Grain whole process quality traceability system

Abstract

This invention belongs to the field of grain management technology, specifically disclosing a grain full-process quality traceability system, including a data acquisition module, a database construction module, an information management module, a traceability query module, a risk warning module, a recall management module, and an information sharing module. The data acquisition module assigns a unique identification code to each batch of grain using barcode and RFID technology. The database construction module establishes a centralized database. The information management module enables effective management of grain traceability information. The traceability query module is used to query detailed information about the grain. The risk warning module analyzes traceability data to promptly identify potential quality and safety issues. The recall management module is used to quickly locate problematic grain and implement a recall once a quality problem is discovered. The information sharing module is used to share traceability information with other participants in the supply chain.

Description

Technical Field

[0001] The present invention relates to the technical field of grain management, and in particular to a grain full-process quality tracing system. Background Art

[0002] Food security is a strategic issue that concerns the national economy, people's livelihood and social stability. In recent years, the country has continuously increased its attention and emphasis on food security.

[0003] my country is a country with a large population, a large grain producer, and a large grain consumer. my country has a vast territory, with great differences in geography, geology and climate between the east, west, south and north.

[0004] Food security depends on the healthy development of the grain industry. The support and effective use of funds play an important role in promoting and safeguarding the healthy and orderly operation of grain purchasing enterprises and the entire grain industry. However, traditional grain quality traceability is to track the entire grain purchasing and storage process, from purchasing payment to warehousing, and then to regular supervision of grain storage inventory. The workload is huge and there are many monitoring loopholes. Summary of the invention

[0005] The purpose of the present invention is to provide a whole-process grain quality traceability system, to provide a system that comprehensively applies modern information technology and management methods, and to achieve the problem of tracking and managing the whole process of grain from production, processing, packaging, quality inspection, transportation to sales.

[0006] To achieve the above object, the present invention provides the following technical solutions: a grain whole process quality traceability system, including a data collection module, a database construction module, an information management module, a traceability query module, a risk warning module, a recall management module and an information sharing module;

[0007] The data collection module uses barcode and RFID technology to assign a unique identification code to each batch of grain and collects relevant information at each stage of production, processing, packaging, quality inspection, transportation and sales;

[0008] The database construction module establishes a centralized database for storing the traceability information of all grains; such information includes the production date, batch number, production location, processing technology, quality inspection records, and transportation conditions of the grains;

[0009] The information management module realizes the effective management of grain traceability information, including information entry, modification, query, statistics and analysis;

[0010] The traceability query module allows consumers or regulatory agencies to query detailed information about grains, including the entire process of production, processing, transportation and sales, through the identification code on the grain packaging;

[0011] The risk warning module can timely discover possible quality and safety issues through analysis of traceability data, and achieve risk warning and rapid response;

[0012] The recall management model is used to quickly locate the problematic grain and implement a recall once a grain quality problem is discovered;

[0013] The information sharing module shares traceability information with other participants in the supply chain while ensuring data security, thereby improving the transparency and efficiency of the entire supply chain.

[0014] As a preferred embodiment of the present invention, the data collection module assigns a unique identification code to each batch of grain, specifically including determining an initial code for each batch of grain at the production source; generating a barcode in a specific format and attaching it to the grain package or container;

[0015] For RFID technology, electronic tags containing coded information are associated with grains; in the production process, corresponding reading and writing equipment is used to read the identification code and record the production information, including the origin and planting method;

[0016] During the processing stage, the processing time and process information are also recorded through reading and writing devices; the packaging specification data is recorded during packaging; the inspection result information is collected during the quality inspection stage and associated with the identification code; the transportation vehicle, route, and time information are recorded during transportation; the sales channel and time are also recorded during sales; the entire process needs to be equipped with corresponding reading and writing devices, and a complete data management system needs to be established to store and manage this information, ensuring that the information at each link is accurately and timely associated with the identification code, thereby achieving full traceability of each batch of grain.

