Identifier analysis and conversion system and method based on GS1 and Ecode

Abstract

The invention discloses an identification analysis and conversion system and method based on GS1 and Ecode, and relates to the field of industrial internet identification analysis, and the identification analysis and conversion system based on GS1 and Ecode mainly comprises a registration management subsystem, a GS1 identification analysis subsystem, an Ecode identification analysis subsystem, a data support service subsystem and a platform docking service subsystem. According to the identification analysis and conversion system and method based on the GS1 and the Ecode, the GS1 and the Ecode can be integrated into a novel identification system of the industrial internet.

Description

Technical Field

[0001] The present invention relates to the field of industrial Internet identification and resolution, and more specifically, to an identification and resolution conversion system and method based on GS1 and Ecode. Background Art

[0002] There are various industrial Internet identification and resolution technologies globally. The mainstream technologies include Handle, Object Identifier (OID), Internet of Things Unified Identification (Ecode) coding, Global Standard 1 (GS1), etc. GS1 is a standard developed and maintained by the International Article Numbering Organization for application in the global commerce field. GS1 can provide a globally unique identification code for goods and can also provide additional information such as shelf life, serial number, and batch number, which can all be represented in forms such as barcodes, two-dimensional codes, and radio frequency tags. Ecode is an Internet of Things identification system independently developed in China. Through Ecode, things in the Internet of Things can have their own identity identifiers, which are unique. It can be compatible with existing coding systems in three ways: the coding layer, the identification layer, and the resolution layer; in practical applications, it not only meets the needs of single-item codes but also has a certain level of security. Currently, there are various identification solutions at home and abroad, including GS1, Handle, OID, etc. To support the transformation and upgrading of the industry and the conversion of old and new driving forces, the identification system faces some new requirements and challenges. GS1, as the world's largest commodity code, has been widely used in retail terminal goods, but there is little research on GS1 identification and resolution and the integration of GS1 coding with industrial Internet identification. Summary of the Invention

[0003] The purpose of the present invention is to provide an identification and resolution conversion system and method based on GS1 and Ecode, which can integrate GS1 and Ecode into a new industrial Internet identification system.

[0004] The present invention provides an identification resolution conversion system based on GS1 and Ecode, including a registration management subsystem, a GS1 identification resolution subsystem, an Ecode identification resolution subsystem, a data support service subsystem, and a platform docking service subsystem; the registration management subsystem is used for user registration, user login, user management, identification registration, identification management, sub-identification management, information review, configuration management, and system settings; the GS1 identification resolution subsystem is used for GS1 identification resolution, GS1 identification data management, GS1 identification management, GS1 sub-identification management, GS1 information review, GS1 configuration management, and GS1 system settings; the Ecode identification resolution subsystem is used for Ecode identification resolution, Ecode identification data management, Ecode identification management, Ecode sub-identification management, Ecode information review, Ecode configuration management, and Ecode system settings; the data support service subsystem is used to provide a data source access and collection interface, data cleaning and management, and identification recognition data support; the platform docking service subsystem is used for super root interconnection platform docking, each subsystem docking, visualization platform docking, and big data platform docking.

[0005] The present invention provides an identification resolution conversion method based on GS1 and Ecode, and uses the above-mentioned identification resolution conversion system based on GS1 and Ecode for identification resolution application services.

[0006] Implementing the identification resolution conversion system and method based on GS1 and Ecode provided by the present invention has the following beneficial effects: The present invention combines the characteristics of identification codes in different fields and across industries, and based on the integration of heterogeneous identification coding systems across industries and multiple fields and identification recognition technology, provides identification resolution for different fields and industries respectively. Through the research and actual application development of expanding GS1's "one category one code" to "one thing one code", and through the compatibility of Ecode with other identifications and identification resolution services, the interconnection between GS1 and Ecode identification system nodes is realized, providing platform support for product traceability and quality services. At the same time, according to needs, open interfaces to provide support for industry applications; develop a new type of integrated multi-identification root node system based on GS1 and Ecode, dock with the national Internet root node, and finally realize the integration of GS1 and Ecode into the new industrial Internet identification system. Description of the Drawings

[0007] The following will further illustrate the present invention in conjunction with the drawings and embodiments. In the drawings: Figure 1 is the overall functional structure diagram of the identification resolution conversion system based on GS1 and Ecode provided by the present invention; Figure 2 is the relevant process of user registration and review provided by the present invention; Figure 3It is the structure diagram of the coding system provided by the present invention; Figure 4 It is the architecture diagram of the Ecode identification resolution system provided by the present invention; Figure 5 It is the overall deployment structure diagram provided by the present invention; Figure 6 It is the single-node deployment architecture diagram provided by the present invention as follows. Specific implementation manners

[0008] For a clearer understanding of the technical features, objectives and effects of the present invention, the specific implementation manners of the present invention will now be described in detail with reference to the accompanying drawings.

