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Cocoon
‘Cocoon’ is a postural regulator designed especially for patients with osteoporosis and who have suffered a fracture of the vertebrae or hip and need to be immobilized for rehabilitation. ‘Cocoon’ regulates the posture and movements of the spine so that the stress is distributed evenly over the entire back, thereby reducing the pressure exerted on the lumbar spine. This in turn reduces the risk of fracturing the vertebrae or hip.
‘Cocoon’ is made of three different types of electric fibers which are inserted into body tissue. The fibers are interactive and are able to gradually harden the tissue, limiting mobility. ‘Cocoon’ uses a system in which the doctor can enter the data representing hazardous positions, thus hindering particular movements.
‘Cocoon’ is made of light materials and allows for perspiration, but its main benefit is psychological: Cumbersome straps or orthoses are no longer needed to prevent movement. In addition to this, it allows personalized treatment, as the movements of the patient can now be regulated taking into account his/her physical condition.
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Finding of the jury:
This project makes an important contribution to improving the treatment and rehabilitation of osteoporosis patients who need specialized and individualized attention. The formal and functional concepts are well developed. The design of ‘Cocoon’ has a fresh and modern character for a medical device. This concept offers a more advanced solution, including the integration of high technology and intelligent design to enhance the patient’s quality of life.
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home > BraunPrize 2007 > Exhibition 2007 > Mexico 2007 > Cocoon
