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| Vorsitz: | |
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| Datum/Zeit: | Do. 13.05.2010 17:00 - 18:30
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| Ort: | Saal 1
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| Titel Vortrag | Referent(en) | |
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| #1/5 |
![]() Mikroprozessorgesteuerte Prothesenkniegelenke - Design und Leistung Zusammenfassung:
The linear hydraulic system of the C-Leg in combination with the control algorithm provides functional advantages in many everyday situations. Compared to other knee components, it offers the user reliable and predictable function during challenging motion patterns and in safety-critical situations.
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| #2/5 |
![]() Klinische Beurteilung der zweiten Generation des intelligenten, mikroprozessorgesteuerten Prothesenknies Zusammenfassung:
This study investigated amputees subjective experiences of the second generation of a user-adaptive micro processor controlled knee. This was evaluated using a questionnaire with Likert designed questions. The results indicate that the use of microprocessors enhances the users performance.
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| #3/5 |
![]() Neue Sicherheitskonzepte für mikroprozessorgesteuerte Kniegelenke Zusammenfassung:
Microprocessor controlled knees shut down in cases of malfunction, increasing the risk for the user. Intelligent concepts can be used to maintain electronic support in these cases, which enables the user to safely use the device to “drive to the garage”. Trials confirmed the ideas developed.
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| #4/5 |
![]() Wer besiegt die Schwerkraft? Ein neues mikroprozessorgesteuertes Kniegelenk unterstützt alternierendes Treppensteigen Zusammenfassung:
Alternating stair ascent as a TF amputee without the use of external power is described. The technical, cosmetic and sound limb relief aspects of the solution are explained. The residual limb and socket conditions essential to achieve the technical solution are discussed.
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| #5/5 |
![]() Smart Mobility - ein neues mikroprozessorgesteuertes Kniegelenk für Aktivitäten des täglichen Lebens Zusammenfassung:
The potential to extend the range of activities of daily living supported by microprocessor controlled knees has been evaluated. A prosthesis has been developed that automatically detects and supports activities beyond the basic support for walking, standing and sitting.
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