US20240210997
2024-06-27
Physics
G06F1/1652
A consumer electronic product features a transparent housing that encloses a flexible display assembly. This innovative design allows the flexible display to present visual content across any portion of the transparent housing, enhancing user interaction and visual experience.
Recent years have seen significant advancements in portable electronic devices. However, many devices still adhere to a traditional flat planar form factor, which limits usability by leaving sides and rear surfaces largely unused. This design restricts functionality to a single display surface, necessitating the exploration of new form factors that utilize more of the device's exterior.
The described electronic device can incorporate multiple flexible display assemblies that work in tandem to present visual content. A method for assembling such a device involves shaping the flexible display to match the transparent enclosure's cross-section, allowing it to return to its original form and press against the enclosure's interior surface for optimal display performance.
The housing can be constructed from various materials, with glass being a preferred option due to its strength and aesthetic appeal. Glass allows for wireless communication and can be treated with coatings to reduce fingerprints and glare. Additionally, the design can include features like textured surfaces or opaque areas that enhance visual focus while concealing internal components.
The seamless design of the transparent housing not only provides an attractive appearance but also minimizes contamination risks. Techniques such as ink printing can create opaque regions where desired, allowing for a clean look while emphasizing the displayed content. Overall, this approach represents a significant evolution in portable electronic device design, maximizing functionality and visual appeal.