Flexible Display Shape Sensing for Dynamic UI Adaptation

The flexible display apparatus is designed to perform multiple functions: it serves as both a display device and a control device for other apparatuses. By detecting its own shape deformation through integrated sensors and translating this into control signals, the display apparatus becomes a multi-functional device that can both present information and control external devices based on its physical state.

The flexible display apparatus monitors its own shape deformation using integrated sensors and automatically generates corresponding control signals without requiring external intervention. The system self-detects its deformation state and self-actuates to control other apparatuses, making the device autonomous in its control functionality.

Different regions or aspects of shape deformation are sensed with different levels of precision or by different sensor types. The system adapts the measurement approach based on the specific deformation detected, using appropriate sensing methods for different deformation magnitudes or types to achieve the required precision for UI changes.

The system continuously monitors shape deformation through sensors and dynamically adjusts the UI in real-time based on the detected changes. This closed-loop feedback mechanism allows the display to respond immediately to shape changes, enhancing user interaction while managing precision requirements through continuous adjustment rather than requiring extremely high initial measurement precision.