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Versatile Control Unit of Solar Collectors
Tříska, Vít ; Růžička, Richard (referee) ; Šimek, Václav (advisor)
This thesis deals with design and implementation of a versatile control unit, which is primarily designed for control of solar collectors. It describes the various stages of design. First, the system of solar collectors is introduced. Its input-output parts are analyzed and the requirements are determined for the control unit. The characteristics of temperature sensors are examined, the work deals with continuous variable speed circulators. The following part is dedicated to hardware and software implementation of the objectives of the work. The boards were designed in Eagle design environment, the firmware was written in C programming language. In conclusion, the evaluation of the results of the proposed system and possible ways of its further development are discussed. The versatile control unit can be deployed in practice realistically.
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Microcontroller based system for body temperature sensing
Svoboda, Pavel ; Jirgl, Miroslav (referee) ; Bradáč, Zdeněk (advisor)
The dissertation is focused on creating a microcontroller system for measuring and recording temperature. In the opening part of the dissertation the requirements are described for the final product, selection of appropriate components and calculation of the suitable parameters of the specific components. In the following part the design of the circuit diagram and printed circuit board are described. The concluding part includes a description of the software equipment of the microcontroller and the program designed for the purpose of the transfer of data into a PC and the calibration of the equipment.
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Design Thermally Insulated Chamber and Constant Temperature Regulation of Chamber
Vejnar, Pavel ; Dohnal, Petr (referee) ; Šedivá, Soňa (advisor)
The purpose of thesis is proposes a small temperature chamber with temperature control. The first part is focused on description Peltier cells, the theory of heat transfer and cooling. Next part of thesis is select suitable thermo-box and computes temperature resistance and includes simulation and real measuring. In next step is chamber simulate in program ANSYS and compare with real measuring. At the end is construct electronic control of temperature in thermo-box for constant value with programming program for the PC. The conclusion summarizes the results of the work.
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Laboratory exercise for a control theory courses
Kozumplík, Miroslav ; Pohl, Lukáš (referee) ; Veselý, Libor (advisor)
This work deals with a design of laboratory tasks and laboratory hardware for laboratory control. Laboratory equipment contains heating element placed in a pipe. Temperature sensors measure the current air temperature in the pipe. The heating element with the temperature sensors are connected to the computer through the DAQ USB-6001. The signal is read by Simulink program that will be used to design controllers for this system.
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Laboratory exercise for a control theory courses
Kozumplík, Miroslav ; Pohl, Lukáš (referee) ; Veselý, Libor (advisor)
This work deals with a design of laboratory tasks and laboratory hardware for laboratory control. Laboratory equipment contains heating element placed in a pipe. Temperature sensors measure the current air temperature in the pipe. The heating element with the temperature sensors are connected to the computer through the DAQ USB-6001. The signal is read by Simulink program that will be used to design controllers for this system.
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Microcontroller based system for body temperature sensing
Svoboda, Pavel ; Jirgl, Miroslav (referee) ; Bradáč, Zdeněk (advisor)
The dissertation is focused on creating a microcontroller system for measuring and recording temperature. In the opening part of the dissertation the requirements are described for the final product, selection of appropriate components and calculation of the suitable parameters of the specific components. In the following part the design of the circuit diagram and printed circuit board are described. The concluding part includes a description of the software equipment of the microcontroller and the program designed for the purpose of the transfer of data into a PC and the calibration of the equipment.
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Design Thermally Insulated Chamber and Constant Temperature Regulation of Chamber
Vejnar, Pavel ; Dohnal, Petr (referee) ; Šedivá, Soňa (advisor)
The purpose of thesis is proposes a small temperature chamber with temperature control. The first part is focused on description Peltier cells, the theory of heat transfer and cooling. Next part of thesis is select suitable thermo-box and computes temperature resistance and includes simulation and real measuring. In next step is chamber simulate in program ANSYS and compare with real measuring. At the end is construct electronic control of temperature in thermo-box for constant value with programming program for the PC. The conclusion summarizes the results of the work.
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Versatile Control Unit of Solar Collectors
Tříska, Vít ; Růžička, Richard (referee) ; Šimek, Václav (advisor)
This thesis deals with design and implementation of a versatile control unit, which is primarily designed for control of solar collectors. It describes the various stages of design. First, the system of solar collectors is introduced. Its input-output parts are analyzed and the requirements are determined for the control unit. The characteristics of temperature sensors are examined, the work deals with continuous variable speed circulators. The following part is dedicated to hardware and software implementation of the objectives of the work. The boards were designed in Eagle design environment, the firmware was written in C programming language. In conclusion, the evaluation of the results of the proposed system and possible ways of its further development are discussed. The versatile control unit can be deployed in practice realistically.
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