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Hot plate with power regulation
Lacika, Marek ; Skácel, Josef (oponent) ; Búran, Martin (vedoucí práce)
This thesis deals with issues of used hot plates and thick-film technology. The theoretical part of diploma thesis contains a theoretical analysis and description of corresponding technology and usage of materials. The practical part of the thesis focuses on the design of the resulting device, which forms design of the test and optimized hot element, the initial design of the device and the design of models for temperature simulations. Then follows description of the practical realization of the motifs and testing of the created thick-film structure on a ceramic substrate. In the last part are shown simulations of heat transfer in the proposed model of the device.
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Timekeeper for karts
Lacika, Marek ; Kledrowetz, Vilém (oponent) ; Levek, Vladimír (vedoucí práce)
This bachelor thesis deals with the solution of timekeeper for karts through infrared radiation. The work includes the design and implementation of the resulting timekeeping system. The final timekeeper system, consisting of an infrared transmitter and receiver, receives an address that is then evaluated by the application on the computer. In the theoretical part, the thesis describes the solution of possible collisions at the check point. The timekeepers for karts can evaluate the fastest riders, the time difference between them and the average speed during races.
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Hot plate with power regulation
Lacika, Marek ; Skácel, Josef (oponent) ; Búran, Martin (vedoucí práce)
This thesis deals with issues of used hot plates and thick-film technology. The theoretical part of diploma thesis contains a theoretical analysis and description of corresponding technology and usage of materials. The practical part of the thesis focuses on the design of the resulting device, which forms design of the test and optimized hot element, the initial design of the device and the design of models for temperature simulations. Then follows description of the practical realization of the motifs and testing of the created thick-film structure on a ceramic substrate. In the last part are shown simulations of heat transfer in the proposed model of the device.
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Timekeeper for karts
Lacika, Marek ; Kledrowetz, Vilém (oponent) ; Levek, Vladimír (vedoucí práce)
This bachelor thesis deals with the solution of timekeeper for karts through infrared radiation. The work includes the design and implementation of the resulting timekeeping system. The final timekeeper system, consisting of an infrared transmitter and receiver, receives an address that is then evaluated by the application on the computer. In the theoretical part, the thesis describes the solution of possible collisions at the check point. The timekeepers for karts can evaluate the fastest riders, the time difference between them and the average speed during races.
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