In this paper we present a new methodological approach resulting from the main research area developed in our Biodesign Lab - the estimation and satisfaction of wearability criteria (ability to wear) - and defined through a case history; specifically an innovative “knee protection active system” usable in motorcyclist suits or in extreme sports is in details described. This system is characterized by the integration of an elastic taping support aimed to protecting the athlete, though allowing a complete freedom of movement. The primary goal of this research project is to understand the relation between human anatomy and the shape of these wearable systems, using an “anatomically correct design”. The scientific bases are: o biomechanics o anatomy o physiology and traumatic pathology of knees o analysis of injury risks connected to the posture The outcomes of the project want thus to avoid and limit injuries and pathologies associated to muscular strains, caused by motorcycling or extreme sports. The protection system is based on functional features coming from the prevention methods applied to lower limb sport injuries: in particular functional bandages and supporting elements like Theratogs™ and Kinesio® taping are used. This system has the aim to reduce muscle fatigues, protect from full stress and support muscles, ensuring however the freedom of movement. http://www.phealth2008.com/Events/fullpaper.aspx
Wearability in the development of protection system for lower limb
CANINA, MARIA RITA;FERRARO, VENERE;
2008-01-01
Abstract
In this paper we present a new methodological approach resulting from the main research area developed in our Biodesign Lab - the estimation and satisfaction of wearability criteria (ability to wear) - and defined through a case history; specifically an innovative “knee protection active system” usable in motorcyclist suits or in extreme sports is in details described. This system is characterized by the integration of an elastic taping support aimed to protecting the athlete, though allowing a complete freedom of movement. The primary goal of this research project is to understand the relation between human anatomy and the shape of these wearable systems, using an “anatomically correct design”. The scientific bases are: o biomechanics o anatomy o physiology and traumatic pathology of knees o analysis of injury risks connected to the posture The outcomes of the project want thus to avoid and limit injuries and pathologies associated to muscular strains, caused by motorcycling or extreme sports. The protection system is based on functional features coming from the prevention methods applied to lower limb sport injuries: in particular functional bandages and supporting elements like Theratogs™ and Kinesio® taping are used. This system has the aim to reduce muscle fatigues, protect from full stress and support muscles, ensuring however the freedom of movement. http://www.phealth2008.com/Events/fullpaper.aspxI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
