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The proposal of the base body for wall clock using unconventional methods
Janás, Milan ; Zemčík, Oskar (referee) ; Dvořák, Jaromír (advisor)
This thesis describes the design and manufacture of the basic body clocks using unconventional methods. The work consists of two parts. In the first unconventional methods are discussed in theory explaining the basic principles and methods of use of different methods and their advantages and disadvantages. More details are described two methods, laser and water jet, which are used in solving the practical part of this work. The second part describes a practical solution of the base body using a laser and water jet. The methods are examined in terms of suitability for use and are analyzed their advantages and disadvantages with respect to the manufactured part. In conclusion, these methods are compared from an economic perspective, production time, affecting surface and achieved accuracy. The outcome of this work is to compare the methods used to produce the base body and the assembly of functional clocks.
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Selection of appropriate technology for the production of welded constructions of boiler JE 12 and JE 6
Janás, Milan ; Slaný, Martin (referee) ; Dvořák, Jaromír (advisor)
The diploma thesis on the selection of appropriate technology to produce the welded construction of electric boiler JE6 / 12 aims to evaluate available production technologies and choose the most suitable of them. Choosing the technologies focuses primarily on those that are available at Slokov. Due to the connection of the welding robot to the production, it is necessary to consider the overall connection of the production and the high accuracy of the production. The individual methods of production, material separation, welding, bending and surface treatment are first theoretically analyzed and their advantages, disadvantages and parameters are summarized. Subsequently, it is practically tested individual technologies for a representative part and it evaluates the achieved parameters and economics of production. With the results obtained, the most suitable technologies are selected. With the selection of technologies, there is a need for a change in design and production parameters. Changes and modifications to the design describe another point. To achieve maximum efficiency and quality of production, a welding robot is used to make welds. The description of the production, modifications and overall design of the robot describes the next point of this work. The last part summarizes the economics of selected production technologies and details the technological process. The aim of the thesis is to design such technologies that will be advantageous from the point of view of the economy and from the perspective of the available possibilities of the company.
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Selection of appropriate technology for the production of welded constructions of boiler JE 12 and JE 6
Janás, Milan ; Slaný, Martin (referee) ; Dvořák, Jaromír (advisor)
The diploma thesis on the selection of appropriate technology to produce the welded construction of electric boiler JE6 / 12 aims to evaluate available production technologies and choose the most suitable of them. Choosing the technologies focuses primarily on those that are available at Slokov. Due to the connection of the welding robot to the production, it is necessary to consider the overall connection of the production and the high accuracy of the production. The individual methods of production, material separation, welding, bending and surface treatment are first theoretically analyzed and their advantages, disadvantages and parameters are summarized. Subsequently, it is practically tested individual technologies for a representative part and it evaluates the achieved parameters and economics of production. With the results obtained, the most suitable technologies are selected. With the selection of technologies, there is a need for a change in design and production parameters. Changes and modifications to the design describe another point. To achieve maximum efficiency and quality of production, a welding robot is used to make welds. The description of the production, modifications and overall design of the robot describes the next point of this work. The last part summarizes the economics of selected production technologies and details the technological process. The aim of the thesis is to design such technologies that will be advantageous from the point of view of the economy and from the perspective of the available possibilities of the company.
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The proposal of the base body for wall clock using unconventional methods
Janás, Milan ; Zemčík, Oskar (referee) ; Dvořák, Jaromír (advisor)
This thesis describes the design and manufacture of the basic body clocks using unconventional methods. The work consists of two parts. In the first unconventional methods are discussed in theory explaining the basic principles and methods of use of different methods and their advantages and disadvantages. More details are described two methods, laser and water jet, which are used in solving the practical part of this work. The second part describes a practical solution of the base body using a laser and water jet. The methods are examined in terms of suitability for use and are analyzed their advantages and disadvantages with respect to the manufactured part. In conclusion, these methods are compared from an economic perspective, production time, affecting surface and achieved accuracy. The outcome of this work is to compare the methods used to produce the base body and the assembly of functional clocks.
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