A global value circulation and credible settlement closed-loop method based on a unified value unit
Patent Information
- Application Number
- CN202610718686.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2026-05-23
- Publication Date
- 2026-09-11
AI Technical Summary
本发明旨在构建统一价值单位、多维价值动态定价、混合区块链跨链通道、分布式原子结算、智能合约自动执行、异常实时拦截、信用穿透传递、全链路可追溯的全域价值流通与可信结算闭环，解决现有价值流通体系价值单位不统一、定价僵化、结算效率低、风险高、信用成本高的技术问题，实现跨主体价值可信流通、跨维度价值精准换算、跨链结算原子性保障，为生态价值闭环提供核心解决方案
1.价值单位统一化：以统一价值单位作为全域统一价值核算与流通辅助单位，实现多维价值跨维度换算与跨主体流通，解决了价值计量标准混乱的问题；
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Figure CN122736791A_ABST
Abstract
Description
Technical Field
[0001] This invention belongs to the field of digital value circulation and settlement technology, specifically involving a closed-loop method for global value circulation and trusted settlement based on a unified value unit. Background Technology
[0002] With the large-scale development of the entire ecosystem, the demand for value circulation and settlement across entities, scenarios, and dimensions is becoming increasingly prominent. The existing value circulation system has the following technical defects: 1. The lack of a unified unit for value accounting and circulation makes it difficult to achieve cross-entity quantitative circulation of non-financial value, resulting in chaotic value measurement standards and hindering value synergy within the ecosystem; 2. The value pricing mechanism is rigid and does not link with real-time data of multi-dimensional value accounting. It cannot adjust pricing according to dynamic changes in value and market supply and demand, resulting in unreasonable pricing and difficulty in reflecting the true level of value. 3. The cross-chain settlement channel is imperfect, and the advantages of the hybrid blockchain architecture are not fully utilized. There is insufficient coordination in settlement among consortium chains, private chains, and public chains, resulting in low settlement efficiency and the inability to achieve efficient cross-chain value transfer. 4. Distributed settlement lacks atomicity guarantees and effective transaction control mechanisms, making it prone to problems such as fund misappropriation, data inconsistency, and inability to roll back anomalies during the settlement process, resulting in high settlement risks; 5. Delayed anomaly handling, lack of a comprehensive anomaly interception rule base, inability to identify various issues such as data anomalies, permission anomalies, and value anomalies during the settlement process in real time, which can easily lead to settlement disputes and security risks; 6. Poor cross-entity credit transfer and the inability to share credit information across blockchains lead to high credit costs and affect the efficiency of value circulation. 7. The settlement results are disconnected from multi-dimensional value accounting, making it impossible to automatically record settlement data. This creates a gap between value circulation and value accounting, making it difficult to achieve closed-loop management of ecological value. 8. Insufficient end-to-end traceability capabilities; lack of deep binding of unique atomic codes across the entire domain; settlement data, value conversion, and anomaly handling processes cannot be traced or audited, making it difficult to meet compliance and regulatory requirements.
[0003] Based on underlying technological capabilities, this invention embeds core elements such as a unified value unit across the entire domain, dynamic pricing of multi-dimensional value, and a hybrid blockchain settlement channel to construct a closed loop for value circulation and trusted settlement across the entire domain. This addresses the core pain points of existing technologies and achieves the unification of value units, dynamic pricing mechanisms, cross-chain settlement channels, and atomic settlement processes.
