ELECTRONIC DEVICE INCLUDING FLEXIBLE DISPLAY

Smart overview of the Invention

An electronic device with a flexible display is designed to enhance portability and usability by incorporating a foldable structure. The device includes two housings connected by a hinge, allowing it to fold and unfold seamlessly. The flexible display spans both housings and features a folding region, two bending regions, and multiple layers including a window layer, display panel, and support plate. The support plate is patterned with openings or recesses at the folding region to facilitate bending without compromising the display's integrity.

Technical Field

The invention relates to advancements in electronic devices featuring flexible displays. As devices become slimmer and more rigid, there is an increased need for innovative designs that offer both durability and functionality. This includes creating devices that deviate from traditional rectangular shapes, offering deformable structures for improved portability and larger displays when unfolded.

Technical Problem

Foldable electronic devices face challenges related to maintaining surface quality during frequent folding operations. The absence of structures to enhance bendability in critical regions can lead to visible folding marks, reducing usability. The invention aims to address these issues by providing a flexible display with improved bendability in its first and second bending regions, ensuring consistent surface quality and enhanced device rigidity.

Solution

The solution involves an electronic device with a hinge module connecting two housings, supporting a flexible display with distinct bending regions. The display includes a support plate with patterns that improve bendability while maintaining thickness in key areas. Additionally, a digitizer and reinforcing plate are integrated beneath the support plate to enhance operational reliability and structural integrity. This configuration ensures the device remains functional and aesthetically pleasing even after repeated folding.

Advantages

The design effectively improves the surface quality of the flexible display, even with frequent folding operations. By incorporating structures that enhance bendability in specific regions, the device maintains its rigidity while providing reliable support for the flexible display. Furthermore, the inclusion of an anti-interference structure for the digitizer enhances the device's operational reliability, offering various implicit benefits as appreciated through the disclosure.