Product safety distribution information sharing system based on OPEN-API

Abstract

The present invention relates to a product safety distribution information sharing system based on an OPEN-API method, comprising: an operating server that collects and integrates product safety distribution information from inspection agencies, companies, and consumer organizations, and queries product safety distribution information including electronic document transmission and reception history, monitoring of linkage status, and hazardous product prediction data through a linkage server, and provides a product risk prediction function using machine learning technology; a database that stores and manages product safety distribution information, API linkage information, electronic document transmission and reception information, hazardous product prediction information, and user and statistical information; an OPEN-API service module that connects to the operating server to provide OPEN-API services for product safety distribution information and hazardous product prediction information and queries processing status; and a linkage server that provides a function to link product safety distribution information with any one of a government agency, company, inspection agency, or consumer organization in the form of an electronic document, stores and manages such processing status in a database, and performs encryption / decryption, verification, conversion, and monitoring functions for the electronically documented product safety distribution information. According to one embodiment of the present invention as described above, by collecting, integrating, and sharing various product safety distribution information in the fields of manufactured goods, food, and cosmetics generated by companies, consumer groups, etc., hazardous products and related information can be quickly shared with consumers or related companies, and means can be provided for various companies to easily share such information, thereby enabling the efficient handling of blocking the distribution and recalling hazardous products.

Description

Technology Field

[0001] The present invention relates to a product safety distribution information sharing system using an OPEN-API method, and more specifically, to a technology for collecting and integrating product safety distribution information (hazardous product inspection, safety certification, sales blocking history, product / self-recall, recall, product comparison, ingredient details, etc.) regarding industrial products, food, and cosmetics from government-affiliated inspection agencies, public institutions, and consumer organizations, and sharing this information with user organizations such as the Korea Chamber of Commerce and Industry and the Korea Pharmaceutical Export Association, or user companies such as government agencies, distributors, manufacturers / importers, and wholesalers / suppliers. Background Technology

[0002] Recently, in order to prevent the distribution of various defective goods to consumers, inspection agencies such as the Ministry of Food and Drug Safety, the Korean Agency for Technology and Standards, and the Ministry of Agriculture, Food and Rural Affairs are conducting risk assessments on products in accordance with relevant laws and issuing recall orders to manufacturers for problematic products.

[0003] However, to date, the approach taken regarding products deemed hazardous has been limited to passive measures, such as posting notices via the internet or notifying manufacturers to order recalls, and advising consumers not to purchase them through media like the internet, TV, and newspapers.

[0004] Therefore, there were problems such as general consumers failing to accurately recognize whether a product was hazardous and purchasing hazardous products that were not recalled and were still in circulation.

[0005] As such, conventional methods for notifying hazardous products had the problem of failing to inform consumers or related companies of information regarding hazardous products, and failing to efficiently handle the blocking and recall of hazardous products through the collective management of various companies involved.

[0006] Furthermore, as various supplementary information regarding hazardous products—such as certification information, sales blocking history, and recall information—is provided independently by each inspection agency in addition to inspection results, there is an increasing demand for information platforms that provide this information in an integrated manner to manufacturers, distributors, and consumers who require it.

[0007] Meanwhile, through Korean Registered Patent No. 1368758, "System for Blocking and Recalling Hazardous Products and a POS System with a Function to Restrict the Distribution of Hazardous Products Linked Therewith," a method was provided to enable batch processing upon the discovery of hazardous products.

[0008] However, the aforementioned conventional technology has a problem in that voluntary recalls are difficult because it only provides inspection results from various inspection agencies, such as the Ministry of Food and Drug Safety, the Korean Agency for Technology and Standards, and the Ministry of Agriculture, Food and Rural Affairs, but fails to provide the results of internal investigations by the manufacturer's quality department.

[0009] In addition, regarding the blocking of hazardous products, small and medium-sized retailers are required to identify and block such products only through POS terminals, which poses a problem as it cannot be applied to micro-stores without POS terminals or to general consumers.

[0010] Furthermore, even when POS terminals are equipped in sales stores, there is a problem in that there is no way to receive various related information other than hazardous product information and provide it to consumers or utilize it for store operations.

