Shelling device for producing oil tea

Abstract

The invention belongs to the technical field of oil tea production, particularly relates to a shelling device for producing oil tea, and solves the problems that when oil tea seeds with different particle diameters are shelled, inner cores of the seeds are easily broken if the same space width cannot be timely adjusted as the particle diameters of the seeds are different. The technical scheme includes that the shelling device comprises a supporting frame and oil tea seeds, a supporting plate is fixed at the top end of the supporting frame through bolts, spherical counter bores are equidistantly formed in the upper surface of the supporting plate, trapezoidal projections are equidistantly distributed in a staggered manner and reserved at the top ends, close to the peripheral inner walls, ofthe spherical counter bores, side plates are fixed onto the upper surface of the supporting plate close to two sides through bolts, and parallel groove steel sliding rails with opposite openings arewelded at the top ends of the two side plates. According to the device, the inner cores of the shelled oil tea seeds can directly fall down from circular holes, and the trapezoidal projections on theinner walls of the spherical counter bores are matched with a shelling plate at the top end, so that shells of the surfaces of the oil tea seeds can be easily removed.

Description

technical field [0001] The invention relates to the technical field of camellia oleifera production, in particular to a shelling device for the production of camellia oleifera. Background technique [0002] Camellia oleifera fruit shelling is mostly manually shelled, which has low efficiency, high labor intensity and high cost, and is not suitable for industrialized production. The research on the mechanical shelling technology and equipment of camellia oleifera fruit has just started. Although there are a small number of equipment with different structures and functions that can be used for shelling and shell and kernel separation of camellia oleifera fruit, most of these equipment have a small processing capacity. Some shells are not completely broken during the shelling process, which affects the operation of the subsequent process. [0003] And when cracking the camellia seeds with different particle diameters, due to the different diameters, if the same tooth spacing i...

AI Technical Summary

Problems solved by technology

Some shells are not completely broken during the shelling process, which affects the operation of the subsequent process

[0003] And when cracking the camellia seeds with different particle diameters, due to the different diameters, if the same tooth spacing is adopted, the inner seeds will be easily broken if the adjustment is not timely, so it is often spent on adjustments, often resulting in the failure of the camellia fruit of the enterprise. A large backlog of raw materials

The existing camellia fruit mechanical crushing devices in the market are all drum-type structures. Although this structure can also be separated, the camellia husk and tea seeds are easy to block the through holes of the drum, resulting in poor separation effect.

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