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A line-following robot uses IR sensors and Arduino to navigate marked paths, detect obstacles, and serve patients using servo motors. It is ideal for hospitals to automate supply delivery and patient assistance.

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PRIYAtechky/LINE-FOLLOWING-ROBOT-USING-ARDUINO

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Line Following Robot Using Arduino

Project Overview

A Line-Following Robot is an autonomous system designed to navigate along a marked path using IR sensors. In hospitals, it can assist with tasks like transporting supplies, guiding patients, or delivering items efficiently. The Arduino processes sensor data to control motor direction, ensuring smooth navigation and obstacle avoidance.

Features

  • Black line follower for precise navigation.
  • Request receiving system using an IR sensor.
  • Obstacle detection with an IR proximity sensor.
  • Patient serving mechanism using servo motors.

Working

  1. The robot follows a black line on the floor using IR sensors.
  2. IR sensors detect patient requests and send data to the Arduino.
  3. Proximity sensors identify obstacles and adjust the robot’s movement.
  4. Servo motors are activated to serve the patient or deliver items.

Technology Used

Hardware Components

  • Arduino Uno
  • L293D Motor Driver
  • Motor and Wheel
  • Servo Motor
  • 9V Battery
  • Bluetooth Module
  • Ultrasonic Sensor

Software Components

  • Arduino IDE Software
  • EAGLE Software

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A line-following robot uses IR sensors and Arduino to navigate marked paths, detect obstacles, and serve patients using servo motors. It is ideal for hospitals to automate supply delivery and patient assistance.

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