A NEW ELECTRIC SYSTEM WITH SIMULTANEOUS ELBOW & HAND CONTROL
Repository Usage Stats
The evolution of electric prosthetic systems has resulted in the widespread transition to digital controllers, i.e., microprocessors. In fact, it may be true that every available electronic controller in the field of prosthetics will soon be a digital controller. In our own experience, the ProControl 2 was introduced seven years ago, which provided digital control of hand and wrist. The last seven years have brought new generations of improved software (the newest version is 5.1.2, so five generations have evolved), as well as development of new sensors. Also, continued evolution of commercial microprocessors has resulted in more powerful controllers, in even smaller sizes than were available previously. In December of 2002, initial units of the Utah Arm 3 with electric elbow, hand, and wrist functions were prepared, including completely new digital controllers for elbow, hand, and wrist. Five units were placed into field trial usage on every-day wearers of a transhumeral (or higher level) electric arm prosthesis. The number has been increased as improvements have been implemented, although until January 2005 all were considered “Beta Units,” and the early ones upgraded with the improvements to the circuits, or other components.
Sears, Harold, Edwin Iversen, Kevin Hays and Ron Madsen (2005). A NEW ELECTRIC SYSTEM WITH SIMULTANEOUS ELBOW & HAND CONTROL. Retrieved from https://hdl.handle.net/10161/2742.
Copyright 2002, 2005 and 2008, The University of New Brunswick.
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.