A listening enhancement device in which a flat body (18) with a ear-hook (14) cutout can be converted to a sound gathering acoustical scoop by engagement of a fastener system located on the body (18) of the device. Once fastened into its functional shape the device can be independently engaged wtih the ear. The device is made in mirror image pairs so one device is specifically for the left ear and the other for the right. The device is reversible as to which side of the body (18) forms the sound gathering acoustic scoop. When reversed the device that is specific to the left ear becomes specific to the right ear and visa versa. Each side of the body (18) of the device has its own acoustic properties. By reversing the device the user can choose which acoustic properties most benefit them. The device is adjustable in acoustic gain. This is accomplished by different fastener engagement positions, which in turn change the size and shape of the sound gathering acoustic scoop. The body (18) is soft and flexible, providing resistance to damage and reducing discomfort and skin irritation to the user. The body (18) has acoustic properties that preserve a natural spectral balance, being free of colorations or resonances in the audio spectrum.
The present invention is comprised of a headband 25 and one or more sound collectors (30, 75). The sound collectors (30, 75) collect sound waves and reflect toward the wearer's ears for louder reception. Some variations to the present invention can have one or more sound collectors (30, 75) that is parabolic in shape so the sound reflected off the collector surface is better focused toward the ear. Moreover, as an additional variation, one or more sound collectors (30, 75) can have one or more parabolic impressions (105) on the sound collector's inner surface (85) for better sound collection.
The present invention is comprised of a headband (25) and one or more sound collectors (30, 75). The sound collectors (30, 75) collect sound waves and reflect toward the wearer's ears for louder reception. Some variations to the present invention can have one or more sound collectors (30, 75) that are parabolic in shape so the sound reflected off the collector surface is better focused toward the ear. Moreover, as an additional variation, one or more sound collectors (30, 75) can have a plurality of parabolic impressions (105) on the sound collector's inner surface (85) for better sound collection.
An ear grooming accessory apparatus having a first mirror for use in conjunction with a second mirror comprises an ear attachment component for attaching the ear grooming accessory apparatus to an external portion of a user's ear. The first mirror having a reflective viewing side attached to the ear attachment component such that the reflective viewing side of the first mirror provides a reflective view of the user's external ear and ear canal wherein the ear grooming accessory apparatus is attached directly to the external portion of the user's ear with the ear attachment component and positionable to allow the user to look into the second mirror and reflectively view the outer ear and ear canal of their own ear via the first for and thus enable the user to safely and effectively self-groom their own ear. One embodiment of the present invention includes a light source located on the ear grooming accessory apparatus for illuminating the user's ear and ear canal.
A portable, non-electronic hearing enhancement system collects sound from the front of the user and directs it towards the user's ears through the use of a pair of sound reflectors mounted on support bands. The sound reflectors are positioned behind a user's ears by adjusting the positions of the support bands on the headrest of a seat. The support bands are held in place on the seat by the weight of the support bands and by friction. Thus, the hearing enhancement system can be used without marring the fabric or other surface material of the headrest.