[0004] 1. Basic Objects: The isomorphic basic objects of all things serve as the basic encapsulation carriers for all subjects and objects, achieving standardization; 2. Atomic coding: A globally unique coding system used for unique identification of subjects and objects and for end-to-end traceability; 3. Unified value unit: A unified value accounting and circulation auxiliary unit across the entire domain, supporting multi-dimensional value cross-dimensional conversion and cross-chain settlement, solving the problem of inconsistent value measurement standards for different dimensions and different entities; 4. Multidimensional Value Dynamic Pricing: Based on real-time multidimensional value data and market supply and demand, the value coefficient is automatically adjusted to achieve a dynamic model for accurate value pricing; 5. Hybrid Blockchain Settlement Channel: Based on a hybrid blockchain architecture, a cross-chain settlement network consisting of three layers—consortium blockchain, private blockchain, and public blockchain—achieves a balance between collaboration, privacy, and circulation. 6. Distributed atomic settlement: A multi-stage settlement control mechanism that ensures the atomicity and consistency of distributed settlement through stages such as resource locking, settlement confirmation, and exception rollback; 7. Standardized Role-Relationship-Rights and Responsibilities System: A unified configuration system across the entire domain, clearly defining the roles, interactions, and boundaries of rights and responsibilities of each entity in the value circulation and settlement process; 8. Rule base: A unified rule base covering all scenarios of value circulation access, pricing verification, settlement approval, and anomaly handling, enabling automated verification and hierarchical control of the value circulation and settlement process; 9. Cross-entity credit penetration: Based on the overall trust governance level and multi-dimensional value accounting results, it realizes the cross-chain transmission and sharing of entity credit information, reducing cross-entity credit costs; 10. Smart Contract Pre-Execution: Pre-set settlement rules and permissions, automatically match the main body's settlement needs, set settlement trigger conditions, and realize the automated execution of the settlement process; 11. Automatic accounting of settlement results: Seamlessly integrate settlement data with the multi-dimensional value accounting system to achieve closed-loop management of value circulation and financial accounting. Summary of the Invention
[0005] I. Purpose of the Invention This invention aims to construct a closed loop for the circulation and trusted settlement of value across the entire domain, featuring a unified value unit, multi-dimensional dynamic value pricing, a hybrid blockchain cross-chain channel, distributed atomic settlement, automatic execution of smart contracts, real-time interception of anomalies, credit penetration and transmission, and full-chain traceability. It addresses the technical problems of inconsistent value units, rigid pricing, low settlement efficiency, high risk, and high credit costs in the existing value circulation system, and achieves trusted value circulation across entities, accurate value conversion across dimensions, and atomicity assurance of cross-chain settlement, providing a core solution for the closed loop of ecological value.
[0006] II. Technical Solution
[0007] The overall technical solution of this invention is as follows: binding of basic objects and atomic coding subjects and objects → access to multi-dimensional value data in trusted data space → semantic rights confirmation and ownership certificate verification → standardized role-relationship-rights and responsibilities matching → rule base verification → multi-dimensional value dynamic pricing → unified value unit cross-dimensional conversion → deployment of hybrid blockchain settlement channel → smart contract pre-execution → distributed atomic settlement → real-time monitoring of anomaly interception rule base → cross-subject credit penetration → on-chain evidence storage audit → atomic coding full-link traceability → automatic accounting of settlement results; 1. Unique binding and identity confirmation of subjects and objects across the entire domain: Based on the isomorphic basic object of all things, all subjects and objects in the ecosystem are standardized and encapsulated, and a unique atomic code is assigned to them across the entire domain. This achieves a rigid correspondence between the identity and code of subjects and objects, laying the foundation for subsequent value circulation, settlement and traceability. 2. Compliant Access and Real-time Update of Multi-dimensional Value Data in Trusted Data Space: Through the Trusted Data Space access connector, compliant access to multi-dimensional value data is achieved. The authenticity, compliance, and integrity of the data are verified twice, and the data is updated in real time, providing accurate data support for value pricing and settlement. 