Abstract:
A mono-body set of headphones having a fixed length of headband between ear pads is provided. Although the distance between the ear pads is fixed, the fit of the headphones can be adjusted to the head of the user by coupling or decoupling a removable/insertable headphone pad. More particularly, a pad is provided that can be mated with, or removed from, the headband of the headphones, thus raising or lowering the lower surface of the headband relative to the crown of the user's head, in order to change the position of the ear pads relative to the user's ears. The mono-body headphones are, preferably, flexible and durable, permitting the headphones to be straightened, twisted or bent without breaking.
Abstract:
An earpiece is provided containing a thermal activator layer comprised of a first polymer, the thermal activator layer being separated from the tympanic membrane of the user's ear by an air gap, and an acoustical reflector layer, containing a second polymer and pigment particles, adjacent to the thermal activator layer. The earpiece may be produced by sequential introduction of various liquefied components in layers within the ear canal, with the components being cured to provide the thermal activator layer and the acoustical reflector layer.
Abstract:
A headphone includes an electro-acoustic transducer dividing an enclosed volume into a front volume and a rear volume, a first port in the housing coupling the front volume to an ear canal of a user, a second port in the housing coupling the front volume to space outside the ear, a third port in the housing coupling the rear volume to space outside the ear, and an ear tip configured to surround the first port and including a flap to seal the ear canal from space outside the ear. The second port has a diameter and a length that provide an acoustic mass with an acoustic impedance with a high reactive component and a low resistive component, reducing the occlusion effect that otherwise results from sealing the ear.
Abstract:
An apparatus, such as a headset, configured to process audio signals from multiple microphones, comprising: a first pair of microphones (101, 102) outputting a first pair of microphone signals and a second pair of microphones (103, 104) outputting a second pair of microphone signals; a first beamformer (105) and a second beamformer (106) each configured to receive a pair of microphone signals and adapt the spatial sensitivity of a respective pair of microphones as measured in a respective beamformed signal (XL; XR) output from a respective beamformer (105; 106); wherein the spatial sensitivity is adapted to suppress noise relative to a desired signal; a third beamformer (107) configured to dynamically combine the signals (XL; XR) output from the first beamformer (105) and the second beamformer (106) into a combined signal (XC); wherein the signals are combined such that signal energy in the combined signal is minimized while a desired signal is preserved; and a noise reduction unit (109) configured to process the combined signal (XC) from the third beamformer (107) and output the combined signal such that noise is reduced.
Abstract:
A headset and a method configured to process audio signals from multiple microphones, comprising: a first pair of microphones (101,102) outputting a first pair of microphone signals and a second pair of microphones (103, 104) outputting a second pair of microphone signals; a first near-field beamformer (105) and a second near-field beamformer (106) each configured to receive a pair of microphone signals and adapt the spatial sensitivity of a respective pair of microphones as measured in a respective beamformed signal (XL; XR) output from a respective beamformer (105; 106); wherein the spatial sensitivity is adapted to suppress noise relative to a desired signal; a third beamformer (107) configured to dynamically combine the signals (XL; XR) output from the first beamformer (105) and the second beamformer (106) into a combined signal (XC); wherein the signals are combined such that signal energy in the combined signal is minimized while a desired signal is preserved; and a noise reduction unit (109) configured to process the combined signal (XC) from the third beamformer (107) and output the combined signal such that noise is reduced.
Abstract:
An earpad is provided with a base and a sheath. The base is adapted to connect to a headphone housing or an earmuff housing and is formed with a continuous perimeter about a longitudinal axis. The sheath extends from the base and forms a contact surface that is longitudinally spaced apart from the base for engaging a portion of a user's head around an outer ear. The sheath defines a single enclosed cavity for receiving compliant material. The longitudinal spacing of the contact surface corresponds to a depth of the earpad. The depth of the earpad is generally uniform within a first portion of the perimeter of the earpad and increases to an enlarged depth within a second portion of the perimeter of the earpad. The sizing of the earpad may be based on average dimensions of the adult human head.
Abstract:
An earpiece auditory device is described which includes a behind-the-ear component shaped to fit behind the ear of a user. The behind-the-ear component can also have at least one microphone and processing circuitry, where the processing circuitry is used to processes audio signal from the microphone. The device also includes a speaker sized to fit in the ear canal of a user, and an ear mold holding the speaker in place. The ear mold can also be position to touch the bony portion of the ear canal and provide sound attenuation in the ear canal. A connector physically and electrically connects the behind-the-ear component to the speaker. The connector is capable of being used to insert and remove the speaker and ear mold from the ear canal of the user.
Abstract:
The invention is concerned with headphones having left and right supporting members (9, 19) for a sound transducer (11, 14, 20). In order to allow for an ameliorated out-of-head localization of acoustic or sound events without noteworthy loss of treble and midrange information in a hearing protecting manner the sound transducer (11, 14, 20) occupies a position tilted about a horizontal axis in the viewing direction of a headphones user and on a vertical axis intersecting the horizontal axis.
Abstract:
Embodiments typically relate to ear tips for sound transmission devices, designed to fit snuggly in the user's ear canal and block external noise from the environment while being sufficiently comfortable for long-wearing and/or deep insertion. Embodiments may comprise a stem and a foam body, with the hollow stem lying on the centerline of the foam body. The foam body may comprise a concave opening in its nose, a rear extension flange projecting rearward to extend its length without significantly impacting perceived comfort, and/or a plurality of indentations about the periphery of the nose of the foam body. The foam body may be formed of polyurethane foam, and the stem may be formed of elastomeric polyurethane.
Abstract:
A hearing system includes at least one earpiece having a shell, an elongate retention element attached to the shell, and an insert unit. The shell has a sound tube portion carrying a soft tip for insertion into the user's ear canal, an outwardly oriented interface portion for detachably receiving the insert unit, and an engagement portion between the sound tube portion and the interface portion for engaging with the tragus/antitragus region of the ear, wherein the material and the dimensions of the retention element are such that the retention element can engage the user's concha by manual deformation by the user, and wherein the insert unit is a filter unit with at least one sound attenuation filter, or is an active electronic unit with at least a loudspeaker, and with an external electronic unit, which is worn on the user's body below the user's neck.