[0017] As a preferred embodiment of the present invention, the establishment of a centralized database specifically includes determining the architecture and design of the database, which should be able to accommodate various required information fields, such as production date, batch number, production location, processing technology, quality inspection records, and transportation conditions; then, building a suitable database server environment to ensure its stability and security;

[0018] Data collection points should be set up at each stage, and relevant information of grain should be entered into the database in real time or regularly through corresponding equipment and software; for the production stage, accurate production date and location information should be recorded; for the processing stage, detailed process-related data should be recorded; during quality inspection, the inspection results should be accurately entered; and the condition information should be recorded in the transportation stage; at the same time, a data verification and review mechanism should be established to ensure that the entered data is accurate and reliable; a data backup and recovery strategy should also be formulated to prevent data loss. In addition, a front-end interface that is easy to query and manage the database should be developed to facilitate the operation and viewing of relevant personnel.

[0019] As a preferred embodiment of the present invention, the information management module specifically includes, based on all the grain traceability information stored in the established database, collecting the displacement identification code of each batch of grain distribution, developing a user-friendly interface, so that relevant personnel can easily enter, modify, query, count and analyze information; at the same time, ensure the security of data to prevent unauthorized access and modification; in addition, regularly back up and restore the database to prevent data loss; and regularly update and maintain the system to ensure its stable operation. Through these measures, effective management of grain traceability information can be achieved.

[0020] As a preferred embodiment of the present invention, in the traceability query module, the consumer or the regulatory agency inputs the identification code on the grain package through a code scanning device or a corresponding query platform; after receiving the query request, the system quickly retrieves and extracts the detailed information of the whole process of production, processing, transportation and sales corresponding to the identification code from the database; then the information is presented to the inquirer in a clear and understandable manner in the form of charts and text descriptions; in order to ensure the convenience and real-time nature of the query, it is necessary to ensure the efficient operation and timely updating of the database, and the query platform must have a friendly interactive interface and a stable network connection; in this way, consumers or regulatory agencies can easily query the detailed information of the grain through the identification code.

[0021] As a preferred embodiment of the present invention, the risk warning module can monitor the information in the database in real time and identify potential quality risks through algorithm analysis; when a risk is found, the system will automatically issue a warning message to notify relevant personnel to take measures; the warning information can be sent via SMS, email or application push; the system must also be able to generate a risk report, listing in detail the specific circumstances of the risk and the recommended response measures; through these steps, risk warning and rapid response in the food quality traceability system can be achieved.

[0022] As a preferred embodiment of the present invention, the recall management module can quickly locate the batches of grain that need to be recalled based on the information in the database and generate a recall notice; the recall notice can be sent via SMS, email or application push; the recall management module can also track the flow of recalled grain to ensure that all grain that needs to be recalled is effectively recovered; the recall management module can also generate a recall report, listing in detail the specific circumstances of the recall and the processing results; through these steps, recall management in the grain quality traceability system can be realized.

[0023] As a preferred embodiment of the present invention, the information sharing module can ensure the security and privacy of data; at the same time, it allows other participants in the supply chain to access the traceability information; in order to ensure data security, encryption technology, access control, and identity authentication are adopted, so that under the premise of ensuring data security, the traceability information can be shared with other participants in the supply chain to improve the transparency and efficiency of the entire supply chain.

[0024] Compared with the prior art, the present invention has the following beneficial effects:

[0025] The present invention visualizes traceability information, making it convenient for consumers to understand detailed information about grains; enhances the commercial value of grains and helps enterprises establish a quality traceability system for the entire industry chain; realizes post-tracing, pre-prevention and in-process control to effectively manage grain quality; and enhances coordinated supervision of various links to ensure grain quality and safety throughout the entire process. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 Schematic diagram of the system structure of the present invention. DETAILED DESCRIPTION

[0027] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0028] See also Figure 1 ,The present invention provides a technical solution: a grain full-process quality traceability system, including a data acquisition module, a database construction module, an information management module, a traceability query module, a risk warning module, a recall management module and an information sharing module;

