A fully automated continuous and highly efficient camellia seed hulling device

Abstract

This invention discloses a fully automated continuous and efficient camellia seed hulling device, comprising a housing and an automatic control operator. The housing has a feeding port at the top, and inside the cavity of the housing, there is an agitation mechanism. Positioned on one side of the feeding port is the first drive motor, designed to act as the power source for the agitation mechanism. At the bottom of the agitation mechanism, there is a perforated screening plate. This innovation results in a lower breakage rate of nuts and enhances production efficiency.