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The results obtained in this system using and interfacing several modules are commendable. "Smart and safe child rescue system from open bore well" is mainly designed to save many lives of children who fall inside the bore well. In the past 10 years, lots of lives had been lost by falling in to the bore well because digging a pit beside the bore well is very tedious and time consuming process. By using bigger motors, arms and advanced technology this system can be implemented more successfully. Thus through this system, we developed a rescue robot which goes into the bore well through the…mehr

Produktbeschreibung
The results obtained in this system using and interfacing several modules are commendable. "Smart and safe child rescue system from open bore well" is mainly designed to save many lives of children who fall inside the bore well. In the past 10 years, lots of lives had been lost by falling in to the bore well because digging a pit beside the bore well is very tedious and time consuming process. By using bigger motors, arms and advanced technology this system can be implemented more successfully. Thus through this system, we developed a rescue robot which goes into the bore well through the wheels employed and rescues the child.The performance of real time child rescue robot is limited by lack of internet connectivity deep down as the depth increases. In deeper bore wells where there are no connections, alternative technologies like Lo-Ra modules can be used. Also, if the weight of the baby is so high that the robotic arms cannot carry, there is a risk of dropping the baby down. Toconclude, it can be firmly stated that despite certain limitations, this system provides considerable efficiency.
Autorenporträt
Chandrasekhar Paseddula. Professor Assistente, ECE, Instituto G. Narayanamma de Tecnologia e Ciência, Hyderabad.