The achievable force at the end of human forearm depends on the forearm position. The actual value of this force is one of the most important variables affecting the design of the motorized splint, but reliable data are hard to find. Sophisticated measuring device was constructed to determine this force. The force is measured during the movement of the forearm, as such method yields better results than static measurement. The trajectory of movement is enforced by the measuring device, so the influence of the subject on the trajectory is eliminated
In the experiment, the author used wave plus wireless surface electromyography system (SEMs + 3-axis...
In the experiment, the author used wave plus wireless surface electromyography system (SEMs + 3-axis...
The motor function of human joints affects many activities in our lives. In particular, the human...
Rehabilitation robots can provide high intensity and dosage training or assist patients in activitie...
The goal of this bachelor’s thesis is design and realization of measuring device for determination o...
splint with a dynamometer. Clinics. 2005;60(5):381-8. PURPOSE AND METHODS: In order to determine for...
Joint measurement is necessary for studying joint laxity. Joint laxity in elbows is a problem which ...
Objective. To present a method to determine the position and orientation of the mean optimal flexion...
While there exist a number of mechanically sophisticated exoskeletons, prostheses, and assistive rob...
As one of the convenient and noninvasive sensing approaches, the automatic limb girth measurement ha...
Objective. To present a method to determine the position and orientation of the mean optimal flexion...
The elbow joint torque is correlated with the joint angle in a certain relationship. In order to und...
While there exist a number of mechanically sophisticated exoskeletons, prostheses, and assistive rob...
This study aimed to find an optimal measurement protocol of elbow and forearm kinematics using diffe...
This study proposes a new method for measuring upper limb movement using a bio-impedance technique. ...
In the experiment, the author used wave plus wireless surface electromyography system (SEMs + 3-axis...
In the experiment, the author used wave plus wireless surface electromyography system (SEMs + 3-axis...
The motor function of human joints affects many activities in our lives. In particular, the human...
Rehabilitation robots can provide high intensity and dosage training or assist patients in activitie...
The goal of this bachelor’s thesis is design and realization of measuring device for determination o...
splint with a dynamometer. Clinics. 2005;60(5):381-8. PURPOSE AND METHODS: In order to determine for...
Joint measurement is necessary for studying joint laxity. Joint laxity in elbows is a problem which ...
Objective. To present a method to determine the position and orientation of the mean optimal flexion...
While there exist a number of mechanically sophisticated exoskeletons, prostheses, and assistive rob...
As one of the convenient and noninvasive sensing approaches, the automatic limb girth measurement ha...
Objective. To present a method to determine the position and orientation of the mean optimal flexion...
The elbow joint torque is correlated with the joint angle in a certain relationship. In order to und...
While there exist a number of mechanically sophisticated exoskeletons, prostheses, and assistive rob...
This study aimed to find an optimal measurement protocol of elbow and forearm kinematics using diffe...
This study proposes a new method for measuring upper limb movement using a bio-impedance technique. ...
In the experiment, the author used wave plus wireless surface electromyography system (SEMs + 3-axis...
In the experiment, the author used wave plus wireless surface electromyography system (SEMs + 3-axis...
The motor function of human joints affects many activities in our lives. In particular, the human...