Bone Conduction Speaker Sound Guiding Holes for Leakage Reduction

The housing is segmented by adding sound guiding holes that divide the internal acoustic space into distinct regions. These holes create separate acoustic paths that guide sound waves from specific locations (such as the transducer area) to designated exit points, thereby controlling and reducing unwanted sound leakage while maintaining structural integrity.

The sound guiding holes act as intermediary structures that mediate between the internal sound generation area and the external environment. By introducing these intermediate acoustic channels, the patent controls the propagation path of sound waves, allowing them to be directed through specific routes rather than leaking freely, thus reducing harmful sound radiation.

The patent extracts the sound control function from the magnetic structure and relocates it to the housing structure through sound guiding holes. By separating the acoustic control mechanism from the magnetic components, the design achieves sound leakage reduction without requiring additional magnetic elements, thereby avoiding increases in volume and weight associated with dual magnetic structures.

The patent replaces the mechanical approach of using dual magnetic structures (which rely on magnetic field interactions and physical components) with an acoustic approach using sound guiding holes in the housing. This substitution eliminates the need for additional magnetic components and their associated volume and weight, while still achieving effective sound leakage control through acoustic path management.