[0029] The data collection module uses barcode and RFID technologies to assign a unique identification code to each batch of grain and collect relevant information at each stage of production, processing, packaging, quality inspection, transportation and sales;

[0030] Database construction module, to establish a centralized database to store all grain traceability information; this information includes grain production date, batch number, production location, processing technology, quality inspection records, and transportation conditions;

[0031] Information management module, which realizes the effective management of grain traceability information, including information entry, modification, query, statistics and analysis;

[0032] The traceability query module allows consumers or regulators to query detailed information about grains, including the entire process of production, processing, transportation and sales, through the identification code on the grain packaging;

[0033] The risk warning module can timely identify possible quality and safety issues through the analysis of traceability data, and realize risk warning and rapid response;

[0034] The recall management model is used to quickly locate the problematic grain and implement a recall once a grain quality problem is discovered;

[0035] The information sharing module shares traceability information with other participants in the supply chain while ensuring data security, thereby improving the transparency and efficiency of the entire supply chain.

[0036] Further, the data collection module assigns a unique identification code to each batch of grain, specifically including determining an initial code for each batch of grain at the source of production; generating a barcode in a specific format and attaching it to the grain package or container;

[0037] For RFID technology, electronic tags containing coded information are associated with grains; in the production process, corresponding reading and writing equipment is used to read the identification code and record the production information, including the origin and planting method;

[0038] During the processing stage, the processing time and process information are also recorded through reading and writing devices; the packaging specification data is recorded during packaging; the inspection result information is collected during the quality inspection stage and associated with the identification code; the transportation vehicle, route, and time information are recorded during transportation; the sales channel and time are also recorded during sales; the entire process needs to be equipped with corresponding reading and writing devices, and a complete data management system needs to be established to store and manage this information, ensuring that the information at each link is accurately and timely associated with the identification code, thereby achieving full traceability of each batch of grain.

[0039] Furthermore, establishing a centralized database specifically includes determining the architecture and design of the database, which must be able to accommodate the various required information fields, such as production date, batch number, production location, processing technology, quality inspection records, and transportation conditions; then, building a suitable database server environment to ensure its stability and security;

[0040] Data collection points should be set up at each stage, and relevant information of grain should be entered into the database in real time or regularly through corresponding equipment and software; for the production stage, accurate production date and location information should be recorded; for the processing stage, detailed process-related data should be recorded; during quality inspection, the inspection results should be accurately entered; and the condition information should be recorded in the transportation stage; at the same time, a data verification and review mechanism should be established to ensure that the entered data is accurate and reliable; a data backup and recovery strategy should also be formulated to prevent data loss. In addition, a front-end interface that is easy to query and manage the database should be developed to facilitate the operation and viewing of relevant personnel.

[0041] Furthermore, the information management module specifically includes, based on all the grain traceability information stored in the established database, collecting the displacement identification code of each batch of grain distribution, developing a user-friendly interface, so that relevant personnel can easily enter, modify, query, count and analyze information; at the same time, ensure the security of data to prevent unauthorized access and modification; in addition, regularly back up and restore the database to prevent data loss; and regularly update and maintain the system to ensure its stable operation. Through these measures, effective management of grain traceability information can be achieved.

[0042] Furthermore, in the traceability query module, consumers or regulatory agencies input the identification code on the grain packaging through a code scanning device or a corresponding query platform; after receiving the query request, the system quickly retrieves and extracts detailed information on the entire process of production, processing, transportation and sales corresponding to the identification code from the database; then the information is presented to the inquirer in a clear and easy-to-understand manner in the form of charts and text descriptions; in order to ensure the convenience and real-time nature of the query, it is necessary to ensure the efficient operation and timely updating of the database, and the query platform must have a friendly interactive interface and a stable network connection; this will allow consumers or regulatory agencies to easily query detailed information on the grain through the identification code.

