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Application of the Sinumerik ONE control system in machining and measuring
Romanov, Dmitrij ; Potanko, Andrej (referee) ; Polzer, Aleš (advisor)
This diploma thesis deals with the application of the CNC control system Sinumerik ONE within the programming of machining and measurement. The first part of the thesis contains a research related to the addressed issues of this diploma thesis. The next part involves the design of experimental parts for which NC programs for machining and measurement were to be implemented. The design of the parts is based on the CNC five-axis milling machine SLV EDU. The thesis includes a description of the machine itself and the selection of workpiece material, tools, and cutting conditions. Methods of how the designed parts could be machined are also described. The following section provides an analysis of the developed NC programs for machining and measuring of the given parts, including examples from graphic simulations. Programming in the Sinumerik ONE environment was possible using the Run MyVirtual Machine software, version 1.3.2. The thesis further mentions how measurement results can be evaluated. The last part of the thesis consists of an assessment of its results and recommendations for practical application.
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Design of segment sheet bender
Romanov, Dmitrij ; Tůma, Zdeněk (referee) ; Pavlík, Jan (advisor)
The bachelor's thesis deals with the design of a manual segment sheet metal bending machine. Part of the work is a theoretical analysis of the current state of science and technology in the field of material bending. The design solution of the segment bending machine is based on similar machines currently available on the market, which are analysed in this work. Then the possibilities of the construction of important parts of the bending machine are proposed, which are then evaluated for the selection of a suitable variant. The bending machine is designed for bending low-carbon steel sheets suitable for cold forming with dimensions up to 1550 x 2 mm.. The work contains calculations of the control parts of the machine, which are based on the selected material for bending. Afterwards a 3D model of the bending machine and drawing documentation of the assembly and its selected nodes are developed.
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Design of segment sheet bender
Romanov, Dmitrij ; Tůma, Zdeněk (referee) ; Pavlík, Jan (advisor)
The bachelor's thesis deals with the design of a manual segment sheet metal bending machine. Part of the work is a theoretical analysis of the current state of science and technology in the field of material bending. The design solution of the segment bending machine is based on similar machines currently available on the market, which are analysed in this work. Then the possibilities of the construction of important parts of the bending machine are proposed, which are then evaluated for the selection of a suitable variant. The bending machine is designed for bending low-carbon steel sheets suitable for cold forming with dimensions up to 1550 x 2 mm.. The work contains calculations of the control parts of the machine, which are based on the selected material for bending. Afterwards a 3D model of the bending machine and drawing documentation of the assembly and its selected nodes are developed.
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