A camera module uses a shape memory alloy motor to shift the image sensor for optical stabilization.
Removing mold walls reduces device dimensions while projections correct panel inclination during assembly.
An offset pivot axis combined with longitudinal sliding motion allows direct transition from compact to landscape mode without obscuring the key assembly.
Relocating sensors to the base reduces handset fragility while a single loudspeaker handles ringing and communication functions.
Dynamic keypad layouts adapt to active applications, eliminating memorization requirements and improving usability across multiple functions.
A slit-based acoustic filter structure guides lateral sound waves through a sealed cavity to adjust high-frequency propagation.
Attaching a rigid light guide plate edge to a single frame eliminates redundant chassis members, reducing device thickness and weight.
A movable camera structure uses distance sensors to detect position and control protrusion.
Segmenting the liquid crystal panel into distinct optical zones resolves conflicts between simultaneous display output and clear image capture.
Universal mounting bracket uses rotating plate to secure different sized devices, eliminating need for multiple part variants.
Segmented locking mechanisms prevent edge key uprooting and lateral keypad bulging.
A modular circuit board reinforcing plate grounds the housing while a separate sliding module gyroscope detects shake.