KR20200061853A - System and method for processing tour event via block chain - Google Patents

Abstract

The present invention relates to a blockchain-based tourism event processing system and method. The system comprises: a user terminal for receiving tourism event information, providing mission course route location information of a user, and receiving a blockchain point; a tourism event processing server for requesting rewards of the blockchain point for the user terminal to a blockchain network when tourism event mission execution is confirmed by creating and registering tourism events and receiving information on start and end locations of a tourism event mission course in which the user has participated; the blockchain network for generating a local blockchain point, providing the generated blockchain point to the user terminal, and storing and managing information on blockchain point transaction details; and a tourism company terminal for transmitting, to the blockchain network, blockchain point usage transaction information when a transaction using the provided blockchain point occurs in the user terminal. According to the present invention, tourism services and products can be activated, and advertising effects can be provided.

Description

System and method for processing tour event via block chain

The present invention relates to a blockchain-based tourism event processing system and method, and more particularly, when a tourist performs an event related to a specific tourist attraction or tourist course, the blockchain point is provided according to the event execution, and the tourist is a blockchain Blockchain-based tourism event processing system and method for enhancing tourism services and product activation and advertising effects by using the converted electronic virtual currency corresponding to points to be used for purchasing products of affiliated tourism companies. will be.

Recently, in accordance with the proliferation of various management systems and sales strategies, it has become common to provide customer marketing not only for large-scale customer service companies but also for individuals and small and medium-sized companies.

Through these marketing services, companies provide more benefits to regular customers while increasing awareness and are used as a means to secure a large income, and provide marketing services in various fields such as credit cards, mobile communication, games, eating out, and tourism. Doing.

The services provided through such marketing are proportionally paid according to the customer's performance or paid as points that can be used for a certain period of time, and the customer uses the points paid by the company to subtract a certain amount of the purchase amount of goods when purchasing the goods.

However, in the case of such a marketing service, there is a problem in that the point provided by the company is not only limited, but also the customer may not be able to utilize the point, so the point is not properly utilized.

In recent years, Ethereum virtual currency, which is a kind of digital virtual currency that can pay for spots, has been proposed.

Ethereum cryptocurrency is stored in the form of a file in the electronic wallet, the transaction is performed by a distributed database by the authentication method of the blockchain method, and the transaction is performed based on the public key cryptography. It can be used without providing information, personal information, etc., and it is a digital virtual currency that can pay for spots online and offline.

Using this blockchain technology, all users can store, transfer, and pay for digital virtual currency through an electronic wallet, so if you exchange membership points or cyber money into a digital virtual currency with a blockchain, you will be provided with an article seller/service. Payment can be made with digital virtual currency with a blockchain without limit to the number of companies.

On the other hand, in the use of conventional events or points for revitalization of the tourism industry, there was a problem in that the function of encouraging foreign tourists or domestic generals to participate in tourism directly and actively is weak or lacking.

In addition, the function of encouraging foreign tourists or the general public to purchase products in stores (department stores, small marts or retailers) during the tour is actively or actively purchasing products, so it is limited or inactive in the tourism industry. There was a problem.

Domestic registered patent No. 10-1759726

The present invention has been devised to solve the conventional problems as described above, the purpose of which is to provide blockchain points according to the event execution when a tourist performs an event related to a specific tourist attraction or tourist course, and the tourist is a blockchain Provides a blockchain-based tourism event processing system and method that can provide tourism services and product activation and advertising effects by using the converted electronic virtual currency in response to points to be used for purchasing products of affiliated tourism companies. It is to do.

The blockchain-based tourism event processing system according to the present invention accesses a server in a web or mobile environment to receive tourism event information and provides mission course route location information when a user moves to a mission event's mission course, thereby providing a tourism event mission A user terminal that receives a blockchain point rewarded according to performance; Create and register tourism events that activate tourism services, and send registered tourism event information to the user terminal to receive the start and end location information of the tourism event mission course in which the user participated, and when the execution of the tourism event mission is confirmed, block chain A tourism event processing server for requesting compensation for a blockchain point according to a network performing a tourism event mission to a user terminal; Receives a request for reward for blockchain points from the tourism event processing server, generates local blockchain points, pays the generated blockchain points to the user terminal, and stores and manages transaction history information when blockchain points are used at the user terminal Blockchain network; And if the transaction occurs using the blockchain points paid by the user terminal is characterized in that it comprises a terminal for tourism that transmits the transaction information using the blockchain points accordingly.

