Sensor glove identifies objects

In a Nature paper, the system accurately detected  objects, including a soda can, scissors, tennis ball, spoon, pen, and mug 76 percent of the time.

The tactile sensing sensors could be used in combination with traditional computer vision and image-based datasets to give robots a more human-like understanding of interacting with objects. The dataset also measured cooperation between regions of the hand during  interactions, which could be used to customize prosthetics.

Similar sensor-based gloves used cost thousands of dollars and typically 50 sensors. The  STAG  glove costs approximately $10 to produce.

Click to view MIT video


Join ApplySci at the 12th Wearable Tech + Digital Health + Neurotech Boston conference on November 14, 2019 at Harvard Medical School and the 13th Wearable Tech + Neurotech + Digital Health Silicon Valley conference on February 11-12, 2020 at Stanford University

Minimally invasive multi-channel control system for prosthetics tested

http://www.multivu.com/mnr/65112-alfred-mann-foundation-u-s-marine-subject-fda-study-for-imes-system

The Alfred Mann Foundation‘s first subject, a U.S. Marine, will receive its IMES System (implantable myoelectric sensor).   The experimental system could be the first minimally invasive, intuitive, multi-channel control system for prosthetics, intended for long term use. It is being studied under the Investigational Device Exemption regulations of the U.S. Food and Drug Administration.  AMF’s ongoing trial with injured veterans at the Walter Reed National Medical Military Center anticipates subjects intuitively operating three prosthetic movements simultaneously: opening and closing the hand, rotating the wrist, and moving the thumb.

While the IMES system focuses on muscle activation, it is our opinion that the future of prosthetics will include a combination of brain (possibly non-invasive) and muscle interpretation.