Greenish brown hawk moth larval skin recycling and processing apparatus

Abstract

The invention discloses a greenish brown hawk moth larval skin recycling and processing apparatus which is used for recycling and processing the greenish brown hawk moth larval skin by drying the separated greenish brown hawk moth larval skin, and carrying out crushing so as to prepare a powder. The greenish brown hawk moth larval skin recycling and processing apparatus is characterized in that amain box is arranged on a support; a cover plate is arranged at one side of the main box; the main box is a columnar container with an opening at one end; a horn-shaped export tube is placed at one end of the main box, and is connected with an opening part of the main box through a large end; a small end of the export tube is located in the main box, and is communicated with a connecting pipe; multiple groups of circular gear cuttings are arranged on an inner wall of the connecting pipe with equal intervals between, wherein heights of the gear cuttings increase from the end of the connecting pipe to the other end; multiple trays are arranged on an outer wall of the connecting pipe with equal intervals between, wherein outer edges of the trays are closely jointed with an inner wall of the main box; a feeding groove is formed in each tray along the radial direction, wherein width of the groove is 3-4 centimeters; an interval of 180 degrees is arranged between two adjacent trays; and multiple installation sleeves are arranged over the connecting pipe, wherein the installation sleeves are in one-to-one correspondence with the trays.

Description

technical field [0001] The invention relates to a device for recycling and processing the larvae larvae skin, relating to a device for recycling and processing the skin of the larvae larvae after the skin and flesh are separated in the process of food processing, and belongs to the field of food processing. In particular, it relates to a recycling and processing device for drying and pulverizing the skin of the separated hornworm larvae into powder. Background technique [0002] At present, the larvae of the bean hornworm, also known as bean dan, mainly feed on soybean leaves and acacia leaves. They are similar in size to silkworms, tender green, and not darker in color. The adult length is about 5cm. It has always been regarded as a pest Clean up, but its meat slurry is a high-protein food, and the mass fraction of crude protein in soybean paste is 65.5%, of which essential amino acids account for 52.84% of the total amino acids, and semi-essential amino acids account for 9...

AI Technical Summary

Problems solved by technology

[0002] At present, the larvae of the bean hornworm, also known as bean dan, mainly feed on soybean leaves and acacia leaves. They are similar in size to silkworms, tender green, and not darker in color. The adult length is about 5cm. It has always been regarded as a pest Clean up, but its meat slurry is a high-protein food, and the mass fraction of crude protein in soybean paste is 65.5%, of which essential amino acids account for 52.84% of the total amino acids, and semi-essential amino acids account for 9.70%; the mass fraction of crude fat is 23.68%, and the C162C18 fatty acid Accounting for more than 99% of total fatty acids, unsaturated fatty acids are 64.17%, of which linolenic acid reaches 36.53%, rich in nutritional value, and has the effect of treating cold stomach and malnutrition. Dan is soaked in water and drowned, then remove the head, squeeze from the tail to the head with a rolling pin, squeeze out the meat, remove the white part and eat it. During the peak season of eating, the amount of bean skin produced will also increase. Discarded as rubbish, there is the peculiar smell of the rotten bark of soybeans everywhere in the city, which affects the environment. At present, the economic benefit development of soybeans is limited to edible, but because soybean leaves and the leaves of acacia tree grow, its skin It is rich in insect body chitin, which can be used as medicine or as a feed additive. Usually, a small amount of bean cortex is dried in the sun, and then chopped to be used as feed. The efficiency of chopping is high. Low, the debris is uneven, and the bean cortex is easy to flow around during the exposure process, the value rate is low, corresponding to a large amount of bean cortex, because there is no awareness of processing this kind of substance on the market, all treatment methods are Directly discarded, the rotten stench in urban residential areas will affect the environment, so it is necessary to make further planning for the subsequent processing of soybean skin in order to maximize the economic value of soybean

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