In addition, in the blockchain-based tourism event processing system according to the present invention, when the user moves to the mission event's mission course, the user recognizes the QR code indicating the starting point of the mission course and starts collecting the starting point location information. When the QR code indicating the end point of the course is recognized, it is characterized by including a QR code module that provides mission course route location information by ending the collection of route data, and an electronic wallet that receives and stores blockchain points.

In addition, in the blockchain-based tourism event processing system according to the present invention, the tourism event processing server collects and processes user location information in real time when a user starts an event mission through QR code recognition and manages and collects each user A real-time information collection unit for determining whether the user has completed the mission as user location information; An event management unit that sets event start and end positions of an event mission course to generate event information and provides it to a user terminal, and requests and manages blockchain point rewards through a blockchain network according to event rewards for users performing an event mission; And an affiliated tourism management unit that provides a list of affiliated tourism companies that can use blockchain points received through the achievement of events to the user terminal, and manages the payment history of blockchain points according to affiliated tourism companies. Is to do.

In addition, in the blockchain-based tourism event processing system according to the present invention, the event management unit sets the start position and the end position of the tourism course to induce a visit in a specific period, event mission, event rule, event period, event reward An event mission register for generating and registering information; An event information management unit that processes an event notification to notify the user terminal of the registered event details, and modifies and manages information for each registered event; And it is characterized in that it comprises a reward processing management unit for each event that requests the blockchain point to the blockchain network according to the event reward item to the user who has accomplished the event mission, and manages the compensation history.

In addition, in the blockchain-based tourism event processing system according to the present invention, the blockchain network is a block for creating a private-based local blockchain point and managing the generated point history information according to a compensation request from the tourism event processing server A chain point generator; Blockchain point payment management unit that pays points generated by the block chain point generation unit and manages payment history information to users who have completed the event mission; And a blockchain point usage management unit that manages blockchain transaction information including the point payment details for each user and tourist company for the used blockchain points deducted from the electronic wallet of the user terminal.

In addition, in the blockchain-based tourism event processing system according to the present invention, connected to the tourism event processing server, event-related information including event mission, event rules, event duration, and event reward information, and users collected in real time Characterized in that it further comprises a database for storing and managing information related to location and user mission performance, blockchain point creation information, such as blockchain point generation information, mission provider provided point history management, and affiliated tourist attraction point payment details. will be.

On the other hand, a block chain-based tourism event processing method according to the present invention, the tourism event processing server generating and registering tourism events and transmitting the registered tourism event information to the user terminal; A user terminal accessing the tourism event processing server to receive tourism event information, and the user moves to a tourism event mission course to provide mission course route location information to the tourism event processing server; The tourism event processing server receives information on the start position and end position of the tourism event mission course in which the user participates, and when the execution of the tourism event mission is confirmed, the blockchain network requests the user to compensate the blockchain points for the tourism event mission. step; The blockchain network receives a request for a reward for a blockchain point from the tourism event processing server and generates a local blockchain point to pay the generated blockchain point to a user terminal; And the user terminal uses the blockchain point at an affiliated tourism company that can use the blockchain point, the affiliated tourism terminal sends the blockchain point payment history to the blockchain network, and the blockchain network stores the blockchain point transaction history. It is characterized by including the steps to manage.

The present invention has an effect of inducing the activation of tourism services by providing a blockchain local point according to the event execution when a tourist performs a specific event, and allowing the user to use it for product purchase.

In addition, users can use the paid blockchain points to use for pre-affiliated tourism companies' product purchases, etc., so that tourism companies can activate and promote product sales through the use of blockchain points to pay a certain percentage of the total product purchase amount. I can expect.

In addition, the blockchain point is stored in the form of a file in the electronic wallet, and the transaction and authentication process is simple and easy by the authentication process of the blockchain method, so that foreign tourists or domestic generals can actively and actively participate in tourism. Can be expected.

