Definition energy consumption for overclocking powered by mass with sinusoidal acceleration and synthesis drive mechanism

Introduction. Theoretical developments concerning the determination of the energy costs of the transition process dispersal devices driven mass food production based on the driving factors and factors of resistance. Materials and methods. The mathematical description of these processes was carried out using Newton's laws, the principle of d'Alembert, general theorems of dynamics and power relations, as well as the independence of the forces . Results and discussion.It is proved that the benefits of growth dynamic forces over the forces of resistance leads to a reduction in the time course of the transition process, but energy costs at the same time remain stabilized at the level of the kinetic energy of the mass. Conclusions. Mathematical models have shown that the capacity of developing drivers with reduced time transients, increasing as the dynamic load of the system. This should be considered when designing and engineering calculations occasions devices for food industry