[0009] Figure 1 It shows the overall function structure diagram of the identification resolution conversion system based on GS1 and Ecode in this embodiment. In this embodiment, the identification resolution conversion system based on GS1 and Ecode includes a registration management subsystem, a GS1 identification resolution subsystem, an Ecode identification resolution subsystem, a data support service subsystem, and a platform docking service subsystem; the registration management subsystem is used for user registration, user login, user management, identification registration, identification management, sub-identification management, information review, configuration management, and system settings; the GS1 identification resolution subsystem is used for GS1 identification resolution, GS1 identification data management, GS1 identification management, GS1 sub-identification management, GS1 information review, GS1 configuration management, and GS1 system settings; the Ecode identification resolution subsystem is used for Ecode identification resolution, Ecode identification data management, Ecode identification management, Ecode sub-identification management, Ecode information review, Ecode configuration management, and Ecode system settings; the data support service subsystem is used to provide data source access and collection interfaces, data cleaning and management, and identification recognition data support; the platform docking service subsystem is used for super-root interconnection platform docking, docking of each sub-system, visualization platform docking, and big data platform docking.

[0010] In an exemplary embodiment, the registration management subsystem includes a user login module, a user registration module, a user information improvement module, a user registration review module, and a user center module; the GS1 identification resolution subsystem includes an identification resolution module, a GS1 identification management module, a GS1 product sub-identification management module, a GS1 identification registration information review module, a GS1 identification OPENAPI interface module, a GS1 configuration management module, a GS1 user management module, and an identification data management module; the Ecode identification resolution subsystem includes an Ecode identification resolution module, an Ecode identification management module, an Ecode product sub-identification management module, an Ecode identification registration information review module, an Ecode identification OPENAPI interface module, an Ecode configuration management module, an Ecode user management module, and an Ecode identification data management module; the data support service subsystem includes a GS1 identification public query module, an Ecode identification public query module, a data source access and collection interface module, an identification recognition data support module, and a data cleaning and management module; the platform docking service subsystem includes a visualization platform and subsystem docking part and a super root interconnection platform docking part. The visualization platform and subsystem docking part includes a visualization platform docking module and a subsystem docking module, and the super root interconnection platform docking part includes a super root interconnection platform docking module.

[0011] In an exemplary embodiment, the user login module is configured to: log in by entering the account name, password, and verification code, and corresponding prompts will be given if any are missing or incorrect; the user registration module is configured to: register the account name and password, and prompts will be given if required items are missing or the passwords do not match; the user information improvement module is configured to: complete the required information such as the enterprise name during the first login, and wait for review after submission; the user registration review module is configured to: the administrator reviews the user information, rejects it if it is unqualified, and passes it if it is qualified; the user center module is configured to: after the review is passed, logo registration, management, import, and data modification can be performed, and the operations shall follow the format specifications. The logo registration includes main logo registration and sub-logo registration. In an exemplary embodiment, the GS1 identification resolution module is configured to: load the resolution service, generate a normalized resolution result and an operation log; the GS1 identification management module is configured to: resolve and manage user identifications, including opening and closing resolution records, opening and closing identification publicity, and modifying data; the GS1 product sub-identification management module is configured to: resolve and manage the product identifications uploaded by users, including opening and closing resolution records, opening and closing product identification publicity, and modifying product data; the GS1 identification registration information review module is configured to: review the identifier and sub-identifier information registered by users, pass if the materials are complete and qualified, reject if they are incomplete or the pictures are unqualified and fill in remarks; the identification OPENAPI interface module is configured to: execute the registration or resolution request service of the remote system through network calls, including selecting OPENAPI interface items, modifying OPENAPI configuration items, and generating an operation log by the system; the GS1 configuration management module is configured to: set the GS1 work process, identification, and emails, including selecting configuration items, modifying configuration items, and generating an operation log by the system; the GS1 user management module is configured to: add, modify, and delete GS1 users; the GS1 identification data management module is configured to: integrate and maintain the accessed GS1 identification data resources, query, edit, and add GS1 identification data, and count the number of registered enterprises and products; In an exemplary embodiment, the Ecode identification resolution module is configured to: resolve the Ecode identifications registered by users, including loading the background resolution service, outputting a normalized resolution result, and generating an operation log; the Ecode identification management module is configured to: manage user identifications, including opening and closing resolution records, opening and closing identification publicity, and modifying data; the Ecode product sub-identification management module is configured to: manage the product identifications uploaded by users, including opening and closing resolution records, opening and closing product identification publicity, and modifying product data; the Ecode identification registration information review module is configured to: review the identifier and sub-identifier information registered by users, pass if the materials are qualified, reject if they are unqualified and fill in remarks; the Ecode identification OPENAPI interface module is configured to: execute the registration or resolution request service of the remote system through network calls, including selecting interface items, modifying configuration items, and generating an operation log; the Ecode configuration management module is configured to: set the Ecode work process, identification, and emails, including selecting configuration items, modifying configuration items, and generating an operation log; the Ecode user management module is configured to: add, modify, and delete Ecode users; the Ecode identification data management module is configured to: integrate and maintain the accessed Ecode identification data resources, including querying, editing, and adding Ecode identification data, and counting the number of registered enterprises and products; As Figure 4The figure shows the architecture diagram of the Ecode identification resolution system; it should be noted that GS1 and Ecode identification are interconnected: the Ecode identification resolution system is compatible with GS1. Taking the GTIN of GS1 as an example, Ecode achieves compatibility by formulating conversion standards. The Ecode encoding resolution service is used to associate Ecode with network resources. The resolution system architecture consists of a header structure resolution system and a general structure resolution system. The Ecode encoding resolution request is processed through the encoding system resolution service to complete the correspondence between V, NSI, and the encoding system. Through the encoding data structure resolution server, the conversion resolution from any identification recognition domain name to the main code domain name, as well as the conversion from Ecode encoding to the main code domain name, is realized. The main code domain name conversion rule is stored in the format of one or more NAPTR records. There are 5 versions of Ecode in total. Since the encoding objects in the project are related to enterprises and commodities, and Ecode version 1 is compatible with the GS1 Global Trade Item Number (GTIN), Ecode version 1 is selected. The identification system code (NSI) used in the project is 0003, and the Ecode encoding prefix is determined to be 10003.

