127 results about "Handsfree" patented technology

In a handsfree system, when a mobile phone receives an incoming voice call from a mobile phone network while data communicating with a device that is an in-vehicle device (handsfree device), the mobile phone is automatically changed from a handset mode to a handsfree mode. Thereby, immediately after the mobile phone receives an incoming voice call from the mobile phone network, the mobile phone can be automatically changed from a handset mode to a handsfree mode without any user's operation.

A wireless phone based system to accommodate users of wireless phones for providing information as to the location of certain services such as gasoline stations, movie theatres, drug stores, etc., includes the utilization of a GPS receiver and a wireless phone, with the wireless phone adapted to call a predetermined number requesting the desired service and providing the location of the cellular phone. In one embodiment, the GPS receiver is co-located with the wireless phone in a car, with the wireless phone being carried in a handsfree cradle having a number of service-request buttons, such that depression of a service-request button activates the wireless phone through its bus structure to call a predetermined number and provide the identity of the caller along with the caller's location. In a further embodiment, a single button, located on the phone or on the handsfree cradle, is utilized to cause the wireless phone to dial a concierge service, in which the concierge service has operators and a database, such that the operator can either direct the caller to whatever service the caller desires or take care of the request, with the operator having been apprised of the location of the wireless phone. This allows the operator to key in the latitude and longitude of the wireless phone and access the database of services both as to the type of service and as to the location of the closest service provider.

An in-vehicle handsfree apparatus connects a handsfree profile (HFP) with a cellular phone, and then connects a service discovery profile (SDF) with the cellular phone to thereby designate a compliance state of the cellular phone with respect to a phone book access profile (PBAP) as a PBAP compliance flag. Then, when a user performs an operation to require an all item transfer to transfer all items of phone book data registered in the cellular phone, the handsfree apparatus refers to the PBAP compliance flag to thereby select and connect either the PBAP or an object push profile (OPP) with the cellular phone.

An emergency reporting apparatus for a vehicle includes a microphone, a loudspeaker, and a handsfree system circuit. Handsfree two-way speech communication with an emergency report receiving center is allowed via the microphone, the loudspeaker, and the handsfree system circuit. A volume control circuit connected to the loudspeaker operates for controlling a volume level of sound generated by the loudspeaker at a predetermined constant level or higher. The volume control circuit may control the volume level at the predetermined constant level, and may inhibit a user from changing the volume level.

A handsfree call apparatus includes: a speaker held in the vicinity of a user's ear by a holding unit with a speaker unit thereof not being attached to a baffle board so as to mix sounds emitted from the front and back of a diaphragm thereof; a microphone, which is provided to a region where sounds emitted from the front and back of the diaphragm of the speaker are mixed and canceled out, configured to collect the call voice of the user; an output unit configured to output a call voice signal of the user from the microphone to transmit this to a call partner; and an input unit configured to receive a call voice signal from the call partner to supply this to the speaker.

A handset comprising a sealed unit receiver and a loudspeaker, first apparatus for providing sound from the receiver to the ear of a user when the ear of the user is sealed to the handset, and second apparatus for providing sound from both the receiver and from the loudspeaker to the ear of the user when the ear of the user is only partly sealed to the handset.

A handsfree video phone system includes a video phone terminal and a car device in which a microphone, a speaker, and a camera are connected with an instrument panel via a cable. The video phone terminal is connected with the instrument panel via a wireless communication medium. When the video phone terminal is brought into the vehicle, the instrument panel informs the video phone terminal of the attribute information on the system structure. According to the attribute information, the video phone terminal switches the paths of multiplexed audio-video data so as to replace a microphone, a speaker, a camera, and a display that have been built in the video phone terminal with the microphone, the speaker, the camera, and a display of the instrument panel when the status changes to the communication status.

While a handsfree device being multi-profile compatible is maintaining a connection for a handsfree profile (HFP) with a mobile phone handset, the handsfree device cuts off the connection for the HFP based on a user's operation. After cutting off, the handsfree device establishes a connection for a dial-up network profile (DUN), and subsequently transmits a request for a connection for the HFP while maintaining the connection for the DUN. Subsequently, the handsfree device determines whether the handset is multi-profile compatible according to the response to the request from the handset. Based on the determination that the handset is multi-profile compatible, the handsfree device executes the processes for the HFP while maintaining the connection for the DUN.

