Skip to main content
Skip header

Search

Found 39,043 results in section Other VSB-TUO websites on query Geotechnics and Underground Engineering

Virtual Model of a Workplace with the ABB IRB 140 Robot in the RobotStudio Software Environment - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/512

deals with the use RobotStudio software for design and simulate the resulting variations robotic workstation. There is an analysis of the manual production department

Manipulator of rods between the stepper conveyors - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/688

The bachelor thesis deals with a practical and structural design of a manipulator for removing rods between two conveyors. The theoretical part contains the analysis

Machine Vision Application for Robotized Cells - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/611

art in the field of machine vision products and current systems installed in the Robotics Centre of the Department of Robotics. The main text part contains two demonstrat

Project of a Process Transport System with AGV in the Production Company - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/723

automated guided vehicle), their navigation, safety and implementation in manufacturing companies. It also includes analysis of current state interoperative procces

Construction Design of Belt Conveyor for the Transport of Oil Pumps - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/758

belt conveyor. In the introduction I analyze the current state of the topic. Four variants were developed based on the request sheet and the pumps description, from

Návrh a optimalizace manipulátoru portálového robotu - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/65

and optimalization of gantry robot manipulator Abstrakt Práce započíná analýzou stávající konstrukce manipulátoru, který je vyráběn firmou DAS F-M. Analýza definuje

Návrh a realizace jednoduchého kamerového subsystému pro stávající MR - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/474

Design and Realization of a Simple Visual Subsystem for an Existing Mobile Robot Abstrakt Bakalářská práce se zabývá konstrukčním návrhem a realizací jednoduchého

Konstrukční návrh hlavy na mobilní roboty s více stupni volnosti pro monitorování okolí - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/481

a je doplněn o potřebné výpočty. The thetis is dealing the construction design of monitoring modul for mobile robot. This mechanical is for surroundings and for

Návrh robotizovaného pracoviště pro svařování rozměrných svařenců - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/638

and deals with the selection of an appropriate welding machine including required peripheries and its workplace layout. Based on a

oguagbaka.pdf

https://graphs.vsb.cz/csgt2024/files/web/oguagbaka.pdf

matchings are needed to cover any such graph. Cubic graphs that need a minimum of five perfect matchings to cover their edges are very rare, and only a few infinite

Haptické zařízení pro ovládání manipulačního ramene robotu - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/547

introduction contains a search for available haptic systems. Controller’s requirements were also specified. In the next part, optimal sensors and hardware for its

Návrh robotizovaného pracoviště pro nástřik rámů jízdních kol - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/607

processes. It describes their advantages and disadvantages and defines object manipulation. The second part is dedicated to the design solution options, executing value analysis

Specializace - E-výuka VŠB-TUO

https://www.vsb.cz/e-vyuka/cs/branch?academicYear=65&id=1798

practical economic problems independently. Tutors help students understand how the economy works at different levels as well as appropriately select and apply economic

Návrh řešení mezioperační dopravy ve výrobní firmě s využitím AGV - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/723

transportation with using of AGV (automated guided vehicle), their navigation, safety and implementation in manufacturing companies. It also includes analysis of

Konstrukční návrh pásového dopravníku pro přepravu olejových pump - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/758

thesis deals with the design of the belt conveyor. In the introduction I analyze the current state of the topic. Four variants were developed based on the request sheet and

Kalus.pdf

https://www.fei.vsb.cz/export/sites/fei/cs/fakulta/ze-zivota-fakulty/files/medailonky/Kalus.pdf

27 (2018) 065005, C. Van de Steen, M. Benhenni, R. Kalus, B. Lepetit, F.X. Gadéa, M. Yousfi, Quantum and semi-classical collision cross-sections and

Kalus.pdf

https://www.fei.vsb.cz/export/sites/fei/cs-old/o-fakulte/ze-zivota-fakulty/files/medailonky/Kalus.pdf

27 (2018) 065005, C. Van de Steen, M. Benhenni, R. Kalus, B. Lepetit, F.X. Gadéa, M. Yousfi, Quantum and semi-classical collision cross-sections and

Robotizace manuálních operací procesu diagnostiky statorových svazků elektromotorů - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/738

for searching the stators’ geometric axis was discussed. Chosen method is simulated, and tested afterwards in real conditions with an industrial robot and

page - Institut environmentálních technologií - CEET VŠB-TUO

https://ceet.vsb.cz/iet/cs/veda-a-vyzkum/Zvane-prednasky/catalytic-decomposition-of-nitrous-oxide

application is a time-consuming and costly process. It is usually based on a large number of laboratory catalytic experiments, which provide feedback for the optimization

Modernizace mobilního robotu Crawler - záznam o závěrečné práci | Katedra robotiky

https://robot2.vsb.cz/zaverecne-prace/652

Bachelor Thesis deals with the modernatization of the Crawler mobile robot. In the introduction is an analysis of the robots current state, in particular its camera and

Show results from all sections