KR20230125575A - System and method for providing pet dog health care service based on mobile camera, artificial intelligence, block chain - Google Patents

Abstract

According to the present invention, a dog health management application installed in a dog manager terminal used by a dog manager who manages dogs and communicatively connected to a blockchain network and executed for health management of the companion dog; and a companion dog health management service operation server communicatively connected to the blockchain network and managing the health of the companion dog based on blockchain technology, wherein the companion dog health management service operation server operates the companion dog health management application through the companion dog health management application. The dog management compensation block chain token is paid to the dog manager who walks the dog, and the dog health management service operation server provides the dog management reward block chain token based on the number of steps of the dog when walking, and the dog health management service operation server A management service operating server calculates the number of steps of the dog by using the number of steps of the dog manager measured by the dog manager terminal.

Description

Camera, artificial intelligence, blockchain-based companion dog health care service provision system and method {SYSTEM AND METHOD FOR PROVIDING PET DOG HEALTH CARE SERVICE BASED ON MOBILE CAMERA, ARTIFICIAL INTELLIGENCE, BLOCK CHAIN}

The present invention relates to a technology for providing health care services, and more particularly, to a technology for providing health care for companion dogs.

According to the Ministry of Agriculture, Food and Rural Affairs, as of 2020, about 6.38 million households nationwide raise companion animals, and it is estimated that about 15 million people live with companion animals.

Walking is essential for the health management of dogs, and in Germany, it is legally regulated to take dogs for a walk at least once a day, and there is a possibility that these dog management regulations will be introduced and operated in Korea.

As a prior patent document related to the present invention, Registration Patent No. 10-2304691 is a blockchain-based companion animal management system that measures the amount of exercise of a companion animal using data sensed through a plurality of sensors worn on the companion animal. Techniques for analyzing the care of animals have been described. However, this conventional technique is inconvenient because the sensor must be worn on the companion animal to measure the amount of exercise of the companion animal.

Korean Registered Patent Publication No. 10-2304691 (2021.09.24)

An object of the present invention is to provide a system and method for providing a companion dog health care service based on a camera, artificial intelligence, and blockchain.

Another object of the present invention is to provide a blockchain-based dog health management service providing system and method that facilitates the dog's walk management.

In order to achieve the above object of the present invention, according to an aspect of the present invention, it is installed in a dog manager terminal used by a dog manager who manages companion dogs and communicatively connected to an artificial intelligence data network and a blockchain network, so that the companion dog A companion dog health management application that runs for health management; and a dog health management service operation server communicatively connected to the artificial intelligence data network and the blockchain network and managing the health of the companion dog based on blockchain technology, wherein the companion dog health management service operation server is configured to operate the companion dog. Through the health management application, veterinary knowledge necessary to nourish the dog is provided in the form of an artificial intelligence chatbot, and a dog management reward blockchain token is paid to the dog manager who walks the dog, and the dog health management service operation server The dog management reward block chain token is paid based on the number of steps the dog takes while taking a walk, and the dog health management service operation server converts the number of steps of the dog to the number of steps of the dog manager measured by the dog manager terminal. A blockchain-based companion dog health management service providing system is provided.

In order to achieve the above object of the present invention, according to another aspect of the present invention, it is installed in a dog manager terminal used by a dog manager who manages a companion dog and communicatively connected to a blockchain network to manage the health of the companion dog. A blockchain-based companion dog health management service providing system including a companion dog health management application that is executed and a companion dog health management service operation server that is communicatively connected to the blockchain network and manages the health of the companion dog based on blockchain technology. A method of providing a companion dog health management service based on a blockchain using the companion dog health management service operation server, comprising: checking a companion dog walking with the dog manager; a step of checking the number of steps by which the dog health management service operation server checks the number of steps of the walking companion dog when taking a walk; and a token payment step in which the dog health management service operating server provides a dog management compensation blockchain token to the dog manager through the dog health management application based on the number of steps taken by the dog, wherein in the step of checking the number of steps The companion dog health management service operating server calculates the number of steps of the dog manager using the number of steps of the dog manager measured by the dog manager terminal.

According to the present invention, all of the objects of the present invention described above can be achieved. Specifically, since the number of steps taken by the dog during the walk is estimated using the number of steps of the dog manager without the need of attaching a separate meter to the dog, compensation for the dog's walk can be made more conveniently.

