KR20190081260A - A system that converts the values of athletic activities into digital crypto currency - Google Patents

Abstract

The present invention relates to a system for converting an athletic activity value to digital cryptocurrency. The system for converting an athletic activity value to digital cryptocurrency includes: a measuring device providing a value about an exercise quantity to an incentive server via an internet network by including personal information on a user, exercise device information, exercise quantity information, and exercise quantity transmission information; the incentive server sharing information with a measuring device and a blockchain server via the internet network and a ledger including identification and verification of the measuring device, incentive calculation on the exercise quantity, information on each exercise device and each exercise device producing business, exchange rate information, conversion ratio list information, distribution information, and market price information on each cryptocurrency; the blockchain server converting the value on the exercise quantity and a block generated by the incentive server to the digital cryptocurrency and blockchainizing the block by converting the block converted and the block on the ledger in which a breakdown of the conversion to the digital cryptocurrency is recorded and by upgrading the block about transaction content of the digital cryptocurrency; and a user terminal having an electronic wallet storing retention information on the digital cryptocurrency having the block, a public address, a private key, and the digital cryptocurrency. The system for converting an athletic activity value to digital cryptocurrency can reduce economic costs and social costs such as medical expenses in accordance with maintenance of health of the user by expediting an exercise activity. At same time, the system for converting an athletic activity value to digital cryptocurrency maximizes the social and economic benefits by extending production activity of the user.

Description

[0001] The present invention relates to a system for converting a value of a movement activity into a digital encryption currency,

The present invention relates to a system for converting a value of a movement activity into a digital encryption currency, and more particularly, to a system for converting a value of a momentum generated based on any effort, such as cost and investment, , And a system for converting the value of a movement activity for encouraging a movement into a digital encrypted currency by making it available on-line or off-line.

Generally, a location based service refers to a service system that provides various services to a user based on location information obtained through a mobile communication network or a GPS (Global Positioning System).

2. Description of the Related Art [0002] With the recent development of information and communication technology, various services based on user's movement path and location such as navigation and beacon through mobile terminals are widely spread and are generally applied to real life. In particular, it is widely used not only in the area where information is provided as a service area through a user 's location and a moving route but also in a marketing area such as an advertisement.

Prior art location-based services associated with user activity may simply provide navigation for climbing or cycling, provide information about how much exercise has been recorded, or simply provide a record of the user's travel route. Such conventional location-based services have a limitation in providing services using only the current location of the user, so that information on most activities of the user can not be utilized.

As a prior art for solving the above problems, a service method and system for providing a service on the basis of a moving route of a user is disclosed in Laid-Open Publication No. 2016-0021434 (published on Feb. 25, 2016) Receiving the measured amount of exercise at the user's terminal when the user is in the normal mode; Calculating the amount of activity of the user based on the amount of exercise received from the user's terminal in the daily mode; Managing the target information corresponding to at least one of the type of the ongoing motion and the predetermined path; Providing the target information to the user based on the measured movement path; And providing the digital content to the user based on the amount of activity of the user and participation of the target information.

The service system for performing the above process comprises at least one storage unit; And at least one processor, wherein the at least one processor is configured to: receive a measured amount of exercise at the user's terminal when the mode set by the user is in a normal mode; Calculating an amount of activity of the user based on the amount of exercise received from the user's terminal in the daily mode; Managing the target information corresponding to at least one of the type of the ongoing motion and the predetermined path; Providing the target information to the user based on the measured movement path; And providing the digital content to the user based on the amount of activity of the user and participation of the target information.

The prior art does not simply measure the user's location, but also measures and records user activity including movement path and momentum, determines the ranking according to the activity of the user, and issues digital content as a reward for the activity, It is possible to maintain and inspire the activity of the user.

However, the user does not apply the effort based on the input cost for the exercise equipment purchased by the user, and only the value according to the exercise amount is applied to the user, so that there is a problem that the effort for purchase of the exercise equipment is not contributed at all.

In addition, since the prior art measures the user's momentum by the GPS function, there is a problem that the momentum can not be calculated accurately for the indoor motion having a small amount of movement, such as weight training.

In addition, since the prior art converts values only for the amount of exercise, there is a problem in that accurate conversion of the exercise amount for each user can not be performed because the value of each exercise intensity is not converted for each user.

