out of sight monitoring device presentation
- 1. DESIGN AND DEVELOPMENT OF OUT OF SIGHT MONITORING DEVICE 1
- 3. INTRO 4 • What is an out of sight monitoring device? • Where can it be used? What Problem Statement Objectives Working Principle
- 4. INTRO • Why is there a need for this device? • What are the issues in the currently available devices? • What is an out of sight monitoring device? • Where can it be used? What Problem Statement Objectives Working Principle
- 5. What Problem Statement Objectives Working Principle INTRO • What are the main objectives to be accomplished in this project? • Why is there a need for this device? • What are the issues in the currently available devices? • What is an out of sight monitoring device? • Where can it be used?
- 6. What Problem Statement Objectives Working Principle INTRO • How does this device function? • What are the main objectives to be accomplished in this project? • Why is there a need for this device? • What are the issues in the currently available devices? • What is an out of sight monitoring device? • Where can it be used?
- 7. Achievements Technical Specs Development Costs Applications 5
- 8. Achievements 6 • Development of Out of Sight Monitoring Device • Successful tests on Military Vehicles. • Portable & Adaptive • Cost competitive to available products
- 9. Achievements Technical Specs Development Costs Applications
- 10. Technical Specs 7 • 5MP 1044P Auto-Focus Camera • Self-Adjusting Camera Probe • Manually Controlled Mechanical Articulation System • Aluminum Alloy Extendable Telescopic Stick
- 11. Achievements Technical Specs Development Costs Applications
- 12. Development Costs 8 • Camera System: 11,000 • 3-D Printed Components: 10,900 • Controller: 5000 • Display Unit (Tablet): 16,000 • Telescopic Stick: 7000 • Casing: 13,000 Total: 49,900
- 13. Achievements Technical Specs Development Costs Applications
- 14. Applications 9
- 15. Achievements Technical Specs Development Costs Applications SDGs Future Goals
- 16. SDGs 1 0
- 17. Achievements Technical Specs Development Costs Applications
- 18. Future Goals 1 1 • Articulation System can be automated with the use of 2 x servo motors. • Telescopic stick made of carbon fiber can be used. • Controller system can be automated.
- 19. CAD MODELLING 1 2 Controller Box 3-D Printed Components Camera with LEDs