3. Semantic confirmation of rights and verification of the legality of ownership certificates: Based on a unified transaction semantic framework, the confirmation of the subject's value claims and the object's value are completed; combined with the atomic ownership certificate storage system, the legality of the subject's settlement authority and the object's ownership is verified to ensure that the value circulation and settlement basis are compliant; 4. Standardized Role-Relationship-Rights and Responsibilities Matching and Access Control: Based on the type of entity and the value circulation scenario, the system automatically matches the corresponding roles, relationships, and rights and responsibilities, clarifying the boundaries of rights and responsibilities in each stage of value circulation and settlement; combined with comprehensive trust governance capabilities, it achieves refined management and control of settlement permissions, preventing abuse of permissions and illegal settlements; 5. Automatic verification and hierarchical approval of the entire rule base: The rule base is called to automatically verify the access conditions for value circulation, the rationality of multi-dimensional value pricing, and the compliance of settlement rules. After the verification is passed, hierarchical approval is completed, covering the entire scenario of value circulation and settlement, and ensuring the compliance of the process. 6. Multidimensional Value Dynamic Pricing: Based on real-time multidimensional value data accessed through trusted data space and market supply and demand relationships, the value coefficients of each dimension are automatically adjusted to construct a dynamic pricing model, thereby achieving accurate value pricing and fully reflecting the true level of multidimensional value; 7. Unified value unit cross-dimensional conversion: Convert multi-dimensional value into a unified value unit, establish a standardized value conversion system, break down the barriers to value circulation between different dimensions and different entities, and support cross-entity value circulation; 8. Hybrid Blockchain Settlement Channel Deployment: Based on a hybrid blockchain architecture, a three-layer cross-chain integrated settlement channel is deployed, consisting of a consortium blockchain, a private blockchain, and a public blockchain. The consortium blockchain is responsible for settlement coordination and consensus among entities, the private blockchain is responsible for storing sensitive settlement data and ensuring data privacy, and the public blockchain is responsible for value circulation and settlement notarization across entities and chains, achieving dual guarantees of settlement efficiency and privacy protection. 9. Smart Contract Pre-Execution: Pre-set settlement rules, subject permissions, and settlement trigger conditions, automatically match the subject's settlement needs, and automatically start the settlement process when the trigger conditions are met, thereby realizing automated execution of the settlement process and reducing the cost of manual intervention; 10. Distributed Atomic Settlement: The distributed settlement mechanism is initiated. During the resource locking phase, the resources required for settlement are locked and the feasibility of settlement is verified. During the settlement confirmation phase, the settlement execution is confirmed, and the value transfer and data synchronization are completed. During the exception rollback phase, in the event of an exception, all executed operations are undone to achieve settlement rollback and ensure the atomicity and consistency of distributed settlement. 11. Real-time monitoring of anomaly interception rule base: Based on the anomaly interception rule base, it monitors various anomalies in the settlement process in real time, such as data anomalies, permission anomalies, value anomalies, consensus anomalies, network anomalies, etc., to achieve intelligent anomaly identification; 12. Anomaly Classification and Handling Mechanism: For identified anomalies, a multi-level response mechanism is adopted. Minor anomalies issue warnings and remind rectification; moderate anomalies immediately block the settlement process to prevent risk spread; severe anomalies trigger a full state rollback, cancel all related operations, and record anomaly information for accountability. 13. Cross-entity credit penetration: Based on the overall trust governance level and multi-dimensional value accounting results, the credit information of the entities is transmitted and shared across chains, a cross-entity credit evaluation system is established, credit costs are reduced, and the credibility of value circulation and settlement is improved; 14. Hybrid Blockchain Evidence Storage and Audit: Upload all data in the chain, including settlement data, value conversion process, anomaly handling records, and credit information, to a hybrid blockchain for evidence storage, so as to achieve data immutability and auditability, and meet compliance and regulatory requirements; 15. Atomic Coding Full-Link Traceability: All value circulation, settlement operations, data flow, anomaly handling, and evidence storage information are bound to atomic codes. Relying on constant-level traceability capabilities, full-process traceability of settlement is achieved, supporting audit verification and accountability. 16. Automatic recording of settlement results: Seamlessly integrate settlement data with the multidimensional value accounting system to achieve automatic recording of settlement results, complete closed-loop management of value circulation and value accounting, and ensure the integrity and consistency of multidimensional value data.
