Decentralized Ledger Patents in Digital Technology

A distributed ledger-based real estate transaction platform that aims to simplify and streamline the process of transferring ownership of real estate properties. The platform uses a distributed ledger, like a blockchain, to store and share property data in a secure and decentralized way. It allows multiple actors like owners, governments, and service providers to access and update the property data using smart contracts. This eliminates redundant document requests and reduces the time and complexity of property transfers by enabling secure, auditable, and permissioned sharing of official data.

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Convenient, secure, and reliable payment settlement method for supply chain participants using blockchain. It involves generating digital credit certificates based on trade data between enterprises. These certificates are sent to suppliers to discount payments from downstream suppliers. They can also obtain financing discounts from financial institutions. The updated certificates are sent back to the blockchain node to record transfers and payments. This allows convenient, blockchain-verified payment settlement between supply chain participants.

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A post-loan fair processing system using blockchain to improve efficiency, security, and transparency in managing loan risks after disbursement. The system has modules for account management, transaction processing, risk assessment, collaborative work, compliance supervision, and monitoring analysis. Data like loan records, identities, and items are stored on a blockchain ledger. This provides immutability, transparency, and prevent tampering. The modules interact via the ledger to automate, share, and analyze post-loan processes.

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Using oracles to access external data like supplier evaluations from third-party platforms and bring it onto blockchain-based supply chain networks. The method involves using a smart contract to call an oracle machine that can access external APIs. The oracle authenticates user identities, decrypts data, and returns it to the smart contract. The smart contract processes and saves the external data alongside blockchain data for comprehensive evaluation. This allows obtaining more complete and objective evaluation data compared to just internal user inputs.

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A balanced and available alliance blockchain organization system with improved load balancing and availability compared to existing systems. The system has multiple accounting nodes, backup nodes, private and public gateways. The accounting nodes reach consensus and store the ledger. Backup nodes synchronize the ledger. Private gateways receive client requests from outside the alliance and send them to accounting nodes. Public gateways do the same for client requests from inside the alliance. The private gateway allows fewer business types than the public gateway. This balances load by separating external client requests from internal ones.

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A blockchain-based data management system framework to enable secure and efficient sharing of large-scale databases across multiple domains. The framework involves integrating diverse databases with different structures into a unified format suitable for blockchain, cleaning and converting the data, hashing it for integrity, and then recording the hashed transactions on the blockchain. This allows consistent and auditable access to shared data across domains. It addresses challenges like data integrity, query performance, scalability, consistency, and version control for authorized database sharing.

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Blockchain-based system for secure and tamper-proof storage and aggregation of asset management records. The system uses smart contracts on a blockchain network to collect and track asset management records like usage history, warranties, etc. A creator publishes a smart contract for the asset containing authorization and write functions. The creator sets their own address as holder initially, then transfers it when delivering the asset. The holder authorizes a writer to write the asset's first certificate value. The writer calculates and writes the value based on the asset's digital file. Verifiers can access the smart contract to calculate and compare their own values against the stored ones.

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Product-based intellectual property blockchain network transaction system for facilitating efficient and transparent intellectual property transactions related to products. The system allows buyers and sellers to search, match, negotiate, and transact intellectual property rights associated with specific products. It uses blockchain to provide a secure, immutable, and auditable platform for tracking product-related IP. The system allows buyers to search for products based on IP, and sellers to list products with associated IP. It facilitates IP matching, negotiation, and transaction. The system calculates product-IP value and distributes benefits based on IP contributions.

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Shared data storage and copyright protection traceability system using IPFS and blockchain to enable secure and trustworthy data sharing with traceability and copyright protection. The system leverages IPFS for decentralized data storage, and uses a blockchain consensus module to create an immutable and tamper-proof traceability chain. This chain records the sharing process and forms a certificate to prove copyright ownership. The central server coordinates data requests and transfers using smart contracts. The IPFS-blockchain integration enables secure and verifiable data sharing with copyright protection.

