Scanadu Scout™ – The first medical Tricorder
“The Power of Microphones as Medical Sensors”. Posted in Electronic Components by Brian Buntz on June 3, 2013
Credit of project to: John Stankovic, Shahriar Nirjon
This compact sized device is meant to measure vital signs to allow people to understand what their body is doing, comparable to what is measured while one is in the emergency room. It is less invasive than the traditional product. This product uses 32-bit RTOS Micrium platform, Bluetooth 4.0, micro USB Adaptor, Electrodes for an EKG that convert to FM sound signals and are sent to the built-in smartphone microphone. I find it interesting that amount of data that can be achieved in a short span of time, and I am interested in healthcare technology which this qualifies as. I can borrow the idea of compacting several elements to an object. The issues I have is that the data is only read for a short time not consistently and therefore not much can be determined from the data incorporated in the element.
The Dash — Wireless Smart In Ear Headphones
Created to: Bragi in Munich, Germany
These earbuds are meant to track your everyday performance which working out. This product uses an earbone microphone, bluetooth 4.0, 4 GB storage, 32-bit arm processor, digital signal processor, analog frontend with 22 bit ADC, passive noise isolation, audio transparency, and other sensors. The earbone microphone records your personal vocals which reducing the noise surrounding you. When you run you understand your vitals, and are able to block out noisy elements. The products allows one to workout without invasive wires or noise, and monitors your fitness. Im attracted to this project due to the healthcare wearables, and would borrow the idea of a sleek compact design and important of bluetooth. I find that the product would need to be more interactive to understand its true potential as it relies on the smart phone to convey information.
Metro Dot-Braille Bracelet for Independent Train Travel
Designers: Hoyeoul Lee, Jinwoo Kim and Sangyong Choi
This object is a design idea, that hasnt been created. It utilizes a users voice and Electro Active Polymer, to give the braille of which station to get off at after the destination is given. There is silicone rubber, constant magnets, and Electromagnetic coil. I find this innovative as it is truly interactive and uses a microphone to convert information to be used by special needs. I find this use to be practical, but Im not sure how it entirely works.