Slag grinding device for electric power

Abstract

The invention discloses a slag grinding device for electric power. The slag grinding device for electric power comprises a feeding hopper, a machine body box, a fixed abrasive disk, a fixed rack I, amovable abrasive disk, a servo motor, a coarse material outlet, a screen, a discharging barrel, a driven worm, a bearing, a supporting rack, a fine material outlet, a driving worm, a belt pulley I, abelt pulley II, a driving motor and a fixed rack II. The slag grinding device for electric power disclosed by the invention is convenient to use, stable to operate and good in grinding effect, the slag is quickly ground to powder favorably, is transported and recovered conveniently and is processed and treated to a composite material if being recovered; ground disintegrating slag which is relatively large in particle is conveniently screened for being ground again, so that the grinding quality effect is guaranteed; the movable abrasive disc is mounted on the top of a rotary shaft of the servomotor, so that the servo motor drives the movable abrasive disc to rotate to grind the slag between the movable abrasive disc and the fixed abrasive disc; shaft levers at two ends of the driven worm are assembled in another bearing on the discharging barrel, so that the driving worm drives the driven worm to rotate in the opposite direction favorably.

Description

technical field [0001] It relates to a grinding device, in particular to a slag grinding device for electric power, and belongs to the field of electric power solid waste equipment. Background technique [0002] The waste slag of the power plant refers to the residue discharged from the end of the hearth. It is mainly composed of slag, ferrous and non-ferrous metals, ceramic fragments and other non-combustible substances and almost unburned organic matter. The particle size of the slag affects its comprehensive utilization to a large extent. Performance, the original slag particle diameter distribution is uniform, contains some large particles, complex physical components, high strength, good firmness, compared with natural stone, high water content and water absorption, low density, excellent engineering properties of slag after sieving In the original slag. [0003] In the process of recycling waste slag from power plants, massive slag occupies a large space in the transp...

AI Technical Summary

Problems solved by technology

[0003] In the process of recycling waste slag from power plants, massive slag occupies a large space in the transportation facilities, resulting in too many transportation facilities and high transportation costs. Decomposing slag brings inconvenience

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