PROBLEMS OF AUTOMATION OF THE SELECTION OF UNIVERSAL MEASURING INSTRUMENTS
OF LINEAR DIMENSIONS 

Glubokov Alexandr Vladimirovich, candidate of technical sciences, associate professor, sub-department of information measuring systems and technologies, Moscow State Technological University "STANKIN" (1 Vadkovsky lane, Moscow, Russia),
E-mail: al-glubokov@yandex.ru
Yastrebova Tatiana Sergeevna, postgraduate student, Moscow State Technological University "STANKIN" (1 Vadkovsky lane, Moscow, Russia), E-mail: tatiana.yastrebova.ar.2013@yandex.ru 

681.518.3 

10.21685/2307-5538-2018-4-6 

Background. The object of the research is the procedure for selecting measuring instruments of linear dimensions in accordance with the approved regulatory documentation and existing automated systems for metrological support of production. The choice of measuring instruments is one of the main tasks of the design stage of the measurement process, therefore, increasing the productivity of this process is an important task. The aim of the work is to determine the requirements for the operation of an automated system for the selection of measuring linear dimensions.
Results. The ways of elimination of the found disadvantages are offered. As a solution to the problem proposed to create a new automated system that will significantly improve the productivity of the works. The principles of constructing the automated
system are developed.
Conclusions. The analysis of literature sources, normative documentation and automated systems for the selection of the universal measuring instruments of linear dimensions has been carried out, which showed that the existing approved method for selecting measuring instruments has a number of significant drawbacks. The list of measuring instruments requires updating in accordance with the current level of development of measuring technology. It is necessary to determine the optimality of the selection of the measuring instrument. The selection procedure of measuring instruments does not consider the specifics of the measured surface, details of construction and the measuring instruments as well. 

selection of measuring instruments, automation, metrology support, measuring of linear dimensions