Falls are a leading cause of injury in elderly patients, especially in hospitals or assisted living facilities. Delayed response to falls can result in severe injuries, prolonged recovery, or fatalities.
– Immediate Response: Alerts caregivers within seconds of a fall.
– Prevents Complications: Reduces risk of bedsores or hypothermia from prolonged immobility.
– Cost Savings: Lowers hospital readmission rates due to fall-related injuries.
– Privacy-Friendly: Uses motion/acceleration data instead of cameras.
Deploy MPU-6050 (accelerometer/gyro) to detect sudden orientation changes (e.g., vertical to horizontal) and PIR sensors to confirm immobility post-fall. Use ESP32 to trigger alarms (buzzer, LED) or send SMS alerts (via future GSM expansion).
– MPU-6050 tracks sudden acceleration spikes and orientation shifts (e.g., angle > 45°).
– PIR sensors confirm no movement for a set period after a fall.
– ESP32 activates buzzers/LEDs and logs events on OLED screens.
– ESP32, MPU-6050 (x3), PIR Sensors (x5), OLED Screens (x4), Breadboards (x6).
You can explore a wide range of microcontroller and electronics projects, including Arduino, ESP32, IoT, and more. Each project comes with downloadable code, detailed guides, and the necessary hardware list.
You can explore a wide range of microcontroller and electronics projects, including Arduino, ESP32, IoT, and more. Each project comes with downloadable code, detailed guides, and the necessary hardware list.
You can explore a wide range of microcontroller and electronics projects, including Arduino, ESP32, IoT, and more. Each project comes with downloadable code, detailed guides, and the necessary hardware list.
You can explore a wide range of microcontroller and electronics projects, including Arduino, ESP32, IoT, and more. Each project comes with downloadable code, detailed guides, and the necessary hardware list.