Interactive exoskeleton robotic knee system

Raymond Kai Yu Tong; Corinna Ursula Ockenfeld; Ling Fung Yeung; Sze Kit Ho; Hon Wah Wai; Man Kit Peter Pang

Interactive exoskeleton robotic knee system

Raymond Kai Yu Tong (Inventor), Corinna Ursula Ockenfeld (Inventor), Ling Fung Yeung (Inventor), Sze Kit Ho (Inventor), Hon Wah Wai (Inventor), Man Kit Peter Pang (Inventor)

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Abstract

An interactive exoskeleton robotic knee system for assist walking and gait training. The system comprises of an exoskeleton framework to be attached to the thigh and shank of the user's leg; electric motor; mechanical lock; motion sensor assembled on the lower limb unit, and a control box. The system provides extension and flexion movement in the knee joint.

Original language	English
Patent number	US10390973
IPC	A61B5/11
Priority date	15/05/15
Filing date	21/06/15
Publication status	Published - 27 Aug 2019

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title = "Interactive exoskeleton robotic knee system",

abstract = "An interactive exoskeleton robotic knee system for assist walking and gait training. The system comprises of an exoskeleton framework to be attached to the thigh and shank of the user's leg; electric motor; mechanical lock; motion sensor assembled on the lower limb unit, and a control box. The system provides extension and flexion movement in the knee joint.",

author = "Tong, {Raymond Kai Yu} and Ockenfeld, {Corinna Ursula} and Yeung, {Ling Fung} and Ho, {Sze Kit} and Wai, {Hon Wah} and Pang, {Man Kit Peter}",

year = "2019",

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day = "27",

language = "English",

type = "Patent",

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TY - PAT

T1 - Interactive exoskeleton robotic knee system

AU - Tong, Raymond Kai Yu

AU - Ockenfeld, Corinna Ursula

AU - Yeung, Ling Fung

AU - Ho, Sze Kit

AU - Wai, Hon Wah

AU - Pang, Man Kit Peter

PY - 2019/8/27

Y1 - 2019/8/27

N2 - An interactive exoskeleton robotic knee system for assist walking and gait training. The system comprises of an exoskeleton framework to be attached to the thigh and shank of the user's leg; electric motor; mechanical lock; motion sensor assembled on the lower limb unit, and a control box. The system provides extension and flexion movement in the knee joint.

AB - An interactive exoskeleton robotic knee system for assist walking and gait training. The system comprises of an exoskeleton framework to be attached to the thigh and shank of the user's leg; electric motor; mechanical lock; motion sensor assembled on the lower limb unit, and a control box. The system provides extension and flexion movement in the knee joint.

M3 - Patents granted

M1 - US10390973

Y2 - 2015/06/21

ER -

Interactive exoskeleton robotic knee system

Abstract

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