Multifunctional machine for processing rice-noodle and manufacture method

Abstract

A multifunctional rice noodle machine is composed of a vertical machine frame, a motor at one side of said vertical machine frame and a rice noodle shaper at another side and driven by said motor via belt and belt wheels. Said rice noodle shape is sequentially composed of belt wheel on mainshaft, bearing, screw crusher, upper movable grinding disk, static grinding disk, lower movable grinding disk, screw thrust, pressing plate, screw pulverizer and noodle-forming die from top to bottom.

Description

Technical field: [0001] The invention relates to a rice noodle making device and a method for making rice noodles with the rice noodle making device, belonging to the field of food machinery and equipment manufacturing. Background technique: [0002] The applicant applied for application number 02107292.2, titled "Multifunctional rice noodle machine and its production method". The shaft surface of the second section shaft is ground gear, one end surface is ground gear, the third section shaft heating spiral shaft, one end surface is ground tooth, the opposite surface of the second section shaft and the third section shaft is a double-sided grinding disc, between the three shafts The fatal flaws that cannot be overcome are: first, the concentricity between the shafts cannot be realized at all, so the second and third shafts and their matching grinding sleeves are stuck with each other, and cannot Rotating, the uniformity of the gap between the grinding discs cannot be guaran...

AI Technical Summary

Problems solved by technology

[0002] The applicant applied for application number 02107292.2, titled "Multifunctional rice noodle machine and its production method". The shaft surface of the second section shaft is ground gear, one end surface is ground gear, the third section shaft heating spiral shaft, one end surface is ground tooth, the opposite surface of the second section shaft and the third section shaft is a double-sided grinding disc, between the three shafts The fatal flaws that cannot be overcome are: first, the concentricity between the shafts cannot be realized at all, so the second and third shafts and their matching grinding sleeves are stuck with each other, and cannot Rotating, the uniformity of the gap between the grinding discs cannot be guaranteed, and the requirements for uniform grinding cannot be met, and the grinding discs are easily locked with their sleeves and cannot work; 3. The concentricity between the shafts in the third section does not exist, so not only the power consumption is large, the processed materials are easily stuck in the machine with the processing parts and cannot be processed, but also the motor is easily burned due to excessive current; third, the processing efficiency is low, Processing quality cannot be guaranteed

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