[0012] In an exemplary embodiment, the GS1 identification public query module is configured to: provide GS1 public credit service query. After inputting the GS1 identification, the system judges the legality according to the GS1 verification rule: illegal identification rejects the request, and legal identification returns the result through resolution; the Ecode identification public query module is configured to: input the Ecode identification, judge the legality according to the Ecode encoding rule, and the processing logic is the same as that of the GS1 identification query; the data source access and acquisition interface module is configured to: dock with the superior root node system to realize the integration of local data and remote data of the comprehensive application system; dock with the vertical industry data source through the interface, and support interface configuration, deactivation, and activation settings; the identification recognition data support module is configured to: provide data support for public credit service query, business service application, APP, and WeChat mini-program, and at the same time provide platform support for the terminal device to scan the code and access the service; the data cleaning and management is configured to: sort out the data in the original GS1 library and Ecode library according to the new system data structure and import it into the new system, and provide data cleaning and management services.

[0013] In an exemplary embodiment, the visualization platform docking module is configured to: interconnect with the root node of the GS1 identification system and the root node of the Ecode identification system using the OPENAPI interface, and the OPENAPI interface includes authentication, node status, identification resolution success rate, and access registration volume; the subsystem docking module is configured to: dock with the GS1 identification resolution and the Ecode identification resolution according to the requirements of each node to achieve docking with other nodes; the super root interconnection platform docking module is configured to: according to the requirements of the superior super root interconnection platform, use the request parameters to dock with the GS1 identification resolution and the Ecode identification resolution, and the request parameters include resolution address, port, protocol type, service path, and identification code.

[0014] In an exemplary embodiment, the super root interconnection platform docking module is specifically configured to: according to the requirements of the superior super root interconnection platform, use the request parameters to perform docking of the resolution address and the port, docking of the protocol type, docking of the service path, and docking of the identification code; for the docking of the resolution address and the port, set the resolution address and the port according to the requirements of the superior to ensure that both addresses are open and guarantee accurate data transmission; for the docking of the protocol type, perform protocol conversion according to the superior protocol type and test the integrity, encryption, and speed of data transmission; the superior protocol type includes communication method, data format, and encryption method; for the docking of the service path, determine the service path matching the superior to optimize the path and improve efficiency; the service path includes data interface, processing flow, and output interface; for the docking of the identification code, analyze the superior identification code rule, convert the identification code into an understandable format, and at the same time generate and update the identification code.

