IoT Based Wi Fi Controlled Robot
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Phone: 01888-011500 (What's app)
Adress: Syed Villa, Jobbar Housing, Mazar Road, Mirpur -1, Dhaka.
আমরা কি ধরনের প্রজেক্ট করি?
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Introduction:
The Internet of Things (IoT) has revolutionized the way we interact with devices, enabling remote control and monitoring through the internet. This project focuses on developing an IoT-based Wi-Fi controlled robot that integrates various sensors and components to achieve versatile functionality. The robot is designed to be controlled via a Wi-Fi network, utilizing the ESP32-CAM module, which not only provides connectivity but also offers real-time video streaming capabilities.
Components Overview:
ESP32-CAM Module: The heart of the robot's control system, the ESP32-CAM, is a powerful microcontroller with built-in Wi-Fi and Bluetooth capabilities. It also features a camera, allowing for real-time video streaming and image capturing, making it ideal for surveillance and remote monitoring applications.
Flame Sensor: This sensor is critical for detecting the presence of fire or flames. In this project, the flame sensor enables the robot to identify and react to fire hazards, making it useful for safety and emergency response scenarios.
DHT11 Sensor: The DHT11 sensor is used to measure temperature and humidity levels. Integrating this sensor into the robot allows it to monitor environmental conditions in real-time, which could be essential for various applications, including weather monitoring and environmental assessments.
L298N Motor Driver: The L298N motor driver is responsible for controlling the motors of the robot. It allows for bidirectional control of two motors, enabling the robot to move forward, backward, and turn. This component is crucial for the robot's mobility and maneuverability.
Arduino: The Arduino microcontroller acts as the brain of the robot, handling data from the sensors, processing it, and sending control signals to the motors. It works in conjunction with the ESP32-CAM to ensure smooth operation and coordination of the robot's various functions.
BO Motors with Wheels: The robot uses BO (Battery Operated) motors with wheels for movement. These motors are efficient and provide the necessary torque to drive the robot across different terrains.
Project Objectives:
Remote Control: To develop a robot that can be controlled remotely via a Wi-Fi connection, using a smartphone or computer.
Real-Time Monitoring: To implement real-time video streaming using the ESP32-CAM, allowing users to view the robot's surroundings.
Fire Detection: To integrate a flame sensor that enables the robot to detect and respond to fire hazards.
Environmental Monitoring: To include a DHT11 sensor for real-time monitoring of temperature and humidity.
Autonomous Mobility: To ensure the robot can move autonomously, with the ability to navigate different environments.
Versatile Applications: To create a multipurpose robot that can be used for surveillance, environmental monitoring, and safety applications.
This project demonstrates the potential of IoT in creating smart, connected devices capable of performing complex tasks remotely. By integrating sensors and controllers, the robot is not only a tool for remote interaction but also a platform for various practical applications, from home automation to industrial monitoring.