紫外线消毒机器人的设计与研制

A. Rai, Shylaja C, Tanya Singh, Shrey M. Trivedi
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引用次数: 3

摘要

COVID-19的爆发现在已经成为一场大流行。新的Covid - 19几乎影响了陆地;在撰写时,韩国、伊朗、美国、意大利、英国、印度和其他欧洲国家在分析的案例中遭遇了急剧的扩张。因此,需要在世界范围内努力打破感染传播链。新型冠状病毒感染症(COVID-19)不仅通过密切接触的呼吸液滴传播,而且还通过污染的表面传播,因此为了避免感染,正在使用机器人控制的非接触性紫外线(UV)表面消毒。当前工作的重点是为抗击Covid - 19的传播做出贡献。在这次检查中,我们采用了实际的消毒策略,利用UVC光作为专家。对UVC小工具进行了检查,并对其消毒单元、互惠小工具、综合消毒专家、可移植性和请求类型进行了表征。我们的发现表明,多功能机器人是灭活微生物最有效的工具,因此我们建造了一个名为UVC机器人的机器人。这个机器人装有紫外线灯。这盏灯被固定在一个移动的机器人上,这个机器人通过一个蓝牙小装置被一个安卓便携式应用程序所约束。UVC机器人用明亮的光清洁房间和齿轮。这个机器人能杀死大约。99.99%的微生物和感染通过紫外线灯驱动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Development of Ultra-Violet Light Disinfectant Robot
The flare-up of COVID-19 has now gotten a pandemic. The new Covid 19 has influenced almost landmasses; at the hour of composing, South Korea, Iran, USA, Italy, Britain, India and other European nations have encountered sharp expansions in analyzed cases. Worldwide exertion is thusly needed to break the chains of infection transmission. For infection avoidance, robot-controlled noncontact bright (UV) surface disinfection is being utilized in light of the fact that COVID-19 spreads not just from one individual to another through close contact respiratory drop move yet in addition by means of defiled surfaces. The point of the current work is to contribute in the battle against the spread of Covid 19. In this examination, we have embraced the actual disinfection strategy by utilizing UVC light as specialist. The UVC gadgets are examined and characterized concurring their sanitizer units, reciprocal gadgets, consolidated disinfection specialists, portability, and request types. Our discovering shows that a versatile robot is the most productive gadget to inactivate microorganisms, so we have built up a robot called UVC Robot. The robot is furnished with an UVC light. This light is fixed on a moving robot that is constrained by an android portable application through a Bluetooth gadget. UVC robot cleans rooms and gear with bright light. The robot can kill approx. 99.99% microbes and infection through UVC lights drove.
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