Glass soaking jig

Abstract

The invention discloses a glass soaking jig. The glass soaking jig comprises a framework and a supporting board located on the inner side of the framework and fixedly connected with the framework, wherein the framework is formed by sequentially connecting four side plates end to end, a water outlet is formed in the side wall of the framework, the supporting board is obliquely arranged on the innerside of the framework and provided with through holes. By means of the glass soaking jig, the occurrence rate of breaking of ultrathin glass can be effectively reduced.

Description

technical field [0001] The invention relates to the technical field of display screens, in particular to a glass soaking jig. Background technique [0002] In the field of deep processing of electronic information glass, the cleanliness of the substrate is one of the main defects that affect the product yield. In order to ensure the cleaning ability, the process generally adds a soaking cleaning process before horizontal cleaning and drying to improve the cleaning ability. Tools are a prerequisite for the implementation of immersion cleaning. The soaking fixtures currently in use are all rectangular parallelepiped skeletons, with slots corresponding to the positions on both sides. The product is inserted vertically into the slots. During the soaking process, the product has been standing upright in the slots, and the glass substrate has been shaking when standing upright. State, especially during the process of entering and leaving the soaking tank, the frequency of substra...

AI Technical Summary

Problems solved by technology

The soaking fixtures currently in use are all rectangular parallelepiped skeletons, with slots corresponding to the positions on both sides. The product is inserted vertically into the slots. During the soaking process, the product has been standing upright in the slots, and the glass substrate has been shaking when standing upright. State, especially during the process of entering and leaving the soaking tank, the frequency of substrate shaking becomes higher, coupled with the impact of the soaking liquid, resulting in an increased risk of fragmentation, especially the ultra-thin substrates (substrates with a thickness of 0.3mm and below) that are gradually mass-produced at present. During the soaking process, the fragments are so high that the current soaking fixtures cannot meet the immersion cleaning of ultra-thin soaking, and the soaking fixtures are in urgent need of improvement to reduce the rate of defective dirt.

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