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Hardware and Mechanical Construction of a robot for EUROBOT Competition
Studený, Michal ; Kopečný, Lukáš (referee) ; Žalud, Luděk (advisor)
The Bachelor’s Thesis comprises a summary of the realization of mechanical design for the robot competition EuRobot 2012. The introduction deals with the view of robots from previous years and selected parts of the competition rules that were mandatory for practical implementation. The body describes the construction design of the robot chassis, the selected drive, concept of the manipulator with snap and finally power electronics design. The management of the manipulator, monitoring of the surrounding area and the current state of the robot batteries are included.
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Laboratorní manipulátor pro manipulaci se vzorky
STUDENÝ, Michal
The Bachelor thesis deals with technical solution design and ensuing constructing of laboratory manipulator. Among main aspects and goals belong solution of contruction, selection of appropriate drive (motors), sensors, controlling unit and other parts of mechanism. The next part of the project is to write a~program that will control the entire manipulator after uploading it to the microcontroller. The manipulator is able to grip the object and move it or hold it in the required position. Thanks to the sensors and precise motor control, it is possible to repeat these operations in programmed cycles. The main emphasis is on functionality and achieved parameters of the manipulator.
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Hardware and Mechanical Construction of a robot for EUROBOT Competition
Studený, Michal ; Kopečný, Lukáš (referee) ; Žalud, Luděk (advisor)
The Bachelor’s Thesis comprises a summary of the realization of mechanical design for the robot competition EuRobot 2012. The introduction deals with the view of robots from previous years and selected parts of the competition rules that were mandatory for practical implementation. The body describes the construction design of the robot chassis, the selected drive, concept of the manipulator with snap and finally power electronics design. The management of the manipulator, monitoring of the surrounding area and the current state of the robot batteries are included.
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