Published Patent Application No. 2016-0021434 (published Feb. 25, 2016)

In the present invention, the effort according to the input cost for the exercise equipment purchased by the user and the exercise quantity through the exercise equipment are calculated together, and the value according to the calculated exercise quantity is paid in digital encrypted currency to encourage the exercise So that the value of the exercise activity can be converted into a digital encrypted currency.

In addition, the present invention measures the exercise intensity and the exercise amount for each user by using the GPS information or the information provided by the controller installed in the exercise equipment, The present invention is directed to providing a system for converting an input signal.

As a means for achieving the above object,

A measuring device including a user's personal information, exercise equipment information, exercise amount information, exercise amount transmission information, and providing information on the exercise amount to an incentive server through the Internet network; Measuring devices, such as identification and verification of measuring devices, incentive calculations for momentum, information on athletic equipment manufacturers and sportsmen, currency exchange information, conversion rate list information, distribution information, An incentive server for exchanging information with a block chain server; The block and the momentum value generated from the incentive server are converted into the digital encrypted currency, and the block converted to the converted block and the digital encrypted currency is recorded in the block. A block-chain server for upgrading and block-chaining it; And a user terminal having an electronic purse for storing information on a digital encryption currency having a block, a public address, a private key, and a digital encryption currency, and a system for converting a value of a movement activity into a digital encryption currency do.

The measuring device of the present invention can be worn on the user's body in such a manner that the user can measure the amount of exercise by walking or running the user, the amount of exercise generated by driving the wheel by the user's force, Or measuring instruments installed in the apparatus; And a battery unit configured to be charged and discharged so as to provide power for use in the measuring device, wherein the value is provided based on the amount of exercise, exercise item, and history applied through the measuring device, And to convert the digital encrypted currency into a digital encrypted currency through a server.

The incentive server of the present invention is capable of storing control information between the measurement device and the block chain server and the user terminal, storing the control information between the processes, identifying and verifying the user and measurement device, calculating the value of the exchange rate information, A transaction server for distributing information on the calculation of the value of each measurement device, information on the vendor of the measurement device, information on the measurement device, exchange rate information, and digital encryption currency conversion ratio information to a block chain server and a user terminal; Digital Encryption Calculates the value of the momentum measured by the measuring device. Block generation for the process of calculating and calculating the amount of money. Digital Encryption Updating and presenting the price of the currency in real time. Converting and encrypting the value according to the momentum. And an encrypted money transaction server for controlling transactions on the off-line.

A transaction server of the present invention includes: an incentive communication module for performing communication with a measurement device, a block chain server, and a user terminal; A transaction module for calculating the value for the identification and verification of the measuring device, information of the manufacturer or measuring device of the exercise device, exchange rate information, conversion rate information and momentum; And a distribution module for distributing the user identification information, the calculation information of the value according to the amount of exercise, the vendor information of the measuring device, the measuring device information, the exchange rate information, and the digital encryption currency conversion ratio information to the block chain server and the user terminal do.

The transaction module of the present invention comprises: an identification verification module for identifying and verifying an information history and a user information history of a measurement device for measuring a user's momentum; A transaction DB consisting of a value list information DB for storing information on a value list of individual and company-specific equipment for the amount of exercise, a exchange rate information DB, and a conversion rate list information DB for conversion ratios of digital encrypted currency; And an incentive calculation module for calculating a ratio to convert the type of value according to the amount of movement of the user measured through the measurement device and the digital encryption currency into the digital encryption currency.

The encrypted currency transaction server of the present invention converts the value of the user's exercise amount measured by the measuring device into the information of the data and the measuring device for the calculation and calculation of the digital encryption currency, A unit change module; A ticker information providing module for updating the ticker of the digital encrypted currency in real time and providing information; And a conversion engine module for converting the value of the momentum measured by the measuring device into a block so that the block chain server can convert the value of the user's exercise amount into a digital encrypted currency having a block.

의 변환 비율식에 의해 계산이 이루어지는 것을 특징으로 한다. The conversion engine module 223 of the present invention is a conversion engine module for converting the value according to the user's amount of exercise

Is calculated by the conversion ratio expression of "

The block chain server according to the present invention is a block chain server comprising a block chaining server configured to store a value corresponding to the amount of exercise measured by a measuring device applied from an incentive server, the data being used for calculating and calculating a digital encryption currency, And the amount of the exercise amount is converted into a digital encrypted currency and distributed to the electronic wallet of the user terminal.