[0011] Accordingly, the applicant intends to propose a product safety distribution information sharing system capable of collecting, integrating, and sharing various product safety distribution information in the fields of manufactured goods, food, and cosmetics generated by government agencies, companies (manufacturers / importers / distributors), consumer organizations, etc. Prior art literature

[0012] Republic of Korea Registered Patent No. 1368758 (Publication Date: Mar. 4, 2014) The problem to be solved

[0013] The present invention has been devised to solve the aforementioned problems, and aims to efficiently support the blocking of distribution and recall of hazardous products by collecting, integrating, and sharing various product safety distribution information in the fields of industrial products, food, and cosmetics generated by government agencies, companies (manufacturers / importers / distributors), consumer groups, etc., thereby enabling consumers and related businesses to quickly share information regarding hazardous products and related supplementary information, and by providing a means for various businesses and consumers related to hazardous products to efficiently utilize such information. means of solving the problem

[0014] A product safety distribution information sharing system according to an embodiment of the present invention for solving the aforementioned problem comprises: an operating server that collects and integrates product safety distribution information from inspection agencies, companies, consumer groups, etc., and queries product safety distribution information including electronic document transmission and reception history, monitoring of linkage status, and hazardous product prediction data through a linkage server, and provides a product risk prediction function using machine learning technology; a database that stores and manages product safety distribution information, API linkage information, electronic document transmission and reception information, hazardous product prediction information, user and statistical information; an OPEN-API service module that connects to the operating server to provide OPEN-API services for product safety distribution information and hazardous product prediction information and queries processing status; and a linkage server that provides a function to link product safety distribution information with any one of a government agency, a company, an inspection agency, or a consumer group in the form of an electronic document, stores and manages such processing status in a database, and performs encryption / decryption, verification, conversion, and monitoring functions for the electronically documented product safety distribution information.

[0015] In addition, the operating server is characterized by including: an information collection module that collects relevant information from government agencies, inspection agencies, consumer groups, and companies (manufacturing / distribution, etc.) providing product safety distribution information and stores it in a database; an administrator module that manages user accounts and access rights for functions using the system; and an electronic document module that converts product safety distribution information into electronic documents to provide feedback in response to user requests, and manages electronic document transmission / reception logs and statistics of product safety distribution information.

[0016] In addition, the database is characterized by including: a product safety distribution DB that stores and manages product safety distribution information collected from government agencies including the Ministry of Trade, Industry and Energy, the Ministry of Food and Drug Safety, the Ministry of Environment, and the Korean Agency for Technology and Standards, as well as the Korea Consumer Protection Agency and cosmetic-related inspection agencies registered with the Ministry of Food and Drug Safety; and an information transmission and reception DB that stores and manages OPEN API service history, electronic document transmission and reception history, and logs.

[0017] In addition, the OPEN-API service module is characterized by including: a user authentication processing module that processes a request and provides a response when a user requests product safety distribution information via REST API, queries the related processing status, and performs functions such as processing API usage applications and issuing and managing API keys for the user's use of the OPEN-API service; a data processing module that processes HTTP Request / Response data for OPEN-API service requests and responses; an API status module that manages API linkage / usage / call information and statistical information; and an API linkage service module that provides HTTP Request / Response transmission and reception functions.

[0018] In addition, the linked server is characterized by including: a management module that stores and manages the details of the transmission and reception of electronically documented product safety distribution information with government agencies, companies (manufacturers / importers / distributors), inspection agencies, consumer groups, etc., in the aforementioned database; a verification module that verifies the schema of the electronically documented product safety distribution information and encrypts / decrypts the electronic document; a conversion module that converts the product safety distribution information from ebXML to DB or DB to ebXML; and a monitoring module that monitors the transmission and reception status of the electronically documented product safety distribution information. Effects of the invention

[0019] According to the present invention, by collecting, integrating, and sharing various product safety distribution information in the fields of industrial products, food, and cosmetics generated by government agencies, companies (manufacturers / importers / distributors), consumer groups, etc., hazardous products and related supplementary information can be quickly shared with consumers or related companies, and by providing means for various companies and institutions to utilize product safety distribution information, the blocking of distribution and recall of hazardous products can be handled efficiently. Brief explanation of the drawing

[0020] FIG. 1 is a configuration diagram illustrating a product safety distribution information sharing system according to an embodiment of the present invention. FIG. 2 is a configuration diagram illustrating an operating server of a product safety distribution information sharing system according to an embodiment of the present invention. FIG. 3 is a configuration diagram illustrating the database of a product safety distribution information sharing system according to an embodiment of the present invention. FIG. 4 is a configuration diagram illustrating the OPEN-API service of a product safety distribution information sharing system according to an embodiment of the present invention. FIG. 5 is a configuration diagram illustrating a linkage server of a product safety distribution information sharing system according to an embodiment of the present invention. FIG. 6 is a flowchart illustrating a method for sharing product safety distribution information according to an embodiment of the present invention. FIG. 7 is a flowchart illustrating the detailed process of step S604 of a method for sharing product safety distribution information according to an embodiment of the present invention. FIG. 8 is a flowchart illustrating the detailed process of step S608 of a method for sharing product safety distribution information according to an embodiment of the present invention. Specific details for implementing the invention

