1115 results about "Telephone equipment" patented technology

A content provider system for enabling content providers to create voice pages with audio files included for use in a network for voice page delivery through which subscribers request a voice page and a voice page server system delivers the voice page audibly to the subscriber. A content provider selects a voice page into which the audio file is to be incorporated, selects the audio file and the content provider system then transfers the audio file to a voice page server system which generates a voice page with the audio file included using XML-based tags designated for audio files. The audio files are uploaded from a number of user devices including a telephony device, a web-based system and a PDA.

An improved method for delivery and play back of sound and image files is provided. This new method includes the use of sound and/or image clips, which can be snippets or full files, as alerts for a variety of electronic devices or for playing on a handheld device, and for use as a promotion to sell items associated with the files. A collection or library of uniquely selected and/or edited clips may also be provided to the consumer in a manner far more conveniently on conventional telephone equipment than previously available. Algorithms are provided for the delivery, storage and playback of the sound files, including a delivery method algorithm (500), a parametric optimization and compression algorithm (1500), and an error correction algorithm. In contrast to the conventional ring tones or musical chimes used to ring cellular phones currently on the market, the current invention provides a method for ringing cellular phones and landline telephones with real sound recordings including real music, which may be songs lifted from copyright registered CD tracks, and may comprise human voice, various instrument sounds, and other sound effects of a high quality. A software based system for encoding the hardware of existing cellular phones at the time of manufacturing with delivery, storage, and playback capabilities in accordance with the present invention is provided, such that additional hardware is not required.

Customer premises telephone equipment and methods are provided for identifying a calling party's telephone number, household name, and city and/or state location, to a called party. The equipment and method includes one or more directories containing city and state location information corresponding to a complete listing of all area codes an local exchanges throughout a selected calling region or country. A receiver receives an incoming telephone number of an incoming telephone call and a comparator compares the received incoming telephone number with the directory or directories containing the city and state location information to identify a city and state location associated with the incoming telephone number. The equipment includes a display for displaying the incoming telephone call number, the household name, and/or the city and state location associated with the incoming call.

Systems and methods for silent message delivery are provided. One such embodiment includes a message receiver configured to receive a text message and convert it to a corresponding speech message. A message router is connected to the message receiver and configured to route the speech message dependent on information included in the speech message in accordance with a messaging directory. Preferably, a Voice Profile for Inter-system Messaging (VPIM) agent is connected to the message router and configured to convert the speech message to a corresponding VPIM message and deliver it to a voice mail system. Methods are also provided for delivery of a text message as speech message to a voice mail system without initiating a call to a telephonic device.

A network-enabled user interface device, for example a VoIP telephony device that serves as a Voice over IP endpoint, includes an executable presence resource configured for establishing and maintaining presence information for a user of the user interface device. The presence resource outputs the presence information to at least one selected destination, enabling other user interface devices on the network to detect the presence information for the user relative to the user interface device. The presence resource also is configured for retrieving presence information for other network subscribers, enabling the user interface device to select available services based on the retrieved presence information. Moreover, user interface device may present selected services or network subscriber data to the user based on the retrieved presence information, enabling the user to determine appropriate operation to perform based on the retrieved presence information.

A dialog device comprises a natural language interfacing device (chat interface or a telephonic device), and a natural language output device (the chat interface, a display device, or a speech synthesizer outputting to the telephonic device). A computer stores natural language dialog conducted via the interfacing device and constructs a current utterance word-by-word. Each word is chosen by applying a plurality of language models to a context comprising concatenation of the stored dialog and the current utterance thus far. Each language model outputs a distribution over the words of a vocabulary. A recurrent neural network (RNN) is applied to the distributions to generate a mixture distribution. The next word is chosen using the mixture distribution. The output device outputs the current natural language utterance after it has been constructed by the computer.

A communications platform provides communication services for parties communicating in different languages. The communications platform may receive a language interpretation request from a first party via a telephone device and identify first and second languages associated with the request. The communications platform may determine whether the first party is associated with an account, to which a fee associated with the language interpretation is to be debited, and may forward the language interpretation request based on the association of the first party with the account.

