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Design of an extensible platform for mobile robot
Šumšal, Zdeněk ; Krejčí, Petr (referee) ; Krejsa, Jiří (advisor)
This thesis is about the design of the telescopic platform. which should be fasten on robot called Breach. Purpose of this platform is to carry another equipment like sensors, cameras or manipulator. The platform has to provide chiefly the high demands on load capacity. Another part of the thesis is design of mechanism placed on this telescopic platform, or just on the robot Breach. This mechanism has to load up small subject on the top part of the platform and then unload it on chosen place. Only thing defined for this subjekt is maximal weight of 2 kilograms, but other parameters aren´t specified. Construction is therefore focused on maximal versatility of this mechanism.
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Design of robotic snake
Šumšal, Zdeněk ; Ripel, Tomáš (referee) ; Krejsa, Jiří (advisor)
This work follows up the construction, possibility of movement and practical use of bionic snakes. The first part is about the possibilities of motion of real snakes in the nature and tell us how it's possible to apply and combine those motions on a bionic snake. Second part is focused on different constructions of already existing robots which copy real snakes. The result of the work is design and realisation of the actual construction of a bionic snake using informations we already know so we can later build electronics in it and test various intelligent control programs.
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Design of an extensible platform for mobile robot
Šumšal, Zdeněk ; Krejčí, Petr (referee) ; Krejsa, Jiří (advisor)
This thesis is about the design of the telescopic platform. which should be fasten on robot called Breach. Purpose of this platform is to carry another equipment like sensors, cameras or manipulator. The platform has to provide chiefly the high demands on load capacity. Another part of the thesis is design of mechanism placed on this telescopic platform, or just on the robot Breach. This mechanism has to load up small subject on the top part of the platform and then unload it on chosen place. Only thing defined for this subjekt is maximal weight of 2 kilograms, but other parameters aren´t specified. Construction is therefore focused on maximal versatility of this mechanism.
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Design of robotic snake
Šumšal, Zdeněk ; Ripel, Tomáš (referee) ; Krejsa, Jiří (advisor)
This work follows up the construction, possibility of movement and practical use of bionic snakes. The first part is about the possibilities of motion of real snakes in the nature and tell us how it's possible to apply and combine those motions on a bionic snake. Second part is focused on different constructions of already existing robots which copy real snakes. The result of the work is design and realisation of the actual construction of a bionic snake using informations we already know so we can later build electronics in it and test various intelligent control programs.
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