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These Gloves Offer A Modern Twist On Sign Language

SignAloud gloves translate sign language into text and speech.
Conrado Tapado
Univ of Washington, CoMotion
SignAloud gloves translate sign language into text and speech.

For years, inventors have been trying to convert some sign language words and letters into text and speech. Now a pair of University of Washington undergraduates have created gloves called SignAloud. Sensors attached to the gloves measure hand position and movement, and data is sent to a computer via Bluetooth and is then converted into spoken word and text.

Theirs is one of seven inventions recently awarded a Lemelson-MIT Student Prize, with awards ranging from $10,000 to $15,000.

Inventors Navid Azodi and Thomas Pryor, both college sophomores, say the gloves will help create a communication bridge between deaf and hearing communities. The gloves, they say, will help deaf people better communicate with the rest of the world without changing the way they already interact with each other.

However, the invention has been met with criticism that the bridge they want to create goes only one way — and it's not necessarily one the deaf community has been clamoring for.

"A lot of the feedback that we've been receiving goes down to this idea that we are not understanding the culture — there's a whole deaf culture around this — and by no means are we trying to interfere or impose something in that culture or community," Azodi tells NPR's Renee Montagne.

Azodi says he and Pryor are moving beyond their prototype and are working closer with those who use American Sign Language to develop new versions. They're also working on better understanding ASL, which is more than just hand movements; it also uses facial expressions and body language to convey meaning. For example, in ASL, shaking your head or frowning while signing something indicates a negative of that word.

"That speaks to the complexities and nuances of American Sign Language," Azodi says. "By no means have we completely tackled that but we are moving in that direction."

Other 2016 Lemelson-MIT undergraduate winners include teams that created an all-automated restaurant called Spyce as well as that created Highlight, a powdered additive for disinfectants that helps the process of infectious disease decontamination. You can read about all seven 2016 winners here.

Copyright 2021 NPR. To see more, visit https://www.npr.org.