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Smoke Bending

Internet of Things Project2022

Smoke Bending  Documentation
At the Cyber Physical System Laboratory, we've developed an innovative project called Smokebending that combines Internet of Things (IoT) technology with real-world applications.

Project Overview

Smoke bending is an IoT project designed to detect and mitigate smoke-related hazards using cutting-edge technology. Our system utilizes the MQ7 Sensor, a highly sensitive gas sensor, to detect smoke levels in the surrounding environment. When smoke is detected, Smoke bending triggers a fan to mitigate the hazard by circulating air and reducing smoke concentration.

Project Components

Smoke Bending Components
Smoke Bending Components
  • Baseboard ESP8266: The core platform for our IoT system, providing connectivity and processing capabilities.
  • Fan: A crucial component of Smoke bending, the fan activates to circulate air and reduce smoke concentration upon detection.
  • Nodemcu ESP8266: Another essential element of our system, the Nodemcu ESP8266 facilitates communication between components and the cloud.
  • Relay Dual Channel: Responsible for controlling the fan's operation, the dual-channel relay ensures seamless activation upon smoke detection.
  • MQ-7 Sensor: The key sensor for detecting smoke levels accurately and triggering the fan when necessary.
  • I2C OLED: An OLED display interface for providing real-time information and system status.

Photo of the Product

Smoke Bending Product
Smoke Bending Product

Integration with Website

Smoke Bending Dashboard
Smoke Bending Dashboard

Features :

  • Light/dark mode toggle
  • Responsive page
  • Login and register user
  • Live database control
  • Cross platform