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Optimization of CNC milling machine axis movement
Blaško, Dávid ; Lang, Stanislav (referee) ; Poliščuk, Radek (advisor)
The aim of this thesis is to analyze current state of the device, which is robotized CNC milling machine OPTIMUM BF20L, driven by B&R Automation hardware. The theoretical part describes the possibilities of a machine construction and its elements related to the machine’s movement, possibilities of generating a tool path for CNC, their usage and associated advantages and disadvantages. The goal of the study was to improve the dynamic characteristics of axis movement, and the resulting tool movement during its transitions and rounding, considering the clearance in machine design and its components.
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Movement optimization of the thermoelectric linear actuator
Belháč, Jakub ; Drápela, Miloslav (referee) ; Maliňák, Pavel (advisor)
The thesis describes movement optimization of a linear thermoelectric actuator that is used for operating floor heating valves in modern buildings. Featuring experimental nature, the thesis deals with a problem specified by an industrial company within the following steps; definition of possible solutions based on problem research, experimental verification of selected propositions, the best solution selection resulting from the analysis of executed measurements, final verification with all product versions, benchmarking.
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Movement optimization of the thermoelectric linear actuator
Belháč, Jakub ; Drápela, Miloslav (referee) ; Maliňák, Pavel (advisor)
The thesis describes movement optimization of a linear thermoelectric actuator that is used for operating floor heating valves in modern buildings. Featuring experimental nature, the thesis deals with a problem specified by an industrial company within the following steps; definition of possible solutions based on problem research, experimental verification of selected propositions, the best solution selection resulting from the analysis of executed measurements, final verification with all product versions, benchmarking.
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