Abstract: An earpiece includes an open tip in the shape of a dome, with apertures in the dome and a protrusion at the top of the dome for displacing ear wax, wherein the dome merges with the protrusion along a continuous curve. The dome is supported from a central body by non-linear ribs that normally have high compliance but exhibit low compliance at a limit of extension or compression. The tip can include more than one dome on the central body. If there is more than one dome, the apertures in the domes are not aligned with each other.

Abstract: An earpiece includes an open tip in the shape of a dome, with apertures in the dome and a protrusion at the top of the dome for displacing ear wax, wherein the dome merges with the protrusion along a continuous curve. The dome is supported from a central body by non-linear ribs that normally have high compliance but exhibit low compliance at a limit of extension or compression. The tip can include more than one dome on the central body. If there is more than one dome, the apertures in the domes are not aligned with each other.

Abstract: The invention provides a replaceable handle for hearing devices that are deeply inserted into the ear canal. The handle is offered in an assortment of configurations to optimize the hearing devices cosmetic appeal and usability. The handle consists of a shaft, handle head and a locking end for insertion into the lateral end of a hearing device. The locking mechanism of a preferred embodiment consists of two inwardly flexible legs that compress while being inserted sideways into a locking receptacle within the lateral end of the hearing device. The legs spring back when they have been fully inserted, thus locking the handle to the hearing device. The handle remains securely attached to the device during normal use, which primarily subjects the device to axial or push/pull forces. However, the handle can be readily removed by opening the battery door and sliding the handle sideways into the cavity of the battery compartment.

Abstract: The in-the-canal hearing aid has patient selected physical components and patient selected electronic components. The construction of the hearing aid and the method of providing a hearing aid for a particular patient's hearing impairment are such that a patient may personally select the best suited hearing aid during the testing process and walk away with the hearing aid he or she has personally selected. This is accomplished by allowing the patient to select a form fitting shell with a malleable covering having a hook and twist which precisely conforms to the patient's own ear. The patient then listens to sounds with or without background noise and from various directions using electronic components which conform to the specifications of the hearing aid and personally chooses those electronics which best aid or assist the patient's hearing loss.