[0015] In an exemplary embodiment, the identification resolution conversion system based on GS1 and Ecode further includes a member - end data management subsystem and an administrator - end data management subsystem; the member - end data management subsystem is used to independently maintain product sub - identifications, including sub - identification registration, update, and identification resolution enabling or disabling; the member - end data management subsystem includes an identification data management module, a sub - identification registration module, a sub - identification update module, and an identification resolution control module; the identification data management module is configured to: support user registration, update, and closure of product sub - identifications, provide an easy - to - use interface for the system, and ensure the security and integrity of data; the sub - identification registration module is configured to: after a user applies, the system automatically generates a unique sub - identification according to the identification coding rule and supports batch import; the sub - identification update module is configured to: the user updates the sub - identification according to changes in product status or attributes (such as price changes); the identification resolution control module is configured to: the user can control the enabling / disabling of sub - identification resolution. After enabling, other users or systems can resolve the sub - identification to obtain product information; the administrator - end data management subsystem is used to integrate and maintain the accessed identification data resources, support query, editing, and new data addition, count the number of registered enterprises and product identifications, and manage user identification resolution and permission settings; the management of user identification resolution includes enabling or disabling resolution records and modifying data.

[0016] As an exemplary embodiment, the administrator - end data management subsystem integrates and maintains GS1 and Ecode identification data, supports query, editing, and new data addition, counts the number of enterprises and products, including: selecting the type of identification for operation, performing the corresponding operation, and the system generates an operation log.

[0017] It should be noted that the GS1 standard system is a global cross - industry identification and information exchange standard, which improves the supply chain efficiency through GD - SN, EPC, RFID, etc., supports traceability, the coding is based on GTIN, and includes identification codes and additional attribute codes.

[0018] This embodiment provides an identification resolution conversion method based on GS1 and Ecode, and uses the above - mentioned identification resolution conversion system based on GS1 and Ecode for identification resolution application services.

