The book outlines the purpose, objective, and uses of the design and analysis to better understand the arm's capabilities. This research aims to design and analyze an L-type ellipse arm for rescue operations in a bore-well and to determine the best material for the arm to optimize its strength, durability, and safety. Using the L-type ellipse arm allows for rescuing a child in a bore-well in an accident.
The review revealed that sensors, cameras, and robotic devices were common components used in these rescue systems. The literature also highlighted the importance of communication systems in rescue operations and the need for real-time data analysis to make informed decisions.
Additionally, several research papers and articles focused on the safety concerns related to open bore-wells. The literature revealed that open bore-wells are a significant hazard, particularly for children, and several accidents have occurred in India and other countries. The literature highlighted the importance of preventive measures, such as proper bore-well construction, and the need for prompt rescue operations in case of an accident.
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Dr. K P Sridhar, Dr. S Baskar, M. Arun, Dr. G Vignesh, Dr. S Deepa, Dr. R Sujatha, C Prajitha
Dr. K.P. Sridhar, Professor in the Department of Electronics and Communication Engineering / Centre for Interdisciplinary Research, Karpagam Academy of Higher Education Coimbatore, Tamil Nadu, India. His research interest includes IoT and Deep learning. He received research grants and funded a project worth 6.5 crores. He has 56 granted patents, and He published more than 36 research articles in international journals, book chapters, and Conferences
