Introduction
The project addresses challenges in achieving restful sleep. Developed from personal experience with sleep, the design draws inspiration from natural light cycles and wearable technology. The device uses gradual light patterns mimicking sunrise and a vibration mechanism similar to smartwatch alarms. The goal is to create a more intuitive and effective sleep aid that helps users transition more smoothly between sleep and wakefulness.
Features
The design features 3 main components: vibration motors, LED panels, and speakers (not yet implemented). These components are controlled by an Arduino and housed by a custom 3D printed case. The top left picture demonstrates how the 3D housing was designed to conform to the face shape. The top right picture shows the Arduino controlling two LED panels that are programmed to gradually become brighter in the morning to simulate the sunrise. The bottom left shows the internal design. The 4 buttons are used to set the alarm. The right bottom picture portrays the soft sleep mask that is used as the base and the two vibration motors tucked on the side of the face mask. Similar to the LED lights, the vibration motor gradually increases intensity to help the user achieve a more natural and stress free waking experience.
3D printed housing molded to fit face structure
LED panels inegrated into mask
Arduino controlling electronics
Vibration motors hidden in the side pockets of sleep mask
Conclusion
While this design is currently a work in progress, I have already learned a lot through this experience. I was able to sharpen my Arduino skills and learned how to code for LED lights and vibration motors.
Skills learned: LED Matrix, vibration motors, speakers
Skills used: Arduino, C++, Fusion 360
Skills used: Arduino, C++, Fusion 360
