Regular Cyclic Systems with Translational Motion of the Actuator

Abstract

In modern technological machines and automatic lines, the identical cyclic mechanisms, operating in a parallel circuit, are often used for implementation of the translational program motion of the actuators. These schematic and design solutions are fairly common in the textile, printing, packaging machines, and other industries, for moving not only massive tables or carriages, but also for relatively compliant working bodies forming the beam and frame structures. Based on the theory of regular systems, the technique of multisections drives frequency and modal analysis is developed for cyclic machines forming branched and ring structured torsional-and-bending dynamic models.