[0019] In an exemplary embodiment, the above - mentioned identification resolution conversion system based on GS1 and Ecode can also be implemented in the following way. In this embodiment, the specific situation of the identification resolution conversion system based on GS1 and Ecode is as follows: 1. Overall functional structure: Registration management system: user registration, login, identification registration and review, etc.; GS1 identification resolution system: GS1 identification resolution management, node business management, etc.; support recursive and iterative resolution, and the administrator manages resolution records, identification publicity and data modification; Ecode identification resolution system: Ecode identification resolution management, node business management, etc.; has functions of identification resolution, query and display; Data support service system: data access and collection, identification recognition data support, etc.; Platform docking service system: dock with the super root interconnection platform, sub-systems, visualization platform, and big data platform; 2. Identification registration management system: User login module: Enter the account name, password, and verification code to log in. There are corresponding prompts for missing or incorrect information; User registration module: Register the account name, password, etc. There are prompts for missing required fields or inconsistent passwords; User information improvement module: Improve the required information such as the enterprise name during the first login. After submission, it awaits review; User registration review module: The administrator reviews the user information, rejects it if it is unqualified, and passes it if it is qualified; User center module: After passing the review, identification registration (main and sub-identifications), management, import, and data modification can be performed, and the operations follow the format specifications; Figure 2 It is the relevant process for user registration review; 3. GS1 identification resolution system: The GS1 standard system has a global cross-industry identification and information exchange standard, which improves the supply chain efficiency through GD-SN, EPC, RFID, etc., supports traceability, and the coding is based on GTIN, including identification codes and additional attribute codes; Figure 3 It is the coding system structure diagram; (1)GS1 identification resolution: Load the resolution service to generate a standardized resolution result and operation log; (2)GS1 identification management: The administrator manages the resolution records, publicity, and data modification of user identifications; performs resolution management on user identifications, including opening / closing resolution records, opening / closing identification publicity, and modifying data; Processing process: The system administrator selects the identification resolution records to be managed and performs management operations; (3)GS1 commodity sub-identification management: Performs resolution management on the commodity identifications uploaded by users, including opening / closing resolution records, opening / closing commodity identification publicity, and modifying commodity data; Processing process: The system administrator selects the commodity sub-identification resolution records to be managed and executes management operations; (4)GS1 identification registration information review module: Reviews the identifier and sub-identifier information registered by users. If the materials are complete and qualified, it passes; if they are incomplete or the pictures are unqualified, it is rejected and remarks are filled in; Processing process: The administrator enters the background "GS1 identification resolution system - identification registration review module"; views the identification registration information materials and reviews them; adds remarks and rejects if the information is incorrect, and adjusts the user status to passed if it is correct; (5)GS1 Identification OPENAPI Interface: Execute registration or resolution request services of remote systems through network calls; Processing process: The administrator selects the OPENAPI interface item; Modify the OPENAPI configuration item; The system generates an operation log; (6)GS1 Configuration Management: Set GS1 work processes, identifications, emails, and other parameters; Processing process: The administrator selects the configuration item; Modify the configuration item; The system generates an operation log; (7)GS1 User Management: Perform maintenance management such as adding, modifying, and deleting GS1 users; (8)GS1 Identification Data Management: Integrate and maintain the accessed GS1 identification data resources, support querying, editing, and adding, and can count the number of registered enterprises and products; 4. Ecode Identification Resolution System: Ecode (Uniform Identification for the Internet of Things) is a general code designed by the China Article Numbering Center under the State Administration for Market Regulation. It includes an article code (a three - segment structure of version V, coding system identifier NSI, and master code MD) and an Internet of Things identification system (coding, resolution system, security mechanism, etc.); Currently, there are five versions from V0 to V4, and the lengths and character types of V, NSI, and MD in different versions are different; Figure 4 This is the architecture diagram of the Ecode identification resolution system; (1)Ecode Identification Resolution: Resolve the Ecode identifications registered by users; Processing process: Load the background resolution service, output a standardized resolution result, and generate an operation log; (2)Ecode Identification Management: Manage user identifications, including opening / closing resolution records, opening / closing identification publicity, and modifying data; Processing process: The administrator selects the identification resolution record to be managed and operates; (3)Ecode Commodity Sub - identification Management: Manage the commodity identifications uploaded by users, including opening / closing resolution records, opening / closing commodity identification publicity, and modifying commodity data; Processing process: The administrator selects the commodity sub - identification resolution record to be managed and operates; (4)Ecode Identification Registration Information Review Module: Review the identifier and sub - identifier information registered by users. Pass if the materials are qualified, reject and fill in remarks if unqualified; Processing process: The administrator enters the background "Ecode Identification Resolution System - Identification Registration Review Module"; View and review the identification registration information; Add remarks and reject if the information is incorrect, adjust the user status to passed if correct; (5)Ecode Identification OPENAPI Interface: Execute registration or resolution request services of remote systems through network calls; Processing process: Select the interface item, modify the configuration item, and generate an operation log; (6) Ecode Configuration Management: Set up Ecode work processes, identifiers, emails, and other parameters; Processing procedures: Select configuration items, modify configuration items, and generate operation logs; (7) Ecode User Management: Maintain and manage Ecode users, including adding, modifying, deleting, etc.; (8) Ecode Identifier Data Management: Integrate and maintain the accessed Ecode identifier data resources, support querying, editing, and adding, and can count the number of registered enterprises and products; 5. Interconnection between GS1 and Ecode Identifiers: The Ecode identifier resolution system is compatible with GS1. Taking the GTIN of GS1 as an example, Ecode achieves compatibility by formulating conversion standards; The Ecode encoding resolution service is used to associate Ecode with network resources. The resolution system architecture consists of a header structure resolution system and a general structure resolution system. The Ecode encoding resolution request is processed through the encoding system resolution service to complete the correspondence between V, NSI, and the encoding system; Through the encoding data structure resolution server, according to the rule of "NSI.V.xxxxx.com", the conversion resolution from any identifier recognition domain name to the main code domain name, and the conversion from Ecode encoding to the main code domain name are realized; The main code domain name conversion rule is stored in the format of one or more NAPTR records; There are 5 versions of Ecode in total. Since the encoding objects in the project are related to enterprises and commodities, and Ecode version 1 is compatible with the GS1 Global Trade Item Number (GTIN), Ecode version 1 is selected; The Identification System Code (NSI) used in the project is 0003, and the Ecode encoding prefix is determined to be 10003; 6. Data Support Service System: (1) GS1 Identifier Public Query Module: Provide GS1 public service queries. After entering the GS1 identifier, the system judges the legality according to the GS1 verification rules: Illegal identifiers reject the request, and legal identifiers return results through parsing; (2) Ecode Identifier Public Query Module: Its function is similar to that of the GS1 identifier public query module. After entering the Ecode identifier, the system judges the legality according to the Ecode encoding rules, and the processing logic is the same as that of the GS1 identifier query; (3) Data Source Access and Acquisition Interface Module: Connect to the superior root node system to realize the integration of local data and remote data in the comprehensive application system; Identification data can be docked with vertical industry data sources through interfaces, and support settings such as interface configuration, deactivation, and activation; (4) Identification Recognition Data Support Module: Provide data support for public service queries, business service applications, APPs, and WeChat mini-programs, and at the same time provide platform support for terminal device barcode scanning access services; (5) Data cleaning and management: Organize the data in the original GS1 library and Ecode library according to the data structure of the new system and import it into the new system, providing data cleaning and management services; 7. Member - end data management system: Core functions: After the user registers and is identified, they can independently maintain the product sub - identifiers, including sub - identifier registration, update, and enabling / disabling of identifier resolution, etc.; Identifier data management: Support users to register, update, and close product sub - identifiers. The system provides an easy - to - use interface to ensure the security and integrity of data; Sub - identifier registration: After the user applies, the system automatically generates a unique sub - identifier according to the identifier coding rules and supports batch import; Sub - identifier update: Users update the sub - identifier according to changes in product status or attributes (such as price changes); Identifier resolution control: Users can control the enabling / disabling of sub - identifier resolution. After enabling, other users or systems can resolve the sub - identifier to obtain product information; It should be noted that after the user logs in to the member center, they can perform identifier registration (the main identifier requires approval, and the sub - identifier is an extension code), identifier management, identifier import, and user profile modification; Input: When registering the main identifier, enterprise information is automatically brought in. When registering the sub - identifier, information such as product name, trademark, and category code needs to be filled in; Support identifier management (modification / deletion), batch import of identifiers according to a template, and modification of user contact information; Output: Success / failure result prompts for identifier registration, management, import, and profile modification; Processing process: Mandatory item verification for identifier registration (such as the product name cannot be empty), filling in according to field formats for identifier management, following the template format for identifier import, and the user profile modification process is the same as registration; 8. Management - end data management system: Core functions: The administrator integrates and maintains the connected identifier data resources, supporting query, editing, and adding data, counting the number of registered enterprises and product identifiers, managing user identifier resolution (enabling / disabling resolution records, modifying data), and permission settings; It should be noted that integrate and maintain GS1 and Ecode identifier data, support query, edit, and add, count the number of enterprises and products; Input: GS1 or Ecode identifier information; Output: Query identifier details, modified identifier information, newly added identifier information, count of identifier quantity, and log records; Processing process: Select the type of identifier for operation, execute the corresponding operation, and the system generates an operation log; 9. Visualization platform and sub - system docking system: Visualization platform docking: Design the interconnection function of the root nodes of the GS1 and Ecode identifier systems based on visualization in the form of OPENAPI. The interface includes functions such as authentication, node status, identifier resolution success rate, and access registration volume. It is necessary to obtain a TOKEN through authentication first; Sub - system docking: Design the GS1 and Ecode identifier resolution docking functions that meet the requirements of each node to achieve docking with other nodes; 10. Super Root Interconnection Platform Docking System: Docking Function: Design GS1 and Ecode identification parsing docking functions that meet the requirements of the superior Super Root Interconnection Platform. The request parameters include parsing address, port, protocol type, service path, identification code, etc.; Specific Docking Content: Parsing Address and Port Docking: Set the parsing address and port according to the requirements of the superior to ensure that both addresses are open and guarantee accurate data transmission; Protocol Type Docking: Understand the superior protocol type (communication method, data format, encryption method, etc.), develop a protocol conversion module, and test the integrity, encryption, and speed of data transmission; Service Path Docking: Determine the service path (data interface, processing flow, output interface) that matches the superior, and optimize the path to improve efficiency; Identification Code Docking: Analyze the superior identification code rule, develop a parsing module to convert the identification code into an understandable format, and at the same time support the generation and update of the identification code.

