Ultra-thin glass uniformly heating device

Abstract

The invention belongs to the technical field of glass processing and in particular relates to an ultra-thin glass uniformly heating device. A controller is adopted to control a transferring module toclamp and put a glass frame into a clamping module in a heating furnace, glass is fixed on the glass frame, hot air is ejected to the glass from hot air nozzles to process the glass, after the glass is processed in the heating furnace, the clamping module is controlled by the controller to descend, and the processed glass is also driven to descend by the clamping module, and is placed and cooled in a cooling cavity. As the glass is directly descended into the cooling cavity from the heating furnace, the consequence that the glass is oxidized by oxygen in the air when being exposed to the air for a long time is avoided, the production quality of the glass is improved, and the performance of the glass can be improved; the transferring module is controlled by the controller to transfer the glass into an acid pickling cavity for acid pickling, then impurities on the glass can be washed off, and the processing efficiency of the glass is improved; after acid pickling is completed, the glassframe is transferred outside the device by using the transferring module.

Description

technical field [0001] The invention belongs to the technical field of glass processing, and in particular relates to a uniform heating device for ultra-thin glass. Background technique [0002] In the traditional continuous tempering furnace, the raw glass enters the furnace from the upper table, passes through the preheating section, then goes to the heating section, is heated to a temperature suitable for tempering, and then enters the strengthening section to be uniformly and rapidly quenched, and then enters the unloading table, that is, Films can be unloaded from the unloading table. The whole process is automatically controlled by the microcomputer. The quenching process uses the air output by the blower, because of its low pressure, slow flow rate, and high temperature, it causes an increase in the number of cooling fans, thereby increasing energy consumption and reducing tempering efficiency; its shortcomings: First, due to Insufficient cooling capacity makes it i...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problems of untimely cooling of glass, partial cooling, deformation of glass during heating and low quality of glass processing, the invention provides a uniform heating device for ultra-thin glass

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