Sleep Box
di martysweet
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# sleep-box
Simple Sleep Box implementation using ESP32, inspired by https://www.dezeen.com/2019/05/03/mark-zuckerberg-sleep-box-design/
Uses an ESP32 to keep track of time and turns the LEDs on for a set time every day.
Source code is available at https://github.com/martysweet/sleep-box
## Components
1. Adafruit Huzzah32 (ADA3405) - should also be ESP8266 compatible - adjust the PIO config and pin configuration
2. 4x LEDs - 4 was chosen, 1 for each corner but less can be used if needed
3. 4x Resistors - chosen for brightness, for the LEDs I used, 4.7k resistors worked well
4. 2x Self tapping screws - 2mm thread to keep the Huzzah in place when (dis)connecting the micro-USB
5. A short bit of wire to connect the LED grounds
6. (Optional) Crypton tape - Useful for soldering the eletronics in-place with minimal damage to 3D printed parts
## Software Build Instructions
1. Use VSCode with PlatformIO Plugin
2. Adjust the configuration at the top of src/main.cpp as re
Simple Sleep Box implementation using ESP32, inspired by https://www.dezeen.com/2019/05/03/mark-zuckerberg-sleep-box-design/
Uses an ESP32 to keep track of time and turns the LEDs on for a set time every day.
Source code is available at https://github.com/martysweet/sleep-box
## Components
1. Adafruit Huzzah32 (ADA3405) - should also be ESP8266 compatible - adjust the PIO config and pin configuration
2. 4x LEDs - 4 was chosen, 1 for each corner but less can be used if needed
3. 4x Resistors - chosen for brightness, for the LEDs I used, 4.7k resistors worked well
4. 2x Self tapping screws - 2mm thread to keep the Huzzah in place when (dis)connecting the micro-USB
5. A short bit of wire to connect the LED grounds
6. (Optional) Crypton tape - Useful for soldering the eletronics in-place with minimal damage to 3D printed parts
## Software Build Instructions
1. Use VSCode with PlatformIO Plugin
2. Adjust the configuration at the top of src/main.cpp as re
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