A device for peeling and cutting iron stick yam

Abstract

The invention relates to an iron yarn peeling and cutting device, and discloses a device for peeling and cutting yarns with different thicknesses in pretreatment of the iron yarns. The iron yarn peeling and cutting device is characterized in that a plurality of discharging grooves are formed in an outer wall of a barrel at equal intervals, and are positioned in the same horizontal line; the discharging grooves are positioned under the central line of the barrel; one ends of a plurality of inclined connection plates are corresponding arranged in the plurality of discharging grooves in a one-to-one manner, and are positioned on one side corresponding to upper edges of the discharging grooves; a plurality of leading-out plates are correspondingly arranged on one ends of the plurality of inclined connection plates in a one-to-one manner, and are positioned in the barrel; a plurality of fixing plates are correspondingly arranged on the other ends of the plurality of inclined connection plates in a one-to-one manner, and are parallel to an outer surface of the barrel; a plurality of inclined guide rods are correspondingly arranged between the plurality of fixing plate and the outer wall of the barrel, and are correspondingly parallel to the plurality of connection plates in a one-to-one manner; a plurality of tool aprons are correspondingly arranged on the plurality of inclined guide rods, and the tool aprons are vertical; and inclined guide sleeves are arranged between the tool aprons and the inclined guide rod.

Description

technical field [0001] The invention relates to a peeling and sectioning device for iron stick yam, which relates to a device for removing the skin and cutting section of iron stick yam during preprocessing of iron stick yam, and belongs to the field of food processing. In particular, it relates to a device capable of peeling and cutting yams with different thicknesses when the iron rod yams are pretreated. Background technique [0002] At present, most of the peeling of yam adopts manual peeling, and the peeling is carried out with a simple peeling knife. The peeling area is small, and multiple peelings are required. On the peeling knife, it is inconvenient for the peeling work, and the angle of the peeling knife needs to be manually controlled, so that the surface of the peeling knife and the yam can fit together. After a long time, it is very tiring, and the mucus of the yam is irritating to the skin. When peeling, a large amount of mucus will cause the hands to slip and...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the peeling of yam adopts manual peeling, and the peeling is carried out with a simple peeling knife. The peeling area is small, and multiple peelings are required. On the peeling knife, it is inconvenient for the peeling work, and the angle of the peeling knife needs to be manually controlled, so that the surface of the peeling knife and the yam can fit together. After a long time, it is very tiring, and the mucus of the yam is irritating to the skin. When peeling, a large amount of mucus will cause the hands to slip and become unstable, and the thickness of yams is different, and the difficulty of peeling varies, especially when some yams are very long. , to peel the yam, the screw propulsion rod is easy to get stuck due to the entanglement of the yam slices, which affects the continuity of the peeling, and the peeling diameter is single, it is difficult to ensure the thickness of the peeling for those with large fluctuations in thickness, and the cutting is not clean , and if the length is too long, the length of the screw propulsion structure is insufficient, and the peeling stroke is insufficient. After cutting, the other end needs to be replaced and cut again, which is time-consuming, laborious and inefficient

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