This Master‘s thesis is based on knowledge of information security and its management. The thesis is divided into two parts. The first part provides the theoretical background, definitions and terminology according to the information security management and it is based on concepts from standard ISO 27000 series. The second part aims to analysis of a selected company. Following to this analysis proposal of implementation of information security management system and security guide is drawn up. This guide contains recommendations for ICT security management and advices in field of personal and physical security in company.

This master thesis deals with the issue of production of wooden toy in the company Detoa Albrechtice. The aim was to prepare an analysis of the current state of the company, including a description of the existing production proces. Based on this analysis, it was designed several variants of possible solutions. Because of the scope of work has been chosen one optimal solution. This option in more detail processed. The thesis also includes an option to extend the range of existing production The results obtained are shortly economic evaluation.

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Proč si stěžují naši zákazníci? Zajímavá otázka, že? Jenže není. Je vcelku zbytečná. Proč? Protože tato otázka požaduje vysvětlení následku, tedy něčeho, co se již stalo a nelze to zvrátit. Podobná otázka by mohla znít: Co mám dělat, když se mi rozlije mléko? Z toho vyplývá, že zabývat se následky je zbytečné. Proto musíme jít dál a trochu hlouběji, abychom zjistili skutečnou příčinu.

The thesis presents a manufacturing technology proposition for a terminal pin made of copper according to ČSN 42 3001.1 located in combution engine distributor in a series of 320 000 pcs. Based on a literature study, 3 versions of operation sequence were proposed, 2 of them with concern for lowest number of operations possible and the third, chosen one, was designed so the strain and therefore mechanical properties were equal in whole volume of final part. Forming force and work were calculated, utilizing the Johnson-Cook material model. Overall calculated forming force was 64,5 kN and total work for one part 189 J. Subsequently technical drawings of die and punch for the second operation of forward extrusion of shaft were processed along with workspace assembly drawing for the Šmeral TPM 5 machine, which was chosen for the fabrication. Economic evaluation set the costs for one part manufactured 0,09 Eur and equilibrium point, after which the production generates profit, located at 170 000 pcs produced.

This thesis is engaged in geodetic works related to the increase of the capacity of the road II/497 and the modification of the intersection with the road I/55 in the town of Uherské Hradiště. The work is mostly focused on the field of the engineering geodesy. It resolves the issues from the alignment during the construction to the focus of the construction itself. Individual survey procedures are analyzed in the context of the prescribed deviations specified in the project documentation or ČSN. Geodetic documentation for the selected measurements is worked out.

This paper presents a design of the production process for the clamping nut by cold extrusion. The nut, which is made of material ČSN 12 050, is used to clamp the injection nozzle to the injection system. Subsequently different variants of production were processed, from which the variant B was chosen. For slug a rod with diameter size of 24 mm with toleration f9 made by the company Ferona a. s was chosen. Calculations of process parameters were made for this variant. Based on the parameters the automatic forming machine TPD 630 with nominal force of 6 000 kN was chosen. For the selected machine, operational tools were designed for each forming operation, whose geometry is shown in the drawing documentation. Based on the technical and economical evaluation, the final price of the formed part was set at CZK 18,48.

The master’s thesis submits a technological project of production of splined sleeve used in automotive as a component of propeller shaft. The part is made of steel ČSN 11 523 by bulk forming technology in an annual production series of 20 000 pieces. Production process was designed in four operations, after the second operation there was recrystallization annealing included for regeneration of plasticity before following extrusion. There were made technological calculations for these production operations. Operations were projected to be done by common one-operation press machines available in local manufacturing facility. For all the operations were designed functional tools and tools setups. In conclusion, there was performed technical-economic evaluation. As emerged from this evaluation the final amount of total production costs for one piece is 131,- Kč. When 9 393 pieces are produced, the production series reaches to the break-even point and then the profit starts to be generated.

This thesis deals with legislation and public lighting. Furthermore, this topic is closely related to describing the characteristics of lighting and hygiene levels in comparison with the IEC standards. The work focuses on theoretical training, follow-field measurement and analysis of data obtained. The paper discussed aspects related to the light, physiology of vision and optical comfort. Outdoor lighting and its technical characteristics. Brief description of standards and their use in planning practical measurement of public lighting. A substantial part of the work is focused on graphical analysis of values and their comparison with the standard.

The subject of this thesis is strength design of pipe connecting furnace of continuous catalytic reforming with reactor. First is realize analytical design of individual parts according to ASME VIII, ČSN EN 12952-3 a ČSN EN 13480-3. It is also design and optimize supporting pipe using Caesar II. At the end of work is creating isometric documentation.