In addition, according to the present invention, when a dog is walking, a picture of the dog is taken and information about the dog such as the breed and size of the dog is confirmed through an artificial intelligence recognition function, so the accuracy of estimating the number of steps taken by the dog can be increased, and the number of steps taken by the dog can be increased. action can be prevented.

1 is a block diagram showing a schematic configuration of a blockchain-based canine health management service providing system according to an embodiment of the present invention.
FIG. 2 is a block diagram schematically showing the configuration of a companion dog health management service operation server in the blockchain-based canine health management service providing system shown in FIG. 1 .
FIG. 3 is a block diagram schematically illustrating the configuration of a control unit in the dog health management service operating server shown in FIG. 2 .
FIG. 4 is a flowchart illustrating an embodiment of a method for providing a blockchain-based dog health care service using the blockchain-based dog health care service system shown in FIG. 1 .

Hereinafter, the configuration and operation of an embodiment of the present invention will be described in detail with reference to the drawings.

1 is a block diagram showing a schematic configuration of a blockchain-based dog health care service providing system (hereinafter, abbreviated as 'canine health care service providing system') according to an embodiment of the present invention. Referring to FIG. 1 , a companion dog health care service providing system 100 according to an embodiment of the present invention is communicatively connected to a blockchain network 110 and a companion dog ( D) is communicatively connected to the companion dog manager terminal 130 used by the dog manager M who manages the companion dog and the blockchain network 110, and supplies necessary products for managing the companion dog D and advertisements therefor. It is communicatively connected to the provider terminal 140 used by the provider and the blockchain network 110, and generates and manages health management information for the companion dog (D), which is a subject of health management, and provides the companion dog manager (M) with the companion dog (D). In return for activities that manage the health of companion dogs, companion dog management reward block chain tokens (PHTE) are paid, and companion dog management reward block chain tokens (PHTE) are paid as an advertising agency for products supplied by product suppliers, and companion dog (D)’s A companion dog health management service operation server 150 that provides a product sales system that sells products necessary for management, and a donation association terminal 170 used by a donation association that manages the donated dog management reward blockchain token (PHTE) , The exchange terminal 180 communicatively connected to the blockchain network 110 and used in the token exchange where the companion dog management reward blockchain token (PHTE) is traded, and the companion dog communicatively connected to the blockchain network 110 It includes an investor terminal 190 used by investors who invest in Management Reward Blockchain Token (PHTE).

A blockchain network 110 is configured to form a typical blockchain and includes a plurality of blockchain nodes 120 . In the blockchain network 110, a companion dog manager terminal 130, a companion dog health management service operation server 140, a supplier terminal 160, a donation union terminal 170, an exchange terminal 180, and an investor terminal 190 communicate. It is possible to connect The blockchain network 110 refers to a plurality of blockchain nodes 120 operating based on blockchain technology. Blockchain technology uses a storage structure in which blocks are connected in the form of a chain, and stores information permanently in a plurality of blockchain nodes 120 constituting the blockchain network 110 by distributing and storing the information. In order to prevent the loss of the distributed fragments, the blockchain nodes 120 mirror each other, copy and store the verified distributed fragments, and continuously compare them with the blockchain ledger so that forgery and tampering with the distributed fragments are transferred to the blockchain network 110. drop out of Managers of a plurality of blockchain nodes 120 that provide storage space in which information can be stored are rewarded for providing storage space with cryptocurrency including the companion dog management reward blockchain token (PHTE) based on blockchain technology. can receive The blockchain network 110 is transmitted from the companion dog manager terminal 130, companion dog health management service operation server 140, supplier terminal 160, donation union terminal 170, exchange terminal 180, and investor terminal 190. Data including a transaction may be stored in a block form based on a predetermined consensus algorithm. Data stored in block form may be shared by a plurality of blockchain nodes 120 constituting the blockchain network 110 .

