Flexible Display Window Management via Deformation Sensing

The patent implements dynamic window management that automatically adjusts window display parameters based on real-time detection of device deformation state. The system continuously monitors acceleration data from sensors to determine folding states, and dynamically repositions windows accordingly - keeping important windows visible in unfolded regions and allowing less important windows to be obscured or repositioned when the device is folded, thus maintaining optimal display effect across different usage scenarios

The system employs feedback mechanisms by using sensor data (accelerometers, gyroscopes) to detect device folding states and using this information to automatically adjust window display configurations. The feedback loop continuously monitors device state changes and triggers appropriate window management actions, ensuring the display adapts responsively to maintain quality across varying form factors

The patent implements self-service window management where the system automatically detects device folding states through sensor data and autonomously adjusts window positions, sizes, and visibility without requiring user intervention. The system classifies windows by importance and automatically determines which windows should remain visible or be obscured based on the detected folding configuration, eliminating the need for manual user configuration

The system performs preliminary classification of windows by importance level in advance, establishing a hierarchy before folding events occur. This pre-established classification enables rapid automatic adjustment during folding transitions, as the system already knows which windows are critical and should be preserved in the display regardless of the folding state