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3D tisk v dopravě
VESELÝ, Vojtěch
This bachelor thesis investigates the effect of 3D printing on the modification of vehicle interiors and exteriors, especially on older models. The theoretical part of the thesis deals with the history of 3D printing, the classification of printers according to materials and printing technologies. It also deals with the types of materials used in 3D printing, the basic components of a 3D printer and its use in transportation. The practical part of the thesis deals with the design of a multifunctional charging station and the specific implementation in a vehicle, including the selection of a suitable location. It also describes the creation and detailed drawing of a 3D model divided into four parts: the bottom part, the top part, the electronics hold and the wireless charging hold. It defines the electronics used, wiring diagrams and wiring. The final section is the 3D printing process and subsequent assembly of the device.
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Laboratory exercises of electronic elevator model
Kašpar, Ondřej ; Věchet, Stanislav (referee) ; Marada, Tomáš (advisor)
My Bachelor project is based on concept and realization of electronic model of elevator. This examplar works only on electric base without any mechanical components. This project at all will stay in laboratory of automatization. Students can use it as visual aid in studying and learning new things about programmable controller of Siemens, especially models S7-200. The movement of cabine of elevator is exemplified in bargraf, which you can leave control over then by active componets, LED drivers. The model is directed by micro-processor ALMEL ATmega128, which is connected with PC serial and paralel line. In my project you can find some descriptions of under consideration and used technologies, development system and constructional components.
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Laboratory exercises of electronic elevator model
Kašpar, Ondřej ; Věchet, Stanislav (referee) ; Marada, Tomáš (advisor)
My Bachelor project is based on concept and realization of electronic model of elevator. This examplar works only on electric base without any mechanical components. This project at all will stay in laboratory of automatization. Students can use it as visual aid in studying and learning new things about programmable controller of Siemens, especially models S7-200. The movement of cabine of elevator is exemplified in bargraf, which you can leave control over then by active componets, LED drivers. The model is directed by micro-processor ALMEL ATmega128, which is connected with PC serial and paralel line. In my project you can find some descriptions of under consideration and used technologies, development system and constructional components.
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