Calendering equipment and calendering method for production of temperable ultra-white glass

Abstract

The invention discloses calendering equipment and a calendering method for production of temperable ultra-white glass. The calendering equipment comprises a fixed calendering mechanism and a movable calendering mechanism, wherein the movable calendering mechanism is sleeved with the fixed calendering mechanism, one end of uncalendered temperable ultra-white glass is limited in a clamping groove, arotating motor drives a calendering plate to rotate clockwise, the calendering plate is pressed into the temperable ultra-white glass, a displacement motor drives a screw rod to rotate, the calendering plate drives the uncalendered temperable ultra-white glass on the inner side of the calendering plate to move away from a fixed calendering frame so as to reduce the thickness of the temperable ultra-white glass and increase the length, the calendering plate is arranged to be of a two-section type bent plate structure, the two sections of the bent plates are obliquely arranged, the vertical-section calendering plate can conveniently cut into glass, and the oblique-section calendering plate plays a role in blocking the glass in the calendering process, so that the glass is effectively prevented from overflowing in the calendering process, secondary calendering is avoided, the calendering efficiency is improved, the workload of workers is reduced, and the finished product precision is improved.

Description

technical field [0001] The invention relates to the technical field of temperable ultra-clear glass production, in particular to a rolling equipment and method for the production of temperable ultra-clear glass. Background technique [0002] In the production process of temperable ultra-clear glass, due to the different thickness of finished glass, it is necessary to roll thicker glass into thinner glass during production. The existing temperable ultra-clear glass rolling equipment adopts vertical The calendering plate performs the calendering operation on the glass. During the calendering process, the glass easily overflows from the side of the vertical calendering plate and overturns onto the glass again. Secondary calendering is often required, which results in low calendering efficiency, high workload of workers, and poor precision of finished products. , is not very practical. Contents of the invention [0003] The purpose of the present invention is to provide a rol...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a rolling equipment and method for the production of temperable ultra-white glass, which has a simple structure and is easy to operate, can effectively prevent glass from overflowing during the rolling process, avoid secondary rolling, improve rolling efficiency, and reduce worker workload , the advantage of improving the precision of the finished product can solve the problem that the glass in the rolling process proposed in the above-mentioned background technology is easy to overflow from the side of the vertical calendering plate and overturned on the glass again, which often requires a second calendering, and the calendering efficiency is low. Workers High workload, poor precision of finished products, and low practicability

Images