Camellia seed grading and husking integrated machine

Abstract

The invention relates to a camellia seed grading and husking integrated machine which comprises a rack, a discharge device, a husking device and a grading device, wherein the grading device comprisesa grading barrel obliquely arranged on the rack through a grading supporting leg; a grading feeding hopper communicates to the upper side of the middle part of the grading barrel; a grading screen anda grading discharge port are successively formed in a lower bottom plate of the grading barrel from the middle to the lower end; a vertical grading stripping lifting air cylinder is arranged on the upper part of the grading barrel; a grading stripping lifting seat is connected to the upper part of the grading stripping lifting air cylinder; a grading sweeping block and a grading barrier block threaded through the grading barrel are connected below the grading stripping lifting seat; the grading sweeping block is matched with the lower end of the grading screen; and the grading sweeping blockis matched with the lower end of the grading discharge port. By means of a design that the grading barrel which is inclined and is part of the screen in the bottom matched with a grading interceptingpart, camellia seeds can be graded fully; the camellia seed grading and husking integrated machine is simple in structure, convenient to operate and convenient for grading and husking integrated operations, and improves the efficiency of shelling the camellia seeds.

Description

technical field [0001] The invention relates to the field of camellia oleifera processing equipment, in particular to an integrated machine for grading and crushing camellia oleifera seeds. Background technique [0002] Camellia oleifera is an important agricultural product and a crop with great economic value, which has been widely promoted in Hunan Province. [0003] The fruit of Camellia oleifera includes shells and seeds, and the seeds include seed shells and kernels. The kernels can be used for refining camellia oil and have high economic value. Therefore, during the refining process of camellia oleifera, the seeds need to be removed Hull treatment and shell removal are mostly done by physical crushing, and then the broken shells are removed by vibration and collision. There are certain defects. The existing camellia seed particles have different sizes, and the required crushing parts have different operating ranges. Therefore, Seed kernels are easy to be crushed or no...

AI Technical Summary

Problems solved by technology

[0003] The fruit of Camellia oleifera includes shells and seeds, and the seeds include seed shells and kernels. The kernels can be used in the refining of camellia oil and have high economic value. Therefore, during the refining process of camellia oleifera, it is necessary to remove Shell treatment and shell removal are mostly done by physical crushing, and then the broken shells are removed by vibration and collision. There are certain defects. The existing camellia seed particles have different sizes, and the required crushing parts have different operating ranges. Therefore, Seed kernels are easy to be crushed or not crushed at all, resulting in low efficiency and effect of physical crushing and shelling. Therefore, it is necessary to classify camellia seeds according to the particles. Most of the existing classifications are through vibrating sieves. Network implementation, the structure is complex, and the classification efficiency is not high, and it is prone to confusion

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