DOI: https://doi.org/10.30838/J.BPSACEA.2312.250918.66.198

Development and research of rational parameters of neuron simulation model of system adjusting temperatures of burning of clinker in the revolved stoves

V. A. Uzhelovskyi, A. V. Uzhelovskyi, G. V. Kravec, A. V. Babenco

Abstract


Aim. In industry the large volume of works is executed on creation and introduction of the specialized devices, options of automatic control, in-plant systems of automatic control, on development of automatic control system by a production (АСУП) with the use of managing calculable machines (УВМ). Automation of productive processes occupies one of leading places in the complex of technical equipments, assists the increase of the labour productivity and improvement of quality of products in all industries of industry, including in industry of build materials. However, it is not necessary to consider that only realization of ordinary adjusting works can provide support of optimal process of burning of clinker. On flowing of technological process such factors can influence as: bodily condition of auxiliary personnel, influence of environment on the technical parameters of automatic devices, elements of automation, inadequate reaction of operators on making decision, which provide optimization of process. An optimal decision can be accepted by expert advice in composition the experienced specialists, however this expense enough decision.  Perspective direction in organization of support of the desirable optimal mode of burning of clinker is application of modern tools of the computing engineering with the use of neuron networks and нейроконтролеров. Creation of CAS of management with a neuron regulator on the basis of standard model and her direct tuning for the concrete mechanisms  of technological processes requires additional researches at a choice and method of studies of нейрконтролера. Methodology. The offered sequence of supervisor studies of нейроконтролера is based on previous експериментальном determination of discreteness of entrance educational signal. Such approach allows to carry out the rational choice  of amount of neurons and lessons of studies. Results. It is set that pre-election of duration of entrance signal  considerably abbreviates on the initial stage of expense of time  on  the studies of нейроконтролера, and  the worked out system of adjusting answers all high-quality indexes of design and works off entrance signals with desirable exactness and able to react on the revolting actions  of environment with a minimum error. Scientific novelty. The sequence  of supervisor studies of нейроконтролера is improved for work in the systems of automatic control of technological processes. Practical meaningfulness. The offered sequence of supervisor studies of нейроконтролера reduces costs time on the stage of planning of the similar нейроконтролерних systems of automatic control and allows to promote exactness and reliability of their work.


Keywords


burning; clinker; circulating stove; simulation model; neuron management; neuron regulator; neuron system

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