Adjustable resorting and collecting device

Abstract

The invention discloses an adjustable resorting and collecting device which comprises a blowing nozzle, a collecting cavity, a discharge hopper, collecting cavity partition plates and an adjusting cover. The collecting cavity is arranged at the upper end of the discharge hopper and is divided into at least three cavities by the collecting cavity partition plates, the cavities sequentially include a waste collecting cavity, a rejected product collecting cavity and a finished product collecting cavity, the outlines of the collecting cavity partition plates are in the shapes of circular arcs, a plurality of grooves are formed in the lower end of the adjusting cover, one end of each collecting cavity partition plate is embedded in the corresponding groove in the adjusting cover, the other end of each collecting cavity partition plate is connected onto the outer wall of the discharge hopper by a hinge, the bottom of the blowing nozzle is matched with a turbine by a worm, the turbine is mounted on a fixing seat at the tail end of the adjusting cover, the tail end of the adjusting cover is connected onto the fixing seat by hinges, and the head of the adjusting cover is connected onto the outer wall of the collecting cavity by a locking device. The adjustable resorting and collecting device has the advantages that the adjustable resorting and collecting device can be applied to color sorting on diversified materials, and good color sorting effects can be realized by the adjustable resorting and collecting device for single types of materials.

Description

technical field [0001] The present invention relates to the technical field of color sorter equipment, and more specifically relates to an adjustable reselection material receiving device. Background technique [0002] The color sorter can quickly and efficiently remove bad particles in the grain and improve the quality of the grain. It is currently widely used in the field of grain processing. With the development of technology and the enhancement of farmers' purchasing power, more and more self-employed and farmers choose and apply grain color sorters. [0003] Since the traditional color sorter is mainly used in large-scale grain processing enterprises, its model is larger and its cost is higher. At present, the existing single-channel color sorters designed for small processing plants and self-employed people cannot perform secondary sorting, and need to be screened over and over again. In addition, one machine cannot be used for multiple purposes. Different materials c...

AI Technical Summary

Problems solved by technology

At present, the existing single-channel color sorters designed for small processing plants and self-employed people cannot perform secondary sorting, and need to be screened over and over again. In addition, one machine cannot be used for multiple purposes. Different materials can only use specific color sorters or must Replacing the material receiving chamber and discharge hopper

Images