Construction of structural-layout solutions for flexible production systems based on ATAS "Vertical"
The problems solution of purposeful analysis and synthesis signs for the automated transport - accumulation system (ATAS) is presented, in or der to ob tain systems with the required properties. Comparative analysis of criterions is carried out at a qua litative level, by quan titative indicators, and a lso at the le vel of st ructural-kinematic formulas of the storage devices load-bearing surfaces (accumulation). Prospective criterions are selected. The construction of linear-node structural and structural-layout solutions for flexible production systems (FPS) are presented based on the ATAS with a new, patented criterions composition and properties determined by them.