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Logical Network Games for Android
Kubík, Michal ; Škoda, Petr (referee) ; Kouřil, Jan (advisor)
The main goal of this bachelor's thesis was the implementation of application for playing logical games. This work deals with Android platform and the possibilities of creation and deployment of applications for this platform. The known algorithms that are used for implementation of an artificial intelligence are described in the work. The ways of wireless communication between mobile device are also mentioned. The graphical user interface of application, solution of an artificial inteligence and the network communication are described in the implementation part of this work.
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Design of stand for magnetic seal testing
Švec, Jaroslav ; Kubík, Michal (referee) ; Roupec, Jakub (advisor)
This bachelor thesis deals with design and construction of mounting board of stand for magnetic seal testing and with control of mounted asynchronous motor using inverter. In this thesis was done analysis of ways of controlling three-phase asynchronous motor with inverter, analysis of sensors for measuring testing conditions and analysis of modular aluminium profile systems. There was created three conceptions of mounting board from which the most suitable was chosen to be built. From ways of control was chosen the most convenient way. The result of this thesis is stand for magnetic seal testing, using which will be possible to gain new knowledge of magnetic sealing and its future use.
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Reconstruction of suspension tester TriTec
Dvořáček, Milan ; Kubík, Michal (referee) ; Sabo, Karol (advisor)
The topic of my bachelor’s thesis is Reconstruction of suspension tester TriTec. The aim is to remove imperfections of previous version of the tester, which disabled accurate and comfortable work with the tester.TriTec is resonance adhesion suspension tester used for non-dismantling testing of vehicles. Output of this test is pressure force to static force ratio expressed as percentage recalcutated in order to correspond with EUSAMA output.
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Testing the magnetic seal
Pavlíček, Dušan ; Sabo, Karol (referee) ; Kubík, Michal (advisor)
Using magnetic fluids were implemented new devices and new technologies that are convenient alternative to existing, thanks the exceptional properties of these liquids. Currently does not exist suitable device for testing magnetic seal, and therefore this thesis deals the design of the stand for testing a magnetic seal.
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Test of remanency in a sport damper in dependence on a material of magnetic circuit
Polášek, Jan ; Kubík, Michal (referee) ; Roupec, Jakub (advisor)
This bachelor’s thesis deals with testing of maximal magnetic induction, remanence and B-H curve of different kinds of steels and application of this knowledge when choosing materials for magnetic circuit of magnetorheological (MR) dampers. The introduction of the thesis is intended to analyse knowledge of magnetorheological fluids and magnetic characteristics of different kinds of materials. Another part of bachelor’s thesis deals with the choice of steels of different chemical composition, heat treatment of steel, testing and comparing with FEM results. The aim of the thesis is also to design a clamping device for testing of magnetic circuit and to describe used measuring instruments and measurement methodology too.
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Reconstruction of suspension tester TriTec
Dvořáček, Milan ; Kubík, Michal (referee) ; Sabo, Karol (advisor)
The topic of my bachelor’s thesis is Reconstruction of suspension tester TriTec. The aim is to remove imperfections of previous version of the tester, which disabled accurate and comfortable work with the tester.TriTec is resonance adhesion suspension tester used for non-dismantling testing of vehicles. Output of this test is pressure force to static force ratio expressed as percentage recalcutated in order to correspond with EUSAMA output.
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Methodology of magnetorheological sport damper demagnetization
Strmiska, Tomáš ; Kubík, Michal (referee) ; Strecker, Zbyněk (advisor)
This thesis is dedicated to discovering the most efficient methods of demagnetization. At the beginning, basics of magnetorheological (MR) dampers are explained. Available literature is studied to propose appropriate methods of demagnetization. An apparatus is designed and utilized to research methods of MR damper piston and magnetic circuit of MR viscometer demagnetization. The outcome of this work is analysis of recorded data including impact analysis of all identified parameters. The best demagnetization methods are described.
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Innovation of chip conveyor for cutting machine
Kočica, Martin ; Kubík, Michal (referee) ; Brandejs, Jan (advisor)
The aim of this project is the design modification of existing outdated chip conveyor for the lathe SPT 32 NC, owned by Slovácké strojírny OJSC factory 1 Strojírny Uherský Brod. The work is divided into acquaintance with the problem of chip conveyor and the requirements that are placed on the conveyor. The thesis summarizes possible design solutions, of which is chosen the best design solution. Followed by calculations dimensions, choice of materials and semifinished products for creating drawings. The primary input for the work is existing conveyor frame. All dimensions and functional members were chosen with regard to the parameters of the conveyor frame, which will be modified at least. The output is a complete drawing documentation and accompanying report.
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Axle differential, driving shaft mounting
Kubík, Michal ; Indruch, Jiří (referee) ; Mazůrek, Ivan (advisor)
The aim of the first part of the bachelor`s thesis is creating an examination of basic types of the differential. The beginning of the work is devoted to the division of permanent transmission. The following chapter deals with the differential system and describes basic qualities of the differentials. The actual body of the first part is a description of individual types of differentials. The second part of the bachelor`s thesis focuses on storing of the differential pinion. The storing in this part is divided according to the gear of the transmission. The constructional examples from practice for the individual types are given. The end of the chapter contains an evaluation and advice for the construction of storing of the differential pinion.
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