Camellia seed huller

Abstract

The invention discloses a camellia seed huller. The camellia seed huller comprises a rack, a feeding device, a hulling device, a cleaning and separating device and a transmission device, wherein the feeding device is arranged at the upper part of the hulling device and consists of a feeding hopper, a feeding quantity adjustment plate and a cone-shaped shunt; the cone-shaped shunt is arranged at the connection position of the feeding device and the hulling device and is used for uniformly feeding materials into a hulling chamber; the hulling device consists of the hulling chamber and a hulling chamber lower housing; the hulling chamber comprises a toothed plate and a projecting disc, a main shaft, a universal joint and the toothed plate; the projecting disc is in a cone bowl shape; a plurality of blades are arranged on the projecting disc; the projecting disc is arranged at the outlet end of the universal joint through a key joint; the toothed plate is fixed in the hulling chamber housing; and the hulling chamber lower housing takes a cone shape and is connected with the cleaning and separating device. The camellia seed huller is high in production efficiency and hulling ratio, and can effectively separate camellia seeds from impurities, improve the purity degree of the camellia seeds and perform hulling and cleaning at one time, so that the manufacturing procedure is less and the manufacturing cost is low.

Description

technical field [0001] The invention relates to an agricultural product processing machine, in particular to a sheller for camellia oleifera seeds, which is suitable for the sheller of nuts such as camellia oleifera fruit. Background technique [0002] Camellia oleifera is a unique woody oil plant in China, which is widely planted in the south of the Yangtze River. Although my country has researched and developed some camellia seed shelling machines, its development is quite slow, far behind the development of the planting industry, and there are not many mature models and mass production, which are far from meeting the actual needs. Moreover, most of the existing camellia seed shelling machines adopt shelling methods such as grinding, pressing, squeezing, and grinding. These methods have certain requirements for the shape and size of the seeds, and classification treatment is required before shelling, and it is difficult to separate the shell kernels after shelling. Large,...

AI Technical Summary

Problems solved by technology

Although our country has researched and developed some camellia seed shelling machines, its development is quite slow, far behind the development of the planting industry, and there are not many mature models and mass production, which are far from meeting the actual needs

Moreover, most of the existing camellia seed shelling machines adopt shelling methods such as grinding, pressing, squeezing, and grinding. These methods have certain requirements for the shape and size of the seeds, and classification treatment is required before shelling, and it is difficult to separate the shell kernels after shelling. Large, increasing the production process, reducing the quality of oil and production efficiency

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