Dynamic calculation of gears of the planetary mixer mechanism
Abstract
The article presents a dynamic calculation of gears of an epi-hypocyclic planetary mechanism for driving the working organ of a stationary mixer, which has the advantage of: compactness, lower weight, high load capacity, the ability to obtain large gear ratios and transfer rotation to the driven shaft from the drive shaft of the electric motor. The kinematic scheme of the epi and hypocyclic planetary mechanism contains a fixed central wheel with two-sided external and internal gear engagement, which engage with satellites in two circles located on the periphery and inside the crown wheel. The calculation was made for the strength of the satellites, as less durable than the crown wheel for contact stress and bending, with a gear engagement module. The design parameters of the crown wheel and satellites are also given.