1 is a schematic configuration diagram of a blockchain-based tourism event processing system according to the present invention.
2 is a detailed configuration diagram of a real-time image providing system through the drone shown in FIG. 1.
3 is a flowchart of a method for providing real-time images through a drone according to the present invention.
4 is a view showing an embodiment of a real-time image providing system through a drone according to the present invention.

Hereinafter, a system and method for processing a tourism event based on a blockchain according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of the overall configuration of a blockchain-based tourism event processing system according to the present invention.

Referring to FIG. 1, a blockchain-based tourism event processing system according to an embodiment of the present invention includes a user terminal 10, a tourism event processing server 100, a blockchain network 200, and a tourism company terminal 300 do.

The user terminal 10 accesses the tourism event processing server 100 in a web or mobile environment to receive tourism event information and provides mission course route location information when the user moves to the mission event's mission course, performing tourism event mission Blockchain points are rewarded according to

At this time, the user terminal 10 is a mobile device capable of data communication in a web or mobile environment, including a smart phone and a tablet PC.

 The user terminal 10 may include a QR code module and an electronic wallet that receives and stores blockchain points.

When the user moves to the mission event's mission course, the user terminal 10 recognizes the QR code indicating the starting point of the mission course in the QR code module and starts collecting GPS data of the user terminal for the corresponding location as the starting point location information and the QR code When the code module recognizes the QR code indicating the end point of the course, it collects GPS data of the user terminal for the end point as end point location data and provides mission course route location information to the tourism event processing server 100, thereby providing all route data. Do not collect location data according to unnecessary user movement paths to protect privacy by ending the collection.

In addition, using the location information of the mission course, the tourism event processing server 100 determines completion of the specified mission course, and pays the blockchain point to the electronic wallet of the user 10 as a reward for completing the mission. .

Here, an application (App) for processing programs and functions provided from the tourism event processing server 100 may be installed in the user terminal 10.

The tourism event processing server 100 generates and registers tourism events that activate tourism services, and transmits registered tourism event information to the user terminal 10 to receive information on the starting and ending positions of the tourism event mission course in which the user participated. When the execution of the tourism event mission is confirmed, the reward is requested to the blockchain network 200 to transmit the blockchain point according to the execution of the tourism event mission to the electronic wallet of the user terminal.

Tourism event registration is, for example, designating a specific course, such as an Olle Trail course, as a mission course, and when a user moves to a mission course, collects movement route data using GPS location data of the user terminal 100 and designates a specified specific course Upon completion of the event, blockchain local points are provided according to the execution of the event mission, and users can use these points to make them available for product purchase, thereby encouraging tourism services.

The blockchain network 200 receives a block chain point reward request from the tourism event processing server 100, generates a local block chain point, pays the generated block chain point to the user terminal 10, and blocks it at the user terminal When chain points are used, transaction history information is stored and managed.

The blockchain network 200 may include a node device that performs encrypted virtual currency processing.

Here, the node device may be implemented as a device having a communication function capable of accessing a wired/wireless network, and may be implemented as a smart phone, tablet computer, PDA, PMP, PC, or the like.

Users of encrypted virtual currency have a higher concept of'e-wallet' and a lower concept of'address'. Within a single electronic wallet, a user can create a myriad of addresses at random, and these addresses are managed with a single password for the wallet.

That is, the electronic wallet is provided with a public key corresponding to a public address and a private key corresponding to a password, and an encrypted cryptocurrency based on the unique address (for example, Ethereum).

In a blockchain-based cryptocurrency trading system, devices of individual users participating in a network are called node devices, and these node devices can interwork with a virtual currency trading server.

The node device may be installed with a program for performing a function related to virtual currency, and specifically, the node device is devices that form a network that performs payment through authentication and recording of virtual currency payment.

Each node device may be equipped with an electronic wallet with a blockchain, and when the transaction data for payment generated according to the general cryptocurrency payment is received on the blockchain, the payment is authenticated by verifying the received transaction data for payment. , Transaction data for Bitcoin payment is recorded according to the authentication, and propagates Bitcoin payment transaction data to node devices.

