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Design of smart functional electric stimulator for physically challenged person

机译:残障人士智能功能电刺激器的设计

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摘要

Paralysed muscles can regain their contraction by providing intact peripheral motor nerves, electrical stimulation. To elicit the muscle contraction of the peripheral nerves fibres may be achieved by activation of motor efferent or through reflex pathways by activation of sensory-afferent nerve fibres. The technique may also include activation of sensory nerve fibres for the purpose of eliciting a perceived response in the skin, which may be used to provide sensory clues to the non-sensory extremity. In more than 40 years of FES research, principles for safe stimulation of neuromuscular tissue have been established, and methods for modulating the strength of electrically induced muscle contractions have been discovered. The FES is a rehabilitation strategy which applies electrical current to the nerves that controls paralysed muscles in order to stimulate functional movement. Functional electrical stimulation includes both therapeutic applications and applications to obtain functional restoration of movement. Functional restoration of movement includes applications to enhance manipulation in the upper extremity or locomotion in the lower extremity.
机译:瘫痪的肌肉可以通过提供完整的周围运动神经,电刺激来恢复其收缩。为了引起周围神经的肌肉收缩,可以通过激活运动的运动或通过激活感觉神经纤维来通过反射途径来实现。该技术还可以包括为了引起皮肤中的感知反应的目的而激活感觉神经纤维,其可以用于向非感觉四肢提供感觉线索。在FES研究的40多年中,已经建立了安全刺激神经肌肉组织的原理,并且已经发现了调节电诱导肌肉收缩强度的方法。 FES是一种康复策略,它将电流施加到控制瘫痪肌肉的神经上,以刺激功能性运动。功能性电刺激包括治疗应用和获得运动功能恢复的应用。运动的功能恢复包括增强上肢的操纵或下肢的运动的应用。

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