Automatic production system of high borosilicate glass kettle

Abstract

The invention provides an automatic production system of a high borosilicate glass kettle. The automatic production system comprises blower molding equipment, a molding mold and a discharging device,wherein the blower molding equipment comprises an annular rack; the annular rack is provided with at least three blowers; each blower comprises a glass blank clamping plate and connecting column sleeves are arranged at two sides of each glass blank clamping plate; an annular sliding channel is arranged above each glass blank clamping plate and a rolling bearing is arranged in each annular slidingchannel; each rolling bearing is mechanically driven through an air cylinder to open the corresponding glass blank clamping plate; an openable mold hanging plate with an arc-shaped bulge is arranged below each glass blank clamping plate; each mold hanging plate is pushed through the air cylinder; the molding mold comprises a kettle wall mold and a kettle bottom mod; one circle of L-shaped reversedhooks are arranged on an outer wall surface of the kettle wall mold and are matched with the arc-shaped bulges; the discharging device comprises discharging equipment; a conveyor belt is arranged ona side face of the discharging equipment; at least three mechanical arms are uniformly distributed on the discharging equipment. The automatic production system of the high borosilicate glass kettle is high in automation degree and high in production efficiency and influences on quality in a product transportation process are not caused.

Description

technical field [0001] The invention relates to the field of glassware mechanical equipment, in particular to an automatic production system for high borosilicate glass pots. Background technique [0002] In the production of high borosilicate glass pots, the glass is generally heated and then blown into shape. When the general production equipment is blown into shape, the thickness of the product is not uniform enough, and it is usually formed one at a time. The production efficiency is low, and the forming mold is generally used in actual use. Using the half-combination method, the glass pot is blown into the mold and then the mold is separated, and the formed glass pot enters the next process. The general high borosilicate glass pot molding mold is not high in processing precision when it is docked. , There will be a problem of inaccurate positioning leading to poor quality of the glass jug. Manual blanking is used for blanking, which is inefficient and has an impact on p...

AI Technical Summary

Problems solved by technology

[0002] In the production of high borosilicate glass pots, the glass is generally heated and then blown into shape. When the general production equipment is blown into shape, the thickness of the product is not uniform enough, and it is usually formed one at a time. The production efficiency is low, and the forming mold is generally used in actual use. Using the half-combination method, the glass pot is blown into the mold and then the mold is separated, and the formed glass pot enters the next process. The general high borosilicate glass pot molding mold is not high in processing precision when it is docked. , there will be the problem of poor quality of the glass pot caused by inaccurate positioning. When cutting the material, it uses manual cutting, which is inefficient and affects the product quality. Manual intervention is often required between the various processes, and complete automation has not been realized.

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