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Virtual commissioning of the robotic clock
Dvořák, Jan ; Tůma, Zdeněk (referee) ; Štěpánek, Vojtěch (advisor)
Anna Barcuchová The aim of this thesis is virtual commissioning of a digital twin of a manipulator working as a robotic clock. The thesis contains a research of PLC control systems with a focus on motion control, conceptual design of three versions of the solution of the task, flowcharts of the control algorithm and description of the creation of the digital twin in NX Mechatronics Concept Designer. For the final version of the solution, calculations were made for determining the maximum angular acceleration of the individual robotic arms. Included in the thesis is also a control program for TwinCAT 3.
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Handling equipment for metal sheets
Gazdič, Lukáš ; Malášek, Jiří (referee) ; Frühbauer, Jiří (advisor)
This bachelor thesis focuses on the design and construction of sheet metal handling equipment. In this thesis, research, analysis and evaluation of various alternative solutions and the actual design of the manipulator with strength analyses using FEA is carried out. The important structural elements of the manipulator are calculated and strength checked using FEA method. This work consists of a technical report and drawings. The drawing documentation shows in 2D, a drawing of the overall assembly and detailed drawings of the components.
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Design of special purpose tool for sag measurement
Mejzlík, Jiří ; Vetiška, Jan (referee) ; Houška, Pavel (advisor)
The aim of the thesis is to design a special purpose tool for sag measurement. Three possible solutions are proposed, for each the production cycle time is calculated and its approximate costs are estimated. The best solution in terms of a trade-off between both key quantities is suggested. Next part of the work deals with the selection of suitable drives for the manipulator as well as of the other components for the whole electrical device. Finally, a possible automated control of the complete machinery, including the electrical wiring diagram, is presented.
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Control modernization of two-axis manipulator
Mejzlík, Jiří ; Vetiška, Jan (referee) ; Houška, Pavel (advisor)
The bachelor thesis addresses the modernization of two-axis manipulator that is a part of the galvanizing line. The introductory section describes and evaluates the current situation and specifies the requirements for the device modernization. The selection of the proposed control is based on the analysis of possible solutions which are described in this work. The next part deals with the selection of suitable components and describes the process of implementation.
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Robotic Manipulator Controlling Using Microcontroller
Zemánek, Martin ; Škarvada, Jaroslav (referee) ; Růžička, Richard (advisor)
This master's thesis deals with control robotic manipulator ROB 1-3 using common joystick and microcontroller HC08 NITRON or HC08 LJ12. The goal of this work was creation of module for controlling axes position of servos included in robot by analog signal coming from connected joystick. There are formed possible suggestions about connecting individual parts together for both autonomous and version using development kit. Programming code suggestion is based on these connections during further development. The limitations of using it are described in analysis and final results are shown in statistics results.
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Microprocessor system for robot controll
Novotný, Peter ; Beran, Jan (referee) ; Macho, Tomáš (advisor)
This thesis deals with the control of industrial manipulator model by a microprocessor system. The first part is devoted to familiarization with the problem of controlling manipulators and servos. The second part contains description of mechanical construction, and design of microprocessor system and electronics needed for communication with PC and servos control. The last part of thesis consists of the microprocessor software.
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Robotic manipulator testing
Pernikář, Aleš ; Davídek, Daniel (referee) ; Richter, Miloslav (advisor)
This bachelor thesis concerns about automation of testing procedures using automaticaly controlled robotic manipulator. Thesis defines requirements of prerequisites, testing procedures and evaluation of results. Testing environment YSoft SafeQ as well as multifunctional printers are described. Algorithms for manipulator control and extracting results from sensors are designed. Testing libraries, created to serve as an interface between testing environment and the testing tools are described. Tests are designed in Robot Framework where test plans are created and executed by a remote machine using test environment Atlassian Bamboo.
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