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Design and construction of the prototype of universal semi-automatic equipment for the automotive industry
Kristel, Peter ; Slaný, Martin (oponent) ; Sedlák, Josef (vedoucí práce)
Construction of semi-automatic equipment DCR 231 means for company Mubea saving money in long-range target. This economy profit rises with time period of the equipment active usage. The equipment is designed as a universal tool of automatic production step for inserting reinforcement tubes into tubular stabilizer bars. Inserting of these tubes into the both stabilizer ends brings higher strength of supported areas. Benefit of stabilizer bar reinforcement only on its ends is a lower mass leads to reduction of the whole axle mass. The equipment in global scale helps to reduce the costs connected with daily vehicle usage.
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A production process of rapid prototyping part “shifter lever head” using modern software and technology
Kristel, Peter ; Slaný, Martin (oponent) ; Sedlák, Josef (vedoucí práce)
Target of this thesis is focused to production a prototype part shift lever head. Project was created with ergonomic elements for better and comfortable manipulation and use. Model of a prototype was filled by design components, which evoked remarkable expression. Production and editing was realized in parametric CAD system. Source data was used from scanning primary body of shift lever head with use a reverse engineering method, 3D scanning using ATOS system. The function of final prototype was verified by commercial available rapid prototyping method Fused Deposition Modeling.
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Design and construction of the prototype of universal semi-automatic equipment for the automotive industry
Kristel, Peter ; Slaný, Martin (oponent) ; Sedlák, Josef (vedoucí práce)
Construction of semi-automatic equipment DCR 231 means for company Mubea saving money in long-range target. This economy profit rises with time period of the equipment active usage. The equipment is designed as a universal tool of automatic production step for inserting reinforcement tubes into tubular stabilizer bars. Inserting of these tubes into the both stabilizer ends brings higher strength of supported areas. Benefit of stabilizer bar reinforcement only on its ends is a lower mass leads to reduction of the whole axle mass. The equipment in global scale helps to reduce the costs connected with daily vehicle usage.
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A production process of rapid prototyping part “shifter lever head” using modern software and technology
Kristel, Peter ; Slaný, Martin (oponent) ; Sedlák, Josef (vedoucí práce)
Target of this thesis is focused to production a prototype part shift lever head. Project was created with ergonomic elements for better and comfortable manipulation and use. Model of a prototype was filled by design components, which evoked remarkable expression. Production and editing was realized in parametric CAD system. Source data was used from scanning primary body of shift lever head with use a reverse engineering method, 3D scanning using ATOS system. The function of final prototype was verified by commercial available rapid prototyping method Fused Deposition Modeling.
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