IMPROVEMENT THE SYSTEMS FOR STABILIZATION PARAMETERS OF THE FLOW OF PAPER PULP USING
A CROSS-CORRELATION ALGORITHM 

Revunov Maksim Sergeevich, engineer, department of APCS, LLC «Mayaktransenergo» (13A Bumazgnikov street, Penza, Russia),
E-mail: Revunov_rabota@mail.ru 

676.2.056-55 

10.21685/2307-5538-2018-4-4 

Background. On modern paper machines for a number of parameters of the paper mass flow there are no any means of measurement and control. All control circuits are equipped with one-dimensional regulators that do not take into account the influence of various interrelated factors on each other. All this leads to regulatory errors and, accordingly, the marriage of the final product. The aim of the work is to improve the accuracy and stability of the paper production process by improving the functional subsystems of ACSTP.
Materials and methods. The article uses the methods of modern theory of automatic control and automation, probability theory and mathematical statistics, methods of digital tracer visualization and computer modeling.
Results. An algorithm for contactless measurement of the velocity of objects based on the cross-correlation method has been developed.
Conclusions. Studies confirm the applicability of these approaches to the improvement of ACSTP. 

paper machines, paper pulp, stabilization systems, improvement of the APCS subsystems