一関節筋および二関節筋を含む筋座標系による機能別実効筋力評価 : 手動車いすの駆動力の推定

概要

論文の詳細を見る
The conformance of a manual wheelchair used to be evaluated from the viewpoint of human engineering but can now be evaluated biomechanically. However, the musculoskeletal motions of the upper limbs are very complicated, and evaluating the relationship between muscular strength and driving force is theoretically possible but not easy. Until now, the relationship between output force distribution and muscular strength in human limbs has been discussed under the theoretical back ground of the coordination of bi-articular muscles and mono-articular muscles. In the present study, the details were examined for the application of this approach to a manual wheelchair propulsion. The relationship between seating position and driving force was clarified. Proposal method in this study may be of use when prescribing a manual wheelchair.
公益社団法人精密工学会の論文
2005-08-05