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The Breeze device contains several main components: a pressure sensor, an Arduino electronics prototyping platform, and an OLED screen. As the user blows into the mouthpiece on the device, the pressure sensor measures the strength of his or her breath and then outputs it to the arduino. The arduino will then place it into five brackets and display the results through a dandelion animation.

 

Creating a self-contained device, powered by its own battery, brought many challenges. Since the device did not use an integrated PCB board to combine the different sensors, we had to design a unique way to connect the different components without sacrificing its slim profile. In the end, we were able to provide a cost-effective solution that both successfully represented the intended form and the functionality needed to make a convincing tool for future development.

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You may find more information about Breeze Spirometer on the Bridge webiste. All images and video are courtesy of Bridge Design, a Ximedica company.

 

http://bridgedesign.com/portfolio/breeze/

A digital health working prototype that measures the strength of your breath

The Breeze Spirometer was created to showcase Bridge's unique capabilities for creating a convincing working prototype of a sophisticated digital product. Combining Bridge's expertise in industrial design, user interface, and a prototyping electronics platform, Breeze offers a simple way for a patient to measure their breath performance and see their results through a fun and engaging animation. My role in this project included putting together the electrical components and writing the software found in the device.

BREEZE SPIROMETER

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