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ABDUL-Intelligent Firefighting Robo.pptx
- 1. INVENTORS: Mr.A.Abdul Hayum, AP/ECE Mr.B.Hakkem, AP/ECE Mr.R.Karuppusamy, AP/ECE Mr.A.Vidhyasekar, AP/ECE IOT ENABLED AN AUTONOMOUS AND SMART ROBOT FOR DETECTING AND CONTROLLING FIRE HINDUSTHAN INSTITUTE OF TECHNOLOGY Approved by AICTE, New Delhi, Accredited with ‘A’ Grade by NAAC (An Autonomous Institution, Affiliated to Anna University, Chennai) Coimbatore – 641 032.
- 2. 7. Technical Comparison 8. Market & Production Scope 1. Introduction 10. Expanded Patent Claims 9. Future Enhancements 6. Functional Demonstration 2. The Real-World Problem 3. Target Users & Use Cases 4. Innovation Map 11. Conclusion CONTENTS 5. Enhanced Product Concept
- 3. Overview • The Intelligent Firefighting Robot is a next-generation, IoT-enabled system that autonomously detects and extinguishes fires. Designed for environments where human response is risky or delayed, this robot enhances fire safety using real-time sensors, mobile control, and smart automation. • Our mission is to minimize fire damage and maximize safety using compact, affordable, and scalable robotics. The Real-World Problem • Fire emergencies often escalate due to delayed detection and manual firefighting. • In India, especially Tamil Nadu, fire incidents in homes, labs, and commercial spaces cause significant life and property loss annually. • Human firefighters face limitations like visibility, accessibility, and personal risk. • There is a pressing need for autonomous firefighting systems that can respond instantly and intelligently.
- 4. 📍 National Statistics (India) • In 2022, India recorded 7,566 fire accidents, resulting in 7,435 deaths. • 50% of these occurred in residential homes. • 21% caused by electrical short circuits, 20% by LPG/cylinder explosions. • A 2025 survey revealed that only 18% of Indian households conduct annual fire safety checks. 📍 Tamil Nadu Insights • Forest fires surged in 2023–24 with 3,380 incidents, the highest in 4 years. • 217 fires reported between Feb–May 2024 in Kodaikanal, Vellore, etc. • On Deepavali 2024, Tamil Nadu reported 150 fire accidents, causing 1 death and 544 injuries. • Industrial fires in fireworks factories (Feb & June 2024) caused multiple fatalities in Virudhunagar. Fire Incidents in India Need for Innovation • Delayed human response, poor awareness, and inaccessible fire zones underline the urgent need for autonomous fire response systems. • Our proposed Intelligent Firefighting Robot offers a timely, efficient, and safe solution for such scenarios.
- 5. Research labs with flammable materials Office buildings and server rooms 5 3 2 4 Warehouses and supermarkets Homes with elderly or children Parking garages with limited visibility 1 Target Users & Use Cases • Elderly or disabled individuals needing remote fire assistance. • Where chemical or gas fires pose high risks.. • Large storage units where fire can spread quickly. • Public spaces requiring quick, automated safety systems. • Data centers or electrical rooms. • Low visibility areas with flammable vehicles.
- 6. • Obstacle navigation • Modular upgrade path (CO₂ extinguisher, gel-based systems) Combining Technologies Distinctive Features • IoT control systems (real-time sensor feedback) • Traditional robotics (motors, control boards) • Mobile-based control interface (manual override) • Fire suppression versatility (Water/CO₂/future compatibility) • Smart switching between manual and auto mode Innovation Map
- 7. • Pump Mechanism for extinguishing Product Components • Flame and smoke sensors for fire detection • Dual mode: Manual (Bluetooth App) and Autonomous A compact robot using: • Servo motor-controlled rotating sprinkler (180°) • Arduino UNO microcontroller • Ultrasonic sensors for obstacle avoidance • Optional CO₂ extinguisher add-on
- 9. Bluetooth-based mobile app for manual control Fire detection with flame + smoke sensors 3 2 Robot stops, aligns nozzle, and extinguishes fire 1 Avoids obstacles in its path Functional Demonstration 4
- 10. Feature Our Robot Existing Models Auto + Manual Mode Yes No Mobile App Control Yes No CO₂ Add-on Option Yes No 180° Sprinkler Yes Limited Obstacle Avoidance Yes Yes Modular Upgrades Yes No Technical Comparison
- 11. Market & Production Scope Opportunities for partnerships and product iteration exist to meet market demands. The potential market for the Intelligent Firefighting Robot includes residential, commercial, and industrial sectors, where effective fire management is critical.
- 12. Vision-based fire source mapping (camera + AI) Solar-powered variant for outdoor deployment 5 Future Enhancements Wi-Fi enabled real-time alert system 3 4 Fire-mapping and reporting via cloud 1 2 Gel-based extinguisher module
- 13. Multi-robot cooperative firefighting mesh Manual override via mobile app Modular fire extinguishing agent mechanism Expanded Patent Claims Obstacle navigation with environmental sensing
- 14. • The Intelligent Firefighting Robot represents a significant advancement in fire safety technology, combining automation and manual controls to enhance emergency responses in various environments. • The Intelligent Firefighting Robot merges embedded systems, robotics, and IoT to create a reliable, scalable, and innovative fire-safety solution. • It not only reduces human risk but also ensures faster and smarter responses to fire outbreaks. Conclusion
- 15. Thank You Thank you for your attention. We welcome any questions or discussions regarding the Intelligent Firefighting Robot and its potential impact on fire safety.