Abstract
The evolution of the human being is constant, we are always in search of new technologies, methods and techniques in order to provide several improvements such as, cost reduction, increase in quality, reduction in the use of natural resources, improvement of the workforce, agility of consequently provide improvements in quality of life. With the advancement of technology we came to the so-called Fourth Industrial Revolution which aims to generate and obtain data in real time, with the aim of optimizing decision making, increasing quality, mass customization, cost reduction and traceability. In view of this new industrial scenario, some methods will undergo significant changes, such as the field of science and action for measurement, called Metrology, whose purpose of this article is to exemplify metrology 4.0, calibration procedure with the help of IoT, calibration certificates in metrology 4.0, reliability, guarantee and security of the generated data. In view of fact that the area of Metrology has always been highlighted by major innovations in its working methods, using instruments of highly accurate measurements, these instruments in most cases can be mechanical or electronic equipment, but they need to be correctly calibrated to perform the function that has been proposed with excellence. Thus highlights the importance for the industrial scenario today, where concepts of IoT, machine learning, data science, artificial intelligence and industrial automation are tools that all engineering professional should obtain thorough knowledge. Mainly professionals in the area of metrology, which can use these concepts and tools to ensure the standard and reliability of the calibration of the measuring instruments.
Highlights
In 2011, the concept known as “Industry 4.0” or “Fourth Industrial Revolution” was conceived around the world, through an association of German companies, political representatives and academics that added the main technological innovations, whose main objective was to obtain technological innovation of leadership. [1]Industrial Revolutions, as they are called, do not happen frequently
The calibration procedure in metrology 4.0 is different from the conventional procedure, where the instrument needed to be removed from its environment, sent to the calibration laboratories, and returned to the owner to be implemented again
The reliability of the data is directly linked to the acceptance criterion, which are the parameters that serve as a reference to verify whether the instrument is suitable for use
Summary
In 2011, the concept known as “Industry 4.0” or “Fourth Industrial Revolution” was conceived around the world, through an association of German companies, political representatives and academics that added the main technological innovations, whose main objective was to obtain technological innovation of leadership. [1]Industrial Revolutions, as they are called, do not happen frequently. This innovation in the industrial environment can impact on several aspects, encouraging the relationship environment between employees and companies, as it is always used and used when necessary, or time is a relevant factor in the industrial process, as well as industry 4.0 Since this parameter, a great example is the use of RFID in used parts, tools and machines used in a way that is more located or the product or batch allowed, in some cases in large batches are tracked via GPS. Transparency is provided throughout the production process, which leads to optimized and decentralized decision-making, according to studies [3, 4]
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