Three-dimensional printable ultrasound transducer stabilization system
When using ultrasound imaging of the tongue for speech recording/research, submental transducer stabilization is required to prevent the ultrasound transducer from translating or rotating in relation to the tongue. An iterative prototype of a lightweight three-dimensional-printable wearable ultrasound transducer stabilization system that allows flexible jaw motion and free head movement is presented. The system is completely non-metallic, eliminating interference with co-recorded signals, thus permitting co-collection and co-registration with articulometry systems. A motion study of the final version demonstrates that transducer rotation is limited to 1.25 and translation to 2.5 mm— well within accepted tolerances.
SubjectsField of Research::20 - Language, Communication and Culture::2004 - Linguistics::200404 - Laboratory Phonetics and Speech Science
- Arts: Journal Articles