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Possibilities of usage of computational systems for switchgear assembly design
Stejskal, Lukáš ; Ing. Jan Krejčí (ext.) (referee) ; Valenta, Jiří (advisor)
The main goal of my bachelor's thesis is to descriebe the CAD systems that are used by engineers to design the electric switchboard and the electric network. In my thesis I descriebed the main options of these systems. The other thing is which data formats are supported for data export and import. In the second part of my thesis I'm dealing with designing the electric switchboard and his type-testing. I'm only interested in the thermal and short circuit endurance during the designing part and during the switchboards testing part as well.
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The use of optical methods in the diagnosis of electrical machines
Tobolák, Petr ; Kuchyňková, Hana (referee) ; Janda, Marcel (advisor)
This term describes questions of scanning rotors of asynchronous motors using 3D scanner. At the beginning it deals with a theory of asynchronous motors, defects of these machines and last but not least also questions of 3D scanning. Directly it focuses on a practical processing of measured rotors and their necessary modifications using of a program GEOMAGIC. It includes a diagnostic of deviations of scanning components of rotors with a model created on a program AUTODESK INVENTOR and posiible reasons of their creation.
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Design of Device for Vehicle Center of Gravity Height Measurement
Rektořík, Jiří ; Vančura, Jan (referee) ; Hejtmánek, Petr (advisor)
The objective of this diploma thesis is the design of a device that measures the vehicle’s centre of gravity height position. The first part defines individual methods of measurement using various measuring equipment. The next part deals with the definition of requirements for the device and the definition of the design. A stress-strain analysis was executed for selected components. This diploma thesis describes the preparation process of the vehicle and the device for the measurement. The next part is dedicated to the design of the measuring chain and to the evaluation of the results. The thesis concludes with a theoretic analysis of the measurement inaccuracy.
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Design of mechanism for pronation and supination of the upper limb prostheses
Rebenda, David ; Košťál, David (referee) ; Paloušek, David (advisor)
The goal of of this work is to propose a mechanism for pronation and supination of the upper limb prosthesis and its subsequent implementation of functional prototype. The teoretical part summarizes the basic types of forearm amputation and the effect of restricting rotation of the forearm. It also describes the basic distribution of upper limb prostheses and drive types. Construction design includ complete technical documentation is made in Autodesk Inventor Professional 2013 and Rhinoceros 5.0 SR8. The prototype is made of aluminium and ABS plastic.
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CAD systems and design documentation
Kučera, Jaroslav ; Veselka, František (referee) ; Kuchyňková, Hana (advisor)
Project is specialized to work on modern CAD systems. Introduction treats of the development technical drawing and separates it into periods. There are compared two programs from Autodesk – AutoCAD a Inventor in the next part. Program Autodesk Inventor 2008 Suite is shown in more detail and project show innovations in this program compared to last versions. Work on Autodesk Inventor is shown at production of model of elementary electrotechnic equipment, technical documentation and presentation. This model, engineering drawings and presentation are the part of enclosure project. In end of project is attempt at the look to future of technical drawing.
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Design of the parametric model of the furnace carriage
Baláž, František ; Valena, Martin (referee) ; Košťál, David (advisor)
This bachelor thesis deals with the creation of an algorithmic model of a cart into the furnace using Inventor software. The emphasis is mainly on the speed and simplicity of editing. The adjustment is based on the change of parameters that resulted from the assignment. Thanks to this work, the editing speed will be accelerated several times. The results can help other companies to implement parameterization in practice and subsequently accelerate production.
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