Glass product cross-workshop transfer method

Abstract

The invention discloses a glass product cross-workshop transfer method which includes the steps: (A) assembling a top fixing part and two bottom fixing parts on a glass plate; (B) mounting the top fixing part on a top guide rod and mounting the bottom fixing parts on a bottom guide rod; (C) mounting a turbulent flow mechanism and enabling a base of the turbulent flow mechanism to contact with first springs on the bottom fixing parts; (D) continuing mounting the glass plate and the turbulent flow mechanism and setting one turbulent flow mechanism between two adjacent limit mechanisms; (E) mounting limit baffle plates, pushing the limit baffle plates in the direction of a hanging plate and enabling the first springs to be in a compressed state; (F) inserting limit pints into limit pin holesthe closest to the limit baffle plates to stop the turbulent flow mechanisms and the limit mechanisms from sliding out of the bottom guide rod and the top guide rod. Glass plates can be safely transferred on a large scale.

Description

technical field [0001] The invention relates to the field of glass manufacturing, in particular to a method for transferring glass products across workshops. Background technique [0002] The manufacture of glass has a long history. Since commercial glass appeared on the stage of history as an industrial material in the 12th century AD, and then to the appearance of optical glass in the 18th century, the properties and functions of glass have undergone earth-shaking changes. At present, there are many kinds of glass, which can be divided into: hot-melt glass, embossed glass, forged glass, crystal glass, glazed glass, wired glass, polycrystalline glass, glass mosaic, tempered glass, laminated glass, Insulating glass, dimming glass, luminous glass, etc. [0003] As a thin glass product, the glass plate is fragile and must be considered during processing, transportation, cleaning and other processes. The glass transfer in the existing glass production workshop is mainly throu...

AI Technical Summary

Problems solved by technology

The glass transfer in the existing glass production workshop is mainly through the ground transfer equipment, which needs to occupy the ground space, which makes the available area of ​​the production workshop which is already very tight in land use less, and the less available ground space is likely to cause congestion in the workshop. Reduce transfer efficiency, thereby reducing production efficiency; not only that, congested workshops are likely to cause glass collisions and scratches, resulting in damage to glass plates and economic losses

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