循环经济中聚乙烯质量控制信息系统

Mykola Baran, M. Bublyk, L. Chyrun, Maryna Shevchenko, Sofia Chyrun
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引用次数: 0

摘要

聚乙烯质量控制体系是对决定产品质量水平的部件进行控制和调控的一套方法和手段,以及对生产过程各个阶段的技术控制。聚合聚乙烯的第一次经验是在十九世纪末由科学家古斯塔夫森获得的。多年来,聚乙烯都是小批量生产的,但在1938年,英国人掌握了工业生产的过程。当时的聚合方法还不完善,需要额外的生产控制手段。如今,每个公司都使用不同的方法来控制生产,但考虑到复杂的化学和技术过程,需要一个更有效和集成的系统来控制最终产品的质量,同时节省原材料仍然是相关的。研究目标:为使用远程访问和人工智能系统的自动化系统的通知、控制和管理任务创建质量控制系统。研究对象:聚乙烯生产企业实施质量控制体系的技术特点。研究范围:应用人工智能技术的聚乙烯生产质量控制系统。本文介绍了一个聚乙烯质量控制信息系统的建立,该系统将在网络技术和人工智能的帮助下,为生产过程提供有效和安全的管理,高功能和跨平台。该工作包括引言,五章,结论和使用的资料清单。第一部分论述了质量控制体系研究的理论基础和方法基础。第二部分对研究对象进行了系统分析。第三部分是对制度实施方式的比较和选择。第四部分描述创建的软件。第五部分,软件产品的经济特性和软件产品成本的计算。根据研究,建立了聚乙烯生产质量控制信息系统,其工作是建立产品和工艺符合法规和技术文件、标准样品的要求,提供生产过程信息并保持其稳定性,保护企业数据,在早期阶段识别缺陷产品,防止不合格产品的生产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Information system of polyethylene quality control in the circular economy
Polyethylene quality control system is a set of methods and means of control and regulation of components that determine the level of product quality, as well as technical control at all stages of the production process. The first experience of polymerization of polyethylene at the end of the XIX century was received by the scientist Gustavson. For many years, polyethylene was created in small quantities, but in 1938 the process of industrial production was mastered by the British. At that time, the polymerization method was not yet perfect and required additional means of production control. Nowadays, each company uses different methods to control production, but given the complex chemical and technological processes, the need for a more efficient and integrated system that will control the quality of final products and at the same time save raw materials is still relevant. Goal of research: creation of a quality control system for the tasks of notification, control, management of automation systems using remote access and artificial intelligence systems. Study object: technical features of implementation of quality control system for polyethylene production enterprise. Scope of research: quality control system for polyethylene production with elements of artificial intelligence technology. The article deals with the creation of an information system for quality control of polyethylene, which will provide effective and safe management of the production process, high functionality and cross-platform with the help of web technologies and artificial intelligence. The work consists of an introduction, five chapters, conclusions and a list of sources used. In the first section the theoretical and methodological bases of research of quality control system are considered. The second section provides a systematic analysis of the object of study. The third section compares and selects the means of implementing systems. The fourth section describes the created software. In the fifth section, the economic characteristics of the software product and the calculation of the cost of the software product. According to the study, an information system for quality control of polyethylene production was created, the work of which is to establish compliance of products and processes with the requirements of regulatory and technical documentation, standard samples, provide information on the production process and maintain its stability, protect enterprise data, identify defective products in the early stages, preventing the production of substandard products.
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