The propagation of the transaction data for payment is promised by a communication protocol, for example, when a transaction data for cryptocurrency payment occurs, one node propagates to the designated 8 nodes, and every 8 nodes that receive payment transaction data Completed by propagating to all node devices equipped with an electronic wallet with a blockchain necessary to perform payment through pyramidal propagation that repeatedly propagates to 8 designated nodes, and includes transaction data for payment recorded on the blockchain All the information to be made cannot be forged later.

When the transaction occurs using the blockchain point paid to the electronic wallet of the user terminal, the tourism company terminal 300 transmits the transaction information using the blockchain point accordingly to the blockchain network.

The tourism company terminal 300 is installed in a pre-affiliated tourism company for the use of the local blockchain point, and is intended to be used for purchasing products as a blockchain point.

At this time, the affiliated tourism companies can make payments with blockchain points at a certain percentage of the total product purchase amount, thereby enabling product sales and advertising effects through the use of blockchain points.

2 is a detailed configuration diagram of a blockchain-based tourism event processing system according to the present invention shown in FIG.

Referring to FIG. 2, the tourism event processing server 100 of a real-time image providing system through a blockchain-based tourism event processing system drone includes a real-time information collection unit 110, an event management unit 120, and an affiliated tourism management unit 130 It includes.

When the user terminal starts an event mission through QR code recognition, the real-time information collection unit 110 collects and processes user location information in real time and manages each user and determines whether the user has completed the mission as collected user location information. do.

The real-time information collection unit 110 includes a real-time location information collection unit 111, a user-specific location information management unit 112, mission performance result management unit 113.

The real-time location information collection unit 111 collects and processes location information of the user terminal 10 using a GPS module to determine whether an event is performed since the user terminal 10 starts a mission through QR code recognition, The user terminal 10 collects and manages user location information until the mission is completed through QR code recognition or the mission is arbitrarily terminated in the middle.

The location information management unit 112 for each user provides a function to process and manage data so that the location information of the collected user can be managed for each user, and manages data from the start of the mission to the end of each user for a certain time (24 hours) ) Is managed so that the collection of location information can be terminated if the mission has elapsed or the user has arbitrarily stopped the mission.

The mission performance result management unit 113 uses the collected user location information to determine whether the user has completed the mission, processes it, and delivers the mission completion result to the event management unit when the mission is completed.

The event management unit 120 sets the start position and end position of the event mission course to generate event information and provides it to the user terminal 10, and to the blockchain network 200 according to the event compensation for the event mission user Request and manage blockchain point rewards.

The event management unit 120 includes an event mission registration unit 121, an event information management unit 122, and a reward processing management unit 123 for each event.

The event mission registration unit 121 generates and registers event missions, event rules, event periods, and event reward information to induce visits in a specific period by setting the start and end locations of the tour course.

For example, for the purpose of encouraging tourism, the start and end positions of specific courses, such as Olle Gil, are set to encourage visits at specific periods.

The event information management unit 122 processes event information to notify the user terminal of the registered event details and processes information modification and management by registering events, manages past events, and manages various information such as mission performance information as well as event-specific contents. do.

The reward processing management unit 123 for each event requests a block chain point to the blockchain network according to the event reward item to the user who has accomplished the event mission and manages the reward history.

In addition, the affiliated tourism management unit 130 provides a list of affiliated tourism companies that can use the blockchain points received by the user through the achievement of an event to the user terminal 10, and the blockchain point payment details according to the affiliated tourism companies Manage it.

The affiliated tourism management unit 130 includes an affiliated tourism company list management unit 131 and a point payment history management unit 132 for each company.

The affiliated tourism company list management unit 131 allows a user to provide a user terminal with a tourism company that can use the points received through the event achievement, and the user can trade a certain percentage of the total purchase amount as blockchain points. This payment rate can be operated differentially depending on the nature of the tourist attraction.

 For example, if the cost of a restaurant, etc. is high, it is calculated as 10%, and experience-oriented tourism products such as horseback riding can be operated in the same way as increasing the rate by 30%.Affiliated tourism companies are attracted through travel agencies The return can be increased compared to the imported tourism revenue, making it possible to benefit both tourists and tourism companies.

