INDUSTRY 4.0 BASED ON INDUSTRIAL AND SERVICE ROBOTS WITH APPLICATION IN CHINA
Journal Title: Mobility and Vehicle Mechanics - Year 2018, Vol 44, Issue 4
Abstract
In the last ten years, digital technology has significantly contributed to the change of people's lives worldwide, because its application has caused a rapid transformation of all aspects of human life, and especially fast transformation in the design, production, operation and maintenance of the production system, which caused an unexpected jump in productivity. It can be said that fourth industrial revolutions on-going process, which can be labelled a variety of ways, such as "intelligent factory", "smart industry" or "advance manufacturing". Development of the digital technologies in the last twenty years has introduced us from third in the fourth industrial revolution. The first time the term “Industry 4.0” appears in the Germany in year 2011 whose government promotes automation of production processes by introducing digital technologies. Germany is one of the most technologically developed countries in the world and it is logic that this revolution begins there. This example follows the other countries in the world. Fourth technological revolution depends on a number of new and innovative technological achievements. It is necessary to integrate production processes in all production phases and further applications by using ICT technologies for digitalization. The automation of production processes must include advanced sensors and intelligent robots that can be self-configured to be able to make specific product. It is necessary to collect large amounts of data to be analysed and used in the production processes. It is also necessary to realize network communication (include mobile and internet technology) between machines in the production process, the production system and the operator, as well as suppliers and distributors. Application of previously mentioned leads to the intelligent manufacturing processes that have a wide range of change of production processes. To intelligent process we can come only by applying intelligent industrial robots because they represent one of the cornerstones of the fourth industrial revolution. In this paper an analysis of industrial and service robot application in production processes. With the implementation of digital technology, robot technology and other advanced technology we, as a society, strive for intelligent automation, and intelligent factories, and thus create a society in which wealth, created through the strengthening of global competitiveness, will serve for resolving social issues in society.
Authors and Affiliations
Isak Karabegović
Keywords
Related Articles
- EP ID EP558462
- DOI -
- Views 112
- Downloads 0
A PROPOSED MODEL FOR OPTIMIZING THE DRAWBAR PULL FOR OFF-ROAD VEHICLES
The whole world is looking for the energy that it considers the driving forces for any development in the world. On the other hand, it resorted to energy inherent in petroleum and the world felt that this energy will win...
ANALYSIS OF REALIZATION OF STEPPED FUEL INJECTION WITHOUT CHANGING DESIGN OF COMMON RAIL INJECTOR
A calculated-experimental analysis of realization of stepped front edge of injection rate (stepped injection) was carried out. Common rail injectors (CRI) of three most widely used designs took part in the research: CRI...
ELECTRIC KARTING – FROM AN IDEA TO THE REALISATION
It is certain that the first steps of the vehicle drives each individual person were made in karting vehicle. Additional adrenaline and increase driving pleasure gives extremely high noise and the smell of combustion pro...
THERMAL RADIATION BETWEEN THE DRIVER AND THE VEHICLE CABIN INTERIOR
Thermal radiation is one mode of the thermal exchange between the passengers and the interior surfaces of the vehicle's cabin, equally important as convection, conduction and latent heat exchange. The parameters that inf...
END-OF-LIFE VEHICLE DISPOSAL AND IT’S INFLUENCE TO THE ENVIRONMENT
Motor vehicle industry is nowadays exposed to numerous serious challenges, mostly related to its influence to environment. Motor vehicles during their life cycles affect the environment in several aspects: through consum...