Eksperimentalna izokinetična naprava za testiranje oseb in športnikov

Mikelj, Martin (author), Kunc, Robert (mentor)

Opravljeno je bilo validiranje eksperimentalne izokinetične naprave, imenovane iMoment, za testiranje poškodovanih oseb in športnikov, ki uporabniku omogoča celovito testiranje sposobnosti, razgibavanja in kondicijske pripravljenosti ter sistematično beleženje rezultatov. Pred začetkom splošne uporabe smo preverili pravilnost oziroma odstopanje meritev od pravih vrednosti ter njihovo ponovljivost. Validiranja smo se lotili s protokolom, ki je sestavljen iz statične in dinamične meritve. Dinamična meritev se deli še na CPM (ang. Continuous Passive Movement) in izokinetično meritev. Podatke, pridobljene s kalibracijskim merilnim sistemom, sem obdelal s programom Excel in jih primerjal z meritvami naprave iMoment. Iz rezultatov so razvidna odstopanja hitrosti in momenta od naših kalibracijskih vrednosti. Poiskal sem vzroke za odstopanja ter predlagal popravke za izboljšanje naprave iMoment in samega merilnega sistema za nadaljnja testiranja.

• Language: Slovenian
• Keywords: izokinetične naprave, telesna učinkovitost, rehabilitacija, iMoment, kineziologija
• Work type: Final paper
• Typology: 2.11 - Undergraduate Thesis
• Organization: FS - Faculty of Mechanical Engineering
• Place of publishing: Ljubljana
• Publisher: [M. Mikelj]
• Year: 2019
• Number of pages: XV, 40 f., [10] f. pril.
• PID: 20.500.12556/RUL-110184
• UDC: 612.76:616-001:531.78(043.2)
• COBISS.SI-ID: 16936987
• Publication date in RUL: 12.09.2019

Secondary language

• Language: English
• Title: Experimental isokinetic device for testing people and athletes

Abstract

Validation of an experimental isokinetic device called iMoment for testing injured people and athletes has been carried out. The device must allow the user to perform comprehensive testing of abilities, stretching and fitness, and to systematically record results. Prior to the commencement of general use, we checked the accuracy deviation of the measurements from the true values and their repeatability. Validation was undertaken with a protocol consisting of static and dynamic measurement. Dynamic measurement was further divided into Continuous Passive Movement (CPM) and isokinetic measurement. The data obtained with the calibration measuring system were processed with Excel and compared with the measurements of the iMoment device. The results showed variations in speed and torque from our calibration values. The diploma work examined possible reasons for the discrepancies and suggested improvements to the iMoment device and the measurement system itself for further testing.

• Keywords: isokinetic devices, physical performance, rehabilitation, iMoment, kinesiology