The IoT Based Mining Worker Safety Helmet employs NodeMCU ESP8266 and sensors like MQ-2 or MQ-135 for gas detection, DHT11 for temperature and humidity monitoring. It features a buzzer, LED, and LCD display for immediate alerts and visualization, ensuring safety in mining and industrial environments. Powered by 18650 Li-ion batteries, it facilitates continuous monitoring and emergency response, enhancing workplace safety and health.
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Tested by Robo AI STEM Team.
₹10,500.00 ₹8,500.00
Features
- Utilizes NodeMCU ESP8266 for wireless connectivity and data transmission to monitor gas levels, temperature, and humidity.
- Incorporates MQ-2 or MQ-135 gas sensor for detecting harmful gases, ensuring timely alerts and prevention of gas-related accidents.
- Includes temperature and humidity sensor (DHT11) for monitoring environmental conditions and preventing heat-related illnesses.
- Features a buzzer and LED light for immediate alerts and signaling in case of dangerous conditions.
- Equipped with a DC jack for easy charging and powering of the helmet using 18650 Li-ion batteries.
- Utilizes an LM7805 voltage regulator to ensure stable power supply to all components.
- Includes a switch for manual control and activation of safety features.
- Features an LCD display (16×2) for real-time visualization of sensor data and system status.
- Comes with 18650 Li-ion batteries and a Li-ion battery charger for convenient power management.
Components
Component | Function |
---|---|
NodeMCU ESP8266 | Wireless connectivity and data transmission. |
MQ-2 or MQ-135 Gas Sensor | Detects harmful gases. |
Temperature and Humidity Sensor (DHT11) | Monitors environmental conditions. |
Buzzer | Provides immediate alerts. |
LED Light | Signals dangerous conditions. |
DC Jack | Charging and powering the helmet. |
LM7805 Voltage Regulator | Ensures stable power supply. |
Switch | Manual control for safety features. |
LCD Display (16×2) | Real-time visualization of data. |
18650 Li-ion Batteries | Power source for continuous operation. |
Li-ion Battery Charger | Convenient power management. |
Working
- The NodeMCU ESP8266 establishes a wireless connection to transmit data from the helmet’s sensors to a monitoring system.
- The MQ-2 or MQ-135 gas sensor detects the presence of harmful gases, triggering alerts in case of dangerous levels.
- The temperature and humidity sensor (DHT11) monitors environmental conditions to prevent heat-related illnesses and ensure worker comfort.
- In case of detected hazards, the buzzer and LED light provide immediate alerts to the worker and surrounding personnel.
- The DC jack allows for easy charging and powering of the helmet using 18650 Li-ion batteries, ensuring continuous operation during work shifts.
- The LM7805 voltage regulator maintains a stable voltage supply to all components, preventing power fluctuations and ensuring reliable operation.
- A switch enables manual control and activation of safety features as needed.
- The LCD display (16×2) provides real-time visualization of sensor data and system status, allowing for quick assessment of environmental conditions.
Applications
- Mining Safety: Enhances safety measures in mining environments by detecting hazardous gases and monitoring environmental conditions to prevent accidents and ensure worker well-being.
- Industrial Safety: Suitable for use in various industrial settings where exposure to harmful gases and extreme temperatures poses risks to worker safety.
- Emergency Response: Facilitates timely response to dangerous conditions by providing immediate alerts and signaling to workers and emergency personnel.
- Workplace Health Monitoring: Enables continuous monitoring of environmental conditions to prevent heat-related illnesses and ensure optimal working conditions for workers.