One of the problems at the enterprise is the assessment of the current technical state of the processing equipment which inevitably affects the quality of its products. While constantly rising demands for the processing accuracy, increase in productivity and reliability are made, the applied measuring and control-diagnostic equipment, devices and means of metrological assurance do not always allow of obtaining reliable and timely data on a technical condition of objects in full.
This problem can be solved on the basis of the phase-chronometrical method of information and metrological maintenance of cyclic machines and the mechanisms, developed on the achievements of national chronometry and permitting a much higher level of accuracy. Direct measurements of time intervals corresponding to the passing by elements of characteristic intervals of running cycle phases of functioning machines and mechanisms are used at phase-chronometrical approach. The feature of the offered approach is the integrated complex of software and experimental methods and means of object work research on the basis of the precision chronometric analysis of the running cycle phase at all stages of life cycle.
Introduction of this diagnostic method at the enterprise will enable to solve a number of tasks: obtaining high-precision measuring diagnostic information; information and metrological maintenance of the equipment; assessment of the current technical state equipment and its elements and tool; registration of specific behavior features of products of various sizes; ensuring unity of saved-up measuring information at all stages of life cycle; forecast of trouble-free operation and reliable emergency protection; transition to repairs system according to the current technical state; assessment of a residual resource; registration of the fast-proceeding processes inaccessible to the regular equipment.
In view of the aforesaid the purpose of my master’s thesis is introduction of the phase-chronometrical method at Komsomolsk-on-Amur industrial enterprises.
Библиографическая ссылка
Антипина К.В., Кохан О.В., Медведева О.И. Внедрение фазохронометрического метода на машиностроительном предприятии // Современные наукоемкие технологии. – 2013. – № 7-1. – С. 58-58;URL: https://top-technologies.ru/ru/article/view?id=31867 (дата обращения: 21.11.2024).