种子加工企业质量溯源管理系统的设计与实现

发布时间：2018-03-27 10:59

本文选题：种子加工　切入点：质量控制　出处：《大连理工大学》2016年硕士论文

【摘要】：近年来我国农业生产水平取得了显著提升,种子行业作为农业生产活动的起点对农业生产发展具有至关重要的作用。从产业链的角度来说种子行业涵盖种质资源创新、品种培育、生产加工、销售和后续服务等环节,目前我国种子产业发展优势资源主要集中在品种培育部分,后期的加工、销售以及服务方面还存在不少问题,导致假冒伪劣种子侵害农户利益的现象时有发生,一些种子加工企业开始尝试利用信息技术对其加工、销售过程进行监控,取得了一些成效,但将种子加工全产业链信息纳入质量溯源系统还处于探索阶段。本文针对目前种子生产环节质量监管过程存在的问题,提出利用RFID技术实现种子生产环节信息流、业务流的有效整合,在改善现有的管理模式的同时,又能确保种子质量,让农户买到放心的、高品质的种子。通过对深入分析种子加工企业的业务流程,充分考虑种子生产的产业发展趋势和行业标准等可变因素,本文采用RFID技术,采用MVC三层架构构造系统的框架,结合种子企业业务特点选择SQL Server作为后台数据库,以IIS为应用程序服务器完成了种子加工企业质量溯源系统的设计。本系统包含粮繁基地管理、加工管理、仓储物流管理等三大模块,实现从棉种种植、收购、加工、销售各环节的质量溯源管理。通过使用本系统进行种子质量管理,可以使得种子质量的可追踪性大大增加,具有精确、可靠、便捷的优点,在很大程度上降低了种子加工企业运营成本,提升其产品的市场竞争力。本文系统采用的MVC架构使得系统具有较好的扩展性和可重用性。种子加工质量溯源系统的各功能模块,通过具体的编码和一系列系统测试,均已成功实现,进入试运行阶段。经实际使用,本论文所设计的MVC系统架构容错性良好,运行稳定,可以满足种子加工企业在质量监管方面的需求。
[Abstract]:In recent years, the level of agricultural production in China has been greatly improved, and seed industry, as the starting point of agricultural production activities, plays an important role in the development of agricultural production. From the perspective of industrial chain, seed industry covers germplasm resource innovation. Breed cultivation, production and processing, sales and follow-up services, and so on. At present, the dominant resources for the development of the seed industry in China are mainly concentrated in the breeding part of varieties. There are still many problems in processing, marketing and service in the later stage. As a result of the phenomenon that fake and shoddy seeds are infringing on the interests of farmers, some seed processing enterprises have begun to use information technology to monitor their processing and sales process, and have achieved some results. However, it is still in the exploratory stage to bring the whole industry chain information of seed processing into the quality traceability system. Aiming at the problems existing in the process of quality supervision in seed production at present, this paper proposes to use RFID technology to realize the information flow in seed production. The effective integration of business flows can not only improve the existing management model, but also ensure the quality of seeds, so that farmers can buy secure, high-quality seeds. Through in-depth analysis of the business processes of seed processing enterprises, Considering the variable factors of seed production industry development trend and industry standard, this paper adopts RFID technology, adopts MVC three-tier structure to construct the frame of the system, and combines the characteristics of seed enterprise business to select SQL Server as the backstage database. The quality traceability system of seed processing enterprise is designed with IIS as the application program server. The system includes three modules: grain propagation base management, processing management and warehousing logistics management, which can be realized from cotton seed planting, purchasing and processing. Through the use of this system for seed quality management, the traceability of seed quality can be greatly increased, with the advantages of accuracy, reliability and convenience. To a great extent, the operating cost of seed processing enterprises is reduced, and the market competitiveness of their products is improved. The MVC architecture adopted in this paper makes the system have good expansibility and reusability, and the function modules of the seed processing quality traceability system. Through specific coding and a series of system tests, all of them have been successfully implemented and entered the stage of trial operation. Through practical use, the MVC system architecture designed in this paper has good fault-tolerance and stable operation. It can meet the needs of seed processing enterprises in quality supervision.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

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