A shell kernel separator and its automatic walnut sheller

Abstract

The invention discloses a shell kernel separator and a fully automatic walnut sheller. The shell kernel separator includes a separation vertical plate and a separation top plate. There are two separation vertical plates installed in parallel. The top plate is assembled, one side of the two splitter side plates is assembled with the separation side plate, the blast shell is installed on the separation side plate, the inside of the blast shell is a hollow blast cavity, and the blast impeller is installed in the blast cavity, the blast impeller Set on the blower shaft, the blower shaft and the blower shell can be rotated and assembled in a circle, and one end of the blower shaft passes through the blower shell and is connected to the output shaft of the blower motor; there are finished product channels and mixing channels under the discharge hopper 1. Shell channel, after winnowing, walnut shells, walnut kernels, and mixed scraps are output from the shell channel, finished product channel, and mixing channel respectively; the two sides of the discharge hopper are respectively assembled with the separation side plate and the installation side plate; two An upper throwing plate is installed on the separation vertical plates from the end far away from the hopper to the end of the hopper from top to bottom.

Description

technical field [0001] The invention relates to the technology of walnut shelling and kernel extraction, in particular to a shell kernel separator and a full-automatic walnut sheller. Background technique [0002] Walnut is currently the main nut agricultural product, and the walnut kernel needs to be taken out in fine processing. The current method of extracting kernels is mainly to crush the walnuts first, and then transport the mixed walnut kernels and walnut shells to the winnowing equipment. Since the walnut shells are less dense and lighter than the walnut kernels, the walnut shells can be blown out by airflow. To realize the screening and separation of walnut kernels and walnut shells. However, in actual use, the outer diameters of walnuts are different, which is likely to cause excessive crushing of walnuts that are too large, causing the walnut kernels to be crushed and causing a large loss of walnut kernels; while walnut kernels that are too small may not be able ...

AI Technical Summary

Problems solved by technology

However, in actual use, the outer diameter of walnuts is different, which may cause excessive crushing of walnuts that are too large, resulting in the crushing of walnut kernels, causing a large loss of walnut kernels; while too small walnut kernels may not be able to Broken or even stuck on the grid of the crusher, causing the crusher to be stuck

In addition, after crushing, the walnut kernels and walnut shells are not separated immediately, but the current technology is to drop them to the winnowing equipment after crushing. At this time, many walnut kernels and walnut shells are not separated, which will cause the walnut shells and walnut kernels to enter the walnut. The kernels are exported and mixed in the screened walnut kernels, which requires manual processing again, which is a serious waste of manpower and material resources, and the efficiency is extremely low

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