Anti-clogging destoner

Abstract

The invention relates to an anti-clogging destoner, which includes a main body, a sieve plate, an oscillator and a discharge port, and also includes an anti-clogging mechanism and a feeding mechanism. The anti-clogging mechanism includes a lifting plate, a conveyor belt, two driving components, Two abutment components, two limit components, two first springs, several thimbles and several projections, the feeding mechanism includes a feeding tube, a fixed box, a feeding tube, a pushing component, a transmission component, an adjusting component, a push Plate and blocking plate, the anti-blocking stone removal machine realizes the function of quantitative feeding through the feeding mechanism, preventing insufficient stone removal caused by too much added amount, and through the anti-blocking mechanism, the sieve plate can be dredged to prevent Impurities block the through hole and affect the stone removal work.

Description

technical field [0001] The invention relates to the field of agricultural equipment, in particular to an anti-clogging stone remover. Background technique [0002] Stone removal machine is a kind of screen that uses the difference in density and suspension speed of granular materials (paddy, brown rice, rice, wheat, etc.) and minerals (mainly side-by-side stones, etc.) Impurity removal equipment that separates minerals from granular materials. It is an essential key equipment in rice processing technology. [0003] The existing de-stoner machine cannot quantitatively add the grains added into the main body. When too much grain enters the main body, it is easy to cause insufficient grain de-stonening, thus affecting the de-stoner effect. Not only that, the existing de-stoner machines are During stone removal work, the sieve plate is easily blocked by impurities, which will cause uneven air flow, resulting in no stone discharge at the stone outlet, requiring manual shutdown ...

AI Technical Summary

Problems solved by technology

[0003] The existing de-stoner machine cannot quantitatively add the grains added into the main body. When too much grain enters the main body, it is easy to cause insufficient grain de-stonening, thus affecting the de-stoner effect. Not only that, the existing de-stoner machines are During stone removal work, the sieve plate is easily blocked by impurities, which will cause uneven air flow, resulting in no stone discharge at the stone outlet, requiring manual shutdown to clean impurities, thus affecting work efficiency and reducing the practicability of the existing stone removal machine

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