Hollow glass second sealing full-automatic corner trimming machine

Abstract

The invention relates to a hollow glass second sealing full-automatic corner trimming machine which comprises a glass conveying backup plate arranged on a base. A glass conveying mechanism which is arranged on the front side of the bottom end of the glass conveying backup plate and is horizontally parallel to the glass conveying backup plate is arranged on the base, a glass conveying stabilizing device which is located on the front side of the glass conveying mechanism and is horizontally parallel to the glass conveying backup plate is connected to the base, lifting stand columns are arranged at the positions, at the left end and the right of the glass conveying backup plate, of the base and are in sliding connection with corner trimming machine heads driven by a motor. Therefore, the hollow glass second sealing full-automatic corner trimming machine is reasonable and novel in structural design, high in glue pressing sealing operation efficiency and good in sealing effect, full automation of the whole working process of a hollow glass glue sealing line can be conveniently achieved, the glue pressing force control precision is high, the consistency of the glue pressing effects among hollow glass individuals is guaranteed, and glue pressing sealing at a high-altitude corner of high glass can be conveniently completed.

Description

Technical field: [0001] The invention relates to a fully automatic corner trimming machine for double sealing of hollow glass. Background technique: [0002] Hollow glass, as a new type of building material with good heat insulation and sound insulation performance, is not only beautiful and practical, but also can reduce the weight of buildings. It is more and more used in houses, restaurants, hotels, office buildings, schools and hospitals. , shops and other buildings in the decoration. In the production process of insulating glass, the vertical automatic glass sealing line, which replaces traditional manual sealing, has the advantages of fast sealing speed and high sealing quality, and represents the development trend of automatic production in the insulating glass equipment industry. It is accepted by more and more insulating glass manufacturers, but the existing vertical automatic glass sealing line is not tight enough to seal the four corners of the insulating glass. ...

AI Technical Summary

Problems solved by technology

In the production process of insulating glass, the vertical automatic glass sealing line, which replaces traditional manual sealing, has the advantages of fast sealing speed and high sealing quality, and represents the development trend of automatic production in the insulating glass equipment industry. It is accepted by more and more insulating glass manufacturers, but the existing vertical automatic glass sealing line is not tight enough to seal the four corners of the insulating glass, and it is necessary to seal the four corners of the insulating glass. In the prior art, there is no equipment for sealing glass corners with glue. At present, the work of glue sealing is mainly done manually, which increases the input of labor costs. The work efficiency of manual glue sealing operation is low, which also affects the production of insulating glass. The progress of the overall workflow, and the strength of manual gluing is not easy to control, which may easily lead to differences between individual insulating glass. In addition, it is difficult for taller glass workers to complete the gluing and sealing of high-altitude corners.

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