The blockchain node 120 includes the storage space of desktop computers, notebook computers, tablet PCs, and mobile devices. Each of the plurality of blockchain nodes 120 may operate by a blockchain core package according to a hierarchical structure. The hierarchical structure defines the structure of the data managed in the blockchain network 110, the data layer that manages the data, validates the block, performs mining to create the block, and pays the miner during the mining process. Consensus layer in charge of handling fees that are processed, execution layer that processes and executes smart contracts, P2P network protocol, hash function (Kademlia distributed hash table), digital signature, encoding, and common storage that implements and manages common storage layer, and an application layer in which various applications are created, processed, and managed. Each of the plurality of blockchain nodes 120 includes a dog manager terminal 130, a companion dog health management service operation server 140, a supplier terminal 160, a donation union terminal 170, an exchange terminal 180, and an investor terminal ( 190) may receive data including a transaction. In this case, the blockchain node 120 may verify data including the transaction through a consensus algorithm and generate a block. In addition, each of the plurality of blockchain nodes 120 may record a transaction in the generated block.

The blockchain network 110 may be a public blockchain network in which arbitrary blockchain nodes 120 perform consensus operations or a private blockchain network in which only predetermined blockchain nodes 120 perform consensus operations, depending on the implementation behavior. private) may include a blockchain network. The consensus algorithm performed in the blockchain network 110 uses the PoS (Proof of Stake) algorithm, in addition to the PoW (Proof of Work) algorithm, DPoS (Delegated Proof of Stake) algorithm, PBFT (Practical Byzantine Fault Tolerance) Algorithm, Delegated Byzantine Fault Tolerance (DBFT) Algorithm, Redundant Byzantine Fault Tolerance (RBFT) Algorithm, Sieve Algorithm, Tendermint Algorithm, Paxos Algorithm, Raft Algorithm, PoA (Proof of Authority) Algorithm, and/or PoET (Proof of Elapsed Tim) Algorithm can include

Transactions including transaction information are recorded in blocks by the consensus algorithm of blockchain technology, so forgery or falsification of information can be prevented.

Blockchain network 110 may be a public type or a private type. In the case where the blockchain network 110 is of a public type, verification work must be performed on all nodes to verify a transaction, so there is a disadvantage in that it is inefficient in terms of consensus time, transaction processing speed, and efficiency of use of computing resources. Since node participation is possible, there may be advantages in transparency and integrity of stored data. In addition, when the blockchain network 110 is a private type (or consortium type), since the operator is clear, there is an advantage in that it is efficient in terms of consensus time, transaction processing speed, and efficiency of use of computing resources, but the transaction There may be drawbacks in terms of transparency of the process and results.

In this embodiment, the companion dog management reward blockchain token is a type of blockchain token, and the blockchain token is a coin, virtual money, and cryptocurrency. It means a currency or means of payment that can be traded on a blockchain-based platform called etc. In this embodiment, the companion dog management reward blockchain token is created based on Ethereum blockchain-based ERC-20 and ERC-721, or Binance Chain-based BEP-20 and BEP-721, and is based on Upbit in Korea and Hong Kong. It is described as being listed on a cryptocurrency exchange such as Binance and giving a price, but the present invention is not limited thereto.

The companion dog manager terminal 130 is a terminal used by the companion dog manager M who manages the companion dog D to manage the companion dog D. In this embodiment, the companion dog manager M includes not only the owner (dog owner) of the companion dog D, but also a management agent who manages the companion dog D on behalf of the dog owner. The dog manager terminal 130 is connected to the dog health management service providing server 140 , the donation union terminal 170 , and the exchange terminal 180 through the blockchain network 110 in wireless communication. The dog manager terminal 130 is a portable information communication device that can be carried like a smart phone and has a dog health management application installed and executed. The companion dog manager (M) receives companion dog management reward blockchain tokens in return for activities to manage the health of the companion dog (M) through the companion dog health management application installed on the dog manager terminal 130, and receives advertisements provided by the provider. You can check.

The dog manager terminal 130 includes a physical activity measuring unit that measures the physical activity of the dog manager M. The physical activity measuring unit of the dog manager terminal 130 may measure the number of steps of the dog manager M using a gyro sensor and the moving distance of the dog manager M using location information, and the physical activity measuring unit The physical activity measured by the dog health management application is automatically transmitted to the dog health management service operation server 140 and stored or distributed to the blockchain nodes 120 of the blockchain network 110 based on blockchain technology. can be stored