The present invention has the effect of maximizing the social and economic benefits by promoting the user's exercise activities, thereby reducing the economic and social costs such as medical expenses, and extending the user's production activities.

In the present invention, the effort according to the input cost for the exercise equipment purchased by the user and the exercise quantity through the exercise equipment are calculated together, and the value according to the calculated exercise quantity is paid in digital encrypted currency to encourage the exercise There is an effect.

In addition, the present invention can calculate accurate exercise amount for each user by measuring different exercise intensity and exercise amount for each user by using GPS information or information provided from a controller installed in an exercise machine, There is an effect that can be done.

The present invention can be converted into a digital encrypted currency having a block chain usable anywhere in the world, so that it can be used on-line or off-line if the digital encryption currency having the block chain issued according to the user's kinetic energy or the amount of heat generated is stored It is effective.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram schematically showing the configuration of a system for converting a value of a movement activity according to the present invention into a digital encrypted currency; FIG.
FIG. 2 is a block diagram specifically showing a system configuration for converting the exercise activity value of FIG. 1 into a digital encrypted currency; FIG.

It is to be understood that the words or words used in the present specification and claims are not to be construed as limited to ordinary or dictionary terms and that the inventor can properly define the concepts of the terms to best describe his invention And should be construed in accordance with the meaning and concept consistent with the technical idea of the present invention. It is therefore to be understood that the embodiments described herein and the arrangements shown in the drawings are only the most preferred embodiments of the present invention and that various equivalents and modifications may be made thereto without departing from the invention shall.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a system for converting a value of a movement activity into a digital encrypted currency according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a block diagram schematically showing the configuration of a system for converting the value of a movement activity according to the present invention into a digital encryption currency, FIG. 2 is a block diagram schematically showing a system configuration for converting a movement activity value into a digital encryption currency Block diagram.

1 and 2, a system for converting a value of a movement activity into a digital encryption currency includes information on a user's personal information, exercise equipment information, exercise amount information, and exercise amount transmission information, The incentive calculation for the amount of exercise, the information of the manufacturer of the exercise equipment and the exercise machine, the exchange rate information, the conversion rate list information, the distribution information, An incentive server 200 for exchanging information with the measurement apparatus 100 and the block chain server 300 through a ledger and an Internet network including the ticker information for each encrypted currency, Conversion of blocks into digital encrypted currency, conversion of blocks into digital encrypted currency and conversion of block to digital led A block chain server 300 for upgrading a block of transaction details of the transaction and block-chaining the transaction block contents, and a user And a terminal 400.

The measurement apparatus 100 may provide values based on the amount of exercise, exercise items, and history applied through the measurement apparatus 110, and may convert the digital value into digital encrypted money through the incentive server 200 and the block chain server 300 .

The measuring device 100 may be provided with an interface capable of measuring the amount of exercise by the user's walking or running, the amount of exercise generated by driving the wheel by the user's force, And a battery unit (not shown) configured to be able to charge and discharge so as to provide a power source used by the measuring device 110. [

The measurement device 110 can be applied to activities for measuring exercise amount using a walking exercise using a pedometer or the like, a wearable IOT device, etc., in addition to a bicycle riding exercise activity.

Also, the measuring device 110 is not limited to the above-described configuration, and any of the product groups using the location-based service that allows the user to confirm the position of the user during the exercise can be used.

The measurement apparatus 100 further includes a personal information DB 120 for storing personal information of a user, a history information DB 130 for storing history information of the measurement apparatus 110, measurement information DB 140 and a transmission information DB 150 in which the amount of exercise is transmitted to the incentive server 200. [

The user information, the history information, the exercise amount measurement information, and the exercise amount transmission information of the measurement device 100 having the measuring device 110 can be stored in the personal information DB 120 so as to determine the value according to the exercise behavior, The history information DB 130, the measurement information DB 140, and the transmission information DB 150, respectively.

The incentive server 200 includes a transaction server 210 and an encrypted currency transaction server 220.

The transaction server 210 may store the communication processing between the measuring apparatus 100, the block chain server 300 and the user terminal 400 and the control information between processes, the user of the measuring apparatus 110, the measuring apparatus 100, (100) identification and verification, exchange rate information, conversion ratio information and calculation of value according to momentum, calculation information of value according to user and measurement device (100), information of vendor of measuring device (100) ) Information, the exchange rate information, and the digital encrypted currency conversion ratio information to the block chain server 300 and the user terminal 400.

