Abstract
Nowadays, the demand for quality natural fibers is growing. For the textile and light industry, it is important that the natural properties of wool are preserved. But the techniques and technologies for obtaining high-quality wool fiber are becoming obsolete, both spiritually and physically. With this in mind, an efficient, resource-efficient design of equipment for cleaning wool from plant mixtures will be developed. This equipment effectively cleans the wool from plant mixtures, maintaining its quality. The efficiency of wool cleaning in the equipment is directly affected by the rotational frequencies, moments of inertia, technological processes, geometric, kinematic and dynamic parameters of the working bodies. Therefore, a dynamic analysis of the equipment was performed to substantiate the parameters of the working bodies.
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