五盾农产品质量安全可追溯性体系Introduction to the Traceability System
五盾农产品质量安全的可追溯性体系建设结合物联网、云计算、大数据、RFID、NFC以及LBS地理信息等技术，通过感知设备、通讯网络RFID、防伪标签、二维码、一维码等设备技术，为农产品建立“身份证”制度，实现农产品的基地生产、加工流通、农残检测的信息的全程可追溯，打造农产品品牌，实现知根溯源。并通过部署在农作物产区现场的各种传感器、控制器、监测站和摄像头，全面展现和监测基地现场的大气环境、土壤环境、水质环境、作物长势、设备运行状态、病虫害情况等，推动农产品“安全，高质，标准化”生产，提高农业生产智能化、经营网络化、管理数据化、服务在线化水平.Five shield agricultural products traceability system combines internet of things, cloud computing, big data and LBS geographic information technology to establish an " identity card" system for agricultural products through sensing equipment, communication network RFID, anti-counterfeiting labels and two-dimensional codes, so as to realize the traceability of agricultural products' base production, processing and circulation, and agricultural residue detection throughout the process, create agricultural products brands and realize the traceability of knowledge. Through various sensors, controllers, monitoring stations and cameras deployed on the site of the crop production area, the air environment, soil environment, water quality environment, crop growth, equipment operation status, diseases and insect pests on the site of the base will be fully displayed and monitored to promote " safe, high - quality, standardized" production of agricultural products and improve the level of intelligence, network management, data management and online service of agricultural production.
体系系统特点System characteristics：
根据系统建设标准及业务需求，总体框架以高内聚，低耦合为指导思想，以前瞻性原则、实用性原则、安全性原则、扩展性和开放性为设计原则。保证系统的先进性，伸缩性。According to the system construction standards and business requirements, the overall framework takes high cohesion and low coupling as its guiding ideology, and takes forward-looking principles, practical principles, security principles, expansibility and openness as its design principles. To ensure the advanced and flexible nature of the system.
体系系统功能Main function
五盾农产品质量安全的可追溯性体系系统将“物联网，移动互联网，云计算”技术与传统农业生产相结合，全面记录和展现农产品生产过程中各类关键节点的信息；消费者通过扫描农产品包装上的二维码/条形码进行溯源查询，溯源档案将包含：生产企业信息、产品信息、农事过程信息、关键期生长照片、农药化肥用量、环境数据、远程视频监控和购买渠道等。 The 5D agricultural product traceability system combines " internet of things, mobile internet, cloud computing" technology with traditional agricultural production to comprehensively record and display information of various key nodes in the agricultural product production process. Consumers can trace back to the source by scanning the two-dimensional code / bar code on the packaging of agricultural products. The trace files will include production enterprise information, product information, agricultural process information, critical growth photos, pesticide and fertilizer usage, environmental data, remote video monitoring and purchase channels, etc.
生产端Production side
推动农产品“安全，高质，标准化”生产；
:promote " safe, high - quality, standardized" production of agricultural products;
消费端Consumer side
搭建一座农村与城市之间的桥梁，让消费者能够更加直观了解农业生产现场和过程；
Build a bridge between rural and urban areas so that consumers can more intuitively understand the scene and process of agricultural production.
产业端Industry end
提高农业生产智能化、经营网络化、管理数据化、服务在线化水平。
Improve the level of intelligence of agricultural production, network management, data management and online service.
体系系统移动端Mobile end of system
支持跟物联网监测的联动，接收到现场预警信号后会按照预先设定的规则进行自动控制操作；支持预设时间和运行周期，到达预设条件后系统将自动操作现场设备完成控制动作（灌溉、加温等）。用户能够充分发挥自己的管理思想、管理理念、管理方法和策略，实现信息智能化监测和自动化操作，有效整合内外部资源，提高利用效率。Support linkage with Internet of Things monitoring, and automatically control operation according to preset rules after receiving on-site early warning signals; Support the preset time and operation cycle. After reaching the preset conditions, the system will automatically operate the field equipment to complete the control actions ( irrigation, heating, etc. ). Users can give full play to their management ideas, management concepts, management methods and strategies, realize intelligent monitoring and automatic operation of information, effectively integrate internal and external resources and improve utilization efficiency.
体系系统系统效应systemic effect
1、根据产品的二维码可追溯到农产品的种植环节、培育环节、产品认证信息、有机证证信息、化肥使用情况、农药使用情况、生长周期实时监控等。According to the product's two-dimensional code, it can be traced back to the planting link, cultivation link, product certification information, organic certification information, fertilizer use, pesticide use and real-time monitoring of growth cycle of agricultural products.
2、问题质量产品快弟响应，第一时间查找问题产品的过程环节、发货区域、发货数量等。Respond quickly to the problem quality products and find out the process link, delivery area and delivery quantity of the problem products in the first place.
3、提供产品生产供应链闭环数据信息，防止因问题产品造成的恶意索赔事件。为产品提供有效的质量检验证据。Provide closed-loop data information of product production supply chain to prevent malicious claim events caused by problem products. Provide effective quality inspection evidence for products.
4、防止产品在市场流通中的恶意窜货行为。To prevent the product in the market circulation of malicious channeling behavior.
5、各类数据形成电子统计表，除低人力统计所耗费的资源成本。All kinds of data form electronic statistical tables, except for the low resource cost of manpower statistics.
6、通过系统，企业各层权限可了解生产环节及销售环节的详细数据，为决策者提供有力的数据分析依据。Through the system, all levels of authority of the enterprise can understand the detailed data of production and sales links and provide a powerful data analysis basis for decision makers.
7、实现产品的全过程生产管理数字化，避免原始手工作业的失误，提高生产效率。Digitize the whole process of product production management, avoid mistakes in original manual operation and improve production efficiency.
8、通过各环节的监控，可监控各生产作业环节工人的作业水平及能力。为提高产品质量合格率达到促进的作用。Through the monitoring of each link, the working level and ability of workers in each production link can be monitored. In order to improve the qualified rate of product quality, it plays a role of promotion.
9、依据市场终端销售数据的统计，可了解产品在市场中的活动情况，了解消费者信息，为二次营销与后期定制提供最有效最实际的分析决策依据。 According to the statistics of market terminal sales data, we can understand the activities of products in the market and consumer information, providing the most effective and practical analysis and decision-making basis for secondary marketing and post - customization.
