A media control device is provided. The media control device includes a first output port and a second output port. The media control device receives a user input indicative of disability information of a user. Further, the media control device controls the first output port to output a first audio portion of media content. The media control device further retrieves a second audio portion which describes a first image portion of the media content based on the received user input. The first image portion is associated with the first audio portion. The media control device further controls the second output port to output the first audio portion and the second audio portion based on the received user input.

A loudspeaker system includes a subwoofer. The subwoofer includes a housing having a plurality of walls which together define an acoustic cavity. The plurality of walls includes a front wall, a rear wall, a top wall, a bottom wall, and a plurality of sidewalls extending between the top and bottom walls and between the front and rear walls. A first transducer mounted to the front wall of the housing. The first transducer includes a diaphragm having a major axis and a minor axis. The major axis has a fist end proximate the bottom wall and an opposite, second end proximate the top wall, such that the major axis is arranged vertical, relative to ground when the subwoofer is rested on its bottom wall. The top wall has a handle such that the loudspeaker can be carried with the major axis arranged vertical to ground.

An electronic device includes a charging unit and a control unit. The control unit inhibits the charging unit from charging a battery in a case where audio recording using a first microphone is performed, and permits the charging unit to charge the battery in a case where audio recording using a second microphone different from the first microphone is performed.

The present disclosure relates to an audio component, including an enclosure, a speaker, and a connector. The enclosure includes a receptacle and a connection hole connected to the receptacle, both the speaker and the connector are accommodated in the receptacle, a plug port of the connector is connected to outside of the enclosure by using the connection hole, a sound guide channel connected between the speaker and the plug port is formed in the receptacle, and the sound guide channel is configured to propagate, to the plug port, a sound emitted by the speaker. This disclosure further discloses a mobile terminal.

A portable multimedia device includes: An enclosure; a wireless communication element enclosed within the enclosure, the wireless communication element able to receive audio data from a mobile device; a pair of speakers enclosed within the enclosure that are able to generate an audio output based on the audio data received from the mobile device or directly from the head units internal radio and its external antenna; and a set of external connection ports. Also within the enclosure; a battery pack charger board, able to charge the battery pack converted from household power, which sends the electricity necessary to power the head unit and speakers. A light on the charger's circuit board within the enclosure is able to light up as a nightlight. Exterior and configured to be secured to the enclosure: Mobile device holding bays that are able to carry or hold mobile devices onto the boombox system; a carry handle antenna that is able to improve reception and able to carry the boombox and a mobile device simultaneously; a carry strap able to carry the boombox and a mobile device simultaneously; a switch that is able to provide electricity to the stereo, its memory and to the speakers from the battery pack; and speakers configured to be secured to the pipe which are covered by speaker covers configured to slide onto the pipe; and speaker screens that are configured to slide into the covers.

A device that adds wireless Bluetooth capability for audio to an existing in-flight entertainment system is disclosed. Audio and power are sent from the existing system to provide power and audio input to the Bluetooth transmitter. The audio and power are split so that they are also sent to female audio and power ports for passengers to use in the same way in-flight entertainment systems are currently designed.

The portable stereo music playback system of the present invention includes a portable pure stereo music player and stereo earphones. The left and right channels of the player have two or more electronic frequency dividing(crossover) circuits respectively. The audio domain is continuously divided, and each electronic crossover circuit is output independently through a multi-contact connector. The earphone has a left-channel earphone and a right-channel earphone. There are the same number of driver units according to the numbers of electronic crossover circuits in the left and right channels of the player. Each driver (sounding) unit in the left-channel earphone and the right-channel earphone is connected to the player through an independent wire via a multi-contact connector, the left channel driver units and the right channel driver units in the earphone respectively play back the sound of the audio segments corresponding to the electronic crossover circuits of the left and right channels of the player.

The present invention provides a customizable ear insert for fitting within a user's outer ear or ear canal or both and methods therefor. In accordance with an aspect of the present invention, there is provided a customizable ear insert having: a body formed of photocurable polymer, the body having a first shape configured for insertion into the outer ear canal of a user; a light source, the light source positioned adjacent the body, and wherein the body can be cured into a second shape by application of light generated by the light source, the second shape snugly conforming to the interior surface of the user's outer ear or ear canal or both.

A game controller for a mobile device is provided. The game controller includes a control module, a first audio module, and a second audio module. The mobile device includes a first wireless communication module. The first audio module is wirelessly connected to an audio device. The second audio module is electrically connected to the mobile device, so as to control the mobile device to be wirelessly connected to the audio device. A pairing between the audio device and the first audio module and a pairing between the audio device and the first wireless communication module of the mobile device are performed before the audio device is used. The control module generates a control command according to a category of audio information of the mobile device, so as to output the audio information to the audio device through the first audio module or the second audio module.

An electronic headset device, comprising a headset housing; a speaker disposed inside the headset housing; a connector for connecting with an external electronic device; an audio IC module electrically connected with the connector and configured to convert a digital audio signal into an analogue audio signal; a connection line for electrically connecting the speaker with the audio IC module; a radio IC module disposed on the path of the connection line and electrically connected to the connection line; and a radio antenna connected to the radio IC module, wherein the radio IC module may be configured to use the radio antenna to receive a radio signal.