Ventilation and impurity removal mechanism on base of recirculation drier

Abstract

The invention relates to a ventilation and impurity removal mechanism on a base of a recirculation drier, comprising a triangle plate (1) and a right inclined plate (4), characterized in that the triangle plate (1) is arranged on the top of the base of the drier and the right inclined plate (4), net holes (6) are arranged on a slope of the triangle plate (1), a triangle opening is opened on the right inclined plate (4), the internal side of the right inclined plate (4) is connected with a triangle communication pipe (2), the triangle communication pipe (2) is connected to a connected taking and paying shed (5) welded on the right inclined plate (4) through a bolt and a nut, and is cut-through with the triangle opening on the right inclined plate (4). The outside of the right inclined plate (4) is provided with a scale adjusting plate (3). The inside and the outside of the triangle communication pipe (2) are corresponding to those of the scale adjusting plate (3). Grain can be further dried and refined by adding the ventilation and impurity removal mechanism on the base of the drier, thereby raising drying thermal efficiency.

Description

technical field [0001] The invention relates to a circulation dryer base ventilation and impurity removal mechanism, which is mainly used for further drying and impurity removal of the circulation grain dryer, and belongs to the technical field of grain drying, storage and processing. Background technique [0002] At present, the standard structure of the existing circulating dryer is that the dust exhauster installed on the top is mainly responsible for discharging the dust and fine particles during the grain drying process, and the fine substances commonly present in the grain harvest, such as: straw, straw and woven bag hemp It cannot be processed, and it will cause its own blockage and damage due to the entry of the above-mentioned impurities. [0003] The base of the existing dryer has no impurity removal mechanism and does not have the impurity removal function. Since the grain is still at a high temperature when it enters the base from the drying part during drying, ...

AI Technical Summary

Problems solved by technology

[0002] At present, the standard structure of the existing circulating dryer is that the dust exhauster installed on the top is mainly responsible for discharging the dust and fine particles during the grain drying process, and the fine substances commonly present in the grain harvest, such as: straw, straw and woven bag hemp etc. cannot be processed, and will cause its own blockage and damage due to the entry of the above-mentioned impurities

[0003] The base of the existing dryer has no impurity removal mechanism and does not have the impurity removal function

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