Goal. It consists in substantiating the rational design of the vibroconveyor as a component of the vibroconveyor line of length 8 m , which will provide the necessary technological parameters for the transportation of artificial cargoes. The difficulty of this task is that the speed of transporting goods by mass 12 кg should be at least 0.5 m / s . Topicality.
Goal. It lies in the analysis of energy efficiency of one-, two- and three-mass oscillating systems. Significance. Vibration processing equipment is widely used in almost all industries. Simple single- and dual-mass oscillation systems are most commonly used, as there are some difficulties in the design and manufacture of three-mass vibrating machines.
Goal. It lies in the synthesis of inertia-rigid parameters of three-mass interresonant vibrating machines for producing its in-phase motion. Significance. Three-mass interresonant vibrating machines rarely used in manufacturing because they are difficult in calculation, design, production, operation and readjustment.
Aim. The influence of junction elasticity of unbalance vibration exciter with asynchronous electric drive rotor on oscillating processes in drive of the vibration machine for improving its dynamic characteristics is investigated. Method. Methods of applied theory of oscillations, the approach of vibration mechanics and method of direct division of movements were used for analytical investigations.
Goal. It lies in the synthesis of inertia-rigid parameters of two-mass resonance vibration machines taking into account the interference of rigid parameters in the oscillatory system. Topicality. The need for these studies is due to the fact that the vibration machine interacts with the parameters of the oscillation system, the main of which are inertial, rigid and power. If they are correctly calculated and implemented in the design of a vibration machine, it will be robust.