FLEXIBLE DISPLAY DEVICE

Smart overview of the Invention

A flexible display device comprises a display panel with a designated bending area, supported by a frame on its rear surface. The device features multiple guide parts fixed to the frame's rear and several movable fixing parts that can connect to these guides. A controller, which adjusts its length based on the bending state, connects to the fixing parts to manage their movements. This design allows the display panel to maintain its bent shape without requiring additional mounts.

Background of Flexible Display Technology

Flexible display devices are designed to show images even when folded or rolled, utilizing thin flexible substrates like plastic. Various types of flexible displays exist, including liquid crystal, plasma, organic light-emitting, and electrophoretic displays. Organic light-emitting displays (OLEDs) are particularly notable for their quick response times, low energy consumption, and self-illuminating properties, positioning them as leading candidates for next-generation display technologies.

Challenges in Current Flexible Displays

While flexible displays can bend at predetermined locations, users often struggle to achieve desired bending positions elsewhere. Furthermore, maintaining the bent shape can be problematic without additional mounts, which complicates usability and design. These limitations highlight the need for improvements in flexible display technology to enhance user experience.

Innovative Features of the Proposed Device

The proposed flexible display device addresses these challenges by enabling users to bend and shape the display freely while ensuring it remains in the desired configuration. The controller's ability to adjust based on bending allows for versatility and practicality. Additionally, the device can adapt its bending state according to surrounding structures, optimizing space utilization.

Simplified Design for Enhanced Functionality

The integration of components on the frame's rear surface simplifies the overall design of the flexible display device. This unity not only streamlines manufacturing but also enhances the device's performance and user satisfaction. The flexibility in bending and unbending further promotes a more convenient usage experience for consumers.