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Blockchain-based data warehouse system for financial services that allows secure and efficient provision of financial services like credit loans by extracting and verifying only the necessary user data from distributed ledgers. It involves storing user's financial and non-financial data in ledgers and IPFS, encrypting it, and using decrypted links and keys to extract and analyze the data for loan evaluation. This allows automatic verification without resubmitting documents and leverages blockchain for secure and stable credit services.

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Blockchain-based data storage method that improves reliability by using continuous reference data to anchor the time of stored data. The method involves creating a genesis block with historical reference data, then generating certificate transaction records based on each certificate deposit using real-time reference data. When verifying the stored certificate, the real-time reference data is parsed and compared to chain data to find the certificate deposit time. This allows proving the certificate existed before storage, mitigating issues with node clock accuracy.

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Using a multi-layered hybrid distributed ledger architecture to manage property records in a secure, immutable, and trustless way without overloading the blockchain. The architecture has three layers: a public layer for static property identification, a federated layer for dynamic ownership, and a private layer for sensitive transaction documents. This allows decentralized identification, federated ownership, and private transaction history for properties.

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Blockchain-based investment certificate storage system to efficiently support small and micro enterprises by providing a system for tracking and managing investment certificates. The system uses blockchain technology to create a decentralized, transparent, and secure system for tracking investment certificates issued by small and micro enterprises. The certificates contain details like investor identity, investment amount, return rate, etc. This allows investors to make informed decisions and optimize investments. The certificates are deposited on the blockchain, intelligently generated, and stored in a transaction certificate storage module. The blockchain provides a tamper-proof and immutable record of the certificates.

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Optimizing bank guarantees using blockchain and federated learning to improve efficiency and reduce risk. The method involves using blockchain to enable secure, transparent, and immutable sharing of guarantee application materials between banks, borrowers, credit agencies, and counter-guarantors. It also involves leveraging federated learning to train a shared credit assessment model across agencies without exposing sensitive data. This allows safe, reliable, and scalable credit evaluation for bank guarantees.

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Delivery guarantee system for international trade using blockchain to mitigate risks associated with traditional delivery guarantees. The system involves using a blockchain network to enable secure, transparent, and automated delivery guarantee processing. It leverages blockchain features like decentralized consensus, smart contracts, cryptography, and immutable ledgers to address issues like document inconsistency, fraud, and credit risk. The blockchain-based delivery guarantee method involves steps like verifying importer creditworthiness, document reconciliation, digital signature, and smart contract execution.

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A decentralized blockchain system for issuing smart contracts as an alternative to centralized patent examination systems. This system utilizes a distributed network of validators to review and grant smart contracts that confer patent-like rights. Validators are incentivized to participate through token rewards for each successful contract validation, ensuring a transparent and efficient process for granting intellectual property rights.

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A distributed ledger and blockchain system designed to enhance transparency and security for transactions involving high-value assets, such as real estate, intellectual property, digital art, and NFTs. The system enables users to search for and locate assets, communicate directly with owners, access public records, and record transaction details on the blockchain. This approach ensures transparency, reduces fraud, and facilitates direct peer-to-peer transactions.

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Verification and authentication of information using blockchain for faster, more efficient, and reusable verification of claims made by individuals or organizations. The system involves creating blockchain-based claim data structures that can be endorsed by third parties. Claimants provide verifiable evidence for their claims. Endorsers review and confirm the claims. The endorsed claims are recorded on the blockchain as immutable, shareable assets. This allows reusable, streamlined verification of claims across multiple applications and organizations.

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Enabling efficient, scalable, and automated transactions through distributed ledger technology and smart contracts. The system uses a smart contract wrapper that interacts with a distributed ledger to access contract terms and data values. This wrapper interprets access requests, grants data access, and enforces contract terms. It supports dynamic contract execution and modifications. Additionally, the system manages and licenses intellectual property assets using smart contracts recorded on the distributed ledger.