[0043] Furthermore, the risk warning module can monitor the information in the database in real time and identify potential quality risks through algorithm analysis; when a risk is found, the system will automatically issue a warning message to notify relevant personnel to take measures; the warning information can be sent via SMS, email or application push; the system must also be able to generate a risk report, listing in detail the specific circumstances of the risk and the recommended response measures; through these steps, risk warning and rapid response in the food quality traceability system can be achieved.

[0044] Furthermore, the recall management module can quickly locate batches of grain that need to be recalled based on the information in the database and generate a recall notice; the recall notice can be sent via SMS, email or application push; the recall management module must also be able to track the flow of recalled grain to ensure that all grain that needs to be recalled is effectively recovered; the recall management module must also be able to generate a recall report, detailing the specific circumstances of the recall and the results of the processing; through these steps, recall management in the grain quality traceability system can be achieved.

[0045] Furthermore, the information sharing module can ensure the security and privacy of data; at the same time, it allows other participants in the supply chain to access traceability information; in order to ensure data security, encryption technology, access control, and identity authentication are adopted, so that traceability information can be shared with other participants in the supply chain while ensuring data security, thereby improving the transparency and efficiency of the entire supply chain.

[0046] In summary, in actual operation, the present invention uses the barcode and RFID technology in the data acquisition module to assign a unique identification code to each batch of grain, and collects relevant information in each link of production, processing, packaging, quality inspection, transportation and sales. Then, a centralized database is established through the database construction module to store the traceability information of all grains; this information includes the production date, batch number, production location, processing technology, quality inspection record, and transportation conditions of the grain; at the same time, a data verification and audit mechanism should be established to ensure that the entered data is accurate and reliable; and a data backup and recovery strategy should be formulated to prevent data loss. In addition, a front-end interface that is convenient for querying and managing the database is developed to facilitate the operation and viewing of relevant personnel. Through the information management module, effective management of grain traceability information is achieved, including information entry, modification, query, statistics and analysis; at the same time, the security of the data should be ensured to prevent unauthorized access and modification; in addition, the database should be backed up and restored regularly to prevent data loss; and the system should be regularly updated and maintained to ensure its stable operation. Through these measures, effective management of grain traceability information can be achieved. The traceability query module allows consumers or regulators to query detailed information about grains through the identification code on the grain packaging, including the entire process of production, processing, transportation and sales. The risk warning module analyzes the traceability data to timely identify possible quality and safety issues, and implement risk warning and rapid response. The recall module can quickly locate the problematic grain and implement a recall when grain quality problems are discovered. The information sharing module can share traceability information with other participants in the supply chain while ensuring data security, thereby improving the transparency and efficiency of the entire supply chain.

[0047] It is worth noting that the entire device is controlled by a main control button. Since the device matched with the control button is a common device and belongs to the existing mature technology, its electrical connection relationship and specific circuit structure will not be described in detail here.

[0048] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. The whole process of grain quality traceability system is characterized by: It includes data collection module, database construction module, information management module, traceability query module, risk warning module, recall management module and information sharing module; The data collection module uses barcode and RFID technology to assign a unique identification code to each batch of grain and collects relevant information at each stage of production, processing, packaging, quality inspection, transportation and sales; The database construction module establishes a centralized database for storing the traceability information of all grains; such information includes the production date, batch number, production location, processing technology, quality inspection records, and transportation conditions of the grains; The information management module realizes the effective management of grain traceability information, including information entry, modification, query, statistics and analysis; The traceability query module allows consumers or regulatory agencies to query detailed information about grains, including the entire process of production, processing, transportation and sales, through the identification code on the grain packaging; The risk warning module can timely discover possible quality and safety issues through analysis of traceability data, and achieve risk warning and rapid response; The recall management model is used to quickly locate the problematic grain and implement a recall once a grain quality problem is discovered; The information sharing module shares traceability information with other participants in the supply chain while ensuring data security, thereby improving the transparency and efficiency of the entire supply chain.