The companion dog manager terminal 130 includes a camera for taking pictures. The photo information including the companion dog (D) captured by the camera provided in the dog manager terminal 130 is automatically transferred to the companion dog health management service operation server 140 by the companion dog health management application installed in the dog manager terminal 130. It may be transmitted and stored or distributed and stored in the blockchain nodes 120 of the blockchain network 110 based on blockchain technology. Although not shown, the dog manager terminal 130 may transmit photo information about the dog's teeth irradiated with UV of 400 to 405 nm wavelength. This is for diagnosing caries (a disease in which tooth decay occurs due to damage to enamel and dentin) of a dog's teeth discolored by UV with a wavelength of 400 to 405 nm. To this end, a device that irradiates UV of a specific wavelength (for example, a pen light described in Patent Registration No. 10-2248141) or a camera device including a light emitting unit that irradiates UV of a specific wavelength and a camera (eg, a pen light) , the camera system described in Patent Registration No. 10-2262446) can be used together, which also falls within the scope of the present invention.

The companion dog health management application installed in the dog manager terminal 130 includes information input means for inputting information on the companion dog manager M and the companion dog D. Information on the companion dog manager (M) includes a name and contact information. Information on companion dog (D) includes basic information and history information. Basic information includes photos, breed, age, and gender, and history information includes feed species, feeding history, snacks, regular medications such as heartworm, and hospital visits. , including dog care costs. The information entered through the information input means can be automatically transmitted to and stored in the companion dog health management service operation server 140 or distributed and stored in the blockchain nodes 120 of the blockchain network 110 based on blockchain technology. there is.

The dog manager M accesses the product purchase system provided by the dog health care service operation server 140 through the dog health management application installed in the dog manager terminal 130 and performs a product purchase procedure for products supplied by the product supplier. At this time, the purchase price can be paid in companion dog management reward block chain token (PHTE). In addition, the dog manager M may generate revenue by accessing the exchange terminal 180 using the dog manager terminal 130 and selling the companion dog management reward block chain token (PHTE). In addition, the dog manager M may donate at least a portion of the companion dog management reward blockchain token (PHTE) by accessing the donation association terminal 170 using the dog manager terminal 130 . The companion dog manager M receives NFTs (Non-Fungible Tokens) back from the donation association terminal 170 in response to the amount of companion dog management reward blockchain tokens (PHTE) donated to the donation association. The dog manager (M) can use NFT to access the online shopping mall provided by the product sales system and purchase NFT items, and through NFT, you can make NFT goods only for your dog (D) or perform in-depth health care. .

The supplier terminal 140 is an information communication terminal used by a product supplier that is communicatively connected to the blockchain network 110 and supplies products necessary for managing the companion dog D and advertisements therefor. The provider terminal 140 is communicatively connected to the companion dog health management service operation server 150 and the exchange terminal 180 through the blockchain network 110 . The provider terminal 140 includes all information communication devices that can be communicatively connected to the blockchain network 110, such as a desktop computer, a notebook computer, a tablet PC, and a smartphone. Products supplied by the product supplier using the supplier terminal 140 include items related to the dog D (food, snacks, medical devices, goods, etc.) and services necessary for the management of the dog D (medical service, etc.) do. Products supplied by product suppliers are sold in online shopping malls provided by the product sales system, and companion dog management reward blockchain tokens (PHTE) can be paid as sales commissions. In addition, the product provider transmits the advertising content for the product to the companion dog health management service operation server 150 through the provider terminal 140, entrusts advertising agency, and pays companion dog management compensation block chain token (PHTE) as an advertising agency fee. can do. The advertisement content transmitted to the canine health management service operation server 150 through the provider terminal 140 is transmitted to the canine manager terminal 130 . In addition, the product supplier may access the exchange terminal 180 using the supplier terminal 140 to purchase and hold companion dog management reward blockchain tokens (PHTE).

The dog health care service operation server 150 is communicatively connected to the dog manager terminal 130, the supplier terminal 140, and the donation union terminal 170 through the blockchain network 110 based on blockchain technology, Creates and manages health management information for companion dog (D), which is subject to health management, and pays companion dog management reward blockchain token (PHTE) to dog manager (M) in exchange for activities to manage companion dog (D) health , Receive reward blockchain tokens (PHTE) for dog management as an advertising agency for products supplied by product suppliers. 2 schematically shows the configuration of the companion dog health management service operation server 150 as a block diagram. Referring to FIG. 2 , the companion dog health management service operation server 150 stores information related to the companion dog D managed by the control unit 151 and the companion dog manager M, and is communicatively connected to the control unit 150. The companion dog information database 161 for exchanging data, the advertisement information database 163 storing information related to advertisements and communicatively connected to the control unit 151 to exchange data, and the information related to products are stored and controlling A product information database (165) communicatively connected to (151) to exchange data, and a token information database (165) to store information related to the companion dog management reward blockchain token and communicatively connected to the control unit (151) to exchange data. 167 and a communication unit 169 controlled by the control unit 151.

