Mobile Terminal Dual-Side Display Input Control

The patent applies dynamics by making the touch sensitivity of the display dynamic rather than static. The controller adjusts the touch sensitivity threshold based on the detected pose of the mobile terminal. When the terminal is in a pose where unintentional touches are likely (e.g., held in one hand), the touch sensitivity is reduced to prevent false inputs. When the terminal is in a pose where intentional touches are more certain (e.g., held with both hands), the touch sensitivity is increased to improve responsiveness. This dynamic adjustment resolves the contradiction between maintaining high usability and preventing false operations.

The patent employs flexible shells and thin films by utilizing a flexible display that can be folded or rolled. The display is constructed with flexible materials that allow it to be deformed into different configurations (folded or rolled states) to increase the effective screen area when needed. This flexible structure enables the display to transition between compact and expanded states without requiring complex mechanical mechanisms, thereby increasing display area while managing device complexity through material flexibility rather than mechanical complexity.