Defect Level Judgment Method for Liquid Crystal Modules of Different Production Lines

Abstract

The invention discloses a defect grade judgment method for liquid crystal modules of different production lines. In the method, an upper computer is connected with a graph generator and a liquid crystal module manufacture execution system server through a network, a user achieves the liquid crystal module defect grade judgment function under the online mode through an external text editing tool according to a specific format editing defect grade initialization file, an upper computer program displays the defect grade and the defect code which are suitable for a current production line to the user to be selected by the user by analyzing a defect grade initialization file edited by the user in a customized mode, the defect grade and the defect code are not written in the upper computer program any more, and the code amount of the upper computer program is reduced.

Description

technical field [0001] The invention relates to the technical field of liquid crystal module testing, in particular to a method for judging defect levels of liquid crystal modules of different production lines. Background technique [0002] At present, due to the different defect level judgment modes of liquid crystal modules of different production lines, the defect type (Category), defect name (Defect) and defect description (Description) of the same level are also different, so specific Corresponding to the defect level judgment mode, the existing method uses the internal code of the host computer program to complete the compatibility of different defect levels according to the macro definition. This method has the following drawbacks: [0003] (1) The internal code of the upper computer program has a huge amount of code, which is inconvenient to maintain; [0004] (2) Different LCD module production lines need to correspond to specific versions of host computer programs...

AI Technical Summary

Problems solved by technology

[0003] (1) The internal code of the upper computer program has a huge amount of code, which is inconvenient to maintain;

[0004] (2) Different LCD module production lines need to correspond to specific versions of host computer programs, which is inconvenient to manage;

[0005] (3) There are many application environments, and the host computer program needs to be changed frequently

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