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Fabrication of Ankle Foot Orthosis using digital technologies
Lasota, Marek ; Koutecký, Tomáš (referee) ; Koutný, Daniel (advisor)
This bachelor thesis presents a new way of an orthotic devices fabrication via digital technologies of 3D scanning, CAD modeling and rapid prototyping. First, as a part of an analysis of a present knowledge, is the usual way of an AFO fabrication described, including its disadvantages. Then the new method is outlined. Following, a thorough research of past works, which were already dealing with this subject, is done. In the second half of the thesis is the novel approach demonstrated in a development of an ankle-foot orthosis concept based on scanned data of a healthy subject‘s leg. In conclusion, an overall review and comparision of both fabrication processes is made.
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Comparison of Orthotic Effect between an Ankle Foot Orthosis and a Functional Peroneal Electrostimulation on Gait in Patients after Stroke.
Lučanská, Veronika ; Jeníček, Jakub (advisor) ; Drábová, Zuzana (referee)
Name: Veronika Lučanská Supervisor: Mgr. Jakub Jeníček Opponent: Title of bachelor thesis: Comparison of Orthotic Effect between an Ankle Foot Orthosis and a Functional Peroneal Electrostimulation on Gait in Patients after Stroke. Abstract: This bachelor's thesis is focused on comparing orthotic effect between an ankle foot orthosis and a functional peroneal electrostimulation on gait in patients after stroke. The goal of this thesis is to evaluate and compare orthotic effect of AFO and FPES. Footscan® and video analysis were both used for examining gait. This thesis consists of both theoretical and practical sections. The theoretical part contains basic knowledge on stroke and hemiparetic gait, focusing on foot-drop. It also contains a review of several studies describing the effect ofAFO and FPES. In practical section of this thesis, two different patients will be used as case studies. These patients were measured without any aid, with AFO and then again with FPES. The variables evaluated are velocity of gait, length of stance phase, movement of center of plantar pressure and gait stereotype. Data from dynamic plantography is then evaluated and compared via tables, graphs and via photos. Key words: stroke, foot-drop, functional electrostimulation, ankle foot orthosis, footscan
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Comparison of Orthotic Effect between an Ankle Foot Orthosis and a Functional Peroneal Electrostimulation on Gait in Patients after Stroke.
Lučanská, Veronika ; Jeníček, Jakub (advisor) ; Drábová, Zuzana (referee)
Name: Veronika Lučanská Supervisor: Mgr. Jakub Jeníček Opponent: Title of bachelor thesis: Comparison of Orthotic Effect between an Ankle Foot Orthosis and a Functional Peroneal Electrostimulation on Gait in Patients after Stroke. Abstract: This bachelor's thesis is focused on comparing orthotic effect between an ankle foot orthosis and a functional peroneal electrostimulation on gait in patients after stroke. The goal of this thesis is to evaluate and compare orthotic effect of AFO and FPES. Footscan® and video analysis were both used for examining gait. This thesis consists of both theoretical and practical sections. The theoretical part contains basic knowledge on stroke and hemiparetic gait, focusing on foot-drop. It also contains a review of several studies describing the effect ofAFO and FPES. In practical section of this thesis, two different patients will be used as case studies. These patients were measured without any aid, with AFO and then again with FPES. The variables evaluated are velocity of gait, length of stance phase, movement of center of plantar pressure and gait stereotype. Data from dynamic plantography is then evaluated and compared via tables, graphs and via photos. Key words: stroke, foot-drop, functional electrostimulation, ankle foot orthosis, footscan
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Fabrication of Ankle Foot Orthosis using digital technologies
Lasota, Marek ; Koutecký, Tomáš (referee) ; Koutný, Daniel (advisor)
This bachelor thesis presents a new way of an orthotic devices fabrication via digital technologies of 3D scanning, CAD modeling and rapid prototyping. First, as a part of an analysis of a present knowledge, is the usual way of an AFO fabrication described, including its disadvantages. Then the new method is outlined. Following, a thorough research of past works, which were already dealing with this subject, is done. In the second half of the thesis is the novel approach demonstrated in a development of an ankle-foot orthosis concept based on scanned data of a healthy subject‘s leg. In conclusion, an overall review and comparision of both fabrication processes is made.
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