National Repository of Grey Literature 4 records found  Search took 0.00 seconds. 
Monitoring the effect of fatigue on the quality of selected physical exercises through 3D kinematic analysis.
Smetana, Matěj ; Bedáňová, Kamila (referee) ; Adamík, Richard (advisor)
The bachelor thesis focuses on determining the effect of fatigue on physical activity, for this purpose, kinematic analysis was used. The measured exercise was a front squat, in which two measurements were made, one without the effect of fatigue and the other with the effect of fatigue. The two measurements were compared.
The wrist joint for upper limb prosthesis
Hollein, Radek ; Komenda, Lukáš (referee) ; Paloušek, David (advisor)
This bachelor thesis deals with the structural design of the wrist prosthesis allowing positionability and lock and subsequent implementation of a functional prototype. The structural design is made to be innovative. With respect to the research, the range of movement and the number of positions of the locking mechanism are selected to ensure the functionality of the prosthetic wrist. The size of wrist prosthesis is designed for an adult male hand. For the structural design Autodesk Inventor Proffesional 2012 was used. Drawings were prepared using AutoCAD Mechanical 2012. Individual components of the prototype are made of ABS plastic, using rapid prototyping technology, or steel machining blanks.
Monitoring the effect of fatigue on the quality of selected physical exercises through 3D kinematic analysis.
Smetana, Matěj ; Bedáňová, Kamila (referee) ; Adamík, Richard (advisor)
The bachelor thesis focuses on determining the effect of fatigue on physical activity, for this purpose, kinematic analysis was used. The measured exercise was a front squat, in which two measurements were made, one without the effect of fatigue and the other with the effect of fatigue. The two measurements were compared.
The wrist joint for upper limb prosthesis
Hollein, Radek ; Komenda, Lukáš (referee) ; Paloušek, David (advisor)
This bachelor thesis deals with the structural design of the wrist prosthesis allowing positionability and lock and subsequent implementation of a functional prototype. The structural design is made to be innovative. With respect to the research, the range of movement and the number of positions of the locking mechanism are selected to ensure the functionality of the prosthetic wrist. The size of wrist prosthesis is designed for an adult male hand. For the structural design Autodesk Inventor Proffesional 2012 was used. Drawings were prepared using AutoCAD Mechanical 2012. Individual components of the prototype are made of ABS plastic, using rapid prototyping technology, or steel machining blanks.

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