THE INSPIRATION
For this project, we were asked to create an innovative, socially-conscious product to address issues concerning Healthy Cities.
Inspired by my 95 year old grandma, I created Kyklos; a retractable cord reel for oxygen users. With my product, medical oxygen users can reel in the excess length of their oxygen cord to avoid tangles and tripping hazards.
My target audience was the aging population, which altered my approach to the brand identity. I chose to use Poppins typeface because it is clear and easier to read with aging eyes. The color scheme is predominantly blue, because it’s easier for elderly eyes to perceive. I also changed the design from automatic retraction to manual retraction out of worry that the pull from the retraction spring may coil back too fast for the users.
This project was exceptionally dear to me, because I had the opportunity to create something that would benefit not only the numerous medical oxygen users, but my grandma specifically.
In fact, the name Kyklos directly references my grandma. Kyklos is a reference to the Greek word for circle or cycle, κύκλος. Additionally, the logo is known as an “evil eye” in Mediterranean cultures. Evil eyes are meant to protect the wearer and are often gifted as good luck charms.
MY DESIGN PROCESS
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EXPLORING SOLUTIONS
Once I determined my design problem, I began researching existing products to help me achieve my product’s motion.
My three main product inspirations were a retractable phone charger, a retractable dog leash, and a garden hose reel.
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REVERSE ENGINEERING PROTOTYPES
My design process always has a “hands-on” approach. (usually using cardboard, painter’s tape, and razor blades) Here, I created a life-size prototype based off of the phone charger I ripped apart. To simulate the oxygen cord, I used an extension cord of the same length.
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MIX & MATCH
It was important to me to have a physical product displayed at the “What’s Next Is Now: Healthy Cities” UWM Design Entrepreneurship Showcase. Due to time restrictions, I chose to fabricate my cord reel using existing parts, 3D printed parts, and laser-cutting acrylic.
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3D MODELING
Here, I modeled some of the aspects in Rhinoceros 3D. In addition to printing the knob, I also explored the capabilities of 3D printing roller bearings.
