Sphere material roundness sorting machine

Abstract

The invention relates to a sphere material roundness sorting machine which comprises a base frame body, a storage hopper, a discharging trough, a conical sorting plate, a retention ring, a drive motor, a rotary bearing, a shaft sleeve, a shaft sleeve installation plate, a waste barrel and a finished product barrel. The storage hopper, the discharging trough, the conical sorting plate and the wastebarrel are sequentially arranged on the base frame body from top to bottom; the conical sorting plate is in a funnel shape; the rotary bearing is fixed under the conical sorting plate and is locatedoutside the waste barrel; the shaft sleeve is arranged outside the rotary bearing in a sleeve mode and is fixed onto the shaft sleeve installation plate; the shaft sleeve installation plate is arranged on the base frame body; the drive motor is arranged on the shaft sleeve installation plate and is connected with the rotary shaft; the finished product barrel is arranged in the waste barrel; a discharge hole of the finished product barrel and an outlet of the waste barrel are not shared; and a notch groove is formed in the retention ring and is located on an opening of the upper edge of the finished product barrel. According to the sphere material roundness sorting machine disclosed by the invention, the funnel-shaped conical sorting plate is arranged, so that the sorting problem of the sphere material roundness can be effectively solved.

Description

technical field [0001] The invention relates to the field of material mechanical screening, in particular to a spherical material roundness sorter. Background technique [0002] In the field of mechanical processing, it is often necessary to sort materials, whether raw materials or finished products. Therefore, in order to improve production efficiency, material sorting mechanisms and devices for different shapes have emerged as the times require. [0003] At present, most of the sorting devices for spherical materials are screens, or multiple inclined flat plates for spacing and drop connection structures, such as the invention patent (patent number 201520252428.5). However, these settings are difficult to guarantee the roundness of the slightly flawed ellipsoid It is mixed into the spheres with good roundness, and the irregular bodies and powders in the materials are easy to accumulate, making it difficult to continue the effective sorting work. [0004] It is not difficu...

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Problems solved by technology

[0003] At present, most of the sorting devices for spherical materials are screens, or multiple inclined flat plates for spacing and drop connection structures, such as the invention patent (patent number 201520252428.5). However, these settings are difficult to guarantee the roundness of the slightly flawed ellipsoid It is mixed into the sphere with good roundness, and the abnormal shape and powder in the material are easy to accumulate, making it difficult for the sorting work to continue to be effective

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