2 results about "Spore wall" patented technology

This invention discloses an online detection system and method for the cell wall breakage rate of Ganoderma lucidum spore powder, belonging to the field of online detection technology. This online detection system and method for Ganoderma lucidum spore powder cell wall breakage rate completes the initial screening through circumferential grayscale feature analysis of parallel and perpendicular polarized signals, quickly achieving the separation of broken spores in the initial screening. Through radial grayscale gradient analysis, the number of jump rings corresponding to the number of intact spore wall layers is determined, achieving refined classification of unbroken, partially broken, and broken spores in the initial screening, solving the problem that existing technologies cannot identify the partially broken state. A secondary circumferential grayscale feature verification and breakpoint quantification analysis are performed on the unbroken spores in the initial screening to remove false unbroken spores with localized spore wall damage. Using the characteristic spectrum of the original effective components inside the spore as a benchmark, the release behavior of the effective components is anchored through homology matching of internal and external spectra and radial intensity distribution verification, distinguishing between effective cell wall breakage and ineffective breakage, thus improving the accuracy of Ganoderma lucidum spore powder cell wall breakage rate detection.

The present application relates to the technical field of traditional Chinese medicine processing, and specifically discloses a broken wall powder processing technology for ganoderma spore powder, which comprises the following steps: S1: selecting ganoderma spore powder raw materials for cleaning, filtering impurities and unqualified ganoderma spore powder after washing, separating qualified ganoderma spore powder, and performing low-temperature vacuum drying to obtain dried ganoderma spore powder; S2: conveying the dried ganoderma spore powder to a dry ice freezing cabin in a sealed manner, keeping the temperature constant for 30-45 minutes in a low-temperature environment, so that the spore wall is changed from toughness to brittleness, creating a structural basis for subsequent physical broken wall; by first cooling the ganoderma spore powder, the spore wall is changed from toughness to brittleness, and then is taken away by high-speed airflow and impacted with the inner wall and grinding balls of the ball mill to break the wall, and then is continuously impacted by the ball mill to break the wall, so that, compared with directly using the ball mill, the broken wall effect is better, the broken wall success rate is further improved, and the use temperature of the ball mill can be reduced to maintain the component activity of the ganoderma spore powder.