IMPROVEMENT OF THE FEED PREPARATION AND DISPENSING UNIT BY THE METHOD OF MORPHOLOGICAL ANALYSIS-SYNTHESIS

• Main Author: I. Grabar
• Format: Article
• Language: English
• Published: Zhytomyr National Agroecological University 2020-04-01
• Series: Наукові горизонти
• Subjects: forage preparation and dispensing unit; technical solution; formalization; classification features of the system; morphological model; alternative solution; functional analysis.
• Online Access: http://www.journal.znau.edu.ua/horizons/article/view/397/395

The purpose and the initial need in the field of improvement of feed mixing units is to analyze and synthesize environmentally friendly design solutions suitable for use in design and development. It in the period of capture and improvement of the system istimeli and actual. For the first time, a functional analysis of the existing units of the world was carried out and a patent research was performed for a depth of 15 years, which is sufficient for the medium-term forecasting of this technical system. Justified classification features, expressed through functions and selected alternative design solutions that implement the classification features. This allowed the authors to effectively use the method of morphological analysis, which provided a search box 3981312 constructive solutions. Through careful analysis of existing methods of formalization of synthesis, the authors used the method of morphological synthesis with hierarchical grouping of features of the unit. To reduce the scope of work and reduce subjectivity, the authors used the classification of features offered by functional analysis. This made it possible to narrow down the synthesis search field to 48 solutions. Thus, an effective methodology for finding technical solutions of 1-3 levels that are patentable and the recommended parameters of feed and distribution units with low technogenic pressure on the environment are proposed. In further researches for formalization plan to use a clusteranalysis that will allow to group the great numbers ofdecisions after similarity and differences. It specifie the substantial signs of decisions, that will provide todistinguish a decision.