Kar line follwing robot powerpoint presenatation.pptx

this is the presenation of line following robot competition.

1. K AR The lin e following robot We don’t cross the line Introduction What is a line-following robot ? A line-following robot is a self-moving robot that follows a visible line on the ground. It uses sensors to detect the line and adjusts its movements to stay on course. Commonly used in educational projects and competitions, these robots showcase basic principles of automation and robotics.

2. Introduction What is a line-following robot ? A line-following robot is a self-moving robot that follows a visible line on the ground. It uses sensors to detect the line and adjusts its movements to stay on course. Commonly used in educational projects and competitions, these robots showcase basic principles of automation and robotics. Contents of This Template

3. Contents

4. Problem Vs. Solution 01. Problem: Efficient movement of materials in industries. Line-following robots can be used to transport materials along predefined paths, optimizing logistics within a facility. Problem: Efficient movement of items along assembly lines. Line-following robots can automate the transportation of components along assembly lines, improving production efficiency. Problem: Creating engaging robotic competitions. Line-following robots are often used in competitions where they compete to navigate courses, showcasing programming and design skills. Got problem

5. Problem: Efficient movement of materials in industries. Line-following robots can be used to transport materials along predefined paths, optimizing logistics within a facility. Problem: Creating engaging robotic competitions. Line-following robots are often used in competitions where they compete to navigate courses, showcasing programming and design skills. Problem: Efficient movement of items along assembly lines. Line-following robots can automate the transportation of components along assembly lines, improving production efficiency.

6. Contents of This Template

7. Components 02. Problem: Efficient movement of materials in industries. Line-following robots can be used to transport materials along predefined paths, optimizing logistics within a facility. Problem: Efficient movement of items along assembly lines. Line-following robots can automate the transportation of components along assembly lines, improving production efficiency. Problem: Creating engaging robotic competitions. Line-following robots are often used in competitions where they compete to navigate courses, showcasing programming and design skills. PID Controller It stands for Proportional Integral Derivative It is used in robotics for motor control, ensuring precise movement and position control. Arduino Uno 18650Li-ion Battery N20 motor L293D motor driver IR sensor Wheels Ribbon cable Components

8. Arduino Uno Button 18650Li-ion Battery N20 motor L293D motor driver IR sensor Wheels Ribbon cable OLED panel Components

9. Contents of This Template

10. Technology 03. Problem: Efficient movement of materials in industries. Line-following robots can be used to transport materials along predefined paths, optimizing logistics within a facility. Problem: Efficient movement of items along assembly lines. Line-following robots can automate the transportation of components along assembly lines, improving production efficiency. Problem: Creating engaging robotic competitions. Line-following robots are often used in competitions where they compete to navigate courses, showcasing programming and design skills. PID Controller It stands for Proportional Integral Derivative It is used in robotics for motor control, ensuring precise movement and position control.

11. P ID Controller It stands for Proportional Integral Derivative It is used in robotics for motor control, ensuring precise movement and position control.

12. Contents of This Template

13. Business Model 04. Problem: Efficient movement of materials in industries. Line-following robots can be used to transport materials along predefined paths, optimizing logistics within a facility. Problem: Efficient movement of items along assembly lines. Line-following robots can automate the transportation of components along assembly lines, improving production efficiency. Problem: Creating engaging robotic competitions. Line-following robots are often used in competitions where they compete to navigate courses, showcasing programming and design skills.

14. Core Offering: Develop and manufacture line-following robot kits or fully assembled robots. Sell these products to educational institutions, hobbyists, and businesses looking to automate specific tasks. Core Offering: Offer maintenance services, repairs, and technical support for line-following robots. Charge for maintenance contracts, repair services, and premium technical support. Core Offering: Provide consultancy for businesses looking to integrate line-following robots into their operations. Charge consulting fees for advising on robot implementation, optimizing workflows, and addressing specific automation needs.

15. ’s Team We don’t cross the line K A R

16. Our Team oustav Koushik Sahoo Technician binash Ranasingh Coder ohan Rath Team Leader K A R

17. Thankyou