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DETERMINATION OF CERTAIN CONSTRUCTIVE AND GEOMETRIC PARAMETERS OF TURBULA TYPE MACHINE

The design of a turbulence type machine without a passive connection in its kinematic circuit, which has a negative impact on the performance of the equipment, is proposed. This design of the machine can be realized by introducing into the kinematic circuit an additional movable link – a connecting rod, which is connected by one rotating kinematic pair to the working capacity, and the other – to the driven fork. The principle of operation of the mechanism and the machine is described. Studies have been carried out to determine analytically the basic geometric and structural parameters of the machine, which, in general, ensure its rational operation. The relationship between the geometric parameters of the moving parts of the machine and the change in the amplitude of their movements. In particular, expressions are obtained that make it possible to calculate the amplitude of the change in the distance between mutually perpendicular geometric axes of the forks to the working tank and the additional movable link of the connecting rod, as well as the amplitude of the angle between the working tank axis and the connecting rod axis. The obtained results of analytical researches can be used in the corresponding design bureaus of the machine-building enterprises at a stage of designing of the shredding equipment with difficult spatial movement of working capacities.