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Medical standing devices
Vadják, Šimon ; Ronzhina, Marina (referee) ; Kolářová, Jana (advisor)
This bachelor‘s thesis deals with patient verticalization and medical standing devices, which we use for this purpose. These findings are particularly important for rehabilitation and nursing care and also for the development of new standing devices. The bachelor‘s thesis describes the basic con¬cepts of human motor skills, the effect of changing position on the human organism, an overview of medical standing devices and their comparison. Thesis deals with comparison of the technical pa¬rameters of two standing devices more closely, standing device BALANCE Trainer and STOJ. The final part is devoted to measuring blood pressure using the noninvasive, continuous method of measuring at a group of wheelchair users during verticalization. I created a program with a graphical interface which allows measured data to load, display and measure, in numerical compu-ting environment MATLAB (version 7.9.0-R2009B). The results were statistically tested in the same numerical computing environment.
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Dynamic verticalization
Ladický, Milan ; Čmiel, Vratislav (referee) ; Janoušek, Oto (advisor)
This bachelor thesis describes the design and construction of a tilt sensor of a dynamic verticalizer. The work contains a description of the verticalizer, sensing components and programmable boards, which are used to communicate with the computer and peripherals. The principle of connection between the verticalizer and the test application, the principle of sensing the patient's movements and the principle of EMG measurement are explained here.
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Dynamic verticalization
Ladický, Milan ; Čmiel, Vratislav (referee) ; Janoušek, Oto (advisor)
This bachelor thesis describes the design and construction of a tilt sensor of a dynamic verticalizer. The work contains a description of the verticalizer, sensing components and programmable boards, which are used to communicate with the computer and peripherals. The principle of connection between the verticalizer and the test application, the principle of sensing the patient's movements and the principle of EMG measurement is explained here.
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Dynamic verticalization
Ladický, Milan ; Čmiel, Vratislav (referee) ; Janoušek, Oto (advisor)
This bachelor thesis describes the design and construction of a tilt sensor of a dynamic verticalizer. The work contains a description of the verticalizer, sensing components and programmable boards, which are used to communicate with the computer and peripherals. The principle of connection between the verticalizer and the test application, the principle of sensing the patient's movements and the principle of EMG measurement is explained here.
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Dynamic verticalization
Ladický, Milan ; Čmiel, Vratislav (referee) ; Janoušek, Oto (advisor)
This bachelor thesis describes the design and construction of a tilt sensor of a dynamic verticalizer. The work contains a description of the verticalizer, sensing components and programmable boards, which are used to communicate with the computer and peripherals. The principle of connection between the verticalizer and the test application, the principle of sensing the patient's movements and the principle of EMG measurement are explained here.
|
|
|
Medical standing devices
Vadják, Šimon ; Ronzhina, Marina (referee) ; Kolářová, Jana (advisor)
This bachelor‘s thesis deals with patient verticalization and medical standing devices, which we use for this purpose. These findings are particularly important for rehabilitation and nursing care and also for the development of new standing devices. The bachelor‘s thesis describes the basic con¬cepts of human motor skills, the effect of changing position on the human organism, an overview of medical standing devices and their comparison. Thesis deals with comparison of the technical pa¬rameters of two standing devices more closely, standing device BALANCE Trainer and STOJ. The final part is devoted to measuring blood pressure using the noninvasive, continuous method of measuring at a group of wheelchair users during verticalization. I created a program with a graphical interface which allows measured data to load, display and measure, in numerical compu-ting environment MATLAB (version 7.9.0-R2009B). The results were statistically tested in the same numerical computing environment.
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