Camellia oleifera fruit and shell sorting equipment

Abstract

The invention provides camellia oleifera fruit and shell sorting equipment. The camellia oleifera fruit and shell sorting equipment comprises a rack, a flexible belt, a linear driving mechanism, two net plates, a flexible flapping mechanism, a fruit sorting mechanism and a draught fan, one end of the flexible belt is mounted on the rack, and the other end of the flexible belt is fixedly connectedwith a power output part of the linear driving mechanism; the two net plates are located on the two sides of the flexible belt; and a rotating shaft in the flexible flapping mechanism is rotationallymounted on the rack through a bearing, a sleeve is movably mounted on the rotating shaft, flapping plates are correspondingly hinged to the outer circle face of the sleeve through pin shafts, and a connecting frame is arranged at the bottom of the sleeve in a sleeving mode and fixedly connected with the power output end of the linear driving mechanism. The flexible belt is driven by the linear driving mechanism to swing up and down, shells and fruits located on the flexible belt are shaken up and collide with each other, the rotating flapping plates flexibly flap the shells and the fruits, sothat the dried shells are decomposed under the action of impact force, and at the moment, the shells are blown out by the draught fan, so that the effect of sorting the camellia oleifera fruits and shells is achieved.

Description

technical field [0001] The invention relates to the technical field of agricultural by-product processing, in particular to a sorting device for camellia oleifera shells. Background technique [0002] Camellia oleifera fruit is separated by kneading, and the shell of dried fruit is easy to crack. Therefore, most of the dried fruit is kneaded when separating the husk, and after kneading, the husk will be transported along with the conveying system. Sorting of fruit husks finally needs to obtain individual fruits, so tea seeds and husks need to be sorted, and the rubbed tea seeds and husks are transported through a conveying system, while tea seeds and husks in the prior art Most of the separation is by winnowing alone, and winnowing can blow away the lighter quality shells, but the size of the kneaded shells is not the same, so the quality is not consistent, so the separation by winnowing alone is not enough. achieve a better sorting effect. Contents of the invention [0...

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Problems solved by technology

[0002] Camellia oleifera fruit is separated by kneading, and the shell of dried fruit is easy to crack. Therefore, most of the dried fruit is kneaded when separating the husk, and after kneading, the husk will be transported along with the conveying system. Sorting of fruit husks finally needs to obtain individual fruits, so tea seeds and husks need to be sorted, and the rubbed tea seeds and husks are transported through a conveying system, while tea seeds and husks in the prior art Most of the separation is by winnowing alone, and winnowing can blow away the lighter quality shells, but the size of the kneaded shells is not the same, so the quality is not consistent, so the separation by winnowing alone is not enough. to achieve a better sorting effect

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