Full-automatic four-edge linear refining mill for glass

Abstract

The invention discloses a full-automatic four-edge linear refining mill for glass, which comprises a sheet feeding table and a sheet discharging table, wherein clamping and transmitting devices are arranged on the sheet feeding table and the sheet discharging table respectively; each clamping and transmitting device comprises upper roller ways and lower roller ways; and the glass to be transmitted is positioned between the upper roller ways and the lower roller ways. The refining mill further comprises a bracket, a moving track, milling blade motor sets, coarse-grinding carborundum wheels, medium-grinding carborundum wheels and polishing wheels; each set of the two milling blade motor sets comprises three milling blade motors; the coarse-grinding carborundum wheels, the medium-grinding carborundum wheels and the polishing wheels are respectively mounted on the three milling blade motors. According to the invention, with the upper roller ways and the lower roller ways, the glass fixing strength is strong so as to ensure reliable positioning of the glass from coarse grinding to fine grinding and ensure the edge grinding quality; and with the coarse-grinding carborundum wheels, the medium-grinding carborundum wheels and the polishing wheels, four-edge coarse grinding and fine grinding of the glass can be realized at one time, the production efficiency is high and the edge grinding accuracy is high.

Description

technical field [0001] The invention belongs to the technical field of glass processing machinery, and in particular relates to a fully automatic four-side fine grinding mechanical equipment for glass. Background technique [0002] Glass has high compressive strength and high hardness, so it has been widely used. However, due to the low flexural and tensile strength of glass and its high brittleness, it is difficult to machine, and glass processing usually needs to be carried out. After cutting, the four sides and corners of the glass are sharp and sharp, which not only affects the appearance but also directly affects the safety. Therefore, the glass needs to be edged before it becomes a finished product. [0003] The existing glass edging methods include manual hand-held edging and mechanical edging. Manual hand-held edging has high labor intensity, low production efficiency, poor quality stability, and poor working environment, and there are potential safety hazards; the m...

AI Technical Summary

Problems solved by technology

[0002] Glass has high compressive strength and high hardness, so it has been widely used. However, due to the low flexural and tensile strength of glass and its high brittleness, it is difficult to machine, and glass processing usually needs to be carried out. Cutting, the four sides and corners of the glass after cutting are sharp and sharp, which not only affects the appearance but also directly affects the safety, so the glass needs to be edged before it becomes a finished product

[0003] The existing glass edging methods include manual hand-held edging and mechanical edging. Manual hand-held edging has high labor intensity, low production efficiency, poor quality stability, and poor working environment, and there are potential safety hazards; the mechanical edging method is now Some mechanical edging machines generally can only realize single-sided or double-sided linear grinding, and the working efficiency is relatively slow, and in the edging work, suction cups are used for adsorption, and the suction cups have weak adsorption force

Images