Periodic disinfection of workspaces can reduce SARS-CoV-2 transmission. In many buildings periodic disinfection is performed manually; this has several disadvantages: it is expensive, limited in the number of times it can be done over a day, and poses an increased risk to the workers performing the task. To solve these problems, we developed an automated decontamination system that uses ultraviolet C (UVC) radiation for disinfection, coupled with occupancy detection for its safe operation. UVC irradiation is a well-established technology for the deactivation of a wide range of pathogens. Our proposed system can deactivate pathogens both on surfaces and in the air. The coupling with occupancy detection ensures that occupants are never directly exposed to UVC lights and their potential harmful effects. To help the wider community, we have shared our complete work as an open-source repository, to be used under GPL v3.
翻译:工作空间的定期消毒可以减少SARS-CoV-2的传播。在许多建筑中,定期消毒是人工操作的;这有几个缺点:费用昂贵,每天可以消消毒的次数有限,而且对从事这项工作的工人构成更大的风险。为了解决这些问题,我们开发了一个自动净化系统,使用紫外线C(UVC)辐射进行消毒,同时为安全操作进行占用探测。紫外线辐照是一种成熟的技术,可以使广泛的病原体停止使用。我们提议的系统可以在表面和空中对病原体进行消毒。与占用探测的结合确保居住者永远不会直接接触紫外线灯及其潜在有害影响。为了帮助更广泛的社区,我们分享了我们作为开放源储存库的完整工作,将在GPL v3下使用。