Browsing by Author "Jandura Pavel"
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- ItemBi-system liquid filter for recycling of process water(2019-01-01) Petrů Michal; Novák Ondřej; Mašín Ivan; Jandura Pavel; Košvanec Petrhttp://147.230.18.117/bitstream/handle/15240/156801/Funkcni_vzorek___TH02020949_V3.pdf?sequence=-1&isAllowed=y
- ItemA clamp for clamping of semi-finished products, especially rods, wires or tubes of a circular and non-circular cross-section(2018-01-01) Mašín Ivan; Petrů Michal; Jandura Pavel; Vosáhlo Josef; Hartman Lukáš
- ItemContinuous report for project TA04030145 for year 2016(2016-01-01) Richter Aleš; Novák Miroslav; Kubín Jiří; Jandura Pavel; Hubka Lukáš; Randák Jiří
- ItemControl of Battery Operated Drive(IEEE, 2020-01-01) Rydlo Pavel; Černohorský Josef; Jandura Pavel
- ItemDesign of an ice detector for electric tramways(IEEE, 2021-01-01) Bílek Petr; Horák Marcel; Jandura Pavel; Mach Ondřej; Richter Aleš
- ItemDevice for power supply of the electronics of the Internet of Things on an agricultural machine(2020-01-01) Krčmařík David; Jandura Pavel; Petrů Michal; Slavík Jan; Hladík Martin
- ItemElectric Drive and Energy Storage System for Industry Modular Mobile Container Platform, Feasibility Study(2016-01-01) Jandura Pavel; Černohorský Josef; Richter Aleš
- ItemElectric energy monitoring for applying an energy storage systems in trolleybus DC traction(Institute of Electrical and Electronics Engineers Inc., 2017-01-01) Jandura Pavel; Kubín Jiří; Hubka LukášThis article deals with practical implementation of modern energy monitoring system in Public Transport Company of Ústí nad Labem (PTCUL) city in the Czech Republic. The motivation for this project is based on the fact, that present configuration of traction lines, old-fashioned trolleybuses and traction substations do not allow for the effective use of recovered energy. The fundamental issue lies in the transfer of recovered energy back from the DC traction to the AC distribution network. In many cases, this is not a technical problem on the side of traction substation only, but the reverse flow of the electrical energy can cause problems even in the distribution network. The distributor of electrical energy lays down restrictive conditions for allowing the reverse transfer of energy. With the latest developments in the field of electrochemical energy storage systems and particularly by continuously declining their prices, a modern approach aims to use stationary or mobile energy storage systems for saving non-utilized energy from the DC railway and to re-use it for covering the consumption peaks. We have verified options for long range control of energy flows between substations and trolleybuses. Based on the longterm on-site measurement and performed data analysis in our dedicated software we have defined critical points for significant energy savings. Now we can precisely define energy flow at the AC input of substations, in the DC traction and in the trolleybuses, themselves. Those analyses have been used as a proposal for the fundamental design of trolleybus’ onboard energy storage system.
- ItemExperimental Electric Vehicle eŠus Gen2(Czech Technical University in Prague, 2016-01-01) Bukvic Martin; Břoušek Josef; Jandura Pavel
- ItemFeasibility study of mobile robot in spinnig machine space - robot no.1(2015-01-01) Černohorský Josef; Jandura Pavel; Koprnický Jan; Mrázek Petr
- ItemA filter for filtration of contaminated, in particular process water, and the filter vessel of this filter(2019-01-01) Petrů Michal; Novák Ondřej; Mašín Ivan; Jandura Pavel; Košvanec Petr
- ItemFinal report about work progress and reached results of projekt TA04030145(2017-01-01) Kubín Jiří; Novák Miroslav; Jandura Pavel; Hubka Lukáš; Randák Jiří; Dolejš Petr; Paštika František
- ItemFlywheel Energy Storage System for City Railway(2016-01-01) Jandura Pavel; Richter Aleš; Ferková Želmíra
- ItemFlywheel Enregy Storage Systems for City Railway(Katedra elektrotechniky VŠB-TU Ostrava, 2015-01-01) Jandura Pavel; Kubín Jiří
- ItemFunctional sample of filtration material with nanostructure(2018-01-01) Petrů Michal; Novák Ondřej; Košvanec Petr; Mašín Ivan; Martinec Tomáš; Vosáhlo Josef; Jandura Pavel
- ItemFunctional sample of strain gauge signal processing(2019-01-01) Doležal Ivan; Petrů Michal; Krčmařík David; Jandura Pavel; Slavík Jan; Kubín Karel
- ItemFunctional sample of the industrial sreen mesh component clamp(2018-01-01) Mašín Ivan; Petrů Michal; Jandura Pavel; Vosáhlo Josef; Hartman Lukáš
- ItemFunctional sample of the technical system for quick changeovers on a machine for the production of industrial sorting screens(2019-01-01) Mašín Ivan; Petrů Michal; Jandura Pavel; Krčmařík David
- ItemMobile Robot Localization and Object Description(Institute of Electrical and Electronics Engineers Inc., 2017-01-01) Černohorský Josef; Jandura Pavel; Mach OndřejThe indoor localization of the robot is key issue to successful navigation. In the paper there is description of optical based localization methods and the image processing methods that can provide valuable information during localization and navigation process of mobile robot. These methods can be used as well as for tracking of moveable object as well as for description stationary objects in the scenery. The localization can be enhanced by artificial landmarks, for object description can be used tags e.g. QR codes. The paper describes low cost implementation of supportive localization system based on Raspberry Pi and Pi Camera platform. The OpenCV library is used for image processing and pattern matching.
- ItemA Modern Energy Storage Systems for Electric Traction(Dopravní fakulta Jana Pernera, UPCE, 2015-01-01) Jandura Pavel