Crushing device convenient for producing small-molecule active selenium peptide

Abstract

The invention discloses a crushing device convenient for producing micromolecular active selenium peptides, which comprises a liftable crushing disc rotatably arranged in a crushing pool, a lifting disc is arranged in the crushing pool below the crushing disc in a vertical sliding manner, a cylinder is arranged on the lower end surface of the lifting disc, and a U-shaped communicating hole is formed in the side wall of the crushing pool; the two ends of the U-shaped communicating hole communicate with the inner side wall of the smashing pool, a plurality of raw material soaking units are arranged on the portion, above the smashing disc, of the smashing pool, a movable grinding unit is arranged above the raw material soaking units, and the grinding end of the grinding unit can stretch into the raw material soaking units. According to the grinding device, by arranging the lifting disc for lifting, after grinding is completed, raw materials can flow into the first collecting pool through the first outlet pipe, by arranging the U-shaped communicating hole, the raw materials soaked above the lifting disc flow to the position between the grinding disc and the lifting disc through the lifting smashing disc, and smashing and grinding of the raw materials are facilitated.

Description

technical field [0001] The invention relates to the field of crushing raw materials of small molecular peptides, in particular to a crushing device for producing small molecular active selenopeptides. Background technique [0002] Small molecule peptides, because of their simple structure, small molecular weight, and unsaturation, can directly enter cells in their original form through the penetration of cell membranes without re-digestion or energy consumption. Recognized by the masses, it is widely used in the fields of medicine, health care, food and cosmetics. At present, most of the plant small molecular peptides on the market are produced by enzymatic hydrolysis of soybeans. However, the skin of soybeans is cellulose, which is not conducive to the enzymatic hydrolysis of small molecular peptides. The skin needs to be removed and then the soybean meat is crushed, so as to facilitate its subsequent enzymatic hydrolysis. The existing small molecular peptide crushing dev...

AI Technical Summary

Problems solved by technology

The existing small molecule peptide crushing device directly crushes soybeans and then performs enzymatic hydrolysis, but the soybean skins are crushed at the same time, and it is impossible to separate the soybean skins from the soybean meat and then crush the soybean meat, which reduces the enzyme activity of the soybean meat. hydrolyzed mass

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