THERMOSTABILITEA
Thermostabilitea uses the Arduino Mega 2065, coupled with a breadboard, wires, an analog temperature sensor module (KY 130), 5 LEDs, 4 Toios, and some creative work with cardboard and lego. Our motivation to design and build this device for everyday use is to solve the problem many people have with burning their mouths on drinks they think are ready for consumption, or forgetting about the said drink while waiting for it to cool until it becomes too cold.
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This project leverages a simple Arduino and Toio based device where the user can set their drink into a cardboard-built cupstand. The system lets the user know when the optimal temperature of the drink is reached through LEDs.​ If the red light is on, the drink is too hot for consumption, and a Toio moves and creates a defensive wall at the front of the cupholder, so the user cannot reach the drink. Once the 3 green LEDs are on, the defensive wall moves out of the way, allowing the cupholder to bring the drink forward. This also triggers the Toio holding the tea bags to move forward, so the user can pick a tea bag. Once the cup holder hits 2 green LEDs, the Toio gate spins several times to remind the users about their drink. The Toio gate spins again at 1 green LED to let the user know the tea is getting cold. Once the blue LED is on, the drink has become too cold, which triggers the cupholder to move back and the defensive wall to move into the blocking position, so the user can avoid drinking undesirable cold tea.
STOP MOTION CONCEPT VIDEO
CONTRIBUTIONS
For the base sketches we all designed 10 ideas and then selected our own 3 best ideas. We also then voted on the best idea and used that one as our 10th base sketch idea. In this project the voted one was the Hot tea sensor.
For the refinement sketches we designed 10 sketches based off of the two sensors we wanted to use, proximity and temperature. From here we chose our top 10 favorites, but ultimately ended up choosing the hot tea sensor.
Macks and Spencer collaboratively worked on the Arduino code, and Spencer worked on the wiring of the temperature sensor and Arduino. Tian worked on coding the Toios to move at our command with key bindings for different behaviours. Macks designed and built the cardboard cup holder and tea bag holder. We then brought it all together to create the video. Spencer recorded the video, while Tian controlled the Toios, and Macks acted as the user. From here Tian edited the video and Macks provided the voice over.
SOURCES
P5 KeyCode https://p5js.org/reference/#/p5/keyPressed
Instructor’s code on Toio
Ardunio wiring: https://forum.arduino.cc/t/solved-ky-013-analog-temperature-sensor-incorrect-readings/203719
Arduino temperature sensor output: https://arduinomodules.info/ky-013-analog-temperature-sensor-module/
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