[0008] III. Beneficial Effects Compared with the prior art, the present invention has the following beneficial effects: 1. Unification of value units: Using a unified value unit as the auxiliary unit for unified value accounting and circulation across the entire domain, it realizes multi-dimensional value cross-dimensional conversion and cross-entity circulation, solving the problem of chaotic value measurement standards; 2. Dynamic pricing mechanism: Based on real-time multi-dimensional value data and dynamic adjustment of market supply and demand, pricing is made to achieve accurate value pricing and fully reflect the true level of multi-dimensional value; 3. Cross-chain settlement channels: Based on a hybrid blockchain three-layer architecture, cross-chain settlement channels are built to balance settlement efficiency, data privacy, and value circulation, achieving efficient settlement across entities, scenarios, and dimensions; 4. Atomized Settlement Process: Distributed atomic settlement ensures the atomicity and consistency of distributed settlement, avoiding problems such as data inconsistency, fund retention, and inability to roll back anomalies during the settlement process; 5. Automated Contract Execution: Smart contract pre-execution automates the settlement process, reduces manual intervention, improves settlement efficiency, and reduces human error. 6. Intelligent anomaly handling: A unified anomaly interception rule base is established to achieve real-time anomaly identification and hierarchical processing, solving the problem of lagging anomaly handling; 7. Credit Transmission Transparency: Enable cross-entity and cross-chain sharing of credit information, establish a unified credit evaluation system, reduce credit costs, and enhance the credibility of value circulation and settlement; 8. Trustworthy Evidence Storage and Auditing: Hybrid blockchain end-to-end evidence storage ensures that settlement data, value conversion, and anomaly handling are tamper-proof and auditable, meeting the needs of compliance supervision and audit verification; 9. End-to-end traceability and transparency: Relying on atomic coding, constant-level end-to-end traceability is achieved, making the settlement process traceable and accountable; 10. Value closed-loop integration: Settlement results are automatically connected to the multi-dimensional value accounting system to achieve closed-loop management of value circulation and value accounting. Attached Figure Description
[0009] Figure 1 A closed-loop architecture diagram for unified value unit circulation and trusted settlement across the entire domain; Figure 2 Here is a flowchart of distributed atomic settlement and exception handling. Explanation of reference numerals in the attached figures: Tag name 1000 Subject-Object Binding Layer 1001 Trusted Data Space Multidimensional Value Data Access Layer 1002 Semantic and Evidence Verification Layer 1003 Standardized Roles-Relationships-Responsibilities Layer 1004 Rule Base Validation Layer 1005 Multidimensional Value Dynamic Pricing Layer 1006 Unified Value Unit Cross-Dimensional Conversion Layer 1007 Hybrid Blockchain Settlement Channel Layer 1008 Smart Contract Pre-Execution Layer 1009 Distributed Atomic Settlement Layer 1010 Anomaly Interception Rule Base Layer 1011 Cross-entity credit penetration layer 1012 Hybrid Blockchain Evidence Storage and Auditing Layer 1013 Atomic Coding End-to-End Traceability Layer 1014 Settlement results are automatically posted to the accounting layer. Detailed Implementation
[0010] The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments: like Figure 1 As shown, the system architecture of this invention includes: a subject-object binding layer 1000, a trusted data space multi-dimensional value data access layer 1001, a semantic and credential verification layer 1002, a standardized role-relationship-rights and responsibilities layer 1003, a rule base verification layer 1004, a multi-dimensional value dynamic pricing layer 1005, a unified value unit cross-dimensional conversion layer 1006, a hybrid blockchain settlement channel layer 1007, a smart contract pre-execution layer 1008, a distributed atomic settlement layer 1009, an anomaly interception rule base layer 1010, a cross-subject credit penetration layer 1011, a hybrid blockchain evidence storage and audit layer 1012, an atomic coding full-link traceability layer 1013, and a settlement result automatic accounting layer 1014. Figure 2 The specific process of distributed atomic settlement and exception handling is demonstrated.
