激光系统运行中的机构安全计划的发展和建议

Vagner Resende, Alex Cunha, Arandi Ginane Bezerra Junior, A. Malthez
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引用次数: 0

摘要

激光辐射会对生物造成不良的生物效应;虽然它不是电离的,但这种类型的辐射会导致皮肤和角膜烧伤,甚至白内障,这取决于激光辐射的波长和强度。由于激光在研究和开发、服务和工业等几个领域的广泛应用,与这种非电离辐射有关的职业风险在世界范围内大大增加。一些国家有规范性文件和监管机构或机构处理有关激光应用、设备和机器的职业安全和质量。在巴西,缺乏由国家监管委员会发布的激光安全文件。因此,大型技术中心和教育机构,如SENAI激光制造和加工系统创新研究所(ISI-Joinville)和帕拉纳联邦科技大学 (UTFPR),没有激光操作的机构安全计划,为了适应最现代的国际建议,他们从其他机构寻找国际文件和模型。这项工作的主要目标是根据巴西劳动和社会保障部的监管文件以及美国国家标准协会(ANSI-Z 136-1: 2014)关于激光安全的最现代国际标准,制定并提出一个机构计划。开发的安全计划应用于ISI-Joinville,但模型适用于任何研究中心和大学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and Proposal of an Institutional Safety Program in the Operation of Laser Systems
Laser radiation can cause undesirable biological effects on living beings; although it is not ionizing, this type of radiation can cause burns to the skin and cornea, even cataracts, depending on the wavelength and intensity of the laser radiation. Due to the wide growth of laser applications in several areas, such as research and development, services, and industry, the occupational risks concerning this non-ionizing radiation have increased considerably worldwide. Several countries have normative documents and regulatory bodies or agencies that approach occupational safety and quality regarding laser application, equipment, and machines. In Brazil, there is a lacking of laser safety documents published by a national regulatory council. Therefore, large technological centers and educational institutions, such as SENAI Institute for Innovation in Laser Manufacturing and Processing Systems (ISI-Joinville) and the Federal Technological University of Paraná (UTFPR), do not have an institutional safety program for laser operations, and to adapt to the most modern international recommendations they look for international documents and models from other institutions. The main objective of this work was to develop and propose an institutional program following Brazilian regulatory documents from the Ministry of Labor and Social Security and the most modern international standard about laser safety from the American National Standards Institute (ANSI-Z 136-1: 2014). The developed safety program was applied to ISI-Joinville, but a model was adapted to be implemented at any research center and university.
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