The control unit 151 exchanges data with the companion dog information database 161, the advertisement information database 163, the product information database 165, and the token information database 167, and transmits and receives data to the companion dog manager terminal 130 through the communication unit 169. ), while exchanging data with the supplier terminal 140 and the donation union terminal 170, the companion dog health management service program is executed. In terms of hardware, the control unit 151 may be configured as a central processing unit that executes a dog health management service program stored in memory. The control unit 151 executes a companion dog health management service program based on blockchain technology. 3 schematically shows the configuration of the control unit 151 as a block diagram. Referring to FIG. 3 , the control unit 151 is provided through a token management unit 152 that manages blockchain tokens, a dog activity confirmation unit 153 that checks the activity of the dog D, and the supplier terminal 140. An advertisement management unit 154 for managing advertisements, a product sales management unit 155 for providing and managing a product sales system, and a companion dog information management unit 153 for managing information of the companion dog D.

The token management unit 152 manages the use of the companion dog management reward block chain token in the dog health management service providing system 100 . When the activity of the companion dog D satisfies the token payment condition, the token management unit 152 distributes the companion dog management reward block chain token to the dog based on the information on the dog management reward block chain token stored in the token information database 167. It is paid to the manager terminal 130. The token management unit 152 reflects the dog management reward blockchain token paid to the dog manager terminal 130 and the companion dog management reward blockchain token paid from the dog manager terminal 130 and the supplier terminal 140 to form a token information database. Update (167). The token management unit 152 may distribute and store dog management reward blockchain token information in the blockchain nodes 120 of the blockchain network 110 . The token management unit 152 checks whether the token payment conditions are satisfied through the companion dog information management unit 153 .

The companion dog activity confirmation unit 153 checks the activity of the companion dog D. In this embodiment, the activity of the companion dog D confirmed by the companion dog activity confirmation unit 153 is walking, and specifically, it is described as the number of steps of the companion dog D in the walk. The companion dog activity confirmation unit 153 checks whether the token payment condition is satisfied based on the activity information of the companion dog D distributed and stored in the blockchain node 120 stored in the companion dog information database 161, and determines whether the token payment condition is satisfied. In this case, it is transmitted to the token management unit 152.

The advertisement management unit 154 manages advertisement contents provided through the provider terminal 140 . The advertisement management unit 154 selects advertisement contents highly relevant to the user among advertisement contents stored in the advertisement information database 163 and transmits the selected advertisement contents to the dog manager terminal 130 so that the companion dog manager M can check them. The advertisement management unit 154 selects highly relevant advertisement content based on information about the companion dog D stored in the companion dog information database 161 .

The product sales management unit 155 provides and manages a product sales system. The product sales management unit 155 provides a general product sales system such as an online shopping mall. The companion dog manager M may purchase goods or services related to the companion dog M using the product sales system provided by the product sales management unit 155 . In the product sales system, products (gifticons, dog medical devices, snacks, goods, etc.) and NFT items provided by product suppliers are sold. In this embodiment, the transaction in the product sales system is described as using the companion dog management reward block chain token (PHTE), but, unlike this, legal currency may also be used, which also falls within the scope of the present invention.

The companion dog information management unit 156 manages information on the companion dog (D) as a management target. The information on the companion dog (D) managed by the companion dog information management unit 156 includes information on the companion dog manager (M). The companion dog information management unit 156 uses the information on the companion dog manager M and the companion dog D stored in the companion dog information database 161 or distributed and stored in the blockchain nodes 120 of the blockchain network 110 to create new information. It manages companion dog information by performing procedures such as membership registration, withdrawal from existing members, and confirmation of existing members. The dog information management unit 156 stores the changed dog information in the dog information database 161 or distributedly stores it in the blockchain nodes 120 of the blockchain network 110 .

More specific details of the control unit 151 will be described later in detail with reference to FIG. 4 showing a method of providing health management services for dogs using the companion dog health management service providing system 100 as a flow chart.