[0011] 1. All participating entities and project objects are standardized and encapsulated through the isomorphic basic object, and assigned a globally unique atomic code to achieve a rigid binding between the entity and the code, thus completing identity registration; 2. By using the Trusted Data Space Access Connector, multi-dimensional value data from various entities can be accessed to complete data compliance and authenticity verification and achieve real-time data updates; 3. Based on a unified transaction semantic framework, complete the confirmation of the value claims of each subject and the confirmation of the project value; combined with the atomic ownership certificate storage system, verify the legality of project ownership and the qualifications and authority of each party; and combined with the full-domain trust governance capabilities, complete the trust verification of each subject. 4. Based on the type of entity and the project value settlement scenario, automatically match standardized role-relationship-rights and responsibilities configurations, clarify the boundaries of rights and responsibilities of all parties, and achieve refined control of settlement authority; 5. Call the rule base to automatically verify the access conditions for value circulation of each entity, the rationality of multi-dimensional value pricing, and the compliance of settlement rules. After the verification is passed, the hierarchical approval is completed. 6. Activate the multi-dimensional value dynamic pricing model, which automatically adjusts the value coefficients of each dimension based on the accessed real-time multi-dimensional value data and market supply and demand relationship, and completes the accurate pricing of project value; 7. Perform cross-dimensional conversion using a unified value unit, converting the multidimensional value of each entity into a unified value unit to achieve standardized measurement of cross-entity value; 8. Deploy a hybrid blockchain settlement channel: the consortium blockchain is used for settlement coordination and transaction consensus among various entities, the private blockchain is used to store sensitive data, and the public blockchain is used for value circulation and full-process evidence storage of settlement. 9. Smart Contract Pre-Execution: Pre-set settlement trigger conditions, automatically match settlement rules and permissions of all parties, and automatically start the settlement process after the trigger conditions are met; 10. Initiate distributed atomic settlement: In the resource locking phase, lock the resources of all parties and verify the feasibility of settlement; in the settlement confirmation phase, confirm the settlement execution, complete the transfer of unified value units and data synchronization; if an abnormal problem occurs, trigger the abnormal rollback phase, undo all operations and roll back the resources; 11. Real-time monitoring of anomaly interception rule base: Real-time monitoring of various anomalies during the settlement process; 12. Anomaly Classification and Handling: Minor anomalies trigger a warning to remind relevant parties to rectify the issues; moderate anomalies immediately halt the settlement process and suspend resource transfers; severe anomalies trigger a full rollback, cancel the settlement operation, record the anomaly information, and hold those responsible accountable. 13. Cross-entity credit penetration: Based on the settlement results and trust governance levels of all parties, update the credit ratings of each entity, realize cross-chain sharing of credit information, and provide credit support for subsequent value circulation; 14. Hybrid Blockchain Evidence Storage and Auditing: Settlement data, value conversion process, anomaly handling records, credit rating information, etc. are uploaded to the hybrid blockchain evidence storage to achieve auditability and immutability of the entire project settlement process; 15. Relying on atomic coding, constant-level traceability is achieved throughout the entire process of project value circulation and settlement, which can quickly locate the data source and operation link to meet the needs of special audits; 16. Automatic recording of settlement results: Seamlessly integrate settlement data from all parties into the multi-dimensional value accounting system to achieve automatic recording of settlement results and complete closed-loop management of value circulation and value accounting.
