Bean starch sheet cutting device with automatic cut-off function

Abstract

The invention discloses a bean starch sheet cutting device with an automatic cut-off function. The bean starch sheet cutting device comprises a bracket, a cutting part for cutting a bean starch sheet into bean vermicelli, a third cylinder fixing the bean vermicelli, an automatic cutter and a power mechanism. According to a bean starch sheet steaming device provided by the invention, the cutting part is set to be two cylinders, and grooves are formed in the cylinders at an equal distance for extruding and cutting the bean starch sheet into vermicelli, so that the uniformity of the vermicelli is improved, and quality and mouthfeel of the vermicelli are improved. A third cylinder is arranged behind the cutting part for absorbing and fixing the vermicelli, so that the vermicelli is prevented from swinging, and the vermicelli is kept in order. Perimeters of the cylinders are adopted for measurement, and a water-jet cutting machine is utilized to automatically cut off the vermicelli to obtain the vermicelli with a uniform length, so that the production rate is increased.

Description

technical field [0001] The invention relates to the field of cutting devices. More specifically, the present invention relates to a vermicelli cutting device with an automatic cutting function. Background technique [0002] Pave the starch slurry to a certain thickness on the conveyor belt, then pass the conveyor belt through a steam box to steam the slurry to form vermicelli, which is cut and dried to obtain vermicelli. The traditional vermicelli cutting device is provided with two rotating shafts, and a plurality of blades are respectively arranged on the rotating shafts, and the blades between the two rotating shafts overlap each other to form a cutting part. Cut the powder skin between the cutting parts. [0003] In these devices, the distance between the blades is difficult to fix, so the vermicelli obtained by cutting is uneven, and these blades cannot fix the vermicelli during cutting, so the vermicelli is easily damaged, and because the blade is thinner, it is easy...

AI Technical Summary

Problems solved by technology

[0003] In these devices, the distance between the blades is difficult to fix, so the vermicelli obtained by cutting is not uniform, and these blades cannot fix the vermicelli during cutting, so the vermicelli is easy to break, and because the blade is thin, it is easy to wear

The most important thing is that after the powder skin is cut into vermicelli by the blade, these vermicelli cannot be effectively fixed, causing these vermicelli to stir together with each other, forming dead knots, which brings difficulties to finishing and drying

[0004] Moreover, these devices also have a shortcoming. After the fans reach a certain level, they need to be cut manually, and the length of the cut fans is not uniform.

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