In addition, the point payment history management unit 132 for each company manages the user point payment history for each tourism company, and a certain percentage of the tourism point payment history for the tourism company can be provided to the affiliated tourism company to protect the interests of small and medium-sized tourism companies. can do.

On the other hand, referring to Figure 2, in the blockchain-based tourism event processing system according to the present invention, the blockchain network 200 includes a block chain point generation unit 210, a block chain point payment management unit 220, and a block chain point usage management unit (230).

The blockchain point generation unit 210 generates a private-based local blockchain point according to the reward request from the tourism event processing server 200 and manages the generated point history information.

The blockchain point payment management unit 220 pays points generated by the blockchain point generation unit 210 to the user terminal 10 that has completed the event mission and manages payment history information.

The blockchain point usage management unit 230 manages the blockchain transaction information including the point payment details for each user and tourist company for the used blockchain points subtracted from the electronic wallet of the user terminal 10.

In addition, in FIG. 2, the tourism event processing server 100 is connected to a database 400, and an operator terminal 500 may be linked to the database 400.

In the database 400, event-related information including event missions, event rules, event periods, event compensation information, and affiliated tourism companies and tourist information generated and registered in the tourism event processing server 100, and users collected in real time Stores and manages information related to blockchain points including location information, user mission execution information, blockchain point creation information, mission performer-provided point history management, and partner tourist attraction point payment details.

In addition, the system operator terminal 500 may access the database 400 to register or manage tourism event information, affiliated tourism companies, tourist information, or to process updates and corrections, thereby controlling or managing a server.

3 is a flowchart of a method for processing a tourism event based on a blockchain according to the present invention.

Referring to FIG. 3, according to the method of processing a blockchain-based tourism event, the process of providing and trading blockchain points proceeds as follows.

First, the tourism event processing server 100 generates and registers tourism events and sends a tourism event notification to the user terminal 10 to inform the user that the tourism event is registered (S10).

Next, the user terminal 10 accesses the tourism event processing server 100 to receive registered tourist event information, and the user moves to the mission event's mission course to provide the mission course route location information to the tourism event processing server. (S20).

The user terminal 10 may access the tourist event processing server 100 to receive registered tourist event information, and receive various information such as tourist information, including a list of tourist companies affiliated with the use of blockchain points.

The tourism event processing server 100 receives the start position and end position information of the tourism event mission course in which the user participates, and when the execution of the tourism event mission is confirmed, the blockchain network 100 receives the blockchain points according to the execution of the tourism event mission. The user terminal 10 requests compensation (S30).

The blockchain network 200 receives a block chain point reward request from the tourism event processing server 100 and generates a local block chain point to pay the generated block chain point to the user terminal 10 (S40).

Accordingly, the user terminal 10 uses the block chain point from the affiliated tourism company that can use the block chain point, and the affiliate tourism terminal 300 transmits the block point payment details to the blockchain network 200 and blocks The chain network stores and manages the blockchain point transaction history (S50).

In addition, the affiliated tourism company terminal 300 transmits blockchain point transaction details data to the affiliated tourism company management unit 130 of the tourism event processing server 100.

4 is an exemplary diagram illustrating processing of a blockchain-based tourism event according to another embodiment of the present invention.

Referring to FIG. 4, the user terminal 10 is installed with an application (App) for processing programs and functions provided from the tourism event processing server 100, and tourism event processing is performed.

In the above, the present invention has been described in detail only with respect to the specific embodiments described, but it is apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and it is natural that such modifications and modifications belong to the appended claims. .

