Presentation of the Developed Mechatronic Devices for Exhibition Purposes

Exhibiting at fairs is especially important for companies. Therefore, they need a well-organized and interesting exhibition booth. This paper presents the development of a mechatronic device that could be suitable for exhibition purposes. The device is developed based only on the defined general requirements by a specific company, which produces DC motors and corresponding components. The development process was organized as a competition project for students. In the paper, the development process is presented briefly, starting with the presentation of the project task and finishing with the presentation of some of the competition final results

Impact of wireless sensor technology on control of assembly systems

U doktorskoj disertaciji obrađen je problem upravljanja montažnim sistemima pomoću bežične senzorske tehnologije u cilju poboljšanja efikasnosti proizvodnje i poboljšanja kvaliteta proizvoda. U okviru ove disertacije je razvijen model bežičnog upravljačkog sistema za upravljanje i nadzor industrijskih procesa. Glavni cilj istraživanja je razvoj integrisanog sistema za praćenje pozicije radnog predmeta i praćenje okolnosti u kojima se radni predmet nalazi u montažnim sistemima. Rezultati istraživanja su potvrđeni eksperimentalnim istraživanjem u laboratorijskoj i u realnoj industrijskoj sredini.The dissertation deals with the problem of monitoring and controlling industrial assembly lines by wireless sensor technology with the aim of improving the efficiency of production and the quality of the product. A model of a wireless controlling system has been developed for monitoring and controlling industrial processes. The main focus of the study is the development of an integrated system for monitoring the position of the product and the influences on the product in the assembly lines. The results are confirmed by experiments in a laboratory and real industrial environment

Impact of wireless sensor technology on control of assembly systems

U doktorskoj disertaciji obrađen je problem upravljanja montažnim sistemima pomoću bežične senzorske tehnologije u cilju poboljšanja efikasnosti proizvodnje i poboljšanja kvaliteta proizvoda. U okviru ove disertacije je razvijen model bežičnog upravljačkog sistema za upravljanje i nadzor industrijskih procesa. Glavni cilj istraživanja je razvoj integrisanog sistema za praćenje pozicije radnog predmeta i praćenje okolnosti u kojima se radni predmet nalazi u montažnim sistemima. Rezultati istraživanja su potvrđeni eksperimentalnim istraživanjem u laboratorijskoj i u realnoj industrijskoj sredini.The dissertation deals with the problem of monitoring and controlling industrial assembly lines by wireless sensor technology with the aim of improving the efficiency of production and the quality of the product. A model of a wireless controlling system has been developed for monitoring and controlling industrial processes. The main focus of the study is the development of an integrated system for monitoring the position of the product and the influences on the product in the assembly lines. The results are confirmed by experiments in a laboratory and real industrial environment