Cleaning device of grinding machine

Abstract

The invention provides a cleaning device of a grinding machine, and belongs to the technical field of machined component cleaning. The cleaning device comprises two supporting frames, a cleaning roller, an inclined discharging rod, a cleaning tank arranged below the inclined discharging rod, nozzles arranged above the cleaning roller and the inclined discharging rod, and a circulation pump connected between the nozzles and the cleaning tank, wherein the cleaning roller and the inclined discharging rod are fixed between the supporting frames. The two ends of the cleaning roller are provided with a rotation shaft penetrating the supporting frames. The end portion of the part, at one end of the cleaning roller, of the rotation shaft is connected with a motor shaft of a motor. The motor is fixed to one supporting frame. The cleaning roller is driven by the motor to rotate, the cleaning roller is parallel to the inclined discharging rod, the top face of the inclined discharging rod is provided with a smooth face layer inclining towards the cleaning roller, the high end of the inclined cleaning roller is wrapped by a flexible first cleaning layer, and the low end of the inclined cleaningroller is wrapped by a flexible second cleaning layer. By means of the cleaning device, the workpiece cleaning effect can be improved.

Description

technical field [0001] The invention belongs to the technical field of cleaning of processed parts, and in particular relates to a cleaning device for a grinding machine. Background technique [0002] At present, when the centerless grinder is grinding the workpiece, the workpiece slides into the material receiving box through the lower channel connected to the outlet after the workpiece comes out of the grinder, and the cutting fluid often flows into the material receiving box along the lower material channel, making the surface of the workpiece dirty. It is wet again, and it needs a certain amount of manpower and material resources to carry out special wiping treatment before entering the next process, but the effect is not very satisfactory. Especially when the abrasive particles and cutting fluid adhered to the surface of the workpiece cannot be processed in time, they will dry and solidify on it to form a very hard film. The surface of the workpiece, it not only reduce...

AI Technical Summary

Problems solved by technology

[0002] At present, when the centerless grinder is grinding the workpiece, the workpiece slides into the material receiving box through the lower channel connected to the outlet after the workpiece comes out of the grinder, and the cutting fluid often flows into the material receiving box along the lower material channel, making the surface of the workpiece dirty. It is also wet, and it needs a certain amount of manpower and material resources to do a special wiping treatment before entering the next process, but the effect is not very satisfactory

Especially when the abrasive particles and cutting fluid adhered to the surface of the workpiece cannot be processed in time, they will dry and solidify on it to form a very hard film. The surface of the workpiece, which not only reduces the accuracy level of the workpiece, but also affects the service life of the workpiece

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