10: user terminal 100: event processing server
110: real-time information collection unit 111: real-time location information collection unit
112: location information management unit for each user 113: mission execution result management unit
120: event management unit 121: event mission registration unit
122: information management unit for each event 123: compensation processing management unit for each event
130: partner tourism management department 131: tourism company list management department
132: Point payment history management unit 200: Blockchain network
210: Blockchain point generation unit 220: Blockchain point payment management unit
230: Blockchain point usage management department 300: Affiliated tourism company terminal
400: database 500: operator terminal

Claims (7)

In the web or mobile environment, access the tourism event processing server to receive tourism event information, and when the user goes to the mission event's mission course, provide the mission course route location information to receive blockchain points that are compensated according to the tourism event mission A user terminal;
Create and register tourism events that activate tourism services, and send registered tourist event information to the user terminal to receive the start and end location information of the tourism event mission course in which the user participated, and when the execution of the tourism event mission is confirmed, block chain A tourism event processing server for requesting compensation for a blockchain point according to a network performing a tourism event mission to a user terminal;
Receives a request for reward for blockchain points from the tourism event processing server, generates local blockchain points, pays the generated blockchain points to the user terminal, and stores and manages transaction history information when blockchain points are used at the user terminal Blockchain network; And
A blockchain-based tourism event processing system comprising a tourist terminal that transmits transaction information using blockchain points to a blockchain network when a transaction occurs using the blockchain point paid by the user terminal. According to claim 1,
The user terminal,
When the user moves to the mission event's mission course, the QR code indicating the starting point of the mission course is recognized to start collecting location information, and when the QR code indicating the end point of the course is recognized, the route data collection is terminated to end the mission course path location. A blockchain-based tourism event processing system comprising a QR code module that provides information and an electronic wallet that receives and stores blockchain points. According to claim 1,
The tourism event processing server,
When the user terminal starts the event mission through QR code recognition, the real-time information collection unit collects and processes the user location information in real time and manages each user and determines whether the user has completed the mission as collected user location information;
An event management unit that sets event start and end positions of an event mission course to generate event information and provides it to a user terminal, and requests and manages blockchain point rewards through a blockchain network according to event rewards for users performing an event mission; And
Characterized in that it comprises an affiliated tourism management unit that provides a list of affiliated tourism companies that can use blockchain points received through the achievement of events to the user terminal, and manages blockchain point payment details according to affiliated tourism providers. Blockchain-based tourism event processing system. The method of claim 3,
The event management unit,
An event mission registration unit for generating and registering event missions, event rules, event periods, and event reward information so as to induce visits in a specific period by setting a start position and an end position of the tourist course;
An event information management unit that processes an event notification to notify the user terminal of the registered event details, and modifies and manages information for each registered event; And
A blockchain-based tourism event processing system comprising a reward processing management unit for each event that requests a blockchain point to the blockchain network according to the event reward item to a user who has accomplished an event mission and manages the compensation history. According to claim 1,
The blockchain network,
A block-chain point generator that generates a private-based local blockchain point and manages the generated point history information according to a reward request from the tourism event processing server;
Blockchain point payment management unit that pays points generated by the block chain point generation unit and manages payment history information to the user terminal that has completed the event mission; And
Blockchain-based tourism event processing characterized by including a blockchain point usage management unit that manages blockchain transaction information including the point payment details for each user and tourist company by using the blockchain points deducted from the electronic wallet of the user terminal. system. According to claim 1,
Connected to the tourism event processing server, event-related information including event mission, event rule, event duration, and event reward information, user location information and user mission performance information collected in real time, and blockchain point creation information, Blockchain-based tourism event processing system further comprising a database that stores and manages information related to blockchain points, including point history management provided by mission performers and point payment details of affiliated tourist destinations. The tourism event processing server generates and registers a tourism event and transmits a tourism event registration notification to a user terminal;
A user terminal accessing the tourism event processing server to receive registered tourism event information, and the user moves to a tourism event mission course to provide mission course route location information to the tourism event processing server;
The tourism event processing server receives information on the start position and end position of the tourism event mission course in which the user participates, and when the execution of the tourism event mission is confirmed, the blockchain network requests the user to compensate the blockchain points for the tourism event mission. step;
The blockchain network receives a request for a reward for a blockchain point from the tourism event processing server and generates a local blockchain point to pay the generated blockchain point to a user terminal; And
The user terminal uses blockchain points from affiliate tourist companies that can use blockchain points, the affiliate tourism terminal sends blockchain point payment details to the blockchain network, and the blockchain network stores blockchain point transaction details. Blockchain-based tourism event processing method comprising the step of managing.

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