Referring to FIG. 2 , the dog information database 161 is configured as a memory device in terms of hardware and is communicatively connected to the control unit 151 . Companion dog information managed by the companion dog manager M is stored in the companion dog information database 161 . The dog information stored in the dog information database 161 includes basic information about the dog D transmitted from the dog manager terminal 130 (dog breed, photo, gender, age, etc.) and history information (type of feed, food history, snacks) , regular medications such as heartworm, hospital visits, dog care expenses, etc.), physical activity information such as the number of steps taken by the dog manager (M), block chain token information that the dog manager (M) received as compensation, dog manager (M) ) includes the advertisement information confirmed by The companion dog information stored in the companion dog information database 161 is provided to the control unit 151 and used to execute the companion dog health management service program.

The advertisement information database 163 is configured as a memory device in terms of hardware and is communicatively connected to the control unit 151 . The advertisement information database 163 stores advertisement-related information. Information related to the advertisement stored in the advertisement information database 163 includes advertisement content, information on the provider providing the advertisement content (including company, address, person in charge, and contact information), and advertisement content to the dog manager M. It includes provision information and advertisement agency fee information paid by the product provider for advertisement contents. The advertisement-related information stored in the advertisement information database 163 is provided to the control unit 151 and used to execute the companion dog health management service program.

The product information database 165 is configured as a memory device in terms of hardware and is communicatively connected to the control unit 151 . The product information database 165 stores information on products sold in the online shopping mall. Product-related information stored in the product information database 165 is provided to the control unit 151 and used to execute the companion dog health management service program.

The token information database 167 is configured as a memory device in terms of hardware and is communicatively connected to the control unit 151. The token information database 167 stores information related to the companion dog management reward blockchain token (PHTE). In the token information database 167, information on the dog management reward block chain token (PHTE) in possession, the dog management reward block chain token (PHTE) paid externally, and the dog management reward block chain token (PHTE) paid from the outside ) contains information about

The communication unit 199 is controlled by the control unit 180 and is used for communication with the user terminal 110 and the advertiser terminal 140 .

The donation union terminal 170 is an information communication terminal used by the donation association that manages the companion dog management reward blockchain token (PHTE) donated from the dog manager terminal 130 or the companion dog health management service operation server 150 . The donation union terminal 170 is communicatively connected to the dog manager terminal 130, the dog health management service operation server 150, and the exchange terminal 180 through the blockchain network 110. The donation union terminal 170 includes all information communication devices that can be communicatively connected to the blockchain network 110, such as a desktop computer, a notebook computer, a tablet PC, and a smartphone. The donation association may use the donation association terminal 170 to return NFTs in response to the amount of companion dog management reward block chain token (PHTE) donated by the dog manager. The donation association may generate revenue by accessing the exchange terminal 180 using the donation association terminal 170 and selling companion dog management reward block chain tokens (PHTE).

The exchange terminal 180 is an information communication terminal used for trading the companion dog management reward blockchain token (PHTE) in a token exchange where the companion dog management reward blockchain token (PHTE) is traded. The exchange terminal 180 is communicatively connected to the companion dog manager terminal 130, the supplier terminal 140, the donation union terminal 170, and the investor terminal 190 through the blockchain network 110. The exchange terminal 170 includes all information communication devices that can be communicatively connected to the blockchain network 110, such as a desktop computer, a notebook computer, a tablet PC, and a smartphone.

The investor terminal 190 is an information communication terminal used by an investor investing in companion dog management reward block chain token (PHTE). The investor terminal 190 is communicatively connected to the exchange terminal 180 through the blockchain network 110 . The investor terminal 190 includes all information communication devices that can be communicatively connected to the blockchain network 110, such as a desktop computer, a laptop computer, a tablet PC, and a smartphone.

FIG. 4 is a flowchart illustrating a method for providing a companion dog health care service based on a blockchain according to an embodiment of the present invention using the companion dog health care service providing system 100 shown in FIG. 1 . Referring to FIG. 4 , a method for providing a blockchain companion dog health management service according to an embodiment of the present invention uses the companion dog health management service providing system 100 shown in FIG. The step of checking the dog (S10), the step of checking the number of steps according to the walking of the dog (S20) confirmed through the step of checking the dog (S10), and whether the blockchain token payment condition for the dog manager is satisfied is checked. The token payment condition satisfaction confirmation step (S30), the token payment step (S40) in which the blockchain token is paid to the dog manager confirmed to satisfy the token payment condition in the token payment condition satisfaction confirmation step (S30), and the companion dog (D ) includes a history storage step (S50) in which the activity history is stored.

