Abstract
The paper describes the developed ultrahigh-frequency installations with toroidal and conical resonators used for separating rabbits’ fur from hides providing high electric field strength, continuity of the technological process while observing radio-tightness and improving the quality of fluff by improving microwave technology and ultra-high-frequency installations. The technological process of collecting hair from rabbits’ skins in a microwave device with toroidal resonators is due to the weakening of the retention of the hair cover in hair follicles during the selective dielectric heating of the components of the skin and the spraying of the brine. In a biconical resonator, it is possible to obtain the highest possible high quality factor due to small longitudinal currents in the walls. The presence of gaps in the outermost regions provides the ability to move the skin through the internal cavity of the biconical resonator, where the emitters are located in the region of its maximum diameter.
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