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I. Background Analysis

5 组,投资 3000 万元新建立的一家集种植、生产、储备、运输于一体的大型现代化高科技企业,公司占地 50 余亩,年生产能力达到 10 万吨,能全面满足不同客户需要。 Qineng Rice Industry Co., Ltd. is located in Group 5 , Sanjiang Village , Sanjiang Town, Jingyan County , and invested 30 million yuan to build a large-scale modern high-tech enterprise integrating planting, production, storage and transportation. The company covers an area of more than 50 acres. The production capacity reaches 100,000 tons, which can fully meet the needs of different customers. 产品质量、服务质量得到了全方位提高。 Leshan City Chineng Rice Industry Co., Ltd. adheres to market-oriented, takes healthy, nutritional and safe products as the starting point, takes high-quality product quality as the guideline, and realizes the enterprise's scientific, humane, standardized, and system based on the standards of branded rice. And modernization, so that the processing quality, product quality and service quality have been comprehensively improved. The company spared no expense in constructing more than 8,000 acres of the first batch of rice production bases. From the procurement of raw materials to the delivery of finished products, the company formulated strict control procedures and scientific management methods, thereby effectively ensuring the comprehensive production of healthy rice.

The project is located in Sanjiang Town and Mochi Town, Jingyan County, Leshan City. The project covers an area of 165 acres. It is a pilot project to grow organic rice based on local environmental conditions, build a smart agricultural traceability system, and make the Qineng rice industry brand. To enable consumers to see the integrated growth process and environment of rice, shrimp and crab in real time, reflecting the ecological environment of the Qineng rice industry base, allowing consumers to eat assured machine rice, making Qineng rice organic rice in the market The higher the credibility of Shanghai, the higher the market premium, so that for the Chineng rice industry, which is committed to making organic rice, there is real room for continued development.

Design goals

Integrate technologies such as the Internet of Things and mobile internet, and carry out agricultural Internet of Things , agricultural product production and management, and traceability of agricultural product quality and safety at the organic rice production bases in Qineng Rice Industry in Sanjiang Town and Mochi Town to realize the production standardization, quality standardization, and packaging of the park Standardization, safety traceability, and responsibility supervision; finally, build a smart agricultural park, establish a brand of organic machine rice cultivation, and provide demonstration sites for organic rice cultivation.

有机大米基地追溯系统建设规划方案

Construction tasks

The planned construction tasks are divided into two aspects: infrastructure and brand building, mainly as follows:

1. Infrastructure construction work.

(1) Construct a central computer room to realize data storage and application.

(2) Construct a display center to achieve the display of characteristic agricultural products and the display of various applications of the enterprise.

(3) Develop an agricultural IoT system to collect environmental production data such as temperature, wind, wind direction, light intensity, and paddy field soil conditions.

(4) Construction of a monitoring system, combined with the exhibition center, to realize the real-time recording and tracking of the production process of agricultural products, so that customers can feel the safety of the products in the park and the ecological charm.

2.Construction of agricultural information supervision platform

(1) Establish a production and operation management system to collect and record operating information such as seeding, fertilization, and pesticide application.

(2) Establish a quality and safety traceability system for agricultural products to realize two-dimensional traceability of production, packaging, and sales information. The system reserved interfaces to interface with the source tracing software of the Sichuan Agricultural Department.

(3) Establish and improve the detection mechanism to achieve rapid filing and registration of detection information.

(4) Develop an application support system to provide consumers with an entry point for retrospective inquiry, and use WeChat public account to realize the promotion and promotion of enterprises and brands.

Construction principles

1.Usability principle

Ease of use refers to the ease of use of the system. Due to the large number of users of the system: the user's level of industry knowledge, the degree of understanding of agricultural standardization systems, and the degree of awareness of concepts are very different, especially the level of informatization application of most of the users in the enterprise. It is required that the system interface should be as simple and easy to understand as possible so that system users can accept, understand, know and apply the system in a short period of time.

2. Reliability Principle

Reliability refers to the design and manufacturing of selected Internet of Things equipment and network equipment in the system to meet the long-term trouble-free operation ability in various environments, mainly relying on the manufacturing process of the product and component itself, the redundant design of the module, and the distributed processing of the system , Independent operation of software modules, uninterrupted system code upgrades, redundancy of chassis and other public components, etc.

