Now showing items 1-6 of 6
IMPROVED CONTROL FOR AN ARTIFICIAL ARM
Successful control of multi-degree of freedom upper limb prostheses generally uses some form of sequential instruction. This is because simultaneous control of multiple inputs requires a considerable concentration to be ...
ASSESSEMENTS, CONCIDERATIONS AND FITTING OF A TRANS HUMERAL HIGH LEVEL BRACHIAL PLEXUS INJURED INDIVIDUAL WITH HO
This talk will discuss the assessment and prosthetic problems associated with fitting an individual with a mid level Trans Humeral amputation
NEW CONCEPTS IN EXTERNAL POWERED ARM COMPONENTS
An electrically powered joint can be of considerable support for many unilateral or bilateral above elbow amputees in every day activities. The DynamicArm (Photo 1) represents the next evolutionary step, a milestone in powered ...
THE WILMER APPEALING PREHENSOR
A new type prosthetic prehensor for children aged 4 – 9 has been designed, constructed and build in an attempt to improve the appearance of the split-hook prosthesis. The new prehensor is a mechanically operated voluntary ...
Clinical Trials of the new Boston Digital(tm) Arm System
Microprocessor-based controllers for upper-limb powered prostheses have made significant advances over the past few years. These devices allow prosthetists to evaluate the patient and set-up prosthetic controls to optimize ...
PROGRESS TOWARDS A BIOMIMETIC PROSTHETIC ARM
Detailed design of a prototype prosthetic limb based on biomimetic principles has been completed. This paper will update the progress that has been made toward the creation of a new, high-performance limb. The limb uses ...