[0020] The following verifies the application functions such as traceability in two vertical industries to illustrate the above identification parsing and conversion system based on GS1 and Ecode; Figure 5 It is the overall deployment structure diagram provided by the present invention; Figure 6 It is the single-node deployment architecture provided by the present invention as shown in the following figure.

[0021] Application Demonstration in the Medical Industry in this Embodiment; The solution includes requirement analysis, construction goals, system architecture, application scenarios, and deployment solutions; Apply multi-code integration to medical waste management, conduct experimental verification on the comprehensive application identification parsing in the medical industry, and develop a medical waste traceability management system based on GS1 and Ecode identifications. Through GS1 and Ecode identification parsing, a full-process closed-loop management traceability system for medical waste from collection to disposal can be established through the system, realizing real-time reporting of medical waste information and abnormal early warning; Taking "Medical Waste Traceability Management" as an example, based on GS1 and Ecode identifications, functions such as hospital organizational structure management, medical waste traceability, and early warning management are realized, and a full-process closed-loop traceability system is established using technologies such as RFID and indoor positioning.

[0022] This embodiment is applied and demonstrated in the automotive industry; the solution includes requirements analysis, construction goals, system architecture, application scenarios, and deployment plans; taking "supervision of automotive production and manufacturing equipment" as an example, based on GS1 and Ecode identifiers, functions such as equipment item management, daily inspection, and identification QR code management are realized. A unique code is provided through the identification and resolution system to support equipment manufacturers' improvement and user management; in this embodiment, active identification technology is developed, which provides new identification support for big data analysis of actively discovered problems; in the automotive industry, experimental verification of comprehensive application identification and resolution is carried out, and a production and manufacturing equipment supervision system based on GS1 and Ecode identifiers is developed. A unique identification code is provided for production equipment and location space through the identification and resolution system, active registration of equipment status identification is achieved through active identification technology, and authorized sharing of identification data is realized through multi-identification authentication technology. The data accumulated by active identification can provide data support for equipment manufacturers to improve production equipment and users to improve management.

