The proposed device is designed to be fixed on a table and supports a spoon; the mechanism is designed so that the spoon maintains a position parallel to the ground for the user.
Archive | Emerging Technologies
Mechanical Design of a New Device to Assist Eating for People with Movement Disorders
Design of a 3D Printed Soft Robotic Hand for Stroke Rehabilitation and Daily Activities Assistance Department of Biomedical Engineering, The Chinese University of Hong Kong
The design is a composite actuator, the soft-elastic composite actuator (SECA), that facilitates both finger flexion and extension.
eConHand: A Wearable BCI System for Stroke Rehabilitation ShanghaiJiaoTong University; Fudan University
The eConHand is a wearable active BCI-based hand function rehabilitation system
WristSense: A smart 3D printed wrist orthotic developed for people with upper limb mobility Purdue University
The WristSense is, a smart, rapidly prototyped wrist orthotic outfitted with off-the-shelf electronics and gesture recognition capabilities.
Talus Stretch- Ankle Rehab & Injury Prevention Jefferson University
The primary photo featured highlights the designated hook areas located along the sock in orange with the sock body represented in black.
Ultrasound GUI: A Graphical User Interface for Scoliosis Monitoring Rutgers University
Visualized is the opening screen of the MATALB GUI. On the right is the patient information screen. The software is able to track previous patients and new patients, creating individual profiles for each patient. The two screens on the left display the initial US image and an overlaid bone surface segmentaion for easy comparison.
A low cost mobile robot and user interfaces for children to play University of Alberta
A three wheel low cost robot that can be controlled using an inclination and switch interfaces
Medispenser: An automated medication dispensing system for elders to increase medication adherence and promote independence The University of British Columbia
Medispenser: An automated medication dispensing system for elders to increase medication adherence and promote independence.
Brain to Muscle Interface for Paralyzed(BMIP) APJ Abdul Kalam Technological University
Brain To Muscle Interface for Paralyzed(BMIP) which can be used to stimulate non movable parts of a paralysed person.
High-Powered Two Degree of Freedom Prosthetic Leg (Virginia Tech)
To address these problems, the team has developed a prosthetic leg that includes a powered knee and powered three degree of freedom ankle.