A rotating mechanism for glass

Abstract

A rotating mechanism for glass comprises a mounting base used for being fixed on a conveying table. A supporting pillar is arranged on the mounting base. A driving motor is arranged at the back of the top of the supporting pillar. A driving motor shat is arranged upwards and provided with a driving belt wheel. A positioning seat is arranged at the front end of the top of the supporting pillar. The positioning seat is connected with a rotating table through a rotating rod, and the rotating table can rotate on the positioning seat. A driven belt wheel is arranged at the top of the rotating rod. The driving belt wheel and the driven belt wheel are connected through a belt. A set of angular frames are fixed to the lower end of the rotating table. The angular frames are spliced through a long supporting rod and a short supporting rod. The outer walls of the angular frames are each provided with a positioning plate. Each positioning plate and the outer side of each angular frame are each provided with an angular lug plate. The corresponding angular lug plates are connected through a rotating central spindle. The rotating mechanism for glass is novel in design, and original manual rotation is replaced with the mechanical rotating device, so that normal processing efficiency is improved, and meanwhile time and labor are saved.

Description

technical field [0001] The invention relates to the technical field of glass machinery, in particular to a rotating mechanism for glass. Background technique [0002] In people's daily life, whether it is an old building or a newly developed building, the innovation requirements for glass are very urgent. Glass is divided into two types: see-through and non-see-through. Flat glass is made by mechanically using grinding wheels to grind the surface into a uniform sand surface. Due to the rough surface, the light produces diffuse reflection, light transmission but not perspective, it can make the indoor light soft and not glaring, it is often used in bathrooms, toilets, office doors, windows and partitions that need to be concealed, glass processing is generally through specific The processing center is operated. After processing, the cutting equipment is used to cut and break, and then transported on the conveyor table. However, during the transport, in order to ensure the co...

AI Technical Summary

Problems solved by technology

Due to the rough surface, the light produces diffuse reflection, light transmission but not perspective, it can make the indoor light soft and not glaring, it is often used in bathrooms, toilets, office doors, windows and partitions that need to be concealed, glass processing is generally through specific The processing center is operated. After processing, the cutting equipment is used to cut and break, and then transported on the conveyor table. However, during the transport, in order to ensure the convenience of collection or subsequent processing, it will be rotated, but because it is usually manual operation, which will lead to inefficiency. At the same time, the rotation method and accuracy are very different, which cannot meet the subsequent collection or finishing.

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