Fully-automatic glass edge polishing device for tempered glass production line

Abstract

The invention relates to a fully-automatic glass edge polishing device for a tempered glass production line. The fully-automatic glass edge polishing device comprises a rack, a transmission mechanism,an edge polishing mechanism, swabbing mechanisms and a filtering mechanism; the rack is provided with the transmission mechanism, and the edge polishing mechanism is mounted on the position, in the middle of the transmission mechanism, of the rack; the swabbing mechanisms are mounted on the two sides of an edge polishing wheel of the edge polishing mechanism correspondingly; the filtering mechanism is mounted on the lower portion of the rack, and the filtering mechanism is connected with the swabbing mechanisms through a water pipe in a communicating mode, wherein the water pipe is provided with a water pump; and waste residue generated by edge polishing flows into the filtering mechanism along with water flows of the swabbing mechanisms, water filtered by the filtering mechanism is reused for a flushing mechanism, and thus recycling of water resources is achieved. According to the fully-automatic glass edge polishing device, edge polishing machining can be conducted on the two opposite edges of rectangular glass at one time, the working efficiency is improved, meanwhile, waste water is filtered thoroughly through a secondary filtering mode, the service lives of water guns of theswabbing mechanisms and water spraying nozzles of the flushing mechanism are protected, and the polishing efficiency is greatly improved.

Description

technical field [0001] The invention belongs to the field of glass processing equipment, and relates to a glass edging device, in particular to a fully automatic glass edging device used in a tempered glass production line. Background technique [0002] Glass is widely used in all aspects of life due to its advantages of high light transmittance, no pollution, and low cost. When glass is processed, cutting is an essential process. After the glass is cut, an uneven surface is formed on the side. The sharp convex corners are easy to hurt people and affect the appearance. Usually, a grinder is used to manually hold the glass to be polished. The grinding process Manually need to constantly replace the grinding edge, and the grinding efficiency is low. However, this kind of processing method, on the one hand, has a relatively high labor intensity, and the glass dust produced is harmful to the human body. Uneven, edging products are of low quality. In actual production, it is of...

AI Technical Summary

Problems solved by technology

When glass is processed, cutting is an essential process. After the glass is cut, an uneven surface is formed on the side. The sharp convex corners are easy to hurt people and affect the appearance. Usually, a grinder is used to manually hold the glass to be polished. The grinding process Manually need to constantly replace the grinding edge, and the grinding efficiency is low. However, this kind of processing method, on the one hand, has a relatively high labor intensity, and the glass dust produced is harmful to the human body. Uneven, edging product quality is low

In actual production, it is often necessary to grind two or four sides of a rectangular glass at the same time. The existing equipment can only grind one side of the glass at a time. The processing needs to be processed in two or four times, and manual loading and unloading is required in the middle. The processing procedure is complicated, time-consuming and laborious, and the water source of the water brushing mechanism using the edge grinding device in the prior art is often used repeatedly, but due to the The waste residue flows into the water tank along with the water, and the long-term use of the water in the water tank will cause blockage or even damage to the water nozzle of the water brushing mechanism, which greatly affects the work efficiency

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