Glass overturning mechanism used for glass processing

Abstract

The invention relates to the technical field of glass production and discloses a glass overturning mechanism used for glass processing. The glass overturning mechanism comprises a set of rectangular framework. Supporting legs are arranged at the four corners of the rectangular framework. The supporting leg on the right side extends out of the upper end of the rectangular framework. A set of opposite hole positions are formed in the extending section of the supporting leg on the right side. A rotary shaft is arranged between the hole positions and penetrates out of the outer sides of the hole positions. A belt wheel is arranged on one side of the rotary shaft and connected with a speed reducer through a belt. The speed reducer is arranged at the bottom of the rectangular framework. The rotary shaft is provided with multiple supporting plates. The other ends of the supporting plates are movably arranged on the rectangular framework. Each supporting plate is provided with a set of sucker frame. The sucker frames are provided with suckers. The glass overturning mechanism used for glass processing has the beneficial effects of being simple in structure, being novel in design, not only facilitating normal carrying and processing through mechanical glass overturning, but also saving time and labor, improving the working efficiency, being good in practicability and facilitating application and popularization.

Description

technical field [0001] The invention relates to the technical field of glass production, in particular to a glass turning mechanism for glass processing. Background technique [0002] Glass is divided into two types: see-through and non-see-through. Generally, it is see-through. Non-see-through glass is also called frosted glass. Due to the rough surface, the light is diffusely reflected, and the light is transparent but not see-through. It can make the indoor light soft and not dazzling. It is often used in the doors, windows and partitions of bathrooms, toilets, offices, etc. that need to be concealed. At the same time, grinding wheels can be used to grind various patterns on ordinary glass, thereby increasing the aesthetics of the glass and making it more practical. The actual processing of glass In most cases, it will need to be cleaned and polished. The glass panels before glass processing are generally relatively large in size, and for the convenience of tran...

AI Technical Summary

Problems solved by technology

It is often used in the doors, windows and partitions of bathrooms, toilets, offices, etc. that need to be concealed. At the same time, grinding wheels can be used to grind various patterns on ordinary glass, thereby increasing the aesthetics of the glass and making it more practical. The actual processing of glass In most cases, it will need to be cleaned and polished. The glass panels before glass processing are generally relatively large in size, and for the convenience of transportation, they are generally stored vertically, and in actual storage, multiple glass panels are stacked. It is precisely because of its large area and vertical placement, so in the actual handling, there will be great difficulty, and it is difficult to carry out. Therefore, the glass will be placed flat before handling, and the operation is cumbersome, time-consuming and laborious.

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