Nut protein extraction device with first-stage secondary teeth and air blowing stirring device

Abstract

The invention provides a nut protein extraction device with first-stage secondary teeth and an air blowing stirring device. The nut protein extraction device comprises a grinding module and an enzymatic hydrolysis module, wherein the grinding module comprises a primary grinding part, a secondary grinding part and a grinding module shell (5); the primary grinding part comprises a primary grinding motor (2); the primary grinding motor (2) is connected with a primary grinding main shaft (3) through power; the primary grinding main shaft (3) extends into a grinding chamber of the grinding module shell (5) through a left through hole in the left side of the grinding module shell (5) and is rotatably matched with the left through hole through a bearing part; primary grinding teeth (12) are distributed on a part, extending into the grinding chamber, of the primary grinding main shaft.

Description

Technical field [0001] The invention relates to the technical field of plant protein extraction, and more specifically to a nut protein extraction device with a primary auxiliary tooth and a blowing and stirring device. Background technique [0002] The extraction of plant protein from nuts often requires the steps of crushing and enzymatic hydrolysis. Since the enzymatic hydrolysis process needs to fully enzymatically hydrolyze the protein in the nuts, the nuts need to be finely pulverized, but at the same time, it is necessary to keep the nutrient content of the nut itself as little as possible. [0003] The existing methods for extracting plant protein from nuts are all to crush the nuts and then transport them to the enzyme hydrolysis workstation for enzymolysis. This method firstly has strict requirements on the transportation of the crushed nut materials to avoid raw materials. Pollution, while avoiding the loss of raw materials during transportation. This easily increases ...

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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