[0021] Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the attached drawings. However, in describing the embodiments, if it is determined that a detailed description of related known functions or configurations may unnecessarily obscure the essence of the present invention, such detailed description is omitted. Furthermore, the sizes of each component in the drawings may be exaggerated for illustrative purposes and do not represent the actual sizes applied.

[0022] Referring to FIG. 1, a product safety distribution information sharing system (S) according to an embodiment of the present invention comprises: an operating server (100) that collects and integrates product safety distribution information from inspection agencies, companies, consumer groups, etc., through a connected linkage server (400), queries product safety distribution information including electronic document transmission / reception history, linkage status monitoring, and hazardous product prediction data through the linkage server, and provides a risk prediction function for products such as cosmetics using machine learning technology; a database (200) that stores and manages product safety distribution information, API linkage information, electronic document transmission / reception information, hazardous product prediction information, user and statistical information; an OPEN-API service module (300) that connects to the operating server (100) to provide product safety distribution information and hazardous product prediction information through an OPEN-API service and queries processing status; and a function that links product safety distribution information with any one of a government agency, a company (manufacturer / importer / distributor), an inspection agency, or a consumer group in the form of an electronic document, and such processing status It is configured to include a linkage server (400) that stores and manages data in a database (200) and performs electronic document encryption / decryption, verification, conversion (ebXML->DB, DB->ebXML), and monitoring functions for linking electronic document-based product safety distribution information.

[0023] Although specific details will be omitted below, it is preferable to understand that the product safety distribution information provided by the product safety distribution information sharing system (S) according to one embodiment of the present invention includes product information, manufacturer or importer information, recall information, certification information, sales blocking history information, recall information, etc., of products that are likely to cause harm to consumers, which have been verified by government agencies, companies (manufacturers / importers / distributors), inspection agencies, and consumer groups.

[0024] Additionally, the connection between the operating server (100), the database (200), the OPEN-API service module (300), and the linkage server (400) can be established via an information and communication network, and the risk prediction of the product of the operating server (100) is performed through supervised learning of any one of CART (classification and regression), Random Forests, TreeNet, regression or MARS, and Neural Networks, and through unsupervised learning of any one of K-means clustering, latent variable model, or PCA (principal component analysis).

[0025] Hereinafter, with reference to FIG. 2, the operating server (100) of the product safety distribution information sharing system (S) according to an embodiment of the present invention is described as follows.

[0026] The operating server (100) is configured to include an information collection module (110) that provides a function to view the processing history and transmission / reception logs of electronic documents through the linkage server (400), collects product safety distribution information from government agencies, inspection agencies, consumer groups, and companies (manufacturing / distribution, etc.) that provide product safety distribution information, and stores it in a database (200); an administrator module (120) that provides user information for using the system, information management for system operation, control of function access rights per user, and login functions; and an electronic document module (130) that manages electronic document transmission / reception logs and statistics that convert product safety distribution information into electronic documents and provide them to users.

[0027] Specifically, the information collection module (110) collects product safety distribution information provided by government agencies, companies (manufacturers / importers / distributors), inspection agencies, and consumer groups, stores it in a database (200), and provides a search function for information collection API linkage records and detailed API history.

[0028] In addition, the administrator module (120) manages user accounts for the system, manages access rights and logins for system functions, and manages information related to product safety distribution information inquiry and sharing, as well as processing status information.

[0029] And, the electronic document module (130) converts product safety distribution information into an electronic document in the form of ebXML (e-business Extensible Markup Language) and transmits it to the user system, and manages the transmission / reception logs and statistics of the product safety distribution information. At this time, the transmission of product safety distribution information to the user system can be configured so that the electronic document module (130) transmits and receives it through predefined trade partner information.

[0030] In addition, the electronic document module (130) is configured to transmit information stored in the database (200) through the linkage server (400) when sharing each of the hazardous product product information, safety certification information, hazardous product inspection information, recall information, hazardous product sales blocking history information, consumer report information, hazardous product recall / collection information, product comparison information, and self-recall information to organizations and companies that wish to share product safety distribution information through electronic documents in the form of ebXML.

