Nut protein extraction device with two-level subsidiary teeth and feeding sensor

Abstract

The invention provides a nut protein extraction device with two-level subsidiary teeth and feeding sensor. The nut protein extraction device comprises a smashing module and an enzymolysis module, wherein the smashing module comprises a first-level smashing part, a second-level smashing part and a smashing module shell (5); the first-level smashing part comprises a first-level smashing motor (2), the first-level smashing motor (2) is in power connection with a first-level smashing main shaft (3), and the first-level smashing main shaft (3) stretches into a smashing chamber of the smashing module shell (5) through a left through hole formed in the left side of the smashing module shell (5); the first-level smashing main shaft (3) is rotatablely matched with the left through hole through a bearing part, and first-level smashing teeth (12) are distributed on a part, which stretches into the smashing chamber, of the first-level smashing main shaft.

Description

technical field [0001] The invention relates to the technical field of vegetable protein extraction, and more specifically relates to a nut protein extraction device with secondary accessory teeth and a feed sensor. Background technique [0002] The extraction of vegetable protein in nuts often takes the steps of crushing and enzymatic hydrolysis. Since the enzymatic hydrolysis process needs to fully enzymatically hydrolyze the protein in the nut, it is necessary to finely pulverize the nut, but at the same time, it is necessary to keep the nutritional content of the nut itself as little as possible. [0003] The existing methods for extracting nut plant protein are to crush the nuts and then transport them to the enzymatic hydrolysis workstation for enzymolysis. This method first has strict requirements on the transportation of the crushed nut materials to avoid damage to the raw materials. pollution while avoiding the loss of raw materials during transportation. This ten...

AI Technical Summary

Problems solved by technology

This easily increases the cost of the entire method

[0004] Moreover, for the crushing process of nuts, the ordinary crushing method is only used. Although this method can crush the nuts more finely, due to the strong impact during the crushing process, it is easy to cause nuts to be crushed when the nut particles are large. The impact force of the particles is large, resulting in the loss of nutrients in the nuts and fruits

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