Connect with us

Technology

Huawei’s new flexible glass technology can improve its bending capability

Published

on

Huawei

On 27th July, Huawei introduced a new flexible glass patent technology for a more refined bending performance of flexible glass. This new technology aims to bring some extra convenience for users.

As per the information, Huawei published a new patent entitled “a processing method for improving the bending performance of flexible glass” with the announcement number CN113173708A.

The idea to bring this technology came a few months ago and the company applied to patent this technology in March this year. This new method can help to significantly increase the bending implementation of the flexible glass.

 Huawei flexible glass patent

Flexible glass patent Technology:

The patent document describes the method for more refined bending performance of flexible glass. The working procedure is described below-

  • The multilayer glued flexible glass passes under the scratch, cut, debond, and chemically strengthening procedure to reach the maximum level of bending capability.
  • The multi-layer glass contains a foundation base that is placed at the bottom layer and a minimum of one iterated unit layer glued to the upper layer of the foundation base.
  • Furthermore, the iterated unit layer combines a flexible glass located in the bottom layer and a substrate glued to the upper layer of the flexible glass
  • At last, the repeating unit layers are glued and covered together

 Huawei flexible glass patent image

Previous Patent:

Last week Huawei published the video call sharing method patent, which allows sharing a video call with family, friends, colleagues, and other associates. This patent with the publication number  CN11314148A was applied back on the 17th of January 2020.

(Source- Ithome)

Yash is a graduate of computer science and followed his way into journalism, he is interested in various subjects related to technologies and politics. Yash likes to listen classical songs and has a huge library of classical mixes.