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Two-chamber Tester for Cordless Drills
Kabátník, Václav ; Benešl, Tomáš (referee) ; Jirgl, Miroslav (advisor)
This thesis deals with the design and subsequent realization of a bicameral tester for cordless drills. The tester will contain with two chambers in which the device will be tested. Part of the solution is the description of the parameters of the tested devices and the design of the tester concept. In addition, the thesis deals with the design of a mechanical structure that will test the equipment in both chambers and then design and realization of the relevant electrical equipment including the electrical switchboard. The thesis describes the Mosaic development environment for development of the PLC program according to IEC 61131-3. In this environment, control software has been created, which is described in its chapter. At the end of this work are enclosed images confirming the implementation to the real system and its functionality
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Dehumidification station for 3D printing filament
Staněk, Mikuláš ; Tomíček, Pavel (referee) ; Dvorský, Adam (advisor)
The document discusses the issue of wetting the filament for 3d printers and its subsequent drying. Describes possible methods of drying filaments, temperature measurement, heating and cooling, develops a theoretical model of drying station, designs components for assembly. Furthermore, the work includes air flow simulation with block diagrams and flow diagram and describes the principle of operation of the model. It compares the proposed model with similar products on the market. In addition, it contains processing, control PCB, Software, performed functional tests and tests of the working temperature range.
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Two-chamber Tester for Cordless Drills
Kabátník, Václav ; Benešl, Tomáš (referee) ; Jirgl, Miroslav (advisor)
This thesis deals with the design and subsequent realization of a bicameral tester for cordless drills. The tester will contain with two chambers in which the device will be tested. Part of the solution is the description of the parameters of the tested devices and the design of the tester concept. In addition, the thesis deals with the design of a mechanical structure that will test the equipment in both chambers and then design and realization of the relevant electrical equipment including the electrical switchboard. The thesis describes the Mosaic development environment for development of the PLC program according to IEC 61131-3. In this environment, control software has been created, which is described in its chapter. At the end of this work are enclosed images confirming the implementation to the real system and its functionality
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