Noodle machine with rapid machining

Abstract

The invention discloses a noodle machine with rapid machining. The noodle machine comprises a base, a stirring cup connected with the base, and an upper cover covering on the stirring cup, wherein the stirring cup is provided with a stirring component and an extruding component; the stirring component comprises a stirring rod; and the extruding component comprises a screw rod and a feeding barrel in match with the screw rod. The noodle machine is characterized by further comprising a rapid flour feeding structure, wherein the rapid flour feeding structure comprises a flour feeding port arranged in the feeding barrel, and a baffle arranged at the flour feeding port and used for baffling materials so as to enable the materials to enter the flour feeding port. By arranging the baffle and the baffle above the dough feeding port, dough can be effectively baffled and cut, so that the dough can rapidly enter the feeding barrel from the dough feeding port so as to be machined and shaped; and the baffle is arranged on the downstream position of the flour feeding port, so that the dough baffled by the baffle can enter the feeding barrel from the feeding port uniformly. The stirring rod is provided with only stirring teeth and dough cutting teeth so as to realize stirring and dough pushing, so that the structure is simple, and noodles are easy to be machined and shaped.

Description

technical field [0001] The invention relates to the field of food processing, in particular to a noodle machine. Background technique [0002] Such as figure 1 As shown, the existing noodle machine generally includes a base 800 and a stirring cup 810, the base 800 is provided with a motor 801, the stirring cup 810 is provided with a stirring assembly and an extruding assembly, and the stirring assembly includes a setting The stirring rod 820 in the stirring cup and driven by the motor 801, the stirring rod 820 includes a helical surface 821, the extruding assembly includes a screw rod 822 and a feeding cylinder 830 matched with the screw rod, and the front end of the feeding cylinder 830 is provided with There is a die head 840, and the stirring rod 820 is integrated with the screw rod 822. [0003] The working method of existing noodle machines usually includes a stirring stage and a coming out stage. Mixing stage: put flour and water into the mixing cup first, the stirr...

AI Technical Summary

Problems solved by technology

[0004] 1. Since it is necessary to prevent the flour from entering the feeding cylinder during stirring, the noodle inlet connecting the mixing cup and the feeding cylinder cannot be set too large, which makes it difficult to enter the flour when pushing the noodles to the feeding cylinder , reduce the surface speed of the noodle machine and reduce the processing efficiency of the noodle machine

Moreover, because the flour usually has a certain degree of viscosity, it will adhere to the stirring rod and cannot quickly fall into the noodle inlet, which will affect the effect of the noodle inlet and reduce the working efficiency of the noodle machine.

[0005] 2. The noodle machine needs a helical surface to stir and push the noodles, but the helical surface is large in size and has many dead angles, which makes it difficult for the stirring rod to be processed and shaped, and the excessive dead angles are also difficult to clean, resulting in poor sanitation

[0006] 3. The feeding cylinder is connected to the mixing cup. During stirring, some dry flour will enter the feeding cylinder and cannot be fully mixed, which reduces the processing efficiency of the noodle machine.

Moreover, dry flour will also affect the normal extrusion of noodles

[0007] 4. The stirring rod and the screw rod are integrally arranged, which is inconvenient for the processing and molding of the stirring rod; and when using a noodle machine, the cooperation of the stirring rod, the stirring cup and the feeding cylinder is also complicated and cumbersome, and the operation is inconvenient

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