In the companion dog confirmation step (S10), the companion dog (D) walking with the companion dog manager (M) is confirmed. Through the dog identification step (S10), before starting the walk, the companion dog manager M and the companion dog D taking a walk with the dog manager M are authenticated. In the dog confirmation step (S10), the dog manager (M) transmits a photo of the dog (D) taken outdoors within a set time before starting the walk to the dog health management service operation server 150, and operates the companion dog health management service. The companion dog information management unit 156 of the server 150 recognizes the transmitted photo of the companion dog D using an artificial intelligence function. Through the companion dog identification step (S10), the dog breed of the companion dog (D) is confirmed and compared with the information of the previously registered companion dog (D), thereby preventing cheating using other dog breeds. After the companion dog (D) is confirmed through the companion dog confirmation step (S10), the walk of the companion dog (D) begins.

In the step count checking step (S20), the number of steps according to the walking of the companion dog confirmed through the step dog checking step (S10) is confirmed. The step of checking the number of steps (S20) is performed by the dog activity checker 153 of the dog health management service operation server 150 estimating and calculating the number of steps of the dog D from the number of steps of the dog manager M. Specifically, when the dog D walks, the number of steps of the dog manager M walking with the dog D is measured by the dog manager terminal 130 . The number of steps of the dog manager M measured by the dog manager terminal 130 is transmitted to the companion dog health management service operation server 150 and stored in the companion dog information database 161, and the companion dog health management service operation server 150 The companion dog activity confirmation unit 153 estimates the number of steps of the companion dog D from the number of steps of the companion dog manager M. The dog activity check unit 153 uses a relational expression between the number of steps of a dog and the number of human steps, based on the dog information including the breed, age, and gender of the dog (D) identified through the dog confirmation step (S10). Thus, the number of steps of companion dog (D) is estimated. The larger the companion dog D, the smaller the number of steps of the companion dog D relative to the number of steps of the dog manager M.

In the step of confirming the satisfaction of the token payment conditions (S30), it is checked whether the blockchain token payment conditions for the companion dog manager M are satisfied. In the token payment condition satisfaction confirmation step (S30), the companion dog activity confirmation unit 153 of the control unit 151 checks whether the number of steps of the companion dog D confirmed in the step count check step (S20) is equal to or greater than the minimum number of steps for token payment. is carried out In this embodiment, the minimum number of steps for token payment is described as an example of 5,000 steps per day, but the present invention is not limited thereto. In the token payment condition satisfaction confirmation step (S30), when it is confirmed that the number of steps of the companion dog (D) satisfies the token payment condition, the token payment step (S40) is performed, and when it is confirmed that the token payment condition is not satisfied, The token payment step (S40) is not performed and the history storage step (S50) is performed.

In the token payment step (S40), the companion dog management reward blockchain token (PHTE) is paid to the dog manager (M) confirmed to satisfy the token payment condition in the token payment condition satisfaction confirmation step (S30). The token payment step (S40) is performed by the token management unit 152 of the control unit 151 distributing the companion dog management reward blockchain token (PHTE) determined according to the token payment condition to the companion dog manager terminal 130. The companion dog management reward blockchain token (PHTE) paid in the token payment step (S40) may be paid in proportion to the number of steps of the dog (D) within the upper limit of the number of steps taken by the dog. In this embodiment, the upper limit of the number of steps for a companion dog is 10,000 steps for example, but the present invention is not limited thereto. That is, in the range of 5,000 to 10,000 steps of the number of steps of the companion dog (D), the companion dog management reward blockchain token (PHTE) may be paid in proportion to the number of steps of the companion dog (D).

In the history storage step (S50), the activity history including the number of walking steps of the dog D is stored in the dog information database 161 of the dog health management service operation server 150.

Although the present invention has been described through the above examples, the present invention is not limited thereto. The above embodiments may be modified or changed without departing from the spirit and scope of the present invention, and those skilled in the art will recognize that such modifications and changes also belong to the present invention.