[0023] By testing the identification and resolution conversion system based on GS1 and Ecode of this embodiment, the following outstanding performance indicators are obtained: docking with the super root interconnection platform, capable of carrying more than 1 billion identifiers. On the basis of a 1 billion carrying capacity, no less than 5 distribution regions for deployed service node data, and no less than 5 provincial-level administrative regions, the query time of domain name resolution reaches the millisecond level, supporting ipv4 and ipv6 resolution; the resolution success rate reaches 99.9%; the query service capacity of a single machine is not less than 1 million times per second; the anti-denial-of-service attack ability of a single machine is not less than 10 Gb / s.

[0024] The embodiments of the present invention have been described above in conjunction with the accompanying drawings. However, the present invention is not limited to the above specific embodiments. The above specific embodiments are merely illustrative and not restrictive. Under the inspiration of the present invention, those of ordinary skill in the art can also make many forms without departing from the spirit and scope protected by the present invention and the claims. These all fall within the protection scope of the present invention.

Claims

1. An identification parsing and conversion system based on GS1 and Ecode, characterized in that It includes a registration management subsystem, a GS1 identification resolution subsystem, an Ecode identification resolution subsystem, a data support service subsystem, and a platform docking service subsystem; the registration management subsystem is used for user registration, user login, user management, identification registration, identification management, sub-identification management, information review, configuration management, and system settings; the GS1 identification resolution subsystem is used for GS1 identification resolution, GS1 identification data management, GS1 identification management, GS1 sub-identification management, GS1 information review, GS1 configuration management, and GS1 system settings; the Ecode identification resolution subsystem is used for Ecode identification resolution, Ecode identification data management, Ecode identification management, Ecode sub-identification management, Ecode information review, Ecode configuration management, and Ecode system settings; the data support service subsystem is used to provide data source access and collection interfaces, data cleaning and management, and identification recognition data support; the platform docking service subsystem is used for docking with the super-root interconnection platform, docking with each sub-system, docking with the visualization platform, and docking with the big data platform.

2. The identification parsing and conversion system based on GS1 and Ecode according to claim 1, characterized in that The registration management subsystem includes a user login module, a user registration module, a user information improvement module, a user registration review module, and a user center module; the GS1 identification resolution subsystem includes an identification resolution module, a GS1 identification management module, a GS1 commodity sub-identification management module, a GS1 identification registration information review module, a GS1 identification OPENAPI interface module, a GS1 configuration management module, a GS1 user management module, and an identification data management module; the Ecode identification resolution subsystem includes an Ecode identification resolution module, an Ecode identification management module, an Ecode commodity sub-identification management module, an Ecode identification registration information review module, an Ecode identification OPENAPI interface module, an Ecode configuration management module, an Ecode user management module, and an Ecode identification data management module; the data support service subsystem includes a GS1 identification public query module, an Ecode identification public query module, a data source access and collection interface module, an identification recognition data support module, and a data cleaning and management module; The platform docking service subsystem includes a visualization platform and sub-system docking part and a super-root interconnection platform docking part. The visualization platform and sub-system docking part includes a visualization platform docking module and a sub-system docking module. The super-root interconnection platform docking part includes a super-root interconnection platform docking module.

3. The identification resolution conversion system based on GS1 and Ecode according to claim 1, characterized in that The user login module is configured to: log in by entering the account name, password, and verification code, and corresponding prompts will be given in case of missing or incorrect information; the user registration module is configured to: register the account name and password, and prompts will be given in case of missing required fields or inconsistent passwords; the user information improvement module is configured to: complete required information such as the enterprise name during the first login, and wait for review after submission; the user registration review module is configured to: review user information by the administrator, reject if unqualified, and pass if qualified; the user center module is configured to: after passing the review, perform logo registration, management, import, and data modification, and the operations shall follow the format specifications. The logo registration includes main logo registration and sub-logo registration.

4. The identification resolution conversion system based on GS1 and Ecode according to claim 1, characterized in that The GS1 logo parsing module is configured to: load the parsing service and generate a standardized parsing result and operation log; the GS1 logo management module is configured to: parse and manage user logos, including opening and closing parsing records, opening and closing logo publicity, and modifying data; the GS1 product sub-logo management module is configured to: parse and manage the product logos uploaded by users, including opening and closing parsing records, opening and closing product logo publicity, and modifying product data; the GS1 logo registration information review module is configured to: review the identifier and sub-identifier information registered by users, pass if the materials are complete and qualified, and reject and fill in remarks if the materials are incomplete or the pictures are unqualified; the logo OPENAPI interface module is configured to: execute the registration or parsing request service of the remote system through network calls, including selecting OPENAPI interface items, modifying OPENAPI configuration items, and the system generating operation logs; the GS1 configuration management module is configured to: set the GS1 work process, logo, and email, including selecting configuration items, modifying configuration items, and the system generating operation logs; the GS1 user management module is configured to: add, modify, and delete GS1 users; the GS1 logo data management module is configured to: integrate and maintain the accessed GS1 logo data resources, query, edit, and add GS1 logo data, and count the number of registered enterprises and products.