[0031] In addition, the operating server (100) of the product safety distribution information sharing system (S) according to one embodiment of the present invention is configured to further include a harmful product prediction module (140) that extracts harmful product prediction data. At this time, the extraction of harmful product prediction data may be specific to cosmetics.

[0032] Specifically, the harmful product prediction module (140) extracts harmful product prediction data from information collected as big data from the Ministry of Food and Drug Safety's cosmetics-related inspection agency.

[0033] At this time, the extraction of harmful product prediction data by the harmful product prediction module (140) involves collecting cosmetic ingredient information, cosmetic ingredient restriction information, cosmetic regulation information, cosmetic recall / sales suspension information, functional cosmetic reporting item information, and functional cosmetic review item information from relevant inspection agencies to extract harmful product prediction information for cosmetics.

[0034] In addition, the hazardous product prediction module (140) provides a function to transmit the generated hazardous product prediction information to a relevant inspection agency.

[0035] Hereinafter, with reference to FIG. 3, the database (200) of the product safety distribution information sharing system (S) according to an embodiment of the present invention is described as follows.

[0036] The database (200) stores and manages product safety distribution information, API integration information, hazardous product prediction information, and user and statistical information. The product safety distribution DB (210) stores and manages product safety distribution information collected from relevant inspection agencies including the Ministry of Trade, Industry and Energy, the Ministry of Food and Drug Safety, the Ministry of Environment, the Korean Agency for Technology and Standards, the National Radio Research Institute, and the Consumer Protection Agency. The information transmission and reception DB (220) stores and manages OPEN API service history, electronic document transmission and reception history, and logs.

[0037] Additionally, the database (200) is configured to further include a hazardous product prediction DB (230) that stores and manages hazardous product prediction information extracted from information collected from inspection agencies such as the Ministry of Food and Drug Safety, and a user statistics DB (240) that stores and manages access history by unique identification ID, inquiry / sharing history regarding product safety distribution information, and statistical information.

[0038] This database (200) is built in a cloud environment connected via an information and communication network and is configured to store product safety distribution information and hazardous product prediction information from relevant agencies and inspection agencies through big data.

[0039] Hereinafter, with reference to FIG. 4, the OPEN-API service module (300) of the product safety distribution information sharing system (S) according to an embodiment of the present invention is described as follows.

[0040] It can be configured to send and receive with the OPEN-API service module (300) through REST (Representational State Transfer) API.

[0041] The OPEN-API service module (300) receives a request from a user and provides product safety distribution information stored in the database (200) via REST API. It is configured to include a user authentication processing module (310) that performs functions such as processing API usage applications for the user to access the operation server (100) via REST API, issuing API Keys, and managing API Keys; a data processing module (320) that processes HTTP Request / Response data for OPEN-API service requests and responses; an API status module (330) that manages API linkage / usage / call information and statistical information; and an API linkage service module (340) that provides functions for sending and receiving HTTP Request / Response for the user's HTTP request.

[0042] Specifically, the user authentication processing module (310) provides processing and management of the user's application for OPEN API use, and API Key issuance and management functions.

[0043] Additionally, the data processing module (320) operates using a service key authentication method and generates response data for a user's request in a data format such as XML or JASON through a REST interface.

[0044] In addition, the API status module (330) manages the details of OPEN API provision, such as the status of OPEN API usage applications and the status of API requests and responses regarding user product safety distribution information.

[0045] And, the API linkage service module (340) performs the function of mediating the reception of HTTP Request (API KEY check) and the transmission of HTTP Response.

[0046] Hereinafter, with reference to FIG. 5, the linked server (400) of the product safety distribution information sharing system (S) according to an embodiment of the present invention is described as follows.

[0047] The linkage server (400) is configured to include a management module (410) that stores and manages the history of the transmission and reception of electronically documented product safety distribution information with government agencies, companies (manufacturers / importers / distributors), inspection agencies, consumer groups, etc. in a database (200); a verification module (420) that verifies the schema of the electronically documented product safety distribution information and encrypts / decrypts the electronic document; a conversion module (430) that converts the encrypted / decrypted product safety distribution information into ebXML->DB or DB->ebXML; and a monitoring module (440) that monitors the transmission and reception status of the electronically documented product safety distribution information.

[0048] Specifically, the verification module (420) performs schema-based XML validation (validation based on the GS1 XML document schema for documents to which the GS1 XML standard is applied, and validation based on the schema of the document for self-designed electronic documents).

