GRAPHICAL USER INTERFACE COMPONENTS FOR A FLEXIBLE DISPLAY SMARTPHONE

Smart overview of the Invention

The patent discusses a novel computing device featuring a reconfigurable touch screen with folding capabilities, designed to transition between a compact phone size and an expanded tablet size. The device integrates a flexible display composed of segments that can be rearranged from a folded to an expanded state. This dual-state design aims to combine the portability of a smartphone with the larger display benefits of a tablet, while maintaining functionality in both configurations.

Technical Components and Mechanisms

Key components include sensors and mechanisms for folding, alignment, and structural support, as well as magnets for locking the device in either state. A module attached to one of the segments houses processing capabilities, memory, and communication systems. This module ensures operational consistency whether the device is in phone or tablet mode. The design also includes an integrated speaker and microphone for enhanced usability.

Graphical User Interface Transition

A significant aspect of the invention is its graphical user interface (GUI), which facilitates seamless content transition between different screen states. This GUI is crucial for enhancing user interaction by allowing content rescaling and viewing on both small and large displays. The interface supports the transformation of the device's display from a compact to an expanded state efficiently.

Folding Sequence and Structural Design

The detailed description outlines a folding sequence involving four touch screen display segments. These segments rotate along specific axes to transition from an open tablet state to a compact phone state. The folding process employs an asymmetrical pattern to ensure protective housing on the back and a functional touch screen on the front. Mechanisms such as latches and magnets are used for segment alignment and secure attachment during folding.

Integration of Computing Module and Features

The computing module is strategically positioned within one segment, containing essential electronics like processing units, peripheral ports, and battery components. It allows access to features such as a push button for switching display configurations and a headphone jack. This configuration supports smooth transitions between states without interference, maintaining functionality like camera use in various positions.