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An AI-powered smart glove that detects toxic gas, high temperature, fall types, and overloads in industrial environments, sending real-time alerts and logging data for machine learning-based safety analysis.

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ThiruvarankanM/AI-Powered-Smart-Glove-for-Safety-Monitoring-and-Control-in-Workspaces

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AI-Powered Smart Glove for Safety Monitoring

An intelligent safety glove system designed to protect industrial workers by identifying environmental and physical hazards in real-time. Uses AI, embedded sensors, and cloud analytics for comprehensive workplace safety monitoring.

Demo

Demo Video

Watch Live Demo

Features

  • Real-time hazard detection: gas leaks, high temperature, heavy lifting, dangerous falls
  • Immediate alerts via vibration motor and LED indicators
  • Automated email alerts to emergency contacts via SMTP
  • Four types of fall detection: Free Fall, Impact Fall, Normal Fall, Unconscious Fall
  • Firebase Realtime Database integration with 5-second data logging
  • Machine learning risk classification (0-10 scale) via Google Colab
  • CSV data export for analytics and model training

Hardware Components

Sensors:

  • LM35 Temperature Sensor
  • MQ-2 Gas Sensor (smoke/toxic gas detection)
  • MPU6050 Accelerometer and Gyroscope (fall detection)
  • Custom Force Sensor (optical-based overload detection)

Actuators:

  • Vibration Motor (haptic feedback)
  • LED Indicators (visual alerts)

Software Stack

  • LabVIEW - Main control system for data acquisition and processing
  • Arduino IDE - Accelerometer data transmission programming
  • NI DAQ - Analog sensor interfacing
  • Python - Data filtering and Firebase integration
  • Google Colab - Machine learning model training
  • Firebase Realtime Database - Cloud data storage
  • SMTP - Automated email alert system

System Operation

  1. Real-time Monitoring: LabVIEW reads sensor data from NI DAQ and Arduino
  2. Threshold Analysis: Case structures and OR gates check hazard conditions
  3. Alert System: Vibration motor and LEDs activate for immediate warnings
  4. Emergency Notification: Email alerts sent to family/emergency contacts
  5. Data Logging: Sensor data uploaded to Firebase every 5 seconds in JSON format
  6. ML Analysis: CSV files generated for machine learning risk classification

Safety Detection

  • High Temperature Exposure
  • Toxic Gas Detection
  • Heavy Load Lifting
  • Fall Detection with Unconsciousness Monitoring
  • Predictive Risk Assessment (0-10 scale)

Target Applications

  • Construction Sites
  • Chemical Factories
  • Mining Operations
  • Heavy Manufacturing Units

Development Team

  • Thiruvarankan Mathurakaran
  • Thineth Sadeepa
  • Mathusayini Thayalanesan

License

MIT License

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An AI-powered smart glove that detects toxic gas, high temperature, fall types, and overloads in industrial environments, sending real-time alerts and logging data for machine learning-based safety analysis.

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