The transaction server 210 includes an incentive communication module 211 for communicating with the measurement device 100, the block chain server 300 and the user terminal 400, and an identification and verification or measurement device A transaction module 212 for calculating the value according to the amount of exercise, the transaction module 212 for calculating the value according to the amount of exercise, the transaction module 212 for calculating the value according to the exercise amount, And a distribution module 213 for distributing information, exchange rate information, and digital encrypted currency conversion ratio information to the block chain server 300 and the user terminal 400.

The transaction module 212 includes an identification verification module 212-1 for identifying and verifying the information history of the measuring device 110 measuring the amount of exercise and the user information history and information on the value list of the exercising individual, A transaction DB 212-2 consisting of a value list information DB 212-2a for the exchange rate information DB 212-2a for the conversion rate information DB 212-2a for the digital encryption currency, And an incentive calculation module 212-3 for calculating the ratio to convert the kind of value depending on the amount of movement and the amount of the check, which are checked through the measuring device 110, into the digital encrypted currency.

The encrypted currency transaction server 220 generates a block for the calculation and calculation of a value for converting the value of the exercise activity measured by the measurement device 100 into a digital encrypted currency, (Or tokens) for information that is updated, information provided, and the value converted to digital encryption currency according to the amount of exercise.

The encrypted currency transaction server 220 transmits the value of the amount of exercise measured by the measurement device 100 to the data and measurement device 100 for calculating and calculating the amount of digital encryption money, A quotation information providing module 222 for updating the price of the digital encrypted currency in real time and providing information, and a conversion engine module 222 for converting the value of the momentum into a block (or token) (223).

The conversion engine module 223 converts the value according to the user's amount of exercise provided by the measuring device 110

Is calculated by the conversion ratio expression of.

The encrypted currency transaction server 220 controls the process of trading the digital encrypted currency on-line or off-line, applies the generated information to the block chain server 300 for upgrading the data to the block, So that anyone can confirm the contents of the information.

The block chain server 300 receives the value of the amount of exercise measured by the measurement device 100 from the incentive server 200 as data on the calculation and calculation of the amount of digital encryption money, The transaction server 210 converts the amount of the block (or token) composed of the information and the value of the momentum into the digital encryption currency and distributes the digital encryption currency to the electronic wallet 410 of the user terminal 400.

The digital encryption money distributed to the electronic wallet 410 is applied to the incentive server 200 when data is used on-line or off-line, and this information is stored in a block form different from the existing block- The data is combined with the data to generate a history of how the digital encryption currency was traded, and it is made public so that anyone can check it.

The user terminal 400 may be a personal computer (PC), a notebook computer, a palmtop, a PDA (Personal Digital Assistants), a communication terminal such as a smart phone capable of accessing the Internet, Multimedia player (PMP), or UMPC (Ultra-mobile PC) and MID (Mobile Internet Device).

A portable multimedia player (PMP), or an ultra-mobile PC (UMPC) such as a personal computer (PC), a notebook computer, a palmtops, a PDA A public address, a private key, and a digital encrypted currency are stored in the user terminal 400, which is configured by a mobile terminal, a mobile terminal, and a MID (Mobile Internet Device).

Through the electronic wallet 410, it is possible to conduct online or offline use, personal transaction (P2P (peer to peer)), and personal and business transactions. A code synchronized with the electronic wallet 410 is set in the electronic wallet 410 so that the digital wallet 410 can be used, and the code is composed of a bar code, a QR code, and the like.

A process for generating a digital encrypted currency having a block chaining technique according to a bicycle riding exercise activity using a system for converting the value of the exercise activity according to the present invention into the digital encrypted currency will be described.

The bicycle is provided with a measuring device 100 capable of measuring a moving distance. The measuring device 100 stores user's personal information, exercise device information, exercise amount information, and momentum transfer information, and transmits the information to the incentive server 200 ). The measurement apparatus 100 may be provided with a user's personal information, exercise device information, exercise amount information, and exercise amount transmission information through a website of a vendor server (not shown).

The user can receive personal information of a user who uses the bicycle from the measuring device 100 installed on the bicycle or a company server that produces the bicycle through his / her user terminal 400, exercise equipment information, And momentum transfer information, which are transmitted to the user.