A handsfree video phone system includes a video phone terminal and a car device in which a microphone, a speaker, and a camera are connected with an instrument panel via a cable. The video phone terminal is connected with the instrument panel via a wireless communication medium. When the video phone terminal is brought into the vehicle, the instrument panel informs the video phone terminal of the attribute information on the system structure. According to the attribute information, the video phone terminal switches the paths of multiplexed audio-video data so as to replace a microphone, a speaker, a camera, and a display that have been built in the video phone terminal with the microphone, the speaker, the camera, and a display of the instrument panel when the status changes to the communication status.

In a sound information output system installed in a vehicle, a first determining unit is communicable with a handsfree cellular phone unit. The handsfree cellular phone unit allows handsfree conversation. The first determining unit is configured to determine whether the handsfree cellular phone unit is in off-hook state or in on-hook state. A holding unit is configured to hold output of the first sound information when it is determined that the handsfree cellular phone unit is in off-hook state.

A portable telephone includes: a voice input section; a voice output section; an interface required to connect the portable telephone to an external device for making a handsfree phone call; and a control section, wherein when a failure occurs in the connection between the portable telephone and the external device while the hands free phone call is made via the interface, the control section changes a phone call process from the handsfree phone call via the interface to a handsfree phone call by the voice input section and the voice output section.

A handsfree apparatus notifies a user of the reception of a mail if the reception of the mail by a cellular phone happens during a call, and stores an unread history of the received mail in a memory unit if a mail content display operation is not performed. Further, the handsfree apparatus notifies the user of the unread history of the received mail when Bluetooth connection link to the cellular phone having received the mail is disconnected, thereby enabling the received mail to be recognized by the user.

An audio system that adjusts one or more beam patterns emitted by one or more loudspeaker arrays based on the preferences of users / listeners is described. The audio system includes an audio receiver that contains a listener location estimator, a listener identifier, and a voice command processor. Inputs from the listener location estimator, the listener identifier, and the voice command processor are fed into an array processor. The array processor drives the one or more loudspeaker arrays to emit beam patterns into the listening area based on inputs from each of these devices. By examining the location, preferred usage settings, and voice commands from listeners, the generated beam patterns are customized to the explicit and implicit preferences of the listeners with minimal direct input. Other embodiments are also described.

If a cellular phone with which a communication link is established is compliant with PBAP (Phone Book Access Profile), an in-vehicle navigation apparatus with a handsfree function stores and arranges, in a work memory device, phone book data transmitted automatically from the cellular phone. Thus, the newest phone book data can be made available. On the other hand, if the cellular phone is not compliant with PBAP, the in-vehicle navigation apparatus stores and arranges, in the work memory device, phone book data, which are presently stored in a storage memory device. Thus, if the presently stored phone book data, which are not newest, are desirable, they can be made available.

A handsfree communication system includes microphones, a beamformer, and filters. The microphones are spaced apart and are capable of receiving acoustic signals. The beamformer compensates for propagation delays between the direct and reflected acoustic signals. The filters are configured to a predetermined susceptibility level. The filter process the output of the beamformer to enhance the quality of the received signals.

A handsfree device in communication with a remote communication device by one of wireless communication and wired communication for establishing a handsfree call includes a call interruption detection unit for detecting a call interruption by a second call while the remote communication device is involved in a first call and a response command transfer unit for transferring a response command to the remote communication device in response to the call interruption when the call interruption is detected by the call interruption detection unit.

A handsfree apparatus performs an operation for requesting a connection of a Bluetooth connection link to a cellular phone after guaranteeing a continuous playback of music streaming data by an audio player in a time slot that does not have packet transfer of the music streaming data, if the connection request of the Bluetooth connection link to the cellular phone is generated during a time of A2DP connection that defines packet transfer of the music streaming data with the audio player. The connection request of the Bluetooth connection link to the cellular phone is thus handled appropriately without interrupting a continuous playback of the music streaming data.