3. Principles of economic practicality

The economical and practical use of the system means that the system is economical to use and can meet the actual work requirements in terms of use functions. During the development of the system, the system needs to be reasonably planned to ensure that the system meets the user's business requirements while aiming at simplicity, convenience, speed, economy and practicality, and facing specific work application requirements. In terms of system use technology, mature and economical technology is used instead of simply considering advanced technology.

4. Stability principle

System stability refers to the ability of the system to maintain normal operation. Because once the system is established, it will be embedded in all production and trading operations of the pilot enterprises. Once the system is unstable, it will affect the normal business activities of the enterprise. Therefore, the software system and various hardware devices must be safe, stable, and reliable. The system should adopt a fault-tolerant design, so that local problems in the system will not affect the use of the entire system.

5.Security principles

The development of the globalized Internet provides an open public information platform, but it also brings many problems, such as the leakage of information, the spread of network viruses, and attacks by network hackers. This is against the original intention of users to access the Internet. Therefore, corresponding technical and management measures must be adopted to ensure network and information security. For this project, security is not a flat concept and covers a wide range, covering multiple aspects such as physical device security, link security, network security, application system security, and security management. Only by implementing a strict management system at all links and at various levels, and cooperating with scientific safety tools, can we truly provide a relatively safe operating environment.

6, the principle of scalability

Portability and cross-platform, fully consider the needs of future system upgrades and expansions; the increase in data volume and the expansion of service functions require the upgrade or increase of hardware and system software. In order to ensure the user's original system platform during the system upgrade process The smooth transition in China requires that the system's software and hardware scalability be considered in the initial design of the system.

Five, construction content

The construction content of this project includes basic support construction such as infrastructure (data center), display center, and IoT production monitoring system; construction of standardized production systems such as operation information management, detection information management, and packaging code management; traceability code query system, agricultural information Platform WeChat public account, background management and other supporting system construction.

有机大米基地追溯系统建设规划方案

1. Basic support

The basic support direction includes infrastructure construction, exhibition center construction and Internet of Things production monitoring system.

1.1 Infrastructure construction

In order to realize the construction goal of the organic ecological rice traceability system of Qineng Rice Industry, basic equipment needs to be made on the infrastructure, including the construction of computer rooms, the laying of network pipelines, the procurement and installation of information equipment such as servers and storage. The construction of infrastructure should consider the power, network, external services, and security requirements for the installation and deployment of IoT equipment and large-screen display equipment.

有机大米基地追溯系统建设规划方案

1.2 Construction of Exhibition Center

The exhibition center is the core area for informatization monitoring and display. Through the informatization platform, the enterprise's production is fully monitored here, and the production environment is monitored through the Internet of Things data. Set up special agricultural product display and sales areas to let consumers know about the special agricultural products in the park. At the same time, large-screen display equipment can also be used to provide venues for corporate publicity and breeding staff training.

有机大米基地追溯系统建设规划方案

1.3 IoT production monitoring

The system contains data on the Internet of Things related to agricultural production , such as high temperature and humidity , solar light, wind and wind direction, and video signal acquisition. The Internet of Things data of agricultural breeding and breeding enterprises is collected and transmitted wirelessly without human intervention. The collected data of the Internet of Things can be viewed in real time on the PC system, or through the APP on the mobile phone or the Web, which is well adapted to the needs of agricultural production. Through the secondary development of the software, the data collected by the sensor and the video data are fused in the monitoring system platform, and displayed on the LED screen at the entrance of the factory area and the video screen of the central computer room splicing screen. The specific functions are described as follows:

Ø Atmospheric temperature and humidity: Obtain the atmospheric temperature and atmospheric humidity data of the production block through sensors.

Ø Solar Light Intensity: Obtain the solar light intensity data of the production land through sensors.

Ø Wind and wind direction: Obtain wind and wind direction data through sensors.

Ø Soil moisture temperature; obtain soil moisture temperature data through sensors.

Ø Soil pH: The pH data of the soil is obtained by the sensor.

Ø Soil EC: Obtain soil fertility data through sensors.

