Mobile phone glass detection equipment

Abstract

The mobile phone glass detection equipment comprises a first material supplementing conveying line, the first material supplementing conveying line is sequentially provided with an unstacking area, a feeding area and a stacking area in the conveying direction, and an unstacking jacking mechanism and a stacking jacking mechanism are arranged at the positions, corresponding to the unstacking area and the stacking area, of the bottom of the first material supplementing conveying line correspondingly; the station turntable mechanism comprises a rotary table, and jigs for fixing glass sheets are arranged on the corresponding stations of the rotary table; the manipulator is used for transferring the glass sheets in the feeding area to the jig and transferring the glass sheets on the jig to the feeding area; the positioning mechanism is arranged at the lower end of the rotary worktable and is used for adjusting the position of the glass sheet on the jig before detection; the first detection mechanism is arranged at the next rotating station of the positioning mechanism and is used for carrying out defect detection on the glass sheet on the jig; the invention provides mobile phone glass detection equipment, and aims to improve the production efficiency and realize the automation of mobile phone glass processing.

Description

technical field [0001] The application relates to the technical field of mobile phone glass processing, in particular to a mobile phone glass detection device. Background technique [0002] The surface of the touch screen of a smartphone is covered with a glass panel. The touch screen, camera and various optical sensors of the mobile phone are covered under this glass panel. Obviously, the processing accuracy of the glass panel directly affects the touch effect of the mobile phone. , content display effect, optical sensor sensitivity and imaging quality of mobile phone camera. [0003] The production of mobile phone glass panels is a relatively complicated process, and each process requires quality inspection. However, in the actual processing process, various defects are inevitable, such as scratches, dirt, bumps, dust, Collapsing and so on. Among them, due to the small area and large quantity of glass sheets, if the traditional manual placement and feeding method is used...

AI Technical Summary

Problems solved by technology

[0003] The production of mobile phone glass panels is a relatively complicated process, and each process requires quality inspection. However, in the actual processing process, various defects are inevitable, such as scratches, dirt, bumps, dust, Collapsing etc.

Among them, due to the small area and large quantity of glass sheets, if the traditional manual placement and feeding method is used, the stacked glass sheets are not easy to separate, the placement efficiency is low, the synchronization with the subsequent process is poor, and it is easy to leave on the glass sheets. Scratches or smudges cause secondary defects. In addition, the defect detection of glass sheets requires extremely high precision. If the glass sheet is not positioned, it will lead to huge deviations in detection results, which may easily lead to missed inspections, false detections, or false detections. Affect the test results

Images