Automatic washing device for citrus fruits

Abstract

The present invention relates to an automatic washing device for citrus fruits. The automatic washing device comprises a shell and a material discharge opening. A washing mechanism and a transferring mechanism are arranged in the shell. The washing mechanism comprises a bottom plate and a rotating mechanism. Two ends of the rotating mechanism are both connected with the shell and the bottom plate is arranged at the upper end of the rotating mechanism. A fixing mechanism, first washing brushers and second washing brushers are arranged on the bottom plate. The first washing brushers are arranged at the left end of the fixing mechanism and the second washing brushers are arranged at the right end of the fixing mechanism. The fixing mechanism comprises a washing plate, first fixing rods and second fixing rods. The first fixing rods are arranged around the washing plate and the second fixing rods are arranged between the first fixing rods. The automatic washing device for the citrus fruits is simple in structure, safe and reliable, convenient in use, and inexpensive in costs. The automatic washing device realizes a fully automatic and integrated washing treatment for the fruit washing, effectively improves the washing efficiency of the fruits and saves the washing time.

Description

technical field [0001] The invention relates to the field of food cleaning machinery, in particular to an automatic cleaning device for citrus fruits. Background technique [0002] Citrus fruits include oranges, tangerines, and pomelo as representatives of the citrus trees. Citrus fruits are rich in vitamin C, protein, lemon and other active substances. Therefore, citrus fruits can be used as beverages, juicers, Peeling of traditional Chinese medicine, chemical purification, fresh food export, etc. During the ripening process of fruits, certain pesticides need to be sprayed on plants to ensure the rapid growth of fruits and avoid the interference of the external environment. The lenticels, after the citrus fruits grow and mature, a large amount of dust, bacteria, rust and pesticide residues will accumulate in the lenticels of the citrus fruits. Therefore, before eating or processing the citrus fruits, it is necessary to Fruits are cleaned. Most of the existing technologies ...

AI Technical Summary

Problems solved by technology

[0002] Citrus fruits include oranges, tangerines, and pomelo as representatives of the citrus trees. Citrus fruits are rich in vitamin C, protein, lemon and other active substances. Therefore, citrus fruits can be used as beverages, juicers, Peeling of traditional Chinese medicine, chemical purification, fresh food export, etc. During the ripening process of fruits, certain pesticides need to be sprayed on plants to ensure the rapid growth of fruits and avoid the interference of the external environment. The lenticels, after the citrus fruits grow and mature, a large amount of dust, bacteria, rust and pesticide residues will accumulate in the lenticels of the citrus fruits. Therefore, before eating or processing the citrus fruits, it is necessary to Fruits are cleaned. Most of the existing technologies are manually cleaned. Because manual cleaning is not only cumbersome but also insufficient for the cleaning of citrus fruits, it cannot fully and effectively remove a large amount of dust, bacteria, rust and pesticides on the surface of the fruits. Residue, relatively low work efficiency

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