A magnetic shielding plate between the speaker and display cuts leakage and protects nearby components in compact electronic assemblies.
A piezoelectric and electromagnetic vibrating assembly share one diaphragm to widen speaker frequency response without added size or complexity.
A porous contoured grille balances water and impact protection with stronger AVAS sound output in critical frequency ranges.
A reduced-thickness plate section widens the acoustic outlet gap, helping speaker modules discharge moisture and preserve acoustic output.
An open-chamber speaker uses a sealed equivalent sound chamber to cut device thickness while preserving waterproofing and audio performance.
Multiple bilateral sound-producing structures expand diaphragm interaction area, lowering resonance and improving low-frequency sensitivity.
A speaker-surface diffusion member with tuned airflow resistance spreads inaudible sound without blocking audible sound propagation.
A locally thinned second plate widens the diaphragm gap to drain moisture through the acoustic outlet while preserving speaker output.
A shared port lets sensors and audio parts pass light and sound through one opening, cutting inactive display area while blocking contaminants.
A rear support hole larger than the vibration actuator helps a vibrating display panel project clearer forward sound without separate speaker space.
A segmented ear cup baffle focuses and disperses speaker output while blocking internal and external noise for clearer headset sound.
A microphone array locates barking and activates aligned ultrasonic transducers to maintain sound pressure across a wide deterrence area.
Overlapping through-pattern plates block sound-absorbing material entry while tuning acoustic impedance, cutting speaker filter cost and time.
A nonporous acoustic membrane and reinforced breathable element balance pressure equalization, sound transmission, and contaminant resistance.