[0012] 1. Virtual entities complete standardized encapsulation through the isomorphic basic object, assign atomic codes, bind to the entity guarantor, and complete identity registration and filing; the entity has completed code binding and identity confirmation; 2. Through the trusted data space, access multi-dimensional value data from virtual entities and physical entities to complete compliant cross-chain data access and multi-source data fusion, and verify data authenticity; 3. Based on a unified transaction semantic framework, complete the confirmation of the service value claims of virtual entities and the payment needs of physical entities; combined with the atomic ownership certificate storage system, verify the legality of the qualifications and permissions of all parties; and combined with the full-domain trust governance capabilities, complete the trust verification of all parties. 4. Match a standardized role-relationship-rights and responsibilities system, clarify the roles and responsibilities of virtual entities, physical entities, and guarantors, and achieve settlement authority control; 5. The rule base is invoked to automatically verify the access conditions for virtual entity value circulation, service value pricing, settlement rules, and guarantee responsibilities, ensuring that collaborative settlement operations are compliant; 6. Multidimensional Value Dynamic Pricing: Based on real-time data of virtual entity services, data on the payment capacity of physical entities, and market supply and demand, the service value coefficient is automatically adjusted to achieve accurate pricing of virtual entity service value; 7. Unified value unit for cross-dimensional conversion: The service value of virtual entities and the payment amount of physical entities are uniformly converted into a unified value unit, the settlement amount is clearly defined, and standardized settlement of value across entities and across chains is achieved; 8. Deploy a hybrid blockchain settlement channel: the consortium blockchain is used for settlement collaboration between virtual entities and physical entities, the private blockchain is used to store sensitive data, and the public blockchain is used for service fee settlement and end-to-end evidence storage; 9. Smart Contract Pre-Execution: Pre-set settlement trigger conditions, automatically match settlement rules and party permissions, and automatically start the settlement process after the trigger conditions are met; 10. Distributed atomic settlement controls settlement boundaries: During the resource locking phase, the payment funds of the physical entity and the service revenue of the virtual entity are locked, and the feasibility of settlement is verified; during the settlement confirmation phase, the settlement execution is confirmed and the transfer of unified value units is completed; if an anomaly occurs, the rollback phase is triggered to cancel the service operation and roll back the funds; 11. Real-time monitoring of anomaly interception rule base: Real-time monitoring of various anomalies in virtual entity behavior, data, permissions, value, etc.; 12. Anomaly Handling: Upon detection of an anomaly, immediately halt the settlement process and freeze relevant funds; for minor anomalies, issue a reminder for rectification; for moderate anomalies, suspend settlement; for severe anomalies, cancel the virtual entity's atomic code and pursue the liability of the guarantor. 13. Cross-entity credit transparency: Based on the settlement results, update the credit ratings of all parties to achieve cross-chain transmission of credit information and provide credit support for subsequent cross-entity cooperation; 14. Once the virtual entity's credit recovery meets the standards, settlement controls will be lifted, and collaborative settlement permissions will be restored; all operations will be bound to atomic codes to achieve full-process traceability and ensure that cross-chain settlement between virtual entities and physical entities is compliant and controllable; 15. Automatic recording of settlement results: Seamlessly integrate settlement data with the multi-dimensional value accounting system to achieve automatic recording of virtual entity service revenue and physical entity payment costs, thus completing the closed loop of value circulation and value accounting.
[0013] The above description is merely a preferred embodiment of the present invention and is not intended to limit the scope of protection of the present invention. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the scope of protection of the present invention.
