Here we will document our thought process and prototype development 🙂 Pls click on the individual tabs to find out more!
We conducted tests using a leaf blower to determine the most effective air outlet placement for drying a wet cotton shirt. Our results showed that directing airflow from both the top and bottom significantly improved drying efficiency.
We roughly prototyped our rack using PVC rods available in the lab and discussed various design possibilities for the actual prototype.
We designed and 3D printed various connectors for both aluminum and PC tubes. After multiple iterations, we chose to build the rack using aluminum instead of polycarbonate to enhance structural stability and overall durability.
We drilled holes in the aluminum pipes, tested the heating element, and calibrated the load sensor.
We downscaled our prototype to simplify testing and assembly of the components.
Additionally, we designed a belt and pulley system for the motor and completed the coding to integrate all components seamlessly.
After downscaling our prototype, we assembled and integrated all the individual components. We then tested the system and recorded readings to assess its efficiency. We also optimised our design to improve performance and enhance user-friendliness.
This was the week our prototype went haywire—load sensors gave inaccurate readings, and the screen and fans kept crashing. Despite the chaos, we resolved the issues and even added upgrades like the Auto-On and Auto-Off features.
Presenting the Dryinator — your ultimate one-stop solution for all your drying needs!
