Automatic folding and binding machine and bending method for vermicelli

Abstract

The invention discloses an automatic bean vermicelli folding and binding machine and a bending method. The binding machine comprises a rack, a folding mechanism, a clamping shift mechanism and a binding mechanism, the folding mechanism is arranged at the front end of the binding mechanism, and the clamping shift mechanism is arranged above the binding mechanism. The binding method includes that the bean vermicelli is placed between a block pressure bar and a bending push trough; the bean vermicelli is bent in the shape of 'U'; the bean vermicelli is bent to the right side; the bean vermicelli is bent to the left side; a right-bending plate is reset; the bean vermicelli is clamped through the clamping shift mechanism; a left-bending plate is reset, the block pressure bar is allowed to descend, small to-be-bound bundles of the bean vermicelli are shifted out through the clamping shift mechanism to be bound, the block pressure bar is reset, and the bending mechanism is reset as well. By the arrangement, automatic folding, shifting and binding of the bean vermicelli can be realized, folding and binding efficiency is high, overall dimensions of the bean vermicelli are identical, elastic degrees of the bean vermicelli with less burr is appropriate, binding ropes are tied on lateral sides of the small bundles of the bean vermicelli, aesthetic effect of the bean vermicelli is unaffected when the small bundles of the bean vermicelli are put into transparent bags, workers are avoided touching the bean vermicelli during the working process, and further safety and sanitation in food is realized.

Description

technical field [0001] The invention relates to an automatic folding and binding machine for vermicelli and a bending method, belonging to the technical field of food packaging. Background technique [0002] Vermicelli is one of people's favorite foods. It is a silky food made of mung beans, sweet potatoes and other raw materials. At present, most of the domestic vermicelli processing industry has realized mechanization. The processed dried vermicelli are intertwined with each other and are not easy to separate. Even if they can be separated, as time goes by, the moisture inside the dried vermicelli becomes less and less, and they become brittle and easy to break. During the separation process, the vermicelli It is too short and inconvenient to eat, so when producing vermicelli, when it still has a certain water content after drying and is not easy to break, the dry vermicelli of a certain weight is folded by hand and tied with a string into a small vermicelli bundle, and th...

AI Technical Summary

Problems solved by technology

Because the rope remover needs a certain space for up and down movement, two pads 65 are arranged at the bottom of the workpiece placement plate of the strapping machine, and there is a space for the rope remover to move between the two pads, but the design of the pads will The height of the workpiece placing plate increases the distance between the workpiece placing plate and the bird’s beak. The distance between the workpiece placing plate and the bird’s beak is about 20mm. This design has no effect on the tightness of the packages with a diameter greater than 50mm. Large, but for small bundles of fluffy vermicelli with a diameter of about 30mm, the tightness is unqualified. If you directly use the existing tying machine to bind small bundles of vermicelli, the rings will often be large, and the wires for binding small bundles of vermicelli will be very large. Loose, unable to effectively bind the vermicelli is a substandard product

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