Cellulose treatment device for biodegradation

Abstract

The invention relates to a biodegradable material, in particular to a cellulose processing device for biodegradation. The technical problem to be solved by the present invention is to provide a cellulose processing device for biodegradation. A cellulose processing device for biodegradation, comprising a connecting machine bottom plate, a fruit head and fruit tail separation mechanism, a power system control mechanism, a fruit body middle dividing mechanism, a pulp and peel separating mechanism, etc.; the top left side of the connecting machine bottom plate and the left side are elevated plate to be welded. The invention realizes efficient cutting and separation of the head and the tail of the fig fruit, completely separates the pericarp from the pulp containing cellulose, the cellulose can be used for the production of biodegradable materials, and at the same time ensures that the pericarp of the fig is kept intact and not damaged, that is, the flowers inside the pericarp are completely preserved. The anthocyanins eliminate the waste of pulp cellulose caused by manual cutting of the peel, and the anthocyanins with antioxidant properties inside the peel can also be utilized.

Description

technical field [0001] The invention relates to a biodegradable material, in particular to a cellulose processing device for biodegradation. Background technique [0002] Biodegradation means that the material is continuously excreted from the body in the process of tissue growth through dissolution, enzymatic hydrolysis, cell phagocytosis, etc. in the body, and the repaired tissue completely replaces the position of the implanted material, and the material does not exist in the body. nature. [0003] With the promotion of environmental protection in recent years, biodegradable materials have been applied in various fields, and they are widely used in the manufacture and production of disposable products. Among them, there is a biodegradable plastic synthesized by microorganisms, which contains natural cellulose , and the cellulose content in figs is very high, but because figs have a raised fruit head and a dry fruit tail, and there are a large number of antioxidant compon...

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Problems solved by technology

[0004] In order to overcome the fact that there is a protruding fruit head and a dry fruit tail in figs, and there are a large amount of antioxidant components and anthocyanins in the fig peel, the present invention mainly adopts manual peeling to take in the existing pulp extraction stage, and then causes figs in the During the process of removing the fruit head and tail, the cut part has a lot of pulp cellulose, and the protruding fruit head is not easy to cut by hand. At the same time, in the peeling stage, the peel is cut into pieces, which cannot guarantee its integrity. A large amount of pigment overflows, anthocyanin is wasted, and the pericarp is scattered at the same time, it is inconvenient to concentrate on anthocyanin extraction treatment, and the pulp cellulose is continuously cut in conjunction with frequent manual cutting, resulting in excessive waste of pulp cellulose and low extraction rate. The present invention The technical problem to be solved is to provide a cellulose treatment device for biodegradation

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