Control system for devices such as an audio reproduction system, an actuator device, an electromechanical device and a telephony device. The system includes control circuitry which receives an input signal and a signal indicative of a position of a portion of the controlled apparatus. The control circuit provides an output signal to the controlled apparatus to affect an operation of the controlled apparatus. The output signal provides control of the apparatus to compensate for one or more of: motor factor; spring factor; back electromotive force; and impedance of a coil in a driver of the controlled apparatus. The signal indicative of position is derived by one or more position indicator techniques such as an infrared LED and PIN diode combination, position dependent capacitance of one portion of the controlled apparatus with respect to another portion of the controlled apparatus, and impedance of a coil in the controlled apparatus. The control circuitry is configurable to control transconductance and/or transduction of the system being controlled. A technique is disclosed to detect and measure a cant of a voice coil transducer, the technique including measuring a capacitance between one portion of the voice coil transducer with respect to another portion of the voice coil transducer over a range of movement of the voice coil during operation.

A cellular, PDA communication device and communication system for allowing a plurality of cellular phone users to monitor each others' locations and status, to initiate cellular phone calls by touching a symbol on the touch screen display with a stylus which can also include point to call conferencing calling. Each participant's cellular phone PDA device includes GPS navigation receiver with application software for point to call cellular phone initiation to participants and geographical entities including vehicles, persons or events, conference calls and video transfers. The method and system also includes automatic shifting from GPRS/EDGE/CDMA/1XEVDO to SMS when any of the cellular phones in the communication network is in the voice mode and in use and for automatic shifting back to GPRS/EDGE/CDMA/1XEVDO upon completion of the voice phone call. In addition, using the system, a full transfer of photographs, video clips and high speed data can be used between any cellular phones regardless of who the cellular phone vendors or cellular phone companies are and in either CDMA, GSM, WiFi or a combination of the two.

A telecommunication system that routes an inbound telephone communication through an enterprise communication network and server. The system and its operating method routes an incoming call to a first recipient, and if the first recipient does not answer, then routes the call to a second recipient (or more) based on a predetermined user profile and/or user overflow group. The server retrieves an overflow group profile, consisting of a plurality user profiles, associated with the called device, determines how to route the call, and initiates a call to the user and/or overflow group members according to how the call should be routed. The system can route the incoming call to a plurality of telephony devices including personal digital assistants and other remote devices.

Methods, apparatus, and computer program products are described for effecting functions on a multimodal telephony device, implemented with the multimodal application operating on a multimodal telephony device supporting multiple modes of interaction including a voice mode and one or more non-voice modes, the multimodal application operatively coupled to an automated speech recognition engine. Embodiments include receiving the speech of a telephone call; identifying with the automated speech recognition engine action keywords in the speech of the telephone call; selecting a function of the multimodal telephony device in dependence upon the action keywords; identifying parameters for the function of the multimodal telephony device; and executing the function of the multimodal telephony device using the identified parameters.

A system and method for providing targeted advertising to telephone callers in mid-dial. The invention monitors the dialing activities of a caller. When a caller enters a partial desired telephone number, an embodiment of the present invention receives the partial number and determines whether an advertisement should be presented to the caller. If all of the appropriate conditions are met, a selected advertisement is transmitted to the caller's telephony device and the caller is given the opportunity to respond to the advertisement before the dialing operation completes.

A voice communication system over WiFi 802.11 network includes: WiFi phone devices, subscription servers and wireless access points. Through voice and data gateways the system can transfer both voice and data streams through WiFi; Phone devices with both wired and WiFi wireless interfaces can automatically switches between wired network and wireless network through WiFi access points. Subscription server maintains the current status of each device every time it changes location. Voice packets are prioritized over regular data packets and dispatched to different network interface by smart packet dispatcher. Quality of service for voice conversation over WiFi is achieved by various methods: piggy-tail method and ACK enhancements and other improvements to reduce delay and latency of real time voice packets.

