A lotus seed fullness screening device

Abstract

The invention relates to the field of seed fullness screening, in particular to a lotus seed fullness screening device, a lotus seed fullness screening device includes a housing, a main shaft, a motor, a fixed sieve plate, a rotating sieve plate and a baffle assembly ;The top of the housing is provided with a feeding port; the main shaft is vertical in the housing, and the motor drives the main shaft to rotate; the fixed sieve plate is installed horizontally in the housing, the rotating sieve plate is installed horizontally and is located above the fixed sieve plate, and the lower surface of the rotating sieve plate is in contact with the The surface of the fixed sieve plate is attached, and the rotating sieve plate and the main shaft are fixedly set; the fixed sieve plate is provided with a plurality of full seed discharge holes and a plurality of shriveled seed discharge holes, and the diameter of the full seed discharge hole is larger than the deflated seed discharge hole The diameter of the diameter and the diameter of the large seed of the full particle, the diameter of the feeding hole of the flat particle is smaller than the diameter of the large seed of the full particle, and the diameter of the feeding hole of the flat particle is larger than the diameter of the large seed of the flat particle; the rotating sieve plate is evenly provided with multiple The guide device is used to solve the problem that the screening efficiency of the existing lotus seeds is not high.

Description

technical field [0001] The invention relates to the field of seed fullness screening, in particular to a lotus seed fullness screening device. Background technique [0002] Lotus seeds are usually mixed with a certain amount of impurities and shrunken seeds. If the lotus seeds are not screened to remove impurities, it will easily affect the germination rate of the subsequent lotus planting, thereby affecting the survival of the lotus. Lotus seeds are generally divided into two types: full and deflated, and full seeds are divided into full and large seeds and full and small seeds. The deflated seeds are generally slightly smaller than the full and large seeds, and at the same time larger than the full and small seeds. Usually, the sieving device generally uses the size to sieve, which makes it easy to sieve out the small full seeds as deflated seeds, thereby reducing the lotus seed yield and affecting the subsequent use of lotus seeds. Therefore, in view of the above present...

AI Technical Summary

Problems solved by technology

[0003] The invention provides a lotus seed fullness screening device to solve the problem that the existing lotus seed screening efficiency is not high

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