Colored glass processing integrated equipment

Abstract

The invention discloses colored glass processing integrated equipment which comprises a processing chamber with an opening in the top end and further comprises a glass containing chamber and an interlayer containing chamber which are arranged on the two sides of the processing chamber, and a rotating plate and a driving device used for driving the rotating plate are arranged above the processing chamber. an adsorption device matched with the processing chamber, the interlayer placing chamber and the glass placing chamber is arranged on the rotating plate; and an environment control device is arranged in the middle of the processing chamber. According to the scheme, the processing chamber, the glass containing chamber and the interlayer containing chamber are arranged and used for processing and raw material containing correspondingly, the raw materials are placed layer by layer in cooperation with the adsorption device, and it can be guaranteed that glass corresponds to an interlayer only by setting the size of the processing chamber to be matched with the size of the glass. Therefore, the situation that the positions of the glass and the interlayer deviate is avoided, and the machining effect is guaranteed.

Description

technical field [0001] The invention relates to the technical field of glass processing, in particular to an integrated equipment for processing colored glass. Background technique [0002] Colored laminated glass is also called colored laminated safety glass. It is made of two or more pieces of float glass sandwiched with a strong PVB film, pressed by a hot press and exhausted as much as possible of the air in the middle, and then placed in a high-temperature negative pressure device. Stained glass made by dissolving glue film. [0003] During the processing of existing stained glass, most of the glass and the interlayer need to be manually placed in the processing room for high-temperature negative pressure processing. This step is due to the need to stack the glass and the interlayer together. Manual placement often results in the glass and the interlayer not corresponding. However, in mechanical processing, it is difficult to put the glass and the interlayer into the pr...

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Problems solved by technology

[0003] During the processing of existing colored glass, most of the glass and the interlayer need to be manually placed in the processing chamber for high-temperature negative pressure processing. Stacking with the interlayer, the glass and the interlayer often do not correspond to the manual placement, and it is difficult to place the glass and the interlayer stably into the processing room as a whole, so the position of the glass and the interlayer often deviates during the processing process, seriously Affected the stability of finished product quality

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