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 headset having a loudspeaker housing and a microphone which are interconnected by a microphone boom arm that includes two opposed spaced apart arm parts, and wherein a name tag display is seatable between the arm parts and retaining tongue and grove pairs are provided at the arms and/or at the name tag display.
Abstract:
The adjustable headset is an all in one device that include an adjustable support band, an adjustable screen, a first and second ear cover, a computer system, a communications system, and a power source. The adjustable support band connects to each ear cover, allowing the virtual goggles to rest atop a user's head, with the ear covers being adjacent to a user's ears. The screen is attached to the ear covers by adjustable screen bars, which allow a user to change the distance, angle, and general orientation of the screen. The computer system is capable of storing and running software programs, such as an operating system, as well as interfacing with connected devices by means of a set of connection ports, located on the ear covers, or the communications system. Thus the virtual goggles serve to adjust to meet individual comfort needs and interface with a wide variety of technologies.
Abstract:
An electronic circuit (100) is disclosed for processing signals (20L, 20R) originating from respective signal recorders (20) integrated in respective earpieces of a headset. The electronic circuit comprises a first input for receiving a signal (20L) from the signal recorder of the ear piece intended for a left ear of a wearer of the headset, said signal relating to a blood pressure pulse (200) of said wearer; a second input for receiving a further signal (20R) relating to said blood pressure pulse from the signal recorder of the ear piece intended for a right ear of the wearer; a detection unit (110, 120) for detecting the order in the signal and the further signal are recorded by said respective signal recorders and for comparing the detected order with a correct order; and a signal adaptation unit (130) for adapting an output signal (30L, 30R) in response to the detection unit signaling a detection of an incorrect order of the signal and the further signal. A method for detecting the placement of an earpiece of a headset in the intended ear (10) of the wearer of the headset is also disclosed.
Abstract:
The present invention discloses a method and a device for suppressing residual echoes. The method comprises: performing adaptive filtering on M transmitter signals respectively to obtain M adaptive filtered signals; performing array-filtering on the M−1 adaptive filtered signals other than the first adaptive filtered signal to obtain M−1 array-filter output signals; subtracting each of the M−1 array-filter output signals from the first adaptive filtered signal respectively to obtain M−1 difference signals, performing time-domain/frequency-domain conversion on the M−1 difference signals respectively and selecting one of the frequency-domain signals that has the least energy; performing time-domain/frequency-domain conversion on the first adaptive filtered signal and the Mth adaptive filtered signal and then performing speech probability filtering on the converted first adaptive filtered signal and the converted Mth adaptive filtered signal to obtain one frequency-domain speech probability signal; and multiplying the frequency-domain speech probability signal with the selected signal that has the least energy, and performing frequency-domain/time-domain conversion on the multiplication result to obtain a signal as a transmitter output signal. The technical solutions of the present invention can suppress the residual echoes effectively without impairing near end speech.
Abstract:
A method for detecting a position of a pair of headphones at a user and a detection apparatus for detecting a position of a pair of ear phones at a user are described.
Abstract:
A Bluetooth headset includes a camera circuit, a radio frequency circuit and an antenna. The camera circuit includes a lens module and an image processing circuit electrically connected to the lens module. The lens module is for capturing and obtaining images, and the processing circuit is for processing the images from the lens module. The radio frequency circuit is electrically connected to the camera circuit, and the antenna is electrically connected to the radio frequency circuit. The radio frequency circuit processes the images from the image processing circuit, and the processed images from audio frequency circuit are transmitted to a portable electronic device through the antenna for the purpose of display. A rear view monitor system employing the Bluetooth headset is also described.
Abstract:
A method for detecting a position of a pair of headphones at a user and a detection apparatus for detecting a position of a pair of ear phones at a user are described.
Abstract:
An earphone set includes an earphone and a hanger. The earphone includes a shell and a shaft extending from the shaft. The hanger includes a bushing, a connector and a hook. The bushing is mounted on the shaft. The connector includes an annular portion mounted on the bushing. The bushing cannot be rotated in the annular portion just because of a torque derived from the weight of the earphone. However, when additionally subjected to a proper torque, the bushing can be rotated in the annular portion. The hook is rotationally connected to the connector.
Abstract:
Communication unit comprising a housing (1) in which at least one transducer is placed, and on which a microphone arm (2) is suspended. The housing also has an ear hook (6) for fastening the communication unit to the head of a user. The microphone arm (2) is pivotally connected to the housing (1) by a hinge link (3, 4, 5) at an outer area of the housing, and so that the microphone arm (2) can be moved between a position in which it lies up against the housing (1), and a position in which it extends away from the housing. The microphone arm has a length, which in the main is less than or of the same order as the greatest extent of the housing, so that in the folded-in state the microphone arm does not project out over the circumference of the housing. The communication unit can be used on both the right and the left side of the head, in that the ear hook (6) can be suspended in two different positions.