A steel ball impurity removal classification system

Abstract

The invention provides a steel ball impurity removal and classification system. The steel ball impurity removal and classification system comprises a machine box, a plurality of first impurity removal mechanisms, a second impurity removal mechanism, a ball classification mechanism and a control mechanism. A ball inlet is formed in the top of the machine box. A ball blocking door, a first driving device, a ball storage barrel and a plurality of ball storage boxes are installed on the machine box. Each first impurity removal mechanism comprises a filter plate, an impurity guiding plate and a vibration motor. The second impurity removal mechanism comprises an impurity removal box, a screw rod and a second driving device. A ball inlet and a ball outlet are formed in the impurity removal box. The ball classification mechanism comprises a plurality of dust isolation plates, a ball guiding plate, a plurality of adjusting rollers and a third driving device. The control mechanism comprises a first sensing device, a second sensing device and a control device. The first driving device, the second driving device, the third driving device, the first sensing device and the second sensing device are all in communication connection with the control device. A first time value is preset to the control device. The steel ball impurity removal and classification system is capable of simultaneously completing impurity removal and classification of steel balls, good in impurity removal effect and high in work efficiency.

Description

technical field [0001] The invention relates to the technical field of steel ball production and processing, in particular to a steel ball impurity removal and classification system. Background technique [0002] Wear-resistant balls are widely used in machinery, metallurgy, mining, cement and other industries, and whether the surface of wear-resistant balls is smooth, whether the size is accurate, whether the durability is high enough, whether there are shrinkage cavities, corrugations, etc., directly affect the performance of wear-resistant balls. service life, use effect. [0003] After the wear-resistant ball is cast, usually the surface of the wear-resistant ball will absorb the molding sand and iron filings on the sand core, so the outer wall of the wear-resistant ball will not be quite smooth. How to remove the impurities on the surface of the wear-resistant ball, Making it meet the requirements of the next process is a problem that needs to be solved at present. ...

AI Technical Summary

Problems solved by technology

[0005] At present, wear-resistant ball processing enterprises generally use the method of collision between wear-resistant balls to remove impurities on the surface of wear-resistant balls. The collision between wear-resistant balls not only takes a long time, but also it is difficult to ensure that there are no areas on the wear-resistant balls. All of them can be collided, resulting in inconsistent impurity removal effects even in different areas of the same wear-resistant ball. In the long-term collision, the wear-resistant ball will be deformed or even damaged, and the energy consumption is large. At present, the selection of wear-resistant balls is mainly through Manual implementation, a serious waste of manpower, and time-consuming

Images