Ultrathin tempered glass automatic drilling machine tool based on binocular camera shooting and recognition

Abstract

The invention discloses an ultrathin tempered glass automatic drilling machine tool based on binocular camera shooting and recognition. Automation of ultrathin tempered glass drilling can be achieved,and meanwhile drilling efficiency can be improved. The ultrathin tempered glass automatic drilling machine tool based on binocular camera shooting and recognition comprises a two-dimensional work platform, a drilling machine rack, a servo driving spindle system, a binocular camera shooting system, a data processing and control system and an image library module processing system. High-definitionimages of a drill bit in the drilling process are collected through the binocular camera shooting system, then the image library module processing system refers to an ideal image in an image library,processing is carried out through a data processing unit in the data processing and control system, and a quantized value for evaluating the current abrasion state of the drill bit is obtained; and feedback control is carried out, and the feeding amount of the drill bit is compensated for in real time. By means of the ultrathin tempered glass automatic drilling machine tool based on binocular camera shooting and recognition, it can be guaranteed that the drill bit automatically completes drilling within the service life, the product quality is stable, and the machining assisting time is greatly shortened.

Description

technical field [0001] The invention relates to a device for fully automatic drilling processing on ultra-thin tempered glass workpieces. The device is suitable for the processing of various instruments, meters, electronic equipment and other product accessories; Automatic drilling machine for thin tempered glass. Background technique [0002] It is well known that tempered glass workpieces of different sizes and thickness less than 0.5mm have been widely used in various products in the fields of industry, military affairs, and daily life. While the size of the workpiece is increasing, its thickness still tends to be thinner. The United States, Japan and other countries are leading in this application technology. At present, the thickness of products suitable for domestic processing equipment is more than 3mm, and the degree of automation is low; high-end imported equipment also needs to manually judge the wear of the diamond drill bit according to the current state of the ...

AI Technical Summary

Problems solved by technology

At present, the thickness of products suitable for domestic processing equipment is above 3mm, and the degree of automation is low; high-end imported equipment also needs to manually judge the wear of the diamond drill bit according to the current state of the finished product, and adjust the feed rate in real time

Due to the restriction of equipment functions, the drilling process efficiency of ultra-thin tempered glass is low, the product quality stability is poor, and the part chipping and breakage rate are high.

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