An adjustable anchor secures a wireless device to helmet straps while a deformable duct allows speaker positioning.
Embedding a shortened metal antenna inside the plastic muff housing eliminates whip antenna obstruction risks while maintaining effective FM reception.
Segmenting the backplate with a depression alleviates torsional movements and minimizes cracking risks from thermal expansion differences.
A multipath digital microphone system uses adjustable analog-to-digital converters to manage signal paths and power states.
Segmented signal processing reduces binaural hearing aid delay to 13 ms, maintaining tactile-acoustic coupling and resolving time offset issues.
A loudspeaker box arrangement uses guide grooves and bases to mechanically stack units while establishing electrical contacts.
Eliminating the redundant adapter housing, this design reduces distortion by managing nonlinear air compression through optimized diaphragm positioning.
A body-worn vibration system applies mechanical energy to the pectoralis major muscle to enhance audio perception.
Triple-membrane MEMS device resolves ASIC noise and insufficient capacity by segmenting sensing across three membranes with a sealed low-pressure chamber.