Tracing data acquisition technology based on digital rural system
By integrating multiple data types in the digital rural system and building statistical algorithm models, the data collection problem of rural digital development is solved, digital construction and resource sharing in rural areas are realized, and economic and social development and sustainable development are supported.
Patent Information
- Application Number
- CN202410838397.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-06-26
- Publication Date
- 2024-12-20
- Estimated Expiration
- Not applicable · inactive patent
AI Technical Summary
The existing technology cannot effectively realize the digital development of rural areas, and the lack of detailed traceability data collection and analysis, limiting the development of rural smart application systems and industrial development.
Traceability data acquisition technology based on digital rural systems, including digital rural big data system and resource data application system, build statistical data algorithm models by integrating operation information, rural information, tourism information, transaction information, logistics information and other data, and use wireless networks. and cloud computing to achieve high performance, low latency transmission and storage of data, and build logistics and material management systems.
It has realized the digital construction of rural areas, supported economic and social development, provided resource sharing and information services, and improved the technological and sustainable development capabilities of rural areas.
Abstract
Description
Technical Field
[0001] The present invention relates to the field of data statistics technology, and specifically to a traceability data collection technology based on a digital village system. Background Art
[0002] Digital villages are an important fulcrum and promoter of social and economic transformation and the development of smart villages. As most households have access to high-speed broadband, although communication within and outside the village is possible, it cannot truly realize the digital construction of villages. Through the traceability data collection function of the digital village system, digital development can be achieved for rural development. Through the intelligent technology of big data, a smart application system inside and outside the village is built to collect and analyze data for application in rural technology, supporting rural industry and social development. Summary of the invention
[0003] In view of the deficiencies of the prior art, the present invention provides a traceability data collection technology based on a digital village system, which solves the problem that the existing villages cannot establish detailed digital development.
[0004] To achieve the above objectives, the present invention is implemented through the following technical solutions: a traceability data collection technology based on a digital village system, including a digital village big data system and a resource data application system, wherein the digital village big data system includes operation information data, village information data, tourism information data and announcement information data, and the resource data application system includes transaction information data, logistics information data and department reporting data;
[0005] The operational information data includes merchant information data, passenger flow information data, revenue and expenditure information data, department docking data, and logistics information data; the rural information data includes resident information data and breeding information data; the tourism information data includes scenic spot information data, food and accommodation information data, shopping information data, and UnionPay consumption data; the announcement information data includes broadcast information data and multimedia information data; the transaction information data includes transaction information library data, storage information library data, and screening information library data; the logistics information data includes business information data, report information data, and basic information data; the department reported data includes data reported by relevant tourism departments, docking public security information data, and transportation and tourist information data.
[0006] Preferably, the digital village big data system realizes the configuration of various data, the setting of business logic and the construction of algorithm models. It is the data support and summary collection of each system. It is based on historical data of tourism-related industries, real-time collected data, sample survey data and docking shared data, and integrates different data sources and the weight coefficients of each industry in the overall tourism data to establish a statistical data algorithm model.
[0007] Preferably, the resource data application system includes a plurality of clients, servers, file servers and databases, each of the clients runs on a corresponding machine, and the server establishes communication connections with the client, the file server and the database respectively.
[0008] Preferably, the logistics information data includes a service platform and a shipping end, a transit end and a receiving end that are communicatively connected to the service platform; the shipping end, the transit end and the receiving end all collect the electronic signature information of the item and the image information containing the electronic signature information and upload them to the service platform.
[0009] Preferably, the output end of the UnionPay consumption data is connected to the input end of the storage information library data, the output end of the storage information library data is connected to the input end of the report information data, the output end of the report information data is connected to the input end of the screening information library data, and the output end of the screening information library data is connected to the input end of the basic information data.
[0010] Preferably, the service platform is used to receive the logistics coding data uploaded by the shipping end, the transit end or the receiving end, decode it, and store the decoded logistics coding data. When receiving the verification request of the logistics items from the transit end or the receiving end, it responds to the request of the transit end or the receiving end and sends the logistics coding data of the corresponding logistics items to the transit end or the receiving end.
[0011] Beneficial Effects
[0012] The present invention provides a traceability data collection technology based on a digital village system, which has the following beneficial effects:
[0013] 1. Build a centralized information system to implement effective control technologies and services with the current application of information technology.
[0014] 2. Big data construction, including building a database, realizing data storage, organizing and analyzing rural data, applying big data and intelligent technologies to rural and rural development businesses, supporting rural technological stamping, and realizing rural economic and social development.
[0015] 3. Build an Internet platform to realize rural resource sharing, provide timely information services to rural areas, and guide the digital development of rural areas.
[0016] 4. Implement innovative applications, use smart technology to promote rural development, and provide reliable technical support and services. DETAILED DESCRIPTION
[0017] The technical solutions in the embodiments of the present invention are described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. 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.
