INTELLECTUAL SYSTEM FOR DESIGN OF ADAPTATIONS FOR METAL-CUTTING MACHINE
Questions of designing of adaptations for metal-cutting machine tools are considered. The approach which is based on technologies of an artificial intellect, in particular, technologies of functional semantic networks which considers functional interrelations between parametres of processing and parametres of applied industrial equipment is used. Possibility of application of functional semantic networks for calculation of parameters of machine retaining devices is considered. The intellectual system intended for the decision of applied problems is described. The information model of adaptations projected by means of given system reflecting both element structure of a design, and structural interrelations in it is considered. The structure of system is shown and the example of calculation of a pneumodrive of machine retaining device is resulted. The decision of a problem by the mechanism of a logic conclusion of system on a basis before the generated program of the decision of a problem is described.