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Prenos znanstvenih dognanj v medicinske pripomočke: moč preprostosti
Začeli bomo s pregledom izbranih rehabilitacijskih robotov, ki se v klinični praksi uporabljajo za urjenje in pomoč pri hoji. Pomemben dejavnik, ki ovira široko uporabo teh naprav, je njihova cena, ki
Presentation
Transferring scientific findings into medical devices: the power of simplicity00:00
Content02:42
Application of rehabilitation robots04:40
General principle of neurorehabilitation07:21
Rehabilitation robotics vs. rehabilitation phases09:58
Cooperative robot ROBERT12:29
Exoskeleton robot - LOKOMAT14:50
End-effector rehabilitation robot - LYRA15:39
Critique of the existing rehabilitation robots21:03
KEES development25:20
Dynamic balance - bipedal walking26:01
Dynamic balance - bipedal walking26:50
Dynamic balance - bipedal walking27:50
Dynamic balance - bipedal walking29:47
Dynamic balance training after stroke30:59
Dynamic balance training after stroke31:39
KEES – kinetic energy exchange system34:38
KEES – kinetic energy exchange system34:41
PACE-R – further simplification of KEES37:10
PACE-R – Slip perturbations39:16
Evolution of PBT devices40:16
BALANCE TRAINER development41:40
Balance Trainer42:15
Balance Trainer44:05
Facilitation of subtractive design approach*45:04
Perspectives47:21
Thank you for your attention49:25