A vertical automatic turning system on an energy-saving glass production line

Abstract

The invention provides a vertical automatic overturning system on an energy-saving glass production line. The vertical automatic overturning system on the energy-saving glass production line comprises an overturning device, a fixed clamp rod, a movable clamp rod and a base. The overturning device comprises a swing frame, a swing rod and a push air cylinder. One end of the swing rod is hinged to a limiting seat of the base. The other end of the swing rod is perpendicularly connected to the center of the bottom of the swing frame. The middle portion of the fixed clamp rod and the middle portion of the movable clamp rod are installed at the two ends of the swing frame respectively and are symmetrical about the axis of the swing rod. The extension line of the fixed clamp rod and the extension line of the movable clamp rod intersect at the hinged joint point of the swing rod. The pushing device outputs power to the swing frame. The swing frame is limited by the swing rod and swings around the limiting seat in an arc track. According to the vertical automatic overturning system, overturning is stable, manual alignment is not needed, needed occupancy overturning space is smaller than that of an existing overturning device, the needed drive power is small, and the overturning safety is high.

Description

technical field [0001] The invention relates to the technical field of glass production, in particular to a vertical automatic turning system on an energy-saving glass production line. Background technique [0002] The existing overturning glass is firstly manual overturning, which requires many people to overturn, the labor efficiency is low, and the labor intensity is high. People who work for a long time are prone to fatigue, easy to break the glass, and the processing accuracy is low; , but this method cannot be implemented on glass with a higher temperature; the third is to use a motor to flip, which requires a large space and high energy consumption for the motor. In addition, after using the above three methods for flipping, manual or instrumentation is required The repositioning of the glass is cumbersome, the production and processing efficiency is low, and the safety of glass turning is not high. Contents of the invention [0003] The purpose of the present inve...

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Problems solved by technology

[0002] The existing overturning glass is firstly manual overturning, which requires many people to overturn, the labor efficiency is low, and the labor intensity is high. People who work for a long time are prone to fatigue, easy to break the glass, and the processing accuracy is low; , but this method cannot be implemented on glass with a higher temperature; the third is to use a motor to flip, which requires a large space and high energy consumption for the motor. In addition, after using the above three methods for flipping, manual or instrumentation is required The repositioning of the glass is cumbersome, the production and processing efficiency is low, and the safety of glass flipping is not high

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