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Design and implementation of RGB sensor for educational unit
Švehla, Lukáš ; Krejsa, Jiří (referee) ; Spáčil, Tomáš (advisor)
This thesis deals with construction of RGB sensor which will be extension for preparing of the education kit equipped with microcontroller AT Mega on Arduino board. It contains a brief introduction how the photodiodes work. There is also described some chosen RGB sensors, suggestion and realisation of Printed Circuit Board. Next continue with measurement. Then is chosen and completion final product from the best sensors.
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Implementation of control software of device for measuring residual stresses by drilling method
Švehla, Lukáš ; Houfek, Lubomír (referee) ; Krejčí, Petr (advisor)
The diplom thesis deals with modernization of older drill out machine MTS3000 for measurement of residual stress. To make the device work it is necessary to keep running computer control card and necessary software. Because a producer does not provide any upgrade, it was decided to put the device into operation by creating new software. At first an analysis of drilling method and function of device MTS3000 - Restan was made. Next step was to disassemble and analyze the station of the drilling device. Then the station was put into operation and modified for control via USB device NI USB 6009. Finally a computer program in LabVIEW environment was created to automate the measurement process. Program has two main tasks: one is to control the drilling cycle of the machine. Another one is to acquire data from measuring amplifier station.
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Implementation of control software of device for measuring residual stresses by drilling method
Švehla, Lukáš ; Houfek, Lubomír (referee) ; Krejčí, Petr (advisor)
The diplom thesis deals with modernization of older drill out machine MTS3000 for measurement of residual stress. To make the device work it is necessary to keep running computer control card and necessary software. Because a producer does not provide any upgrade, it was decided to put the device into operation by creating new software. At first an analysis of drilling method and function of device MTS3000 - Restan was made. Next step was to disassemble and analyze the station of the drilling device. Then the station was put into operation and modified for control via USB device NI USB 6009. Finally a computer program in LabVIEW environment was created to automate the measurement process. Program has two main tasks: one is to control the drilling cycle of the machine. Another one is to acquire data from measuring amplifier station.
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Design and implementation of RGB sensor for educational unit
Švehla, Lukáš ; Krejsa, Jiří (referee) ; Spáčil, Tomáš (advisor)
This thesis deals with construction of RGB sensor which will be extension for preparing of the education kit equipped with microcontroller AT Mega on Arduino board. It contains a brief introduction how the photodiodes work. There is also described some chosen RGB sensors, suggestion and realisation of Printed Circuit Board. Next continue with measurement. Then is chosen and completion final product from the best sensors.
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