FIELD: agriculture.
SUBSTANCE: colostrum defroster with microwave energy supply to the coaxial resonator comprises a vertically arranged non-ferromagnetic cylindrical screening housing with non-ferromagnetic receiving and loading containers, containing a non-ferromagnetic grinding mechanism, wherein inside non-ferromagnetic cylindrical shielding housing coaxially located coaxial resonator, presented as coaxially arranged non-ferromagnetic perforated outer cylinder without upper base and non-ferromagnetic inclined screws, which are stationary installed in the radiotransparent perforated cylinder rotating together with the non-ferromagnetic perforated outer cylinder due to the engagement of the electrically driven gear with the toothed rim on its side surface, at that, the non-ferromagnetic inclined screws are made with a pitch of not more than two depths of wave penetration into the raw material and with a diameter less than the diameter of the inner surface of the perforated radiotransparent cylinder, wherein to the inclined lower base of the non-ferromagnetic cylindrical shielding housing a non-ferromagnetic receiving container for heated colostrum with a ball valve is attached, and the non-ferromagnetic waste receptacle is located under the last non-ferromagnetic inclined screw, on the upper base of the non-ferromagnetic cylindrical shielding housing along the perimeter with shift of 120 degrees there are air-cooled magnetrons, radiators from which through waveguides are directed into non-ferromagnetic perforated outer cylinder, where tiered radiotransparent perforated ellipsoids are rigidly attached to it, in the centre of which there is a radiotransparent and perforated cylinder.
EFFECT: invention makes it possible to intensify the process of defrosting and heating.
1 cl, 8 dwg
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Authors
Dates
2024-04-04—Published
2023-06-02—Filed