Highly-efficient cooked wheaten food processing machine

Abstract

The invention relates to a highly-efficient cooked wheaten food processing machine. The processing machine comprises a stirring system, an extruding and forming system and a driving system, wherein the stirring system comprises a flour containing barrel and a stirring rod which extends into the flour containing barrel; the extruding and forming system comprises an extruding cavity, a screw rod and a forming head; an opening is formed in the lower part of the flour containing barrel; the screw rod comprises a transporting part and a material feeding part, and extruding helixes are formed in the transporting part and the material feeding part; and the driving system drives the stirring rod and the screw rod to rotate. When the screw rod is in positive rotation, the extruding helixes in the material feeding part push materials at the opening into the flour containing barrel, and when the screw rod is in reverse rotation, the extruding helixes in the transporting part extrude and form the materials entering the extruding cavity through the forming head and output the extruded and formed materials. Therefore, a flour mixing system and the extruding and forming system are effectively combined through the opening, the driving system is in the positive rotation, and through the cooperation of the stirring rod and an outputting rod, the flour at the position of the opening is under the action of stirring and flour mixing in two directions of the stirring rod and the screw rod, so that the flour mixing efficiency is improved, and the flour mixing effect can also be improved.

Description

technical field [0001] The invention relates to the field of pasta processing machines, in particular to an efficient pasta processing machine. Background technique [0002] Pasta is one of the staple foods in my country, and occupies an important position in people's daily life. A large number of pasta-making machines and equipment have appeared in both industrial and household electrical appliances. [0003] Existing pasta making machines mainly include the following types: one is a separate dough mixing equipment, which only mixes flour and processes it into dough; the second is combined with a structure for conveying dough, and conveys the dough to a forming device to make pasta; The third is to take out the reconciled dough and put it into another forming structure to realize the making of dough. Yet the first kind of structure only has the function of kneading dough, can't realize making pasta fully automatically. Although the second type can be fully automatic past...

AI Technical Summary

Problems solved by technology

However, the first structure only has the function of kneading noodles and cannot realize fully automatic pasta making

Although the second type can be fully automatic pasta production, its dough structure and dough conveying structure are independent of each other, resulting in low working efficiency of the whole equipment, and more dough residues are likely to be generated at the junction of the dough mixing structure and the conveying structure. It is easy to breed bacteria and cause a lot of waste

The third type is only for conveying the forming structure for the dough, and it cannot fully realize the automatic production of pasta.

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