Intelligent video surveillance of containers in the view of electromagnetic compatibility tests

Przeglad Komunikacyjny Pub Date : 2022-07-01 DOI:10.35117/a_eng_22_07_03

K. Białek, Patryk Wetoszka

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Abstract

Abstract: The article presents the results of field tests of the intelligent video monitoring system of railway wagons, own name IMW. The IMW device was created as part of a project financed by the National Center for Research and Development, under Measure 4.1 of the Intelligent Development Operational Program 2014-2020 POIR.04.01.04-00-0157/17-00. The leader of the project is MobileMS, while the Railway Institute conducted various research works from 2019 to 2021 together with other institutions (consortium partners) i.e. STIPENDIUM Institute of Science and Technology and Kodegenix. The Automation and Telecommunications Laboratory of the Railway Institute realized part of the electromagnetic compatibility tests. The measurements were carried out in laboratory and field conditions in order to reduce as much as possible the level of generated interference from the IMW device. Tests were carried out on the IMW device mounted by means of metal clamps on the hydraulic distribution block of the WM-15A type motorized bogie. EMC and interference test specialists of the Railway Institute developed test templates according to which the planned measurements were carried out. Keywords: Electromagnetic Compatibility; Diagnostics; Radiated emission

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智能视频监控中集装箱的电磁兼容性测试

文摘：本文介绍了IMW型铁路货车智能视频监控系统的现场测试结果。IMW设备是作为国家研发中心资助的一个项目的一部分，根据2014-2020年智能开发运营计划POIR.04.01.04-00-0157/17-00的措施4.1创建的。该项目的领导者是MobileMS，而铁路研究所在2019年至2021年期间与其他机构（联合体合作伙伴），即STIPENDIUM科学技术研究所和Kodegenix一起进行了各种研究工作。铁道学院自动化与电信实验室实现了部分电磁兼容性测试。测量是在实验室和现场条件下进行的，目的是尽可能降低IMW设备产生的干扰水平。对WM-15A型电动转向架液压分配块上安装的IMW装置进行了试验。EMC和铁路研究所的干扰测试专家开发了测试模板，根据这些模板进行计划的测量。关键词：电磁兼容性；诊断；辐射发射

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