5. The identification parsing and conversion system based on GS1 and Ecode according to claim 1, characterized in that The Ecode identification parsing module is configured to: parse the Ecode identification registered by users, including loading the background parsing service, outputting the normalized parsing result, and generating operation logs; the Ecode identification management module is configured to: manage user identifications, including opening and closing parsing records, opening and closing identification publicity, and modifying data; the Ecode product sub-identification management module is configured to: manage the product identifications uploaded by users, including opening and closing parsing records, opening and closing product identification publicity, and modifying product data; the Ecode identification registration information review module is configured to: review the identifier and sub-identifier information registered by users, pass if the materials are qualified, reject if unqualified and fill in remarks; the Ecode identification OPENAPI interface module is configured to: execute the registration or parsing request service of the remote system through network calls, including selecting interface items, modifying configuration items, and generating operation logs; the Ecode configuration management module is configured to: set the Ecode work process, identification, and emails, including selecting configuration items, modifying configuration items, and generating operation logs; the Ecode user management module is configured to: add, modify, and delete Ecode users; the Ecode identification data management module is configured to: integrate and maintain the accessed Ecode identification data resources, including querying, editing, and adding Ecode identification data, and counting the number of registered enterprises and products.

6. The identification resolution conversion system based on GS1 and Ecode according to claim 1, wherein The GS1 identification public query module is configured to: provide GS1 public credit service queries. After inputting the GS1 identification, the system judges the legality according to the GS1 verification rules: reject the request for illegal identifications and return the result through parsing for legal identifications; the Ecode identification public query module is configured to: input the Ecode identification, judge the legality according to the Ecode coding rules, and the processing logic is the same as that of the GS1 identification query; the data source access and collection interface module is configured to: connect to the superior root node system to realize the integration of local data and remote data of the comprehensive application system; connect to the vertical industry data source through the interface, and support the setting of interface configuration, deactivation, and activation; the identification recognition data support module is configured to: provide data support for public credit service queries, business service applications, APPs, and WeChat mini-programs, and at the same time provide platform support for the terminal device to scan the code and access the service; the data cleaning and management is configured to: sort the data in the original GS1 library and Ecode library according to the new system data structure and import it into the new system, and provide data cleaning and management services.

7. The identification parsing and conversion system based on GS1 and Ecode according to claim 1, wherein The visualization platform docking module is configured to: interconnect with the root node of the GS1 identification system and the root node of the Ecode identification system by using the OPENAPI interface, and the OPENAPI interface includes authentication, node status, identification resolution success rate, and access registration volume; the subsystem docking module is configured to: dock with the GS1 identification resolution and the Ecode identification resolution according to the requirements of each node to achieve docking with other nodes; the super root interconnection platform docking module is configured to: dock with the GS1 identification resolution and the Ecode identification resolution by using the request parameters according to the requirements of the superior super root interconnection platform, and the request parameters include resolution address, port, protocol type, service path, and identification code.

8. The identification parsing and conversion system based on GS1 and Ecode according to claim 1, characterized in that The identification resolution conversion system based on GS1 and Ecode further includes a member-side data management subsystem and an administrator-side data management subsystem; the member-side data management subsystem is used to independently maintain product sub-identifications, including sub-identification registration, update, and identification resolution enabling or disabling; the member-side data management subsystem includes an identification data management module, a sub-identification registration module, a sub-identification update module, and an identification resolution control module; the identification data management module is configured to: support user registration, update, and closure of product sub-identifications, and the system provides an easy-to-use interface to ensure the security and integrity of data; the sub-identification registration module is configured to: after the user applies, the system automatically generates a unique sub-identification according to the identification coding rules and supports batch import; the sub-identification update module is configured to: the user updates the sub-identification according to changes in product status or attributes (such as price changes); the identification resolution control module is configured to: the user can control the enabling / disabling of sub-identification resolution, and after enabling, other users or systems can resolve the sub-identification to obtain product information; the administrator-side data management subsystem is used to integrate and maintain the accessed identification data resources, support querying, editing, and adding data, count the number of registered enterprises and the number of product identifications, and manage user identification resolution and permission settings; the management of user identification resolution includes enabling or disabling resolution records and modifying data.

9. A method for identification resolution conversion based on GS1 and Ecode, characterized in that, Use the identification resolution conversion system based on GS1 and Ecode according to any one of claims 1-8 for identification resolution application services.

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