Glass forming monitoring system and glass forming monitoring method

Abstract

The invention relates to a glass forming monitoring system. The glass forming monitoring system comprises a forming chamber, forming equipment, at least one light source, a reflecting part, an image acquiring device and a displaying device, wherein the forming chamber provides a forming environment for to-be-formed glass; the forming equipment is arranged in the forming chamber and is used for forming glass; the at least one light source is arranged in the forming chamber and is positioned on one side of the forming equipment; the reflecting part is arranged in the forming chamber, is positioned on the other side, relative to the light source, of the forming equipment, and is used for reflecting incident light of the light source, forming first reflecting light with a specific shape and enabling the first reflecting light to enter the surface of the glass; the image acquiring device and the displaying device are used for acquiring and displaying a light image on the surface of the glass. The invention also provides a glass forming monitoring method. The glass forming monitoring system and the glass forming monitoring method disclosed by the invention have the advantages that real-time monitoring of the glass forming process is realized, operation complexity is simplified, automatic level of glass forming is improved, and the performance and the quality of a product are effectively improved.

Description

technical field [0001] The invention relates to the field of glass manufacturing and molding, in particular to a glass molding monitoring system and method thereof. Background technique [0002] The glass forming process is to heat up a piece of flat glass using equipment, and when the temperature reaches the glass transition temperature of the glass, its own state begins to soften. The glass is then shaped from a flat state to a specific curved state through different process technologies. With the upgrading of aircraft design, the new generation of aircraft has higher requirements for cockpit glass. In order to meet the requirements of streamlined design, stealth performance and impact strength. The shape of the new cockpit glass is more complicated than before, with greater curvature, and the thickness and size of the sheet are also significantly increased. The corresponding molding process also becomes complicated, and there are more process parameters that affect the...

AI Technical Summary

Problems solved by technology

[0004] The main purpose of the present invention is to provide a glass forming monitoring system and its method. The technical problem to be solved is that in the existing glass forming process, it is difficult to monitor the whole process of glass state changes, and the operators can only rely on their own experience. Corresponding adjustments and operations will produce more serious defects, which will affect the performance and quality of the product

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