Methods, apparatuses, and computer program products are provided to indicate or automatically configure headphone channel orientation based on a physical orientation determination. An apparatus is provided that is configured to at least determine an orientation of the headphone device; analyze the determined orientation; and provide an indication of the determined orientation or adjust the output channel configuration of the apparatus for the headphone device. The apparatus may be further configured to determine the orientation of the headphone device based on at least one of: a head turn position; a direction of one or more audio signals; a direction of movement, wherein the movement is determined based on a determination of acceleration or trajectory of the headphone device; two or more compass data, wherein at least one compass is located in each of the apparatus and the headphone device; and a difference in characteristics of one or more audio signals.

A multifunction car charger connector compromising a pedestal and a backup battery charging body. The pedestal has a charger connector connects to the cigarette lighter of the automobile and forms a charging and handsfree circuit internally for mobile phones, PDA's or handheld games, a circuit board is installed on the converter base of the pedestal; a plug-in slot is on the converter base for a charging circuitry to fit in and connect to the backup battery charging body for the backup batteries, the batteries connects to the circuit inside the pedestal through the charging circuitry and a conductor slice. A plug base is on the pedestal to connect to mobile phones, PDA's or handheld games with an extension cable.

By executing a ring-tone determination program and so on, a handsfree device transmits range information to a mobile phone handset connected with the handsfree device. When the handsfree device receives information of frequency ranges used by ring-tone signals in the handset, it makes a determination according to the received information. If the received information indicates that the handset is compatible with the range information, it transmits a signal for directing not to restrict a frequency range. If the received information indicates that the handset is not compatible with the range information, it transmits either of a signal for directing to restrict a frequency range or a denial signal denying the reception of ring-tone sound, depending on a setting in the handsfree device.

Conversational dialog with a computer or other processor-based device without requiring push-to-talk functionality. In one embodiment, a computer-implemented method first determines that a user desires to engage in a dialog. Based thereon the method turns on a speech recognition functionality for a period of time referred to as a listening horizon. Upon the listening horizon expiring, the method turns off the speech recognition functionality.

An in-vehicle handsfree apparatus is disclosed. The in-vehicle handsfree apparatus includes a handsfree connection section and a control section. The connection section establishes connection with first and second cellular phones by using a handsfree communication protocol. When the control section determines that the first and second cellular phones are respectively receiving incoming calls at a same time, the control section causes an display unit to distinctly display information associated with the incoming call of the first cellular phone and information associated with the incoming call of the second cellular phone.

An in-vehicle device having handsfree communication function includes: a coupling element for coupling the in-vehicle device and a cell phone with a handsfree communication protocol and a mail transfer protocol, which are executed simultaneously; a status determination element for determining whether the cell phone is in a communicating state with an external phone for handsfree communication; a incoming mail determination element for determining whether an incoming mail is sent from the external phone when the cell phone receives an electronic mail; and a controller for executing a process with respect to the incoming mail without user operation when the incoming mail determination element determines that the incoming mail is sent from the external phone.

An in-vehicle handsfree apparatus establishes concurrent connection between a BT interface device and a cellular phone with respect to a handsfree profile (HFP) for realizing a handsfree phone call, a message access profile (MAP) for realizing a mail transfer, and an audio video profile (AVP) for realizing an audio data transfer. During a duration of the concurrent connection being established, a disconnection request of HFP or MAP occurs. In such a case, MAP is disconnected in conjunction with having disconnected HFP, or HFP is disconnected in conjunction with having disconnected MAP.

An in-vehicle apparatus having a handsfree function is disclosed, which includes an incoming mail reception determination section, a mode determination section and a control section. The incoming mail reception determination section determines whether a cellular phone receives an incoming mail. The mode determination section determines which one of a handset communication mode and a handsfree communication mode is selected in the cellular phone. The control section performs control regarding whether a mail reception notice should be issued to a user. The control section prohibits the mail reception notice from being issued to the user when the incoming mail reception determination section determines that the cellular phone receives the incoming mail and when the mode determination section determines that the cellular phone is in the handsfree communication mode.

By executing a ring-tone determination program and so on, a handsfree device transmits range information to a mobile phone handset connected with the handsfree device. When the handsfree device receives information of frequency ranges used by ring-tone signals in the handset, it makes a determination according to the received information. If the received information indicates that the handset is compatible with the range information, it transmits a signal for directing not to restrict a frequency range. If the received information indicates that the handset is not compatible with the range information, it transmits either of a signal for directing to restrict a frequency range or a denial signal denying the reception of ring-tone sound, depending on a setting in the handsfree device.