Glass edge grinding machine with chamfering and edge grinding functions and glass chamfering method

Abstract

The invention relates to a glass edge grinding machine with chamfering and edge grinding functions and a glass chamfering method. By means of integrated control over a detection mechanism, a tool setting mechanism, a chamfering grinding head mechanism and a motion control mechanism, bottom edge grinding and chamfering of R angles smaller than or equal to 10 mm or chamfering of bevel angles can beachieved at the same time, then the equipment purchasing cost can be reduced, the area occupied by equipment is reduced, the labor cost is reduced, and integrated operation is realized. Secondly, by means of automatic control, transition of bottom edges and the R angles (or bevel angles) is smooth and free of seam marks, so that the manual tool setting adjusting frequency is reduced. Besides, thequality and efficiency of R angle (or bevel angle) chamfering and edge grinding are improved. Thirdly, the detection mechanism, the tool setting mechanism, the chamfering grinding head mechanism and the motion control mechanism are compact and reasonable in structure, and an integrated control algorithm is high in reliability, so that the edge grinding quality and R angle (or bevel angle) chamfering quality are stable, and large-scale assembly line production is facilitated.

Description

Technical field [0001] The invention relates to the technical field of glass processing, in particular to a glass edging machine capable of chamfering and edging and a glass chamfering method. Background technique [0002] Generally, in the glass processing process, the four sides of the glass need to be processed to have a certain or equivalent processing brightness or smoother straight edges or arc edges, and the four corners of the glass need to be processed to be less than or equal to 10 mm R angle or bevel. [0003] At present, in order to achieve the above-mentioned purpose, the existing glass processing process mainly uses a glass edging machine to grind the four sides of the glass, and then use a processing center or a special-shaped machine or a special chamfering machine to process the four corners of the glass. In this process, technicians found that because multiple processing equipment is needed to process glass, the equipment of this processing method takes up a lot ...

AI Technical Summary

Problems solved by technology

[0003] At present, in order to achieve the above purpose, the existing glass processing process mainly uses a glass edging machine to grind the four sides of the glass, and then uses a processing center or a special-shaped machine or a special chamfering machine to process the four corners of the glass. During this process, technicians found that since multiple processing equipments are required to process glass, the equipment of this processing method takes up a large space and requires more manual coordination. On the other hand, since multiple processing equipments are not machine-controlled Instead, it relies on manual experience to connect each step of processing, so that the quality of glass edging and chamfering is not stable

Images