Claims
1. A closed-loop method for global value circulation and trusted settlement based on a unified value unit, implemented through basic objects, atomic coding, semantic mapping, trusted data space, atomic ownership certificates, global trust governance, multi-dimensional value accounting, and hybrid blockchain collaborative management, characterized in that... Includes the following steps: The first step is to uniquely bind the subject and object across the entire domain: achieving a rigid correspondence between identity and code based on basic objects and atomic encoding; The second step is to complete the compliant access and real-time updates of multi-dimensional valuable data through the trusted data space; The third step is semantic confirmation of rights and verification of the legality of ownership certificates; The fourth step is to match standardized roles, entity relationships, and rules for the division of rights and responsibilities; The fifth step involves completing value circulation access, pricing verification, and tiered approval through a unified rule base across the entire domain. Step 6: Multi-dimensional dynamic pricing: Automatically adjusts the value coefficient based on real-time value data and market supply and demand; Step 7: Unify value unit for cross-dimensional conversion: Convert multi-dimensional value into a unified value unit to support cross-entity value circulation; Step 8: Deploy a hybrid blockchain settlement channel, including cross-chain integration of consortium blockchains, private blockchains, and public blockchains. Step 9, Smart Contract Pre-Execution: Automatically match settlement rules and permissions, and preset settlement trigger conditions; Step 10, Distributed Atomic Settlement: The atomicity of settlement is guaranteed through resource locking, settlement confirmation, and exception rollback phases; Step 11: Real-time monitoring of the anomaly interception rule base: Identifying settlement anomalies and intelligently handling them in a tiered manner; Step 12, Cross-entity credit penetration: Based on trust governance level and value accounting results, achieve cross-chain credit transfer and sharing; Step 13, Hybrid Blockchain Evidence Storage and Audit: Evidence storage across the entire chain of settlement data, value conversion, and anomaly handling; Step 14, Atomic Coding Full-Link Traceability: Supports full-process auditing of constant-level settlement; Step 15: Automatic accounting of settlement results: Connect to the multi-dimensional value accounting system to achieve a closed loop of value circulation and financial accounting.
2. The method according to claim 1, characterized in that, The unified value unit is a unified value accounting and circulation auxiliary unit across the entire domain, supporting multi-dimensional value cross-dimensional conversion and cross-chain settlement.
3. The method according to claim 1, characterized in that, The multidimensional value dynamic pricing model automatically adjusts the value coefficient based on real-time value data and market supply and demand to achieve accurate value pricing.
4. The method according to claim 1, characterized in that, The hybrid blockchain settlement channel includes: a consortium blockchain for subject collaboration and settlement consensus; a private blockchain for sensitive data storage and privacy protection; and a public blockchain for value circulation and end-to-end notarization. The three-layer cross-chain integration supports value circulation across subjects, scenarios, and dimensions.
5. The method according to claim 1, characterized in that, The distributed atomic settlement includes: a resource locking phase, which locks the resources required for settlement and verifies the feasibility of settlement; a settlement confirmation phase, which confirms the execution of settlement and completes the value transfer and data synchronization; and an exception rollback phase, which cancels all executed operations when an exception occurs, ensuring the atomicity and consistency of distributed settlement.
6. The method according to claim 1, characterized in that, It has a built-in standardized configuration system for roles, relationships, rights and responsibilities across the entire domain, which clarifies the role positioning, interaction relationships and rights and responsibilities of each link in the value circulation and settlement process.
7. The method according to claim 1, characterized in that, It includes a unified rule base covering the entire domain, encompassing all scenarios of value circulation access, pricing verification, settlement approval, and anomaly handling, enabling automated verification and hierarchical control.
8. The method according to claim 1, characterized in that, The cross-entity credit penetration is based on trust governance level and value accounting results, enabling cross-chain credit transfer and sharing, and reducing credit costs.
9. A global value circulation and trusted settlement system based on a unified value unit, characterized in that, include: The module includes a subject-object binding module, a trusted data space data access module, a semantic and credential verification module, a standardized role relationship and responsibility module, a rule verification module, a multi-dimensional dynamic pricing module, a unified value unit conversion module, a hybrid blockchain settlement channel module, a smart contract module, a distributed atomic settlement module, an anomaly interception module, a credit penetration module, a evidence storage and auditing module, a traceability module, and an automatic accounting module. Each module executes the method described in any one of claims 1-8.
10. A computer-readable storage medium having a computer program stored thereon, characterized in that, When the computer program is executed by a processor, it implements the method described in any one of claims 1-8.
11. An electronic device comprising a processor and a memory, the memory storing a computer program, characterized in that, When the processor executes the computer program, it implements the method according to any one of claims 1-8.