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Vibrating conveyors tend to transfer dynamic forces to the ground. One way to vibroinsulate such systems from the environment is to use dynamic methods to eliminate vibrations. Due to this phenomenon, the forces transferred to the ground are reduced. This article attempts to identify important elements determining the design of an antiresonance-type conveyor. The study of dynamic phenomena was based on two models of such conveyors with two and six degrees of freedom (with the phenomenon of self-synchronization). In this work, the impacts of various types of suspension and the ratio of the body mass to the mass of the conveyor trough on forces transmitted to the ground are analysed.

Influence of selected physical parameters on vibroinsulation of base-exited vibratory conveyors