100: Blockchain-based companion dog health care service provision system
110: Blockchain network
130: dog manager terminal
140: provider terminal
150: Canine health management service operation server
151: control unit
152: token management unit
153: Dog activity confirmation unit
156: Dog information management department
170: donation union terminal

Claims (13)

A dog health management application that is used by a dog manager who manages dogs and is installed in a dog manager terminal communicatively connected to a blockchain network and executed for health management of the companion dog; and
A companion dog health management service operation server that is communicatively connected to the blockchain network and manages the health of the companion dog based on blockchain technology,
The dog health management service operation server provides a dog management reward blockchain token to the dog manager who walks the dog through the dog health management application,
The dog health management service operation server provides the dog management reward blockchain token based on the number of steps of the dog when walking,
The dog health management service operation server calculates the number of steps of the dog by using the number of steps of the dog manager measured by the dog manager terminal.
A blockchain-based companion dog health management service provision system. The method of claim 1,
The dog health management application requests to take a picture of the dog before starting a walk, and transmits the photographed dog photo to the dog health management service operation server,
The dog health management service operation server calculates the number of steps of the dog after recognizing the information of the dog using the transmitted dog photo.
A blockchain-based companion dog health management service provision system. The method of claim 1,
The companion dog health management service operation server provides the companion dog management compensation blockchain token when the number of steps of the companion dog is equal to or greater than the minimum number of steps for token payment.
A blockchain-based companion dog health management service provision system. The method of claim 1,
The dog health management service operation server provides the dog management compensation blockchain token in proportion to the number of steps of the dog.
A blockchain-based companion dog health management service provision system. The method of claim 4,
The companion dog health management service operation server maintains a constant amount of payment of the companion dog management reward blockchain token when the number of steps of the dog is equal to or greater than the upper limit.
A blockchain-based companion dog health management service provision system. The method of claim 1,
The companion dog health management service operation server provides an online shopping mall that sells companion dog-related products to the dog manager accessed using the dog manager terminal,
The dog health management service operation server receives the dog management compensation blockchain token as the sales price of the dog-related product.
A blockchain-based companion dog health management service provision system. The method of claim 6,
The dog health management operation server further provides reviews, brokerage, and reservation services for veterinary clinics and dog tour products, and receives the dog management reward blockchain token as the brokerage price.
A blockchain-based companion dog health management service provision system. The method of claim 1,
The canine health care service operation server acts as an agent for advertisements for companion dog-related products,
The companion dog health management service operation server receives the companion dog management reward block chain token as payment for the advertising agency.
A blockchain-based companion dog health management service provision system. A dog health management application used by a dog manager who manages dogs and installed in a dog manager terminal that is communicatively connected to the blockchain network and executed for health management of the companion dog, and is communicatively connected to the blockchain network and blocks A method for providing a blockchain-based dog health management service using a blockchain-based dog health management service providing system including a dog health management service operation server that manages the health of the dog based on chain technology,
a dog identification step in which the dog health management service operation server checks a dog walking with the dog manager;
a step of checking the number of steps by which the dog health management service operation server checks the number of steps of the walking companion dog when taking a walk; and
A token payment step in which the dog health management service operation server provides a dog management compensation blockchain token to the dog manager through the dog health management application based on the number of steps of the dog,
In the step of checking the number of steps, the dog health management service operation server calculates the number of steps of the companion dog using the number of steps of the dog manager measured by the dog manager terminal.
Blockchain-based companion dog health care service provision method. The method of claim 9,
In the dog confirmation step, the dog health management application requests to take a picture of the dog before starting a walk, and transmits the photographed dog photo to the dog health management service operation server, and the dog health management service operation server transmits the transmitted Recognizing the dog's information using the dog's photo,
Blockchain-based companion dog health care service provision method. The method of claim 10,
In the dog confirmation step, the dog health management service operation server recognizes the dog's information using an artificial intelligence function from the dog's photo.
Blockchain-based companion dog health care service provision method. The method of claim 9,
Before the token payment step is performed, the companion dog health management service operation server further comprising a step of confirming whether the number of steps of the companion dog is equal to or greater than the minimum number of steps for token payment,
Blockchain-based companion dog health care service provision method. The method of claim 9,
In the token payment step, the dog health management service operation server provides a dog management reward blockchain token to the dog manager in proportion to the number of steps of the dog.
Blockchain-based companion dog health care service provision method.

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