetooth and the distance (distance) between the current position of the product and the access point (Beacon) position sensor, it is impossible to guarantee accuracy of a real-time moving position, and a smart The location information calculation through the phone may also be continuously moving, so that the value of the information changes. In addition to the existing Bluetooth (beacon) positioning method (calculating the position of several Bluetooth (beacons) by mathematical figure calculation method), the position of the smart phone and the fixed Bluetooth (beacon) The position and distance accuracy and identification accuracy of the position, the distance and the identification information are converted into code by using the operation to convert the position value to the other system, And how to build
The store Merchant AP transmits the AP ID and the MLC to the merchandise information server through the smart phone (this part can be transmitted through the smart phone, the own router or the Internet connection). In this case, the product information server creates the pairring code 1 by pairing the stores, products, and prices, and verifies the shop and verifies the product The verified information is transmitted to the payment information server, and the user's location information is referred to via the real-time MLC, and the user's smartphone information is combined with the user's smartphone information to generate the pairing code 2. The generated pairing code 2 is then used for store verification, Customer Verification Perform verification of payment information according to there, send payment information to Payment Gateway, and PG server server After the payment is received, the information is sent to the payment information server. Finally, the payment completion process ends at the goods information server. The updated information is finally confirmed through the customer device and the store manager mode. Using payment system The flow of the entire payment service is made through the Merchant AP of the store, and the product information server receives the ID and MLC, and the information is used to obtain the customer's own code through the payment gateway through the login of the customer information, And concurrently stores the customer information and the payment information together with the shop information and product information (Pairring 1) received by the goods information server through the user login information, and transmits the payment information to the Payment Gateway by creating the pairing 2, The value is updated through Pairring2, and the result is transmitted to the user's customer device, and the result is confirmed again in the payment information server, the product information server, and the payment manager mode of the store. The payment completion information finally ends the process while updating the payment completion information to the customer device Payment systems using Bluetooth
The Merchant AP at the store entrance is the Main AP, and the Fix area is displayed within a certain distance from the user device. The Sub AP in the shop is set as the Move area according to the position range moving through the user device and MLC in real time. That is, Main AP provides the same information within a certain range and can not be changed. However, Sub AP indicates position value and information change as the user's position is changed by 6m, 4m, 3m. Technically, Main AP and Sub AP can set signal control of Bluetooth (beacon) through Bluetooth (beacon) Controller or Manager when setting environment, and user smartphone can be used as an option in the Application section of User Device or Product Information Server. When it is outside, Main AP is turned on and SUb AP is turned off. When the user smart phone device is turned on, it automatically turns off the Main AP and turns on the Sub AP, or controls each Merchant AP in the Bluetooth (Beacon) Application Adjustable Bluetooth payment system For all passengers entering the boarding area without payment at close range, it is possible to prevent the passengers from arriving at the boarding place of the transportation means. For the expected boarding passengers, only the passengers who have completed the payment by approving the payment from near (for example, 100m ahead) It is also possible to build a system that allows you to enter the boarding area.
That is, the present invention receives the identification value of a shop or a transportation means by using communication of Bluetooth (beacon), identifies the current location of the shop or transportation means and the position of the current user in real time, And payment information (price and payment method) of the transportation means to the user's smart device, through which it enters directly into the store, does not board the transportation means, does not face the merchant, and receives the goods or services or services Payment Systems The Bluetooth (beacon) frame is reprocessed to receive the identification information in the form of AP ID and MLC, and the shop and product information is defined as Pairring 1, the payment information is defined as Pairring 2 again, A payment system that obtains approval from the company and provides the information through the mode application of the customer user and the store

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