[0049] In addition, the conversion module (430) can provide the function of converting / reverse converting documents of various standards to other standards (XML, private formats in the form of Flat File, etc.) in addition to the function of converting ebXML<->DB.

[0050] Additionally, the monitoring module (440) manages the linkage status of electronically documented product safety distribution information transmitted and received between the user system and the operating server (100), and provides statistical information regarding the inquiry and transmission of product safety distribution information.

[0051] Hereinafter, with reference to FIG. 6, a method for sharing product safety distribution information according to an embodiment of the present invention is described as follows.

[0052] First, the operating server (100) collects and integrates product safety distribution information from the public data portal and stores it in the database (S602).

[0053] Next, the operation server (100) receives the user's REST API request and forwards it to the OPEN-API service module (300) to process it (S604).

[0054] Subsequently, the linkage server (400) indexes the database to transmit product safety distribution information electronic documents to the user system (S606).

[0055] Next, the linked server (400) converts the indexed product safety distribution information to perform creation and verification of the ebXML file, and transmits the product safety distribution information electronic document (S608).

[0056] Then, the system user accesses the operating server (100) to view the OPEN-API service processing status and the electronic document transmission and reception history of product safety distribution information (S610).

[0057] Hereinafter, with reference to FIG. 7, the detailed process of step S604 of the method for sharing product safety distribution information according to an embodiment of the present invention is as follows.

[0058] After step S602, the operating server (100) forwards the user's OPEN-API service request to the OPEN-API service module (300) to process it (S702).

[0059] Next, the OPEN-API service module (300) checks the API Key value of the user's HTTP Request (S704).

[0060] Subsequently, the OPEN-API service module (300) indexes product safety distribution information from the database to generate a response corresponding to the user's request (S706).

[0061] Then, the OPEN-API service module (300) responds with product safety distribution information data as an HTTP Response (S708).

[0062] Hereinafter, with reference to FIG. 8, the detailed process of step S608 of the method for sharing product safety distribution information according to an embodiment of the present invention is as follows.

[0063] After step S606, the linkage server (400) performs data conversion of product safety distribution information indexed in the product safety distribution information database to generate an ebXML file (S802).

[0064] Subsequently, the linkage server (400) verifies the generated ebXML file through the corresponding product safety distribution information schema file (S804).

[0065] Then, the linkage server (400) transmits the ebXML file to the user system (S806).

[0066] As such, according to one embodiment of the present invention as described above, by collecting, integrating, and sharing various product safety distribution information in the fields of industrial products, food, and cosmetics generated by government agencies, companies (manufacturers / importers / distributors), consumer groups, etc., a system is provided that enables the rapid sharing of hazardous products and related information with consumers or related companies, and a means is provided for various companies to share hazardous products and related information, thereby enabling the efficient handling of blocking distribution and recalling hazardous products.

[0067] In the detailed description of the present invention as described above, specific embodiments have been described. However, various modifications are possible within the scope of the present invention. The technical concept of the present invention should not be limited to the aforementioned embodiments, but should be defined by the claims as well as equivalents thereof. Industrial applicability

[0068] It provides a linkage function that allows companies, institutions, and consumers to easily integrate the relevant information through electronic documents or OPEN API services. By utilizing collected product safety distribution information, it provides information on products with the potential to be hazardous to product safety inspection agencies for risk assessment, and upon receiving the risk assessment results from the inspection agencies, transmits the results to the Korea Chamber of Commerce and Industry's hazardous product sales blocking system to be used to block the distribution of the relevant products in actual retail stores.

[0069] In addition, an OPEN-API service for product safety distribution information can be provided to enable individuals or companies that wish to develop new services using product safety distribution information or disclose such information to consumers to utilize the information.

[0070] Furthermore, by utilizing big data technology to predict the risks associated with products collected through the product safety distribution information sharing system and requesting the Korea Pharmaceutical Importers & Exporters Association to determine whether the products are hazardous, and by receiving information on products determined to be hazardous from inspection agencies to block their distribution, an infrastructure for a hazardous product prediction system is established through practical testing. In the future, the hazardous product prediction model can be applied to all product sectors and provided to product safety inspection agencies such as the Korean Agency for Technology and Standards, the Ministry of Food and Drug Safety, and the Ministry of Environment.

