AUTOMATION OF THE PROCESS AND OPTIMIZATION OF TECHNICAL DIAGNOSTICS RESULTS PROCESSING

R.A. Kurylev, A.P. Pavlov, V.M. Semenov
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Abstract

High safety requirements are imposed on the operation of production facilities. One of the requirements is periodic diagnostics of equipment and structures. Technical diagnostics is the recognition of the state of a technical system, which includes a wide rangeof problems associated with obtaining and evaluating diagnostic information. Surveys provide extensive information about the diagnostic object, which allows us to conclude about the operability of the object, to make a decision about repairs or modernization.The article discusses the process of diagnostics, its shortcomings and methods of their elimination. A program for automating the process and processing the results of technical diagnostics is proposed. The implementation of the development is aimed at increasing the reliability of the data obtained, reducing labor costs, and improving the state of safety at production facilities. It is also assumed that when using the development, the number of industrial accidents that occurred due to human factor errors during technical diagnostics will be reduced.The program consists of four elements, which will allow them to be gradually implemented in production: a sensor-server commu-nication system, a database, an electronic technological scheme of the object, a computing module. The communication system will simplify the transmission of data from the control sites. The database will facilitate work with documentation for control objects. The information available on the electronic technological scheme will increase the speed of interaction of employees of various services during diagnostics. The calculation module will eliminate the human factor during calculations and accelerate the formation of control acts and the conclusion of the industrial safety expertise.The joint use of all elements of the program will facilitate and accelerate the work on technical diagnostics and simplify the work with documentation for research objects.
技术诊断结果处理过程的自动化和优化
对生产设施的运行有很高的安全要求。其中一项要求就是对设备和结构进行定期诊断。技术诊断是对技术系统状态的确认,包括与获取和评估诊断信息相关的一系列问题。调查提供了有关诊断对象的广泛信息,使我们能够对对象的可操作性做出结论,并对维修或现代化做出决定。文章讨论了诊断过程、其缺点和消除缺点的方法。文章提出了技术诊断过程和结果处理自动化程序。实施该开发的目的是提高所获数据的可靠性,降低劳动力成本,改善生产设施的安全状况。该方案由四个要素组成,可在生产中逐步实施:传感器-服务器通信系统、数据库、对象的电子技术方案、计算模块。通信系统将简化控制点的数据传输。数据库将为控制对象的文档编制工作提供便利。电子技术方案上的信息将提高各部门员工在诊断过程中的互动速度。计算模块将消除计算过程中的人为因素,加快控制行为的形成和工业安全专业知识的总结。联合使用程序的所有元素将促进和加快技术诊断工作,简化研究对象的文档工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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