Discharging and magnetic separation device of magnetic separator

Abstract

The invention discloses a discharging and magnetic separation device of a magnetic separator. The discharging and magnetic separation device of the magnetic separator comprises a shell; a smashing discharging device and a magnetic separation device are arranged inside the shell; the magnetic separation device is located below the smashing discharging device; a raw material discharging groove is formed in the middle of the top of the smashing discharging device; inclined boards are arranged on the raw material discharging groove in a bilateral symmetry mode; a plurality of parallel smashing gears are arranged below the inclined boards; and a material receiving groove is formed below the smashing gears. The discharging and magnetic separation device of the magnetic separator has the beneficial effects that the cross sectional area of a feeding channel is increased on the condition of not changing a magnetic conduction cavity, so that the efficiency is improved in the magnetic separation process of raw materials; and in addition, a vibration device is arranged, after working is finished, a vibration motor is started, scrap iron attracted on the surface of a magnetic conductor is made to fall off, and finally the washing work is finished. The discharging and magnetic separation device of the magnetic separator is simple in structure, remarkable in effect and high in applicability, and saves energy.

Description

technical field [0001] The invention relates to the field of purification machinery and equipment, in particular to a feeding magnetic separation device of a magnetic separator. Background technique [0002] At present, in ceramics, chemical industry, smelting and other industries, it is usually necessary to use the principle of electromagnet to remove iron for powder and slurry. Magnetism is generated under the action. When the powder or slurry passes through, the ferrous substances mixed inside will be adsorbed, thereby achieving the process of iron removal; however, the adsorption surface area of ​​most magnetic separation devices is small, and long-term magnetic separation work, resulting in reduced magnetism, poor adsorption effect, and insignificant iron removal effect. At the same time, the speed of feeding is too fast, resulting in poor adsorption effect; in addition, the process of cleaning the magnetic separation device is cumbersome, time-consuming and labor-inten...

AI Technical Summary

Problems solved by technology

[0002] At present, in ceramics, chemical industry, smelting and other industries, it is usually necessary to use the principle of electromagnet to remove iron for powder and slurry. Magnetism is generated under the action. When the powder or slurry passes through, the ferrous substances mixed inside will be adsorbed, thereby achieving the process of iron removal; however, the adsorption surface area of ​​most magnetic separation devices is small, and long-term magnetic separation work, resulting in reduced magnetism, poor adsorption effect, and insignificant iron removal effect. At the same time, the speed of feeding is too fast, resulting in poor adsorption effect; in addition, the process of cleaning the magnetic separation device is cumbersome, time-consuming and labor-intensive.

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