[0071] Furthermore, by utilizing big data technology from the product safety distribution information sharing system for various product groups other than manufactured goods, food, and cosmetics, hazardous products can be predicted. This prediction information is provided to inspection agencies to improve the completeness of the prediction model. By gradually providing this information to product safety-related inspection agencies, such as the Korean Agency for Technology and Standards and the Ministry of Environment, it is possible to contribute to the establishment of an infrastructure that enables the rapid blocking of sales of hazardous products by linking with the Korea Chamber of Commerce and Industry's hazardous product sales blocking system. Explanation of the symbols

[0072] S: Product Safety Distribution Information Sharing System 100: Production Server 110: Information Collection Module 120: Administrator Module 130: Electronic Document Module 140: Hazardous Product Prediction Module 200: Database 210: Product Safety Distribution DB 220: Information Transmission / Reception DB 230: Hazardous Product Prediction DB 240: User Statistics DB 300: OPEN-API Service Module 310: User authentication processing module 320: Data processing module 330: API Status Module 340: API Integration Service Module 400: Linked Server 410: Collection Module 420: Verification Module 430: Conversion Module 440: Monitoring Module

Claims

Claim 1 An operating server that collects and integrates product safety distribution information from inspection agencies, companies, and consumer organizations, queries product safety distribution information including electronic document transmission and reception history, monitoring of linkage status, and hazardous product prediction data through a linkage server, and provides a product risk prediction function using machine learning technology; a database that stores and manages product safety distribution information, API integration information, electronic document transmission and reception information, hazardous product prediction information, user and statistical information; and an OPEN-API service module that connects to the operating server to provide OPEN-API services for product safety distribution information and hazardous product prediction information, and queries processing status. It includes a linkage server that provides a function to link product safety distribution information in the form of electronic documents with any one of a government agency, a company, an inspection agency, or a consumer organization, stores and manages the status of such processing in a database, and performs encryption / decryption, verification, conversion, and monitoring functions for the electronically documented product safety distribution information, wherein the operating server comprises: an information collection module that collects relevant information from a government agency, inspection agency, consumer organization, or company (manufacturing / distribution) providing product safety distribution information and stores it in a database; an administrator module that manages user accounts using the system and access rights to functions; and an electronic document module that converts the product safety distribution information into electronic documents to provide feedback in response to user requests, and manages electronic document transmission / reception logs and statistics of the product safety distribution information.It includes a hazardous product prediction module that extracts hazardous product prediction information targeting cosmetics by collecting cosmetic raw material ingredient information, cosmetic restricted ingredient information, cosmetic regulation information, cosmetic recall / sales suspension information, functional cosmetic reporting item information, and functional cosmetic review item information as big data from cosmetic-related inspection agencies registered with the Ministry of Food and Drug Safety, and the OPEN-API service module comprises: a user authentication processing module that, when a user requests product safety distribution information via REST API, processes the request and provides a response, queries the related processing status, and performs functions such as processing API usage applications for the user's use of the OPEN-API service and issuing and managing API keys; a data processing module that operates using a service key authentication method and processes HTTP Request / Response data for OPEN-API service requests and responses, while generating response data for the user's request in data formats such as XML or JASON through a REST interface; and an API status module that manages API linkage / usage / call information and statistical information. An OPEN-API type product safety distribution information sharing system characterized by including an API linkage service module that provides HTTP Request / Response transmission and reception functions, wherein the linkage server includes: a management module that stores and manages the processing history of transmission and reception of electronically documented product safety distribution information with government agencies, companies (manufacturers / importers / distributors), inspection agencies, consumer groups, etc., in the database; a verification module that verifies the schema of the electronically documented product safety distribution information, performs schema-based XML validation functions, and encrypts / decrypts electronic documents; a conversion module that provides functions to convert product safety distribution information from ebXML to DB or DB to ebXML, and to convert / reverse convert private formats in the form of XML or Flat File; and a monitoring module that monitors the transmission and reception status of the electronically documented product safety distribution information. Claim 2 delete Claim 3 The OPEN-API type product safety distribution information sharing system according to claim 1, wherein the database comprises: a product safety distribution DB that stores and manages product safety distribution information collected from information collected from government agencies including the Ministry of Trade, Industry and Energy, the Ministry of Food and Drug Safety, the Ministry of Environment, and the Korean Agency for Technology and Standards, the Korea Consumer Protection Agency, and cosmetic-related inspection agencies registered with the Ministry of Food and Drug Safety; and an information transmission and reception DB that stores and manages OPEN API service history, electronic document transmission and reception history, and logs. Claim 4 delete Claim 5 delete

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