Skip to content
HVS-4735. Body vitals- GSR, Heart rate, SPO2 and Temperature.
HVS-4735. Body vitals- GSR, Heart rate, SPO2 and Temperature.
HVS-4735. Body vitals- GSR, Heart rate, SPO2 and Temperature.
HVS-4735. Body vitals- GSR, Heart rate, SPO2 and Temperature.
HVS-4735. Body vitals- GSR, Heart rate, SPO2 and Temperature.

HVS-4735. Body vitals- GSR, Heart rate, SPO2 and Temperature.

₹12,500.00

This project integrates multiple sensors and components to create a wearable health monitoring system based on an Arduino Uno platform.

Categories ,  Tags , , , , 
This project integrates multiple sensors and components to create a wearable health monitoring system based on an Arduino Uno platform. It incorporates a GSR (Galvanic Skin Response) sensor to measure skin conductivity, which is an indicator of stress or emotional state, along with a MAX30100 sensor for monitoring heart rate and oxygen saturation levels (SpO2). Additionally, the system includes a MLX90614 infrared temperature sensor to measure body temperature. The collected data is displayed on an LCD screen for real-time visualization. To enhance accessibility, the system connects wirelessly to a Bluetooth mobile application using a Bluetooth module, enabling users to monitor their health parameters remotely on their smartphones. The system is powered by a Li-ion battery for portability and efficient power management. This wearable health monitor aims to provide continuous physiological data tracking, enabling users to keep track of key health metrics in a non-invasive manner while providing real-time feedback on a mobile application.    

 The main objectives of the project are:
  • Monitor Stress Levels: Use the GSR sensor to measure skin conductivity and monitor stress or emotional state.
  • Track Heart Rate and SpO2: Use the MAX30100 sensor to measure heart rate and blood oxygen levels.
  • Measure Body Temperature: Use the MLX90614 infrared sensor to track body temperature.
  • Display Data: Show the collected health data on an LCD screen for immediate feedback.
  • Wireless Monitoring: Send the data to a mobile app via Bluetooth for remote monitoring.
  • Portable Power: Power the system with a Li-ion battery for mobility and convenience.
    The major building blocks of this project are:
  • TP4056.
  • 3.7V Li-Ion Battery.
  • Boost converter.
  • Arduino UNO
  • MAX30100 HEARTBEAT and SPO2 OXYGEN SENSOR.
  • MLX90614 TEMPERATURE SENSOR.
  • GSR skin current sensor.
  • HC-05 Bluetooth Module.
  • LCD display.
  Software’s used:
  1. Arduino IDE for compiling and dumping code into Microcontroller.
  2. Express SCH for Circuit design.
     

video:

Related Products