Математическая модель гидроимпульсного привода вибропресса для многокомпонентного нагружения

Abstract

The simplified dynamic and mathematical model of a hydraulic pulse drive of vibro-press for multi-component vibro-blowing loading of powdery preparations are brought in this article. The vibro-press, that studied in article, was built on the basis of an industrial sample of vibro-press IVPM. The mathematical model is presented by the linear differential equations of movement at free fluctuations of non-conservative system with number of degrees of freedom equal to number of the executive parts of vibro-press. Analytical dependencies for definition of working parameters of vibro-press hydraulic pulse drive and basic parameters multi-component loading are offered.