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Method for improving speed and privacy of financial service certificate storage and verification using local storage and blockchain. It involves storing the actual data in local devices disconnected from the internet to prevent leakage, calculating hash values, and storing those on the blockchain. This allows verifying certificates faster and without exposing user data compared to storing the full data on the blockchain.

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Method for confirming rights of agriculture-related intellectual property rights using blockchain. It involves using smart contracts on a blockchain alliance chain to provide a more efficient and decentralized way to confirm, protect, and enforce intellectual property rights in agriculture. The method involves embedding encrypted watermark information in documents using digital watermarking algorithms. These watermarked documents are stored on a distributed file system like IPFS and their hashes are recorded on the blockchain. This allows easy verification of document authenticity and completeness. The smart contracts provide functions like confirming rights, tracking transactions, and protecting rights through evidence depositing and enforcement using the watermark data.

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Sharing employment information between regions using blockchain to improve security and enable cross-area data access. The method involves an employment organization obtaining employment information, generating a transaction proposal, endorsing it through a chain node, and submitting it to the blockchain. This allows distributed, tamper-proof storage and sharing of employment data between regions.

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System for managing patent annuity payments and renewals using blockchain and smart contracts to automate and track patent renewals. The system provides automated patent verification, payment planning, cost optimization, funding options, and payment monitoring. It uses a blockchain network to securely store patent data, execute payments, and provide transparency. The system aims to prevent missed annuity payments and abandonment by providing a comprehensive platform to manage and fund global patent renewals.

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Risk data sharing method and system using secure multi-party computing and blockchain to enable secure and auditable sharing of sensitive financial data between multiple parties. The method involves jointly computing and encrypting risk data using multi-party computation to prevent leakage of original data. The computed and encrypted data is shared between parties using blockchain. The computed and encrypted data can be decrypted locally by each party using their private key to access the specific risk metrics. This allows collaborative risk assessment without exposing original sensitive data. Auditors can also verify the computations using the multi-party proofs.

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Distributed certificate registration platform that leverages blockchain and interplanetary file system (IPFS) to provide a secure and scalable certificate registration and access service in a distributed environment. The platform uses blockchain for control logic and IPFS for storage to separate certificate registration control from data. It implements double sharding of nodes and transactions to balance load and reduce interaction overhead. Smart contracts are used for pre-consensus, access control, and post-verification to improve practicability. The platform also has mechanisms for cancellation and revocation.

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Automating the licensing of patented technologies using blockchains and non-fungible tokens (NFTs). This involves creating an NFT representing a patent, recording licensing terms in a smart contract, and using the blockchain to track and enforce licensing agreements. The NFTs can be transferred, sold, or licensed like physical assets, enabling automated patent licensing and monetization.

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Automated patent licensing using non-fungible tokens (NFTs) and blockchain to simplify and streamline patent licensing. The system involves creating NFTs representing patented technology, which can be licensed by other parties. When a license is granted, the NFT is transferred to the licensee, giving them the exclusive right to use the patented technology. This provides a transparent, automated, and secure way to license patents using blockchain technology.

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Blockchain-based system for storing and verifying user behavior certificates. The system allows users to deposit their behavior data on a blockchain. This provides an immutable and verifiable record of user actions. The user behavior data is attached to a blockchain certificate. Founding nodes, alliance nodes, and application platforms can access the blockchain to confirm user behavior. The system encourages users to contribute behaviors through a points mechanism. Users can spend points on goods or services. The points are circulated in the ecosystem.

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Automatically managing networked computer platforms like blockchain, transactional, and merchant systems to enable seamless data exchange, synthesis, fusion, analysis, and transformation between them. It uses an orchestration platform with a module that receives inputs, accesses transactional and blockchain databases, generates feature vectors, analyzes them, and generates outputs indicating split amounts between domains. This allows automated conversion of blockchain transactions into transactional platform transactions, and vice versa, based on user rules and behavioral data.