2. The whole-process grain quality traceability system according to claim 1 is characterized by: The data collection module assigns a unique identification code to each batch of grain, specifically including determining an initial code for each batch of grain at the source of production; generating a barcode in a specific format and attaching it to the grain package or container; For RFID technology, electronic tags containing coded information are associated with grains; in the production process, corresponding reading and writing equipment is used to read the identification code and record the production information, including the origin and planting method; In the processing stage, the processing time and process information are also recorded through the reading and writing equipment; the packaging specification data is recorded during packaging; the inspection result information is collected during the quality inspection stage and associated with the identification code; the transportation vehicle, route, and time information are recorded during transportation; and the sales channel and time are also recorded during sales; The entire process needs to be equipped with corresponding reading and writing equipment, and a complete data management system needs to be established to store and manage this information, ensuring that information in each link is accurately and timely associated with the identification code.

3. The whole-process grain quality traceability system according to claim 1 is characterized in that: The establishment of a centralized database specifically includes determining the architecture and design of the database, which must be able to accommodate various required information fields, such as production date, batch number, production location, processing technology, quality inspection records, and transportation conditions; Then, build a suitable database server environment; Set up data collection points at each stage, and use corresponding equipment and software to input relevant grain information into the database in real time or regularly; For the production process, record the accurate production date and location information; Record process-related data in detail during processing; Accurately enter the inspection results during quality inspection; Record good condition information during transportation; At the same time, a data verification and review mechanism should be established to ensure that the entered data is accurate and reliable; It is also necessary to formulate a data backup and recovery strategy to prevent data loss. In addition, a front-end interface should be developed to facilitate query and management of the database, so that relevant personnel can operate and view it conveniently.

4. The whole-process grain quality traceability system according to claim 1 is characterized by: The information management module specifically includes, based on all the grain traceability information stored in the established database, collecting the displacement identification code of each batch of grain distribution, and developing a user-friendly interface so that relevant personnel can easily enter, modify, query, count and analyze information; at the same time, ensure the security of data to prevent unauthorized access and modification; in addition, regularly back up and restore the database to prevent data loss; and regularly update and maintain the system to ensure its stable operation.

5. The whole-process grain quality traceability system according to claim 1 is characterized in that: In the traceability query module, consumers or regulatory agencies input the identification code on the grain packaging through a code scanning device or a corresponding query platform; after receiving the query request, the system quickly retrieves and extracts detailed information on the entire process of production, processing, transportation and sales corresponding to the identification code from the database; then the information is presented to the inquirer in a clear and easy-to-understand manner in the form of charts and text descriptions; in order to ensure the convenience and real-time nature of the query, it is necessary to ensure the efficient operation and timely updating of the database, and the query platform must have a friendly interactive interface and a stable network connection.

6. The whole-process grain quality traceability system according to claim 1 is characterized by: The risk warning module can monitor the information in the database in real time and identify potential quality risks through algorithm analysis; when risks are found, the system will automatically issue warning information to notify relevant personnel to take measures; the warning information can be sent via SMS, email or application push; The system should also be able to generate risk reports detailing the specific circumstances of the risks and recommended response measures.

7. The whole-process grain quality traceability system according to claim 1 is characterized by: The recall management module can quickly locate the batch of grain that needs to be recalled based on the information in the database and generate a recall notice; the recall notice can be sent via SMS, email or application push; The recall management module should also be able to track the flow of recalled food to ensure that all food that needs to be recalled is effectively recovered; The recall management module should also be able to generate a recall report, detailing the specific circumstances of the recall and the results of the handling.

8. The whole-process grain quality traceability system according to claim 1 is characterized by: The information sharing module can ensure the security and privacy of data; at the same time, it allows other participants in the supply chain to access traceability information; In order to ensure data security, encryption technology, access control, and identity authentication are adopted to share traceability information with other participants in the supply chain while ensuring data security, thereby improving the transparency and efficiency of the entire supply chain.

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