In the case where the user desires to convert the value of the momentum including the distance traveled through the measuring device 100 installed on the bicycle and the number of revolutions of the tire into the digital encrypted currency, The exercise amount information and the exercise amount transmission information including the user's personal information, the exercise equipment information, and the distance traveled by the bicycle and the number of revolutions of the tire are connected to the incentive server 200 using the user terminal 400, Enter information.

The incentive server 200 can calculate the amount of exercise to be converted into the digital encrypted currency using the amount-of-exercise numerical information and the public address in accordance with the exchange request of the amount of exercise.

The incentive server 200 requests authentication from a vendor server that produces a measurement device 100 that measures the amount of exercise using the identification information and the member authentication information provided by the exchange request of the amount of exercise, The authentication process is performed separately from the provided identification information and the member authentication information.

When the authentication process is completed as described above, the incentive server 200 transmits the converted rate of the conversion rate list information DB 212-2c to the digital incentive calculation module 212-3, Is calculated.

In accordance with the conversion ratio, the conversion engine module 223 calculates the value according to the user's amount of exercise

의

of

The calculation is made by the conversion rate formula.

The calculation for converting into the digital encrypted currency according to the amount of exercise is performed by the above-described calculation formula.

Then, the money amount information of the digital encryption currency, which is converted by the value corresponding to the amount of exercise, is applied to the block chain server 300 according to the exchange request.

And generates a digital encrypted currency having a block chain according to the redemption amount information applied to the block chain server 300.

The digital chain banking server 300 notifies the digital money brokering information having the block chain generated as described above to the encrypted money trading server 220 with the digital encrypted money information having the block chain and the public address, 200) to transmit the requested exercise amount information.

The incentive server 200 subtracts the information on the amount of exercise converted into the digital encrypted currency having the block chain from the exercise amount information.

The encrypted currency generation engine 310 of the block chain server 300 transmits the digital encrypted currency having the block chain to the user terminal 400 having the public address and the user terminal 400 transmits the transmitted block chain Stored in the electronic wallet 410, is combined with the digital encryption currency having the existing block chain, and can be used on-line or off-line.

As described above, according to the present invention, it is possible to perform real-time conversion with a digital encrypted currency having a block chain whose value varies from time to time according to a floating price having a volatility depending on a market value of momentum, Therefore, there is an advantage of encouraging the exercise by compensating the value according to the exercise amount.

The present invention has the advantage of maximizing socio-economic benefits by prolonging the production activities of the user while simultaneously reducing the economic and social costs such as medical expenses due to health maintenance by promoting the user's athletic activities.

Further, the present invention measures different exercise intensity and momentum for each user by using GPS information or information provided by a controller installed in an exercise machine, and measures and calculates an accurate exercise quantity for each user, so that the exercise quantity according to a user- So that it is possible to control the user's own momentum.

The present invention can be converted into a digital encrypted currency having a block chain usable anywhere in the world and can be used on-line or off-line by having a digital encryption currency having a block chain issued according to a kinetic energy or a heat consumption amount generated by a user There are also advantages.

The present invention can also be embodied as computer-readable codes on a computer-readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored.

Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) .

In addition, the computer-readable recording medium may be distributed over network-connected computer systems so that computer readable codes can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers skilled in the art to which the present invention pertains.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100: Measuring device 110: Measuring device
120: personal information DB 130: history information DB
140: measurement information DB 150: transmission information DB
200: incentive server 210: transaction server
211: incentive communication module 212: transaction module
212-1: identification verification module 212-2: transaction DB
212-2a: value list information DB 212-2b: exchange rate information DB
212-2c: conversion rate list information DB 212-3: incentive calculation module
213: Distribution module 220: Encrypted money transaction server
221: Unit change module 222: Ticket information providing module
223: conversion engine module 300: block chain server
310: Generation engine 400: User terminal
410: E purse

Claims (8)

