Seismic Safeguard Based on Intelligent System and Power Management
G Saravanan, S Kavin, T S Naveen Siddharth, S Sanjeev, C Santhosh Kumar · 2024
This paper presents the hardware design and development of an intelligent seismic safeguard system using an Arduino Uno Microcontroller. A Square Haven for Earthquake Survival dimensions of life-saving box boasts a compact and sturdy design, measuring 21.5 inches on each side, crafted from durable wood for added resilience in harsh environments. Its compressed dimensions allow for informal stowage in various locations, offering a sense of security and preparedness. This system aims to enhance safety and survival chances during and after an earthquake by, mitigating accidental box opening the system utilizes a servo motor controlled by the Arduino to lock and unlock the box securely, preventing accidental opening due to tremors. Environmental monitoring movement detection vibration sensor-detects tremors and triggers the system. Automated rescue signal a GPS sensor integrated with the system transmits the box's location to emergency response teams, facilitating faster rescue efforts. The power management system employs to operate intelligent strategies to optimize battery life, ensuring prolonged operation during critical situations. It provides with survival supplies oxygen cylinder with mask, torch light, water bottle, food supplements while awaiting rescue during earthquake. Adult diapers maintain hygiene and sanitation during extended periods within the box.