Abstract:
A device (100) for processing audio data, wherein the device (100) comprises a first audio reproduction unit (102) adapted for reproducing a first part of the audio data and adapted to be attached to a left ear (106) of a user (110), a second audio reproduction unit (104) adapted for reproducing a second part of the audio data and adapted to be attached to a right ear (108) of the user (110), a detection unit (112) adapted for detecting a left/right inversion of the first audio reproduction unit (102) and the second audio reproduction unit (104), and a control unit (114) adapted for controlling the first audio reproduction unit (102) for reproducing the second part of the audio data and for controlling the second audio reproduction unit (104) for reproducing the first part of the audio data upon detecting the left/right inversion.
Abstract:
A wireless headset comprises a body portion and a boom pivotably coupled to the body portion. The boom is resiliently biased from a first position towards a second position relative to the first headset portion. The headset includes a sensor for detecting movement of the boom between the second to the first position.
Abstract:
A reversible behind-the-head mounted personal audio set (30) that may be worn on either a wearer's left or right ear is disclosed. The behind-the-head headband (32) occupies a substantially horizontal plane and a headset-mounting portion (42) is pivotally secured to the headband (32) at a first pivot (40) so that the center of the earphone (39) is positioned below the plane of the headband (32). IA boom microphone (46) is pivotally secured to the headset (30) mounting portion at a second pivot (48) axis spaced apart from said first pivot (40) axis.
Abstract:
The present invention relates to a headset means and method for a headset means. The headset means (10) is comprising essentially elongated boom means adapted to be of essentially deformable structure. A microphone means (12) is mounted closely adjacent to a first end (11) of said elongated deformable boom means and a speaker means (14) is mounted closely adjacent to another end (9) thereof. The arrangement is such that said elongated deformable boom means provides a selectively deformable ear loop portion which can be adjusted to custom fit individual forms of an auricle (2) of a user (1). Communication interface means are operationally connected to the microphone means and the speaker means for transmitting a voice signal. Said communication interface means may be combined with transceiver terminal means and placed within the headset or they may be operationally connected to a separate transceiver terminal means (20). Said transceiver terminal means are adapted to enable a voice signal traffic between said transceiver terminal means and at least one other terminal means.
Abstract:
A self-supporting headset (10) worn on the ear of a user without a headband (30) or placed in a stand (10 or 40) as a desktop microphone system by a switch-function (100) installed in the headset (10). The headset (10) includes a housing (20) which accommodates a receiver means (21), an arcuate earband (30) connected by a spring (90) to the housing (20) and a pivotally connected boom microphone (50) which extends from the housing (20) to near the lips of a user. The arcuate housing (30) is placed over the entire outer ear to transmit audio signals without any need for an ear tube. An earband member (40) can have a female member (15) on the bottom surface so as to connect a member to mate with a male member (15) located on the stand (10 or 40). The headset (10) can be equipped with noise cancellation technology to remove background noise for optional use on with telephones, computers, or any of the like.
Abstract:
PURPOSE: A hands-free wind instrument trainer is provided to extend the range of a training place by reducing a noise problem. CONSTITUTION: A hands-free wind instrument trainer is comprised of a head gear(1), a rear neck belt(2), a mouth-piece(4), a bolt lever, and hose pipe. The head gear fixes the device with surrounding the head of a use while the rear neck belt assisting the fixation of the device. The mouth-piece has a lateral support stand over which a mouth-piece adapter is hanged. The bolt lever controls the angle of the mouse piece or fixes it. The horse pipe is connected to the end of the mouth piece to generate sound.
Abstract:
An electroacoustic transducer and a wireless electroacoustic transducer are provided to improve sound quality by applying different filtering schemes to different music contents. An electroacoustic transducer includes an earphone, a music code, and a music filter-remote controller(150). The earphone includes a driver unit for converting an electrical signal to a vibration of a diaphragm. The music code electrically couples the earphone with a portable multimedia device. The music filter-remote controller is arranged in the middle of the music code and includes a mode switch button, which selects an input signal in one of a voice signal mode and an audio signal mode. The music filter-remote controller applies different filtering schemes to voice and music signals. The music filter-remote controller includes an input portion(151), a music divider(152), a voice filter portion(153), an audio filter portion(154), and an output portion(155).
Abstract:
A head-set apparatus is provided to enable a user to wear the head-set on a left/right side ear selectively by rotatably coupling a speaker housing with an antenna housing using a hinge device. A head-set apparatus(100) includes an antenna housing(101), a speaker housing(102), a hinge device(200), a cover(115), and a switch button(119). The speaker housing(102) is coupled with one surface of the antenna housing(101) in a state of being protruded. The hinge device(200) rotatably couples the speaker housing(102) with the antenna housing(101). The hinge device(200) rotates in the center of a rotary axis extended in a direction of being protruded from one surface of the antenna housing(101). The cover(115) is attached to the other surface of the antenna housing(101). The switch button(119) is attached to the other surface of the antenna housing(101).
Abstract:
PURPOSE: A 3-axis rotating headset is provided to be tightly attached to the ears of a user by being rotated at 3 axes. CONSTITUTION: The first hinge axis(A1) penetrates a housing(10). A rotational housing(12) is rotatably coupled on the housing(10) centering on the first hinge axis(A1). The second hinge axis(A2) rotating with a certain size of diameter penetrates a connection member(14), which is rotatably coupled to the rotational housing(12), at a position distanced from the first hinge axis(A1). The third hinge axis(A3), which is perpendicular to the second hinge axis(A2) and rotates with a certain size of diameter centering on the first hinge axis(A1), penetrates one end of a hooking member(16). The hooking member(16) is rotatably provided at an end of the connection member(14).