This paper discloses the synthesis and fundamental kinematic analysis of mechanically established walking and standing mechanism, as well as the design and motion simulation of mechanical walker 3D model. Results of this simulation are exposed in various kinematic diagrams by which the operation characteristics of the mechanism and the walking ability of the proposed mechanical walker can be discussed and evaluated. Practical application of this mechanical walker covers the fields of walking rehabilitation and training in the treatment of spinal cord injured patients, as well as for standing and walking assistance of elderly and disabled people
Abstract. Problems and prospects of using the walking mode for producing motion of robotic systems a...
While most take their ability to walk for granted, some are unable to walk secondary to any number o...
A walking machine (robot) is a type of locomotion that operates by means of legs and/or wheels on ro...
Ovaj članak iznosi sintezu i temeljnu kinematičku analizu mehanički uspostavljenog mehanizma hodanja...
Walkers are mechanical leg devices which perform motion similar to a physiological walk of animals o...
The current stage of development of robotic systems is characterized by the use of anthropomorphic r...
V magistrskem delu bomo predstavili sintezo mehanizma gibajočega stola za pomoč pri vstajanju in use...
The restoration of walking capability is a key goal after stroke, traumatic brain injury and spinal ...
People affected by a paraplegic disability or many other walking disabilities have to face every day...
Abstract: Rehabilitation of walking is an essential element in the treatment of incomplete spinal co...
This paper presents an original rehabilitative robotic walking simulation device. As a novel feature...
In this paper, a novel walker robot is proposed for post-stroke gait rehabilitation. It consists of ...
This project deals with the walking machines. A brief history and the evolution of the walking machi...
Over the last several decades robotic rehabilitation has played an important role in the human-robot...
Nowadays, plenty of bipedal robots have already been developed but are still being improved. The pur...
Abstract. Problems and prospects of using the walking mode for producing motion of robotic systems a...
While most take their ability to walk for granted, some are unable to walk secondary to any number o...
A walking machine (robot) is a type of locomotion that operates by means of legs and/or wheels on ro...
Ovaj članak iznosi sintezu i temeljnu kinematičku analizu mehanički uspostavljenog mehanizma hodanja...
Walkers are mechanical leg devices which perform motion similar to a physiological walk of animals o...
The current stage of development of robotic systems is characterized by the use of anthropomorphic r...
V magistrskem delu bomo predstavili sintezo mehanizma gibajočega stola za pomoč pri vstajanju in use...
The restoration of walking capability is a key goal after stroke, traumatic brain injury and spinal ...
People affected by a paraplegic disability or many other walking disabilities have to face every day...
Abstract: Rehabilitation of walking is an essential element in the treatment of incomplete spinal co...
This paper presents an original rehabilitative robotic walking simulation device. As a novel feature...
In this paper, a novel walker robot is proposed for post-stroke gait rehabilitation. It consists of ...
This project deals with the walking machines. A brief history and the evolution of the walking machi...
Over the last several decades robotic rehabilitation has played an important role in the human-robot...
Nowadays, plenty of bipedal robots have already been developed but are still being improved. The pur...
Abstract. Problems and prospects of using the walking mode for producing motion of robotic systems a...
While most take their ability to walk for granted, some are unable to walk secondary to any number o...
A walking machine (robot) is a type of locomotion that operates by means of legs and/or wheels on ro...