Camellia oleifera seed sheller thorough in milling

Abstract

The invention relates to the technical field of shelling equipment, and discloses a camellia oleifera seed sheller thorough in milling. The camellia oleifera seed sheller comprises a machine frame, arotating shaft arranged in the machine frame and a driving device for controlling the rotating shaft to rotate, wherein a spiral transmission structure is arranged on the periphery of the first end part of the rotating shaft, and is used for transmitting camellia oleifera seeds to a milling position; a sleeve which is fixed to the machine frame is arranged on the periphery of the spiral transmission structure; a roller is arranged on the periphery of the second end part of the rotating shaft, and rotates along with the rotating shaft; a plurality of ribs which extend in the length direction ofthe roller are arranged on the periphery of the roller; a spacing is generated between every two adjacent ribs; a sieving cylinder is fixedly arranged in the length region of the roller, on the machine frame; the roller penetrates in the sieving cylinder and is coaxial with the sieving cylinder; a gap is formed between the free end away from the roller, of each rib, and the sieving cylinder; thefirst end part and the second end part of the rotating shaft are connected; and the sleeve is connected with the end part of the sieving cylinder, or a gap is formed between the sleeve and the end part of the sieving cylinder. The camellia oleifera seeds are slowly transmitted to the roller through the spiral transmission structure for milling, the quantity of milled camellia oleifera seeds in unit time is relatively low, and the shelling of the camellia oleifera seeds is thorough.

Description

technical field [0001] The invention belongs to the technical field of shelling equipment, and in particular relates to a thoroughly ground camellia seed shelling machine. Background technique [0002] The camellia oleifera seed shelling equipment in the prior art is generally unable to carry out the shelling production of camellia oleifera seeds continuously in large quantities, the shelling efficiency is low, the shelling cannot be completely dehulled and the seed breaking rate is high, and generally does not have the function of crushing camellia oleifera seed shells, although it has Those skilled in the art try hard to improve related problems in these aspects, but they mainly focus on the structure and arrangement of ribs on the rotating shaft for the improvement of these shelling equipment, although this can improve the oil-tea-camellia seed in the sieve drum. Full friction, but after all, when the rotating shaft is rotating at a high speed, it is still difficult to co...

AI Technical Summary

Problems solved by technology

[0002] The camellia oleifera seed shelling equipment in the prior art is generally unable to carry out the shelling production of camellia oleifera seeds in large batches continuously, the shelling efficiency is low, the rate of shelling cannot be completely and the seed breaking rate is high, and generally does not have the function of crushing camellia oleifera seed shells. Those skilled in the art try hard to improve related problems in these aspects, but they mainly focus on the structure and arrangement of the ribs on the rotating shaft for the improvement of these shelling equipment, although this can improve the oil-tea camellia seed in the sieve drum. Full friction, but after all, when the rotating shaft is rotating at a high speed, it is still difficult to completely shell the camellia seeds that are directly fed to the ribs of the rotating shaft through the sieve cylinder in a large amount in the sieve cylinder within a limited time

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