Abstract

In the healthcare environment, the spread of infectious diseases through respiratory particles poses a significant challenge to maintaining clean and safe surroundings. With shortages in surface disinfectants, the traditional manual cleaning methods have been put under scrutiny, as they often prove inadequate and leave residual contamination. Moreover, the constant operation of healthcare
facilities, coupled with staff turnover, increases the risk of virus transmission among healthcare workers. To address these concerns, a novel solution has been proposed: the development of a disinfecting robot utilizing ultraviolet (UV) rays for efficient microbial reduction. The robot is equipped with obstacle avoidance capabilities, eliminating the need for constant monitoring, and providing a substantial advantage over human-controlled methods. This abstract highlight the importance of innovative technology in maintaining a clean healthcare environment and protecting the well-being of both patients and healthcare workers
Keywords: UV C light, Bio organism, DNA, Robot, Sensor
INTRODUCTION
An infected person who is suffering from cold, cough, etc., so the tiny respiratory particles from the infected person are spread into the air finally onto the surrounding surfaces. Shortages in surface disinfectants, although worrying. The sole aspect that matters is providing clean environments in healthcare. It challenged the traditional way of cleaning and disinfecting the surrounding surfaces. Despite best practice recommendations, manual cleaning in each hospital is predicated on local protocols, training, understanding, renewal, and staff turnover of cleaning staff because of the control and, therefore, the inspection of their performance.

Keyworde: UV C light, Bio organism, DNA, Robot, Sensor

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