See how a shape-memory electrode lead self-coils within the mastoid tunnel after insertion, red
A curved handle antenna with intertwined helical strands boosts RF length and Q factor in compact in-ear hearing aids without visible protrusion.
An arcuate double-helix handle antenna frees housing space in an in-ear hearing aid while preserving discreet RF transmission and reception.
Discrete retention members replace over-molding to lock an ear-worn hearing cable assembly against rotation and axial displacement.
A MIMO switched-capacitor DC-DC converter delivers simultaneous voltage rails in hearing aids, cutting IC count, PCB area, and EMI.
A single MIMO switched-capacitor converter delivers simultaneous voltage rails in hearing aids, cutting converter count, EMI, and power loss.
Coordinated ear-worn antennas use phase shifting and beam steering to improve 2.4 GHz link quality and reject WiFi and Bluetooth interference.
A vent tunnel with fixed contact pins enables removable cable connection in ear-wearables while limiting debris, water intrusion, and fatigue.
A built-in proximity sensor lets users switch hearing aid functions without touch, remote controls, or magnets while reducing accidental activation.
An ambient and ear-canal microphone pair lets an earpiece distinguish the wearer's voice from background noise for clearer voice control.
A hot tip forms a cavity in the earplug stem so the cord can be thermally bonded without adhesives, cutting assembly cost and complexity.
Opposite-temple microphone and speaker placement enables real-time hearing assistance while reducing echo, weight, and power use.
Opposite-phase housing vibrations create a cancellation zone for microphone placement, reducing pickup noise and howling in bone conduction hearing aids.
Integrated electrodes in a hearing aid let users capture and process ECG signals outside clinics, improving access to arrhythmia monitoring.
An earpiece compares ambient and ear-canal microphone signals to isolate the wearer's voice from background noise for clearer communication.
A vented adhesive layer, bent rod, and ear-canal plug improve bone conduction hearing aid retention without sacrificing comfort.
A waterproof pad and FPC let hearing aid buttons actuate touch switches without housing penetration, improving sealing and service life.