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Blockchain-based explainable artificial intelligence (XAI) storage system that allows explainable AI models to be used in a decentralized and transparent manner. The system uses blockchain to provide trust and transparency for AI decisions by storing and sharing explanations and predictions. AI models register on the blockchain and earn reputation by making accurate and consistent predictions. The blockchain platform coordinates model selection, aggregates predictions, and enforces trust through reputation scores. This allows explainable AI to be deployed in a decentralized, collaborative, and trustworthy way.

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Using blockchain to store and trace patent data to improve patent management. The blockchain provides a secure and transparent way to register and track patents. It allows secure transfer of patent ownership, prevents tampering of patent records, enables public verification of patent existence and ownership, and facilitates licensing and monetization of patents.

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Chain of custody solution for public patent data using blockchain to securely store, trace, and share patent information. The solution involves encrypting patent data on a private blockchain like Hyperledger and selectively migrating portions to the public blockchain. This allows keeping sensitive data private while making certain fields like ownership publicly accessible. The encryption keys are held by patent owners, licensees, and regulators to maintain secure access.

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A blockchain-based crowdfunding platform that connects inventors with investors to enable industrializing patents and technologies. The platform issues value coins based on patent valuation and funding amounts. Investors can fund patents using electronic coins, with successful commercialization yielding returns in electronic and value coins.

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Blockchain-based business incubation management system to securely manage incubator services and resources for startups. It uses blockchain for information security and traceability in the incubation process. The system reads startup requirements, matches them, processes transactions, and settles payments using blockchain channels and smart contracts. This provides an auditable and secure way for startups to access incubator services and resources.

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Blockchain-based enterprise watch traceability management system that uses blockchain to enable real-time monitoring and analysis of enterprise development trends and compliance. The system allows enterprises to upload ledger data to a blockchain network. The data is analyzed to calculate metrics like scale and development coefficients. These are used to determine if the enterprise meets development requirements. The system also monitors trends over time and issues early warnings if metrics deviate from thresholds. This allows proactive management of enterprise development.

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Blockchain-based method for securely sharing medical insurance claim data between insurers, providers, and patients. The method involves using smart contracts on a blockchain network to enable controlled access and sharing of claim data. Patients initiate claims and authorize release of required medical data from their providers. Insurers can verify claim details using the blockchain records. The smart contracts ensure proper authorization, scope, and privacy of shared data.

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Blockchain-based intellectual property registration system that provides secure and tamper-proof registration and transfer of intellectual property rights. The system allows registration of intellectual property rights and associating them with decentralized identities. It enables verifiable registration of intellectual property and transfers on the blockchain. The system also allows querying and verifying registered intellectual property and transfers. It uses a blockchain network with nodes to register and verify intellectual property. Users can obtain decentralized identities, register IP, and associate them. Blockchain nodes verify registrations and transfers. Users can query and verify IP records. The system provides secure and transparent IP registration and transfer using blockchain.

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Anti-stealing method and system for multi-channel fast uplink technology that uses blockchain and distributed storage to prevent tampering and loss of evidence in electricity theft investigations. The system involves generating work lists, having law enforcement personnel upload data using dedicated equipment, storing the data on distributed systems like IPFS, and verifying its integrity using blockchain. This prevents local storage issues and ensures secure, tamper-proof evidence collection.

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Blockchain-based data storage system for proving the authenticity of deposited data while maintaining privacy. The system allows multiple institutions to store and verify data related to specific business processes. The institutions extract key fields from the original business data, hash them, and deposit the hashes on the blockchain. This ensures privacy since only the hashes are stored. But users can verify deposited data by requesting the hashes, recomputing them from the original data, and comparing. The blockchain also stores public keys and signatures from the institutions to prevent tampering.

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A method for notarizing electronic documents using blockchain to provide secure and decentralized document verification. The method involves requesting and receiving information to verify document ownership, hashing the document, and sending the hash to a blockchain network for notarization. This allows notarizing documents without revealing their content. The notarization process involves checking the hash matches the blockchain record and verifying ownership. It enables notarization of documents in P2P transactions without central intervention while protecting personal information.

