An industrial automatic buckwheat shelling equipment

Abstract

The invention provides industrial automatic buckwheat hull removing equipment which comprises a feeding conveyor belt. A storage hopper is arranged on one side of the discharging end of the feeding conveyor belt. A discharging sliding groove is formed below the storage hopper. Abrasive belts are arranged at the discharging end of the discharging sliding groove. A hopper is arranged below the two abrasive belts. The hopper is arranged on a hull removing cylinder. A spiral conveying roller driven by a motor to rotate is arranged in the hull removing cylinder. A blanking plate is arranged in the hull removing cylinder. Multiple food-grade stainless steel balls are arranged in the hull removing cylinder. A screen cloth plate of a filtering shell is further arranged in the hull removing cylinder. A buckwheat rice grain discharging opening is formed below the hull removing cylinder. A first buckwheat hull discharging pipeline is arranged on the portion, above the screen cloth plate, of one side of the hull removing cylinder. A filtering screen is arranged on the connecting portion of the first buckwheat hull discharging pipeline and the hull removing cylinder. A buckwheat hull recovering bag is arranged on the other side of the first buckwheat hull discharging pipeline. The equipment can complete hull removing of buckwheat effectively without damaging buckwheat kernels.

Description

technical field [0001] The invention relates to an industrial automation equipment, in particular to an industrial automation buckwheat shelling equipment. Background technique [0002] With the improvement of people's living standards and the emphasis on their own health, more and more buckwheat-like miscellaneous grains have entered people's tables. The processing of buckwheat needs to separate the shell from the buckwheat kernel. The current shelling of buckwheat The most advanced equipment uses abrasive belts, and the continuous use of abrasive belts for shelling will not only incomplete shelling, but also damage the buckwheat kernels. There are also rubber rollers for rolling shelling, but if the distance between the rubber rollers cannot be adjusted in time , not only fails to achieve the purpose of shelling, but also easily causes damage to the buckwheat kernels, and there will be a lot of impurities in the buckwheat kernels after the shelling is completed. Contents...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's living standards and the emphasis on their own health, more and more buckwheat-like miscellaneous grains have entered people's tables. The processing of buckwheat needs to separate the shell from the buckwheat kernel. The current shelling of buckwheat The most advanced equipment uses abrasive belts, and the continuous use of abrasive belts for shelling will not only incomplete shelling, but also damage the buckwheat kernels. There are also rubber rollers for rolling shelling, but if the distance between the rubber rollers cannot be adjusted in time , not only fails to achieve the purpose of shelling, but also easily causes damage to buckwheat kernels, and there will be a lot of impurities in buckwheat kernels after shelling is completed

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