US20250165043
2025-05-22
Physics
G06F1/1681
The foldable electronic device is designed with a unique foldable housing that integrates a first and second housing connected via a hinge part. This innovative design allows the device to transition between folded and unfolded states while accommodating a flexible display module. The display module includes three distinct areas: a third display area aligned with the hinge, and first and second display areas situated in the respective housings. A flexible film is strategically placed between the housing and the display module to enhance durability and flexibility.
The hinge part is central to the device's functionality, featuring a center plate with a recess facing the third display area. This configuration supports the flexible film, ensuring it remains flat or overlaps the recess for added protection. The hinge's design allows it to support different parts of the display in both folded and unfolded states, maintaining the integrity of the screen while minimizing potential damage from external impacts.
In its unfolded state, the foldable housing provides support through a combination of plates and surfaces that stabilize various sections of the third display area. The flexible film plays a crucial role by bridging these sections, offering continuous support across the entire display. When folded, the device's surfaces align to create space for the bent display, ensuring smooth operation without compromising screen quality.
A fixation area is introduced between the flexible film and housing, employing bonding or adhesive materials for secure attachment. This area includes specific fixation points that correspond to different sections of the device, ensuring stability during transitions between states. The fixation mechanism contributes significantly to maintaining the device's structural integrity.
The hinge system incorporates symmetrical rotational axes and components that facilitate smooth folding actions. It includes multiple portions and brackets that rotate around parallel axes, ensuring balanced movement. The symmetry in design not only enhances functionality but also contributes to the overall aesthetic appeal of the device, providing a seamless user experience.