Sai Kiran M Venkat, Tripti R Kulkarni, Karan Abrol, K. K, K. L. Reddy
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引用次数: 0
摘要
紫外线(UV)为基础的灭菌技术作为一种有用的援助,在修剪微生物的生长,通常在清洁和消毒后的表面上。一种用于医院手术室消毒消毒的紫外线机器人正在开发中。表面消毒是防止感染在医院传播的关键步骤。通常的人工清洁和消毒程序不足以消除感染和污染表面的病原体。紫外线- c (UV-C)辐射部署自主消毒控制系统正在开发,以补充传统的去污程序,显着减少时间和同时减少工作量。紫外线机器人可以清洁人类无法触及的区域,从而降低有害病毒的传播。从技术角度来看,机器人的发展是预防战略的一部分,以克服医院在类似大流行的情况下面临的挑战。它还有助于我们提高防治这一流行病的效力。这个机器人也很节能,因为它可以比人类工作更长的时间。它还可以减少人为干扰,也降低了病毒污染的风险。
Survey on Surface Disinfection Robot Using UV Light and Liquid Sanitizer
An Ultraviolet (UV) based sterilization technique acts as a useful aid in pruning the growth of microorganisms that usually persists on the surfaces after the usual procedure of cleaning and sanitizing. A UV robot is being developed for sterilization and sanitization in the operating rooms of hospitals. Surface decontamination is a crucial procedure to prevent the spread of infections in hospitals. The usual procedures of manual cleaning and disinfection are inadequate to eliminate pathogens from the infected and contaminated surfaces. Ultraviolet-C (UV-C) radiation deploying autonomous disinfection control system is being developed to complement the conventional decontamination procedures with a significant reduction of time and concurrent reduction of workload. The UV Robot lowers the transmission of hazardous virus as it can cleanse the areas that are out of human reach. In the view of technology, the development of robots is a part of preventive strategy to overcome the challenges faced by hospitals in a pandemic like situations. It also helps us to increase the effectiveness in battling the pandemic. This robot is also power efficient as it can function for a longer period of time than a human. It can also reduce human interference, also decreasing the risk of contamination of virus.