Patients suffer with neuromuscular diseases often have limited muscle force, and many rely on mobile arm supports to move their arms. In this paper, the author purposes a device to balance the upper limb to eliminate the effect of gravity force on the upper limb. The designed device includes the following features: 1) it is passive, the device only use springs to achieve gravity balancing. 2) The device has two adjusting mechanism, one for the level of gravity balancing and another for the lifting force adjustment. 3) The device come with a quick release mount to allow mounting of other medical device. A number of methods have been purposed in the literature to gravity-balance upper limb. Here, the author uses the end point manipulator toge...
This article reports the preliminary analysis and design of a novel 6 degrees of freedom, passive, ...
Agrawal, Sunil K.Rahman, TariqThere are several pediatric musculoskeletal diseases, such as muscular...
There is a need for functional and effective rehabilitation devices for humans with upper arm injuri...
Patients suffer with neuromuscular diseases often have limited muscle force, and many rely on mobile...
Rehabilitation devices have been progressively developed over the years to train and assist people w...
This article describes the development of a mobile arm support for people with muscular diseases. Th...
For people having muscular weakness obstructs them from performing daily activities, social particip...
This abstract reports a novel concept for a passive upper limb exoskeleton with 6 degrees of freedom...
There are an increasing number of stroke patients in Singapore which may lead to shortage of therapi...
A gravity balancing assistant arm design in 3-D is a mechanical mechanism consisted of springs, rigi...
People who suffer from afflictions causing muscle deterioration, such as muscular dystrophy, can hav...
This thesis presents the development of two novel gravity balance mechanisms for use in spring-based...
In this paper, we propose a flexure spring based gravity compensation device which provides assistan...
This article reports the analysis and preliminary design of a passive, wearable, upper limb exoskele...
An additional mechanical mechanism for a passive parallelogram-based exoskeleton arm-support is pres...
This article reports the preliminary analysis and design of a novel 6 degrees of freedom, passive, ...
Agrawal, Sunil K.Rahman, TariqThere are several pediatric musculoskeletal diseases, such as muscular...
There is a need for functional and effective rehabilitation devices for humans with upper arm injuri...
Patients suffer with neuromuscular diseases often have limited muscle force, and many rely on mobile...
Rehabilitation devices have been progressively developed over the years to train and assist people w...
This article describes the development of a mobile arm support for people with muscular diseases. Th...
For people having muscular weakness obstructs them from performing daily activities, social particip...
This abstract reports a novel concept for a passive upper limb exoskeleton with 6 degrees of freedom...
There are an increasing number of stroke patients in Singapore which may lead to shortage of therapi...
A gravity balancing assistant arm design in 3-D is a mechanical mechanism consisted of springs, rigi...
People who suffer from afflictions causing muscle deterioration, such as muscular dystrophy, can hav...
This thesis presents the development of two novel gravity balance mechanisms for use in spring-based...
In this paper, we propose a flexure spring based gravity compensation device which provides assistan...
This article reports the analysis and preliminary design of a passive, wearable, upper limb exoskele...
An additional mechanical mechanism for a passive parallelogram-based exoskeleton arm-support is pres...
This article reports the preliminary analysis and design of a novel 6 degrees of freedom, passive, ...
Agrawal, Sunil K.Rahman, TariqThere are several pediatric musculoskeletal diseases, such as muscular...
There is a need for functional and effective rehabilitation devices for humans with upper arm injuri...