Automatic quantity-controllable vegetable washer

Abstract

An automatic quantity-controllable vegetable washer is formed by a machine frame, a feed hopper, a motor, a gear set-installation tank, hairbrushes, a spray header and a discharge control baffle. The power output shaft of the motor and the gear set-installation tank are in butt joint so as to drive the hairbrushes to rotate, gears in the gear set-installation tank can ensure that the rotation directions of the hairbrushes are identical, the hairbrushes are arranged in parallel and are of a U-shaped groove structure, protruding brush bristles of a spiral structure are uniformly distributed on the hairbrushes, vegetables in the U-shaped groove structure can be washed by means of the protruding brush bristles of the spiral structure, are cleanly washed through water sprayed from the spray header, slowly roll to a discharge outlet and then are discharged, and dirt in concave parts of the vegetables can also be washed thoroughly through the protruding brush bristles. The discharge control baffle is adjusted vertically in the U-shaped groove structure so that the quantity of vegetables washed in the feed hopper and the washing speed can be controlled, and the aim of continuously washing the vegetables is achieved.

Description

technical field [0001] The invention relates to the field of food processing machinery, in particular to an automatic volume-controlling vegetable washing machine, which is used for cleaning root block and spherical vegetables. Background technique [0002] When processing root lumps and spherical vegetables (such as potatoes, mustard greens, tomatoes, etc.) in large quantities, the surface needs to be cleaned. There are many traditional cleaning methods, such as using a vegetable washing machine for cleaning. The vegetable washing machine used in the prior art can only be cleaned in batches, and cannot be operated continuously—that is, after the whole process of cleaning a small batch of vegetables is completed, the next small batch of vegetables can be cleaned. Such working methods have the technical defects of unstable cleaning quality and low efficacy. Contents of the invention [0003] The purpose of the present invention is to provide an automatic volume control veg...

AI Technical Summary

Problems solved by technology

The vegetable washing machines used in the prior art can only be cleaned in batches, and cannot be operated continuously—that is, after the whole process of cleaning a small batch of vegetables is completed, the next small batch of vegetables can be cleaned.

This working method has the technical defects of unstable cleaning quality and low efficacy.

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