Ø Video signal acquisition: Obtain the video signal of the production unit through the infrared network smart camera and pass it to the memory and playback terminal.

IoT installation deployment and information display diagram:

Organic rice base traceability system construction plan

有机大米基地追溯系统建设规划方案

IoT information on PC:

有机大米基地追溯系统建设规划方案

IoT information on the mobile terminal:

有机大米基地追溯系统建设规划方案

Sensor and monitoring equipment installation application show:

有机大米基地追溯系统建设规划方案

2. Agricultural product production traceability management system

The agricultural product production traceability management is mainly used to help enterprises in production management, input management and sales management. In terms of production traceability management, information management personnel based on the recommendations of agricultural production experts and the actual conditions of the local soil and climate, formulate effective plans that conform to local product species and breeding, and formulate production plans based on the plans, which forms the standardization of production; In terms of management, the information management staff manages and maintains the purchasing and receiving of daily input products. In terms of sales management, the information management staff can process customer orders to generate sales records or directly sell in batches. The system includes a job information management system, detection information registration management, and a packaging code system.

2.1, job information management

The operation information management system is the core of the first phase of construction and is mainly used to help production management personnel manage the production plan configuration, production plan formulation and supervision. According to the recommendations of agricultural production experts and the actual conditions of local soil and climate, managers have formulated effective plans that are compatible with the breeding and breeding of local products, and are used to formulate production plans, which has formed the standardization of production. Information management personnel record production operations information. This system includes basic information management, breeding stage management, sorting and packaging management, site management, order management, input management, and data maintenance. The specific functions are described below:

Ø Basic information management: This module contains the maintenance functions of enterprise basic information, base environment information, certification status, area information, plot information, personnel information, input information, variety information, product information, supplier information, and customer information.

Ø Planting stage management: This module contains the functions of formulating breeding schemes and managing production files. The information manager generates data based on the basic information management module. In this module, data related to crop growth and livestock breeding are maintained. It involves the process of formulating standardized breeding and breeding schemes, which requires the support and guidance of agricultural experts , needs to be adapted to local conditions by farm managers, and requires continuous improvement during use to form applicable, usable, and easy-to-use production standards and implement them.

Ø Sorting and packaging management: The sorting and packaging link is connected to the planting stage. It is a process of harvesting agricultural products and forming products. The sorting function includes agricultural product collection, weighing, batch code assignment, and batch label printing. The bulk agricultural products formed by picking are formed into pre-packaged or gift packages, and are given a traceability code. Finally, a traceability code label is printed and attached to the product outer packaging.

ØInventory management: carry out warehouse management, warehouse management, inventory loss management, and inventory statistics management based on the collection batch.

ØExit management: The packaged products can be shipped according to orders or batches, and the product is bound for sales.

Ø Order management: Sales enterprises or customers can place purchase orders through the system, and production enterprises can ship to purchasing units according to the order situation.

Ø Input management: It includes two functions of purchasing and receiving input. Purchased inputs need to be recorded, including information on the source company and batch number; agricultural workers need to receive inputs for agricultural operations, and the input warehouse manager can assign the corresponding varieties and quantities to the person in charge of the plot according to the production archives Inputs.

Ø Data maintenance: Provide password modification and operation specification maintenance functions for enterprise information workers.

2.2, detection information management

Inspection information registration management is a key part of agricultural product safety traceability, and an important starting point for government supervision. Relying on the agricultural product safety inspection and quarantine system to register agricultural product inspection and quarantine information, all agricultural products must pass the inspection and quarantine before they can be sold, providing protection for the quality and safety of agricultural products.

3. Application Support System

3.1 Tracking code query

In order to make it easier for consumers to search for traceability information, multiple channels are used to query the traceability code, including online query, self-service terminal query, mobile terminal (android / ios) query, and WeChat public account query.

ØOnline query: Enter the tracking code in the web version of the tracking query system to query related tracking information.

Ø Self-service terminal query: Enter or scan the tracking code in the self-service terminal to query related traceability information.

Ø Mobile terminal (android / ios) query: Enter or scan the trace code in the mobile terminal to query related trace information.

Ø WeChat public account query: Enter the trace code through WeChat to query related trace information.


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