OLED display detection system and its application

Abstract

An OLED display screen detection system is used for smartly detecting one or more OLED display screens and comprises a detection device. The detection device comprises a detection element and a detection working platform which are separately installed on a base. The detection working platform is used for bearing the OLED display screen. One detection part of the detection element is aligned with a light emitting part of the OLED display screen so as to image data and to smartly determine whether the quality of the OLED display screen is normal or not.

Description

technical field [0001] The invention relates to an OLED display detection device, in particular to an OLED display detection system and its application, which can accurately and efficiently detect and analyze at least one OLED display, and perform intelligent detection to judge the quality of the OLED display. Background technique [0002] With the development of science and technology and the progress of the times, various smart terminal devices emerge in an endless stream, such as portable mobile devices, wearable smart mobile devices, and smart glasses devices, which are also constantly developing and improving. Among them, the imaging system is described It occupies a very important part in various devices. Moreover, for the current application requirements of the portable mobile device and the wearable mobile device, it is generally required to be light, thin, and power-saving in order to be convenient to carry and use. [0003] Therefore, a current OLED (Organic Light...

AI Technical Summary

Problems solved by technology

Generally, it is common to use a microscope and the human eyes of inspectors to judge the quality of a display screen in the inspection process in production. The parts that need to be inspected and judged include the brightness, chromaticity, and black and white of a screen of the display screen. Points and other related performances, if these judgments are made by the human eyes of the inspectors, it cannot be fool-proof, and misjudgments will occur. Therefore, after using the human eye for a long time, it will cause human eye fatigue. At this time, in addition to misjudgment, it will also cause low production efficiency.

Moreover, since the judgment is made with the help of human eyes, the requirements for the testing experience of the testing personnel are also relatively increased, and because the personnel always have subjectivity, the testing process cannot be quantified efficiently and accurately.

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