Methodology optimization of start-up mode of the bucket elevator for mean effort in the traction body

Abstract

The dynamic model motion mode of bucket elevator as holonomnoyi
mechanical system with five degrees of freedom was constructed. Based constructed
a dynamic model created a mathematical model to optimize traffic regime bucket
elevator. Technique of optimizing motion mode was developed, which is illustrated
by the example of use as a criterion optimization mean efforts traction body with
coincidence of the tensioning drum. Using the developed mathematical model
obtained dependences kinematic characteristics of units taking into account the
optimal mode of movement based on which calculated mean-performance and
maximum values of kinematic and power characteristics of the traction body.
The results of optimal and real mode motion of the bucket elevator were
analyzed by the criterion of mean efforts in the traction body.