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Using blockchain to store, secure, and trace patent data to provide a chain of custody solution for public patent data records. The solution leverages blockchain's transparency, immutability, and decentralized nature to ensure reliable patent provenance and ownership verification. This has applications in patent management, licensing, and monetization.

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Using blockchain to securely and transparently store, manage, and trace patent data. The blockchain-based patent chain of custody (CoC) solution involves encrypting patent data by default when moving to the public blockchain. Patent owners can selectively decide which parts of the data to make public. This allows sensitive patent details to remain private while still maintaining a transparent and auditable chain of ownership. It also provides a secure and tamper-proof way to verify patent provenance, ownership, and transactions.

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A blockchain-based system for efficient and effective sharing of real estate data using tokens. The system allows users to securely and directly access and share real estate data without relying on intermediaries. It involves creating a blockchain token for each property, which contains all relevant data like title, deed, history, etc. Users can then buy and sell these tokens to transfer ownership and access the property data. This provides a decentralized and transparent way to share real estate information efficiently and effectively.

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Blockchain-based patent pledge processing platform to enable secure, transparent and distributed patent pledge transactions. The platform uses smart contracts to define patent pledge agreements, which can be customized per pledge. The smart contracts are deployed on blockchain, with public and private parts split. This allows pledge details to be confidential while the public parts can be verified. The smart contracts are confirmed separately on public and private chains. The platform also records smart contract execution.

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A blockchain-based platform for secure and reliable sharing of government financial data between departments. The platform uses smart contracts on a blockchain network to enable decentralized and tamper-proof data sharing. It involves three stages: network access, smart contract construction, and business evaluation. This allows departments to securely share financial data without compromising privacy or integrity. The blockchain provides an immutable ledger and consensus mechanism for trusted and auditable data sharing.

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Blockchain-based system for property management that leverages distributed ledger technology to provide accurate, real-time, and auditable property data. The system involves recording property title information, valuations, and other data on a blockchain. Smart contracts periodically poll the title office, monitor online resources, and the blockchain for updates. This provides automatic notifications to interested parties of events like sales, liens, or valuation changes. The system also uses blockchain to build and adjust property valuation models using income, expenses, market data, etc.

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Fair information sharing system based on blockchain to improve efficiency and security of accessing and sharing personal data. The system uses blockchain to collect and store citizen data from various government departments. The data is organized into different access levels based on sensitivity. When accessing the data, authorization decryption is applied to retrieve appropriate data levels. This allows controlled and fair sharing of personal information without unnecessary certificates or procedures. The blockchain provides an immutable and trustworthy platform for managing and sharing sensitive citizen data.

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Blockchain-based public security data management platform and method to improve efficiency, security, and transparency of public security data management. It leverages blockchain's features like immutability, decentralization, encryption, and consensus to address issues like backward organization, insufficient data, low utilization, and low efficiency in public security data management. The platform uses a consortium blockchain with restricted access and permissions to enable secure, authorized data sharing between relevant public security departments. It allows authorized nodes to participate in block creation, verify data, and store it in the chain. Unauthorized nodes can query data without participating in consensus. This blockchain-based platform provides a secure, distributed, and auditable way to manage and share public security data.

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Blockchain-based government data processing system for secure and efficient sharing of government documents between agencies. The system involves uploading documents to a blockchain platform where they are encrypted and processed before storage. Agencies authenticate, encrypt, and upload their own documents. Smart contracts determine access and authorization. Encryption prevents unauthorized viewing. Digital signatures and fingerprints ensure data integrity. This allows secure sharing of government documents using blockchain to address issues like offline approval cycles, document ownership, and data development time.

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Securely storing and transmitting official records and documents using blockchain technology. The system involves using a distributed network of blockchain nodes to store and transmit documents with digital signatures. Blockchain nodes receive copies of documents, calculate hash values, and compare to consensus. If the hash matches, the document is added to the blockchain. This provides secure, trusted storage and transmission of official records.

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