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Design of a 3D scanner for educational purposes
Paprsek, Adam ; Maxa, Jiří (referee) ; Vyroubal, Petr (advisor)
The aim of the submitted semestral project is research of 3D scanning object methods. The 3D scans utilization and types of these scans have been mentioned in the first chapter. The scanners are grouped into two basic methods – contact and contactless. The second chapter is dedicated to 3D model measurement principles, which are described in detail in four sub-chapters. In the following chapter is described design with complete realization 3D scanner with the implementation of the application for its controlling. Last part of the thesis concerns the 3D model editing and method evaluating.
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Automatic greenhouse for growing plants
Paprsek, Adam ; Somer, Jakub (referee) ; Macháň, Ladislav (advisor)
The aim of this bachelor thesis is study the problems of automatic control greenhouse for growing plants and design concept of electronics. It focuses on possibilities of compensation of direct sunlight using artificial light sources, which has different wavelengths for the growth and flowering. Another function is to control humidity in the soil by watering. If the maximum humidity or temperature is reached to required values inside the greenhouse the fan will be switch on automatically. If the temperature falls under required limit, the green house will be possible to heat to achieve optimal adjustable temperature. The concept is designed to safe operate not only for the crew of greenhouse but for the cultivated plants also.
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Design of a 3D scanner for educational purposes
Paprsek, Adam ; Maxa, Jiří (referee) ; Vyroubal, Petr (advisor)
The aim of the submitted semestral project is research of 3D scanning object methods. The 3D scans utilization and types of these scans have been mentioned in the first chapter. The scanners are grouped into two basic methods – contact and contactless. The second chapter is dedicated to 3D model measurement principles, which are described in detail in four sub-chapters. In the following chapter is described design with complete realization 3D scanner with the implementation of the application for its controlling. Last part of the thesis concerns the 3D model editing and method evaluating.
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Automatic greenhouse for growing plants
Paprsek, Adam ; Somer, Jakub (referee) ; Macháň, Ladislav (advisor)
The aim of this bachelor thesis is study the problems of automatic control greenhouse for growing plants and design concept of electronics. It focuses on possibilities of compensation of direct sunlight using artificial light sources, which has different wavelengths for the growth and flowering. Another function is to control humidity in the soil by watering. If the maximum humidity or temperature is reached to required values inside the greenhouse the fan will be switch on automatically. If the temperature falls under required limit, the green house will be possible to heat to achieve optimal adjustable temperature. The concept is designed to safe operate not only for the crew of greenhouse but for the cultivated plants also.
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