Zalyubovsky M. Improvement of machines with a complex movement of working capacity for the processing of light industry components

The dissertation is devoted to the improvement of existing machines with complex movement of working capacities in order to expand their use, increase productivity and intensity of processing of small polymer parts of light industry. The kinematic parameters of the rotational motion of the shafts of the machine are investigated. The law of changing the angular velocity of the driving shaft of the machine is analytically determined, which provides the conditions for carrying out the technological operations of polishing and polishing. The nature of the working medium movement in a container that performs a complex spatial motion is explored. The analytical dependencies are established, which establish the relationship between the angular velocity of the drive shaft, the dimensional parameters of the working capacitance and the modes of the friable medium movement. The factors that influence the change in power consumption consumed on the drive shaft of the machine are experimentally investigated. The factors that have the greatest influence on the intensity and efficiency of processing small fittings in a machine with a complex movement of the working capacity are experimentally investigated. New designs of machines with complex spatial motion of working capacities with predictive constructive and technological characteristics are offered, mathematical dependences for calculating their constructive parameters are obtained.