Upper edge grinding head assembly and grinding machine

Abstract

The invention provides an upper edging grinding head assembly. The upper edging grinding head assembly comprises a grinding wheel, the end face of the grinding wheel is inclined relative to a plane where glass is located so as to abut against the upper edge angle of the edge of the glass; a base comprises a supporting surface and a joint surface which forms an included angle with the supporting surface; a bottom plate is fixed on the joint surface of the base; a sliding plate is arranged on the mounting surface, away from the base, of the upper edging bottom; a main body part of a grinding head motor is connected to the sliding plate, and the grinding wheel is mounted at the output end of the grinding head motor; a moving mechanism drives the sliding plate to move relative to the bottom plate; and a lifting mechanism is connected to the base and drives the base to vertically move. The upper edge grinding head assembly grinds the edge of the glass through the end face of the grinding wheel, and the end face of the grinding wheel inclines relative to the plane where the glass is located so as to abut against and grind the upper edge angle of the edge of the glass. The invention further provides a grinding machine comprising the upper edge grinding head assembly.

Description

technical field [0001] The present disclosure relates to the technical field of glass deep processing, in particular to an upper edging grinding head assembly and a grinding machine including the upper edging grinding head assembly. Background technique [0002] Edge grinding must be carried out during the deep processing of flat glass to achieve the purpose of strengthening the strength of the edge of the glass. The existing technology mostly uses the grinding wheel for axial grinding, which not only has a small contact area with the edge of the glass, but also has low grinding efficiency; moreover, grooves will be formed in the contact area between the side of the grinding wheel and the edge of the glass after a long time, while other areas are not used, making the grinding Wheels cannot be fully utilized. Moreover, the existing grinder usually only grinds the sides of the edge, and does not include a grinding mechanism specially used for grinding the edges and corners of...

AI Technical Summary

Problems solved by technology

The existing technology mostly uses the grinding wheel for axial grinding, which not only has a small contact area with the edge of the glass, but also has low grinding efficiency; moreover, grooves will be formed on the side of the grinding wheel and the contact area of ​​the glass edge after a long time, while other areas are not used, making the grinding Wheels cannot be fully utilized

Moreover, the existing grinding machine usually only grinds the side of the edge, and does not include a grinding mechanism specially used for grinding the edges and corners of the side of the glass

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