Comprehensive micro-molecule wall breaking machine used for fresh food materials and fresh medicinal materials

Abstract

The invention discloses a comprehensive micro-molecule wall breaking machine used for fresh food materials and fresh medicinal materials. A physical extraction module comprises an extraction cup, a high-speed motor and an extraction blade; a main wall breaking box is connected to the bottom of the extraction cup; matter obtained after extraction can flow to the main wall breaking box; and a liquid taking opening is formed in the lower portion of the main wall breaking box. A quick-freezing and quick-heating module is formed by semiconductor temperature control sheets arranged on the lateral wall of the main wall breaking box. An ultrasonic generation module is formed by ultrasonic generators arranged at the bottom of the main wall breaking box. By means of the comprehensive micro-molecule wall breaking machine, intercellular layers ( middle layers), primary walls and secondary walls of plant cells can be broken; nutrients in cell walls can flow out; plant biochemistry elements can be released; dietary fibers, vitamins and other nutrient elements in the fresh food materials and the fresh medicinal materials can be fused to the maximum degree; six wall breaking modes including the physical cutting centrifugation mode, the enzymolysis mode, the quick-freezing mode, the quick-heating mode, the temperature difference mode and the ultrasonic mode are combined; the wall breaking rate of the fresh food materials and the fresh medicinal materials is directly improved to more than 90%; and the taken nutrient elements of the comprehensive micro-molecule wall breaking machine are dozens or hundreds of times of that of a common extraction mode.

Description

technical field [0001] The invention relates to the field of processing fruit and vegetable medicinal materials, in particular to a comprehensive micromolecular wall breaking machine for fresh edible medicinal materials. Background technique [0002] Wall disruption refers to methods used to disrupt cell walls. Taking plant cells as an example, the cell wall is divided into three layers, namely the intercellular layer (middle layer), primary wall and secondary wall. Such layers of thick walls prevent moisture and nutrients from penetrating. Vegetables and fruits are rich in phytochemicals with health care and therapeutic functions, which mainly exist in the peel, dregs and seeds, but these nutrients are usually neglected and discarded, or the human body’s chewing organs cannot be completely chewed, so these nutrients are difficult to be absorbed by the human body. Absorption, scientific research proves that only 10-20% of unbroken fruits and vegetables are absorbed by the ...

AI Technical Summary

Problems solved by technology

But this wall-breaking method is too single, and its wall-breaking efficiency is very low

Moreover, because the high wall-breaking rate requires various operations such as crushing and centrifugation, the existing equipment usually has a single function, and the function switching requires disassembly and assembly operations. It is impossible to achieve simple and quick one-time crushing, centrifugation, heating, and ultrasonic A series of operations such as processing, and the extraction of nutrients is less

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