Pet medical data exchange blockchain system

Abstract

A pet medical data exchange blockchain system includes a distributed ledger network comprising multiple blockchain nodes, each containing its corresponding ledger, which contains one or more pet-related data packages. Users can connect to the corresponding blockchain nodes to perform various activities, and the blockchain nodes perform transactions and accounting operations according to the rules of the blockchain. The blockchain nodes are divided into service provider nodes and pet owner nodes. The service provider nodes are used to handle services and operations provided by different service providers. The pet owner nodes are established for each pet owner, who can use the pet owner node to perform related activities, such as creating a pet owner data package containing the pet's nose print or paw print to establish the pet's identification information.

Claims

1. A blockchain system for exchanging pet medical data, comprising: a distributed ledger network of blockchains, wherein multiple blockchain nodes synchronize data according to a consensus protocol; the distributed ledger network comprises: multiple blockchain nodes interconnected to form a blockchain network, each blockchain node containing its corresponding ledger, wherein the ledger contains one or more data packets, the data packets being pet-related data packets; users can connect to corresponding blockchain nodes to perform various activities, and the blockchain nodes perform transactions and accounting operations according to the rules of the blockchain, and record the relevant activities and accounts in the ledger; the multiple blockchain nodes are connected via a network, the connection being a wired or wireless connection; a blockchain rule base stored in one or more of the above-mentioned blockchain nodes; the blockchain rule base records various blockchain operating rules; wherein each blockchain node is an electronic information device, each electronic information device including a processor and a memory; the processor is used to perform the operations required by the blockchain node; the memory is used to store data or calculation programs stored in the form of computer programs, as well as related operation results and data; The blockchain nodes are divided into service provider nodes and pet owner nodes. Service provider nodes handle services and operations provided by different service providers. These nodes record relevant activities conducted by service providers for verification and query by authorized blockchain nodes. Pet owner nodes are established for each pet owner, who can use them to conduct related activities. The information provided by the pet owner node to the ledger includes: establishing a pet owner data package for each pet owner, which contains pet information and the pet owner's login information. The pet information includes the pet's biometrics, owner information, medical records, insurance records, and related service information. The biometrics are the pet's nose or paw print, used to establish the pet's identification information.

2. The pet medical data exchange blockchain system as described in claim 1, wherein the service provider is selected from one or more of medical institutions, insurance companies, government agencies, shelters, grooming salons, and other authorized institutions; wherein the pet medical data exchange blockchain system achieves the exchange of pet data, and the blockchain system for pet medical data exchange can use unified pet identity, unified data format, and unified verification method as its core architecture, and connects to the systems of each participating unit through a standard API (Application Programming Interface); the data exchange integrates identity data, medical data, insurance data, government data, and behavioral data; medical institutions can conduct medical record inquiries and share test images, insurance companies can conduct underwriting qualification verification and claims data exchange, government agencies can perform pet registration and vaccination management, pet channels can provide identity verification and precision marketing services, and can be continuously expanded to the fields of training, boarding, and grooming.

3. The pet medical data exchange blockchain system as described in claim 1, wherein the plurality of blockchain nodes includes: at least one authentication node for authenticating whether the data package conforms to predetermined rules; wherein the authentication node includes an authentication rule base that stores information for authenticating whether the data package conforms to the rules; when it does not conform to the rules, it sends the data package back to the original corresponding blockchain node, informing it that the record of the data package does not conform to the rules; when it conforms to the rules, it transmits the data package to the next level.

4. The pet medical data exchange blockchain system as described in claim 3, wherein the plurality of blockchain nodes further comprises: at least one encapsulation node, which receives data packets from the authentication node and performs necessary calculations on the data packets; when the encapsulation node accumulates a predetermined number of data packets, the encapsulation node encapsulates the data packets into a block and transmits it to the network, wherein the block contains operating rules.

5. The pet medical data exchange blockchain system as described in claim 4, wherein the required computation is to add a timestamp to determine the creation time of the data package, or to perform a hash operation on the records of the data package.

6. The pet medical data exchange blockchain system as described in claim 4, wherein the plurality of blocks form at least one time blockchain, each time blockchain comprising a plurality of interconnected blocks; wherein the operating rules of the block include rules for connecting the block with other blocks at the corresponding front end or back end, so that when the block finds a previous time blockchain on the network, it is connected to the end of the time blockchain to form a new time blockchain.

7. The pet medical data exchange blockchain system as described in claim 1, wherein the electronic information device is selected from one or more of a computer, mobile phone, tablet computer, notebook computer, and PDA (Personal Digital Assistant).

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