[0018] The present invention provides a technical solution: a traceability data collection technology based on a digital village system, including a digital village big data system and a resource data application system, wherein the digital village big data system includes operation information data, village information data, tourism information data and announcement information data, and the resource data application system includes transaction information data, logistics information data and department reporting data;
[0019] The digital rural big data system uses wireless access networks to provide the required services and cloud computing functions nearby, creating a service environment with high performance, low latency and high bandwidth;
[0020] Logistics information data uses existing fixed terminal devices or mobile terminal devices. The data transmission types, data transmission rates, data transmission bandwidths and memory sizes that these personal terminal devices can support or the networks they are located in are not exactly the same;
[0021] The operation information data includes merchant information data, passenger flow information data, income and expenditure information data, department docking data, and logistics information data; the rural information data includes resident information data and breeding information data; the tourism information data includes scenic spot information data, food and accommodation information data, shopping information data, and UnionPay consumption data; the announcement information data includes broadcast information data and multimedia information data; the transaction information data includes transaction information database data, storage information database data, and screening information database data; the logistics information data includes business information data, report information data, and basic information data; the department reported data includes data reported by relevant tourism departments, public security information data, and transportation tourist information data;
[0022] Through tourism information data, villages can receive more tourists and manage tourists well to ensure every tourist's travel experience. At the same time, the intelligent system manages materials, making the storage and use of materials more accurate and more conducive to sustainable development.
[0023] Furthermore, the digital village big data system realizes the configuration of various data, the setting of business logic and the construction of algorithm models. It is the data support and summary collection of each system. It is based on historical data of tourism-related industries, real-time collected data, sample survey data and docking shared data, and integrates different data sources and the weight coefficients of each industry in the overall tourism data to establish a statistical data algorithm model.
[0024] Furthermore, the resource data application system includes a number of clients, servers, file servers and databases, each of the clients runs on a corresponding machine, and the server establishes communication connections with the client, the file server and the database respectively.
[0025] Furthermore, the logistics information data includes the service platform and the shipping end, transit end and receiving end that are communicatively connected to the service platform; the shipping end, transit end and receiving end all collect the electronic signature information of the item and the image information containing the electronic signature information and upload them to the service platform.
[0026] Furthermore, the output end of the UnionPay consumption data is connected to the input end of the storage information library data, the output end of the storage information library data is connected to the input end of the report information data, the output end of the report information data is connected to the input end of the screening information library data, and the output end of the screening information library data is connected to the input end of the basic information data.
[0027] Furthermore, the service platform is used to receive the logistics coding data uploaded by the shipping end, transit end or receiving end, decode it, and store the decoded logistics coding data. When receiving the verification request of the logistics items from the transit end or receiving end, it responds to the request of the transit end or receiving end and sends the logistics coding data of the corresponding logistics items to the transit end or receiving end.
[0028] Embodiment: When in use, rural characteristics, tourism, accommodation, entertainment, shopping and other projects are displayed on a digital platform through the digital rural big data system and resource data application system. The behavior information is retained in the database through the platform operation, which plays a role in resource analysis and information sharing.
[0029] 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. Data collection technology based on digital rural system, including digital rural big data system and resource data application system. It is characterized in that The digital rural big data system includes operation information data, rural information data, tourism information data and announcement information data, and the resource data application system includes transaction information data, logistics information data and department reporting data; The operational information data includes merchant information data, passenger flow information data, revenue and expenditure information data, department docking data, and logistics information data; the rural information data includes resident information data and breeding information data; the tourism information data includes scenic spot information data, food and accommodation information data, shopping information data, and UnionPay consumption data; the announcement information data includes broadcast information data and multimedia information data; the transaction information data includes transaction information library data, storage information library data, and screening information library data; the logistics information data includes business information data, report information data, and basic information data; the department reported data includes data reported by relevant tourism departments, docking public security information data, and transportation and tourist information data.
2. According to claim 1, the traceability data collection technology based on the digital village system, It is characterized in that The digital rural big data system realizes the configuration of various data, the setting of business logic and the construction of algorithm models. It is the data support and summary collection of various systems. It is based on historical data of tourism-related industries, real-time collected data, sample survey data and docking shared data, and integrates different data sources and the weight coefficients of each industry in the overall tourism data to establish a statistical data algorithm model.
3. According to claim 1, the traceability data collection technology based on the digital village system, It is characterized in that The resource data application system includes several clients, service terminals, file servers and databases. Each of the clients runs on the corresponding machine. The service terminal establishes communication connections with the client, the file server and the database respectively.
4. According to claim 1, the traceability data collection technology based on the digital village system, It is characterized in that The logistics information data includes the service platform and the shipping end, transit end and receiving end that are communicated with the service platform; the shipping end, transit end and receiving end all collect the electronic signature information of the items and the image information containing the electronic signature information and upload them to the service platform.
5. According to claim 2, the traceability data collection technology based on the digital village system, It is characterized in that The output end of the UnionPay consumption data is connected to the input end of the storage information base data, the output end of the storage information base data is connected to the input end of the report information data, the output end of the report information data is connected to the input end of the screening information base data, and the output end of the screening information base data is connected to the input end of the basic information data.
6. According to claim 5, the traceability data collection technology based on the digital village system, It is characterized in that The service platform is used to receive the logistics coding data uploaded by the shipping end, transit end or receiving end, decode it, and store the decoded logistics coding data. When receiving the verification request of the logistics items from the transit end or receiving end, it responds to the request of the transit end or receiving end and sends the logistics coding data of the corresponding logistics items to the transit end or receiving end.