A measurement device 100 including a user's personal information, exercise device information, exercise amount information, exercise amount transmission information, and providing the value of the exercise amount to the incentive server 200 through the Internet network;
Through the ledger and the Internet including the identification and verification of the measuring device 100, the incentive calculation for the amount of exercise, the information of the athlete manufacturer and the exercise machine, the exchange rate information, the conversion rate list information, the distribution information, An incentive server (200) for exchanging information with the measurement apparatus (100) and the block chain server (300);
The value of the block and the momentum generated from the incentive server 200 is converted into a digital encrypted currency, and the converted block is converted into a digital encrypted currency, A block-chain server 300 for upgrading a block for block-chaining the block;
A user terminal (400) having an electronic purse for storing information on a digital encrypted currency having a block, a public address and a private key, and a digital encrypted currency;
And converting the value of the athletic activity into a digital encrypted currency. The method according to claim 1,
The measuring device (100)
The user is allowed to wear the body to the user's body to measure the amount of exercise by the user's walking or running, the amount of exercise generated by driving the wheel by the user's force, and the amount of exercise generated by moving the appliance, (110);
And a battery unit configured to be capable of being charged and discharged so as to provide power used by the measuring device 110,
The value provided on the basis of the amount of exercise, exercise item, and history applied through the measuring device 110 can be converted into the digital encrypted currency through the incentive server 200 and the block chain server 300 A system that converts the values of athletic activities into digital encrypted currency. The method according to claim 1,
The incentive server (200)
Communication control processing between the measuring apparatus 100 and the block chain server 300 and the user terminal 400 and storage of control information between processes, identification and verification of the user and measuring apparatus 100, exchange rate information, The information on the measurement device 100, the exchange rate information, and the digital encrypted currency conversion ratio information to the block chain server 300 (300), the calculation information of the value according to the user or the measurement device 100, A transaction server 210 for distributing to the user terminal 400;
Digital Encryption Calculating the Value of the Moment Measured by the Measuring Device Block Generation and Calculation of the Value of the Monetary Amount, Digital Encryption Updating the price of the currency in real time, Providing information, Converting and encrypting the value according to the momentum, An encrypted currency transaction server 220 for controlling transactions offline;
And converting the value of the athletic activity into a digital encrypted currency. The method of claim 3,
The transaction server 210,
An incentive communication module 211 for communicating with the measurement device 100, the block chain server 300 and the user terminal 400;
A transaction module 212 for calculating the value for the identification and verification of the measurement device 100, the information of the manufacturer or measurement device 100 of the exercise device, the exchange rate information, the conversion ratio information and the momentum;
The block chain server 300 and the user terminal 400 transmit the user identification information, the calculation information of the value according to the amount of exercise, the company information of the measuring apparatus 100, the measuring apparatus 100 information, the exchange rate information, A distribution module (213) for distributing it to the network;
And converting the exercise activity value into a digital encrypted currency. 5. The method of claim 4,
The transaction module 212,
An identification verification module (212-1) for identifying and verifying the information history and the user information history of the measuring device (110) measuring the user's momentum;
A value list information DB 212-2a for storing information on a value list of individual and company-specific equipment for the amount of exercise, a currency exchange information DB 212-2b, a conversion rate list DB A transaction DB 212-2 made up of a transaction database 212-2c;
An incentive calculation module (212-3) for calculating a ratio to convert the kind of value according to the user's momentum and transmission amount measured through the measurement device (100) into a digital encrypted currency;
And converting the exercise activity value into a digital encrypted currency. The method of claim 3,
The encrypted currency transaction server 220,
The value of the user's exercise amount measured by the measuring apparatus 100 is converted into a digital encryption currency and the information of the data and measurement apparatus 100 regarding the calculation process and the information performed by the transaction server 210 are converted into blocks A unit change module 221 for performing the following process.
A ticker information providing module 222 for updating the ticker of the digital encrypted currency in real time and providing information;
A conversion engine module 223 for converting a value according to the amount of exercise into a block so that the block chain server 300 can convert the value of the user's exercise amount measured by the measuring device 100 into a digital encrypted currency having a block, ≪ / RTI &
A system for converting a value of a movement activity into a digital encrypted currency characterized by controlling a transaction in a digital encrypted currency on-line or off-line. The method according to claim 6,
The conversion engine module 223,
The value of the user's momentum provided by the measuring device

of
And converting the value of the exercise activity into a digital encrypted currency. The method according to claim 1,
The block chain server (300)
The value of the amount of exercise measured by the measuring device 100 applied from the incentive server 200 is calculated by the transaction server 210 using the data on the calculation and calculation of the digital encryption currency and the information on the measuring device 100 And converts the value of the block into the digital encrypted currency, and distributes the digital value to the electronic wallet 410 of the user terminal.

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