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Návrh a konstrukce sedacího nábytku z kartonu
Trněná, Valentýna
The bachelor's thesis deals with the design of seating furniture, in which paper is used as the main material. Before the design itself, a theoretical part is prepared, which describes the issues of ecology, production and recycling of paper, technological possibilities of paper processing and an overview of paper furniture in the world and in the Czech Republic. The practical part shows the measurement of mechanical properties of corrugated cardboard and the results obtained. An integral part of the work is the design of seating furniture from the initial sketch and visualization to the subsequent production.
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Ecodesign and its influence on the design of production machines
Sovják, Richard ; Tůma, Jiří (referee) ; Zahálka, Jiří (advisor)
The bachelor thesis focuses on processing regulatory legislative standards applying to production machines. It provides an overview of tools for assessing the life cycle of products using the methods of eco-design and summarizes the current approach manufacturers of production machinery in improving the energy efficiency of their products. It includes new design and conceptual design of production machinery including new machining technologies. It presents the advantages of virtual prototyping, additive technologies, optimization, toolpath verification and simulation of cutting forces. The result is a comprehensive overview of the factors affecting the eco design of production machines.
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Air Condition of theatre
Běťák, Karel ; Blasinski, Petr (referee) ; Uher, Pavel (advisor)
The bachelor’s thesis deals with the design of air-conditioning system for a small town theater. Ventilation will ensure coverage of heat gains and losses in the theater hall and forced ventilation of adjacent areas will ensure optimum internal microclimate. The needs of actors and viewers will be provided by three air handling units.
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Using virtual reality in design process
Hlavatý, Michal ; Novotný, Tomáš (referee) ; Augste, Jan (advisor)
Master thesis deals with the possibility of using virtual reality in the construction process and points to new possibilities for non-traditional controlling of devices. The aim of this thesis is to become familiar with equipment designed in ÚVSSR and technology using motion capturing. Subsequently, there is also aim to use the gained knowledge to design a software which uses virtual reality in the construction process of parallel kinematic structure delta type, which will have the option of touchless control and will analyze the progress of energy flow of devices.
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Verification of emission class of solid fuel boilers
Skoupý, Jan ; Štelcl, Otakar (referee) ; Baláš, Marek (advisor)
This thesis is focused on verifying of emission class of solid fuel boilers. The boilers are described from principle of combustion process in the beginning. The second part divide and describe solid fuels which are intended to burn in these boilers. The third part deals with requirements of legislation of the Czech Republic and European Union. The last part verifies this requirements on the selected solid fuel boiler.
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Air conditioning in the kindergarten
Šomodi, Petr ; Rubina, Aleš (referee) ; Blasinski, Petr (advisor)
The topic of bachelor thesis deals with the design of two air conditioning units for kindergarten in Ostrava city. Both units are designed to meet operating, functional and hygienic limits. Document has three parts. The first theoretical part defines types and economical operations of ventilators. The second part is focused on design of air conditioning units. The third part consists of engineering report and drawings.
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Evaluation of the operation of the air handling heat recovery system for ICU
Dobrovolná, Natálie ; Jelínek, Ondřej (referee) ; Rubina, Aleš (advisor)
The diploma thesis deals with the issue of heat recovery systems. In the first part the thesis deals with the types of recovery systems in general, their evaluation, possibilities of use and design. The second, computational part, of the thesis focuses on three specific variant solutions of the design suitable for clean hospital premises of the intensive care unit. The aim is to apply the theme to a specific building and evaluate the individual proposed variants in terms of indoor air quality, spatial requirements and operational economy. The last part is dedicated to experimental measurement and subsequent evaluation of the measured data of real air-conditioning system. The essence of the measurement was to evaluate the operation and verify the heat recovery efficiency of a real plate heat exchanger installed in the air-conditioning unit serving the premises of the intensive care unit.
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Eco-analyze of Electric Products
Šebela, Petr ; Ing. Jiří Zpěvák, OEZ s.r.o., Letohrad, Czech Republic (referee) ; Szendiuch, Ivan (advisor)
This work deals with ecological design and appraisal of quality of the electronic devices throughout their life cycle. This area known worldwide as Eco-Design, becomes an integral part of all electro technical productions. This work brings out not only conception of the Eco-Design, but also next related areas with the aim to decrease limitation of negative impact on environment. At the end of the work is compared and summarized the ecological evaluation of the concrete product types.
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Design a AHU unit with respect to the heat recovery system
Otava, Jiří ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
This diploma thesis is focused on problems of heat exchangers. There are two main objectives. The first objective is based on long-term measuring of enthalpy heat exchanger, processing of measured data and comparison of result with manufacturer's results. The second objective is design of variant solutions for two types of heat exchanger of air conditioning unit of selected shop. For variant without moisture transportation was selected cross flow exchangers. Thanks to knowledge from long-term measurement, was selected enthalpy heat exchanger for variant with moisture transportation. Chosen variants were compared with emphasis on heat and moisture exchange efficiency with requirements on Ecodesign.
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(MATERIAL) – CONSCIOUS DESIGN
Filípková, Valentýna ; Václavková, Maria Nina (referee) ; Tobola, Ondřej (advisor)
The online platform consciousdesign.cz, created as the output of the thesis, provides sources for possible conscious approaches to design. It consists of a database of innovative materials, research texts, related links and interviews with designers, material specialists, scientists and technologists. The website can serve as a starting point for students and designers who are interested in current possibilities and new ways leading to design that is responsible to nature and humans.
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