Bendable Display Audio Adaptation via Curvature Detection

The patent applies dynamics by making the audio output adaptable to the display's bending state. The system dynamically adjusts audio parameters based on real-time detection of curvature, transforming the static audio output into a dynamic response that compensates for structural changes. This resolves the contradiction by allowing the display to be bendable while maintaining consistent acoustic effects through active adaptation.

The patent changes audio output parameters (such as volume, frequency, or spatial distribution) based on the detected curvature of the display. By modifying these parameters in response to bending degree, the system maintains consistent acoustic perception despite structural changes. This directly addresses the contradiction by using parameter adjustment to compensate for the variable acoustic effects caused by bendability.

The patent implements self-service by enabling the display device to automatically detect its own curvature and adjust audio parameters without user intervention. The system monitors its structural state and autonomously compensates for acoustic variations, eliminating the need for manual adjustment while maintaining consistent audio output. This resolves the contradiction by making the system self-regulating rather than requiring complex user operations.

The patent employs feedback by continuously monitoring the display's bending state and using this information to adjust audio output in real-time. The curvature detection creates a feedback loop that automatically compensates for acoustic changes, maintaining consistency without requiring manual user input. This feedback mechanism resolves the contradiction by automating the adjustment process that would otherwise require complex user operations.

The patent replaces complex mechanical audio adjustment mechanisms with a sensing and control system. Instead of physically adjusting audio components based on bending, the system uses curvature sensors and electronic control to modify audio output parameters. This substitution of mechanical systems with sensing and electronic control reduces overall device complexity while maintaining acoustic consistency.

The patent integrates multiple functions into a unified control system that handles both display bending detection and audio parameter adjustment. By combining these functions, the system avoids the need for separate complex mechanisms for each function, reducing overall device complexity while achieving acoustic effect consistency through the multi-functional control architecture.