A Call Management System provides for management of calls directly by system users at their workstation computers via a digital data network such as a digital networks not controlled via the user's telephone instruments as in prior systems. A call management computer intercepts incoming calls and controls the handling of such calls according to instructions received from the users' workstations, which are accessed via the digital data network. Trunk circuits are monitored and controlled using digital signal processors to proactively identify the called party, the calling party and the call type (voice, Fax, data) and control and to monitor all calls. Each different type of call is managed differently and automatically through direct user workstation controls and/or user-generated rules to provide special treatment for designated callers. Multiple calls to user at the same time may be handled with no busy signals to callers. Only one number is needed for a user to receive voice Fax and data calls. Fax and data transmissions are automatically received.

Control system for devices such as an audio reproduction system, an actuator device, an electromechanical device and a telephony device. The system includes control circuitry which receives an input signal and a signal indicative of a position of a portion of the controlled apparatus. The control circuit provides an output signal to the controlled apparatus to affect an operation of the controlled apparatus. The output signal provides control of the apparatus to compensate for one or more of: motor factor; spring factor; back electromotive force; and impedance of a coil in a driver of the controlled apparatus. The signal indicative of position is derived by one or more position indicator techniques such as an infrared LED and PIN diode combination, position dependent capacitance of one portion of the controlled apparatus with respect to another portion of the controlled apparatus, and impedance of a coil in the controlled apparatus. The control circuitry is configurable to control transconductance and/or transduction of the system being controlled. A technique is disclosed to detect and measure a cant of a voice coil transducer, the technique including measuring a capacitance between one portion of the voice coil transducer with respect to another portion of the voice coil transducer over a range of movement of the voice coil during operation.

The present invention takes advantage of Voice over Internet Protocol (VoIP) technology by introducing VoIP-based call center telephony equipment that is software-based and runs on inexpensive off-the-shelf personal computer (PC) systems. With the VoIP-based call center system of the present invention, the traditional Public Switched Telephone Network (PSTN) is coupled to a Voice over Internet Protocol (VoIP) gateway in order to convert all incoming traditional telephone communication into VoIP based telephony telecommunication. This is performed using the well-known SIP telephony protocol set forth in RFC 3261. Once converted to the VoIP format, the incoming VoIP-based calls are directed to the VoIP based Call Center Server system. The Call Center Server system provides all the sophisticated call center features that were formerly only available in large call centers created with specialized expensive telephone equipment

Control system for devices such as an audio reproduction system, an actuator device, an electromechanical device and a telephony device. The system includes control circuitry which receives an input signal and a signal indicative of a position of a portion of the controlled apparatus. The control circuit provides an output signal to the controlled apparatus to affect an operation of the controlled apparatus. The output signal provides control of the apparatus to compensate for one or more of: motor factor; spring factor; back electromotive force; and impedance of a coil in a driver of the controlled apparatus. The signal indicative of position is derived by one or more position indicator techniques such as an infrared LED and PIN diode combination, position dependent capacitance of one portion of the controlled apparatus with respect to another portion of the controlled apparatus, and impedance of a coil in the controlled apparatus. The control circuitry is configurable to control transconductance and/or transduction of the system being controlled. A technique is disclosed to detect and measure a cant of a voice coil transducer, the technique including measuring a capacitance between one portion of the voice coil transducer with respect to another portion of the voice coil transducer over a range of movement of the voice coil during operation.

A telephone device such as a speaker phone or message recording device is remotely controlled either as a standalone device or as part of a security system. The telephone device can be controlled by a key fob or other user-operated transmitter that a user actuates to answer a call by speaker phone, end a call, place a call, or control functions of the message recording device such as playing back messages. The key fob transmits a wireless signal that is received and processed by a security system. In response, the security system controls the telephone device. The key fob may control security functions as well. In another approach, the key fob may control the telephone device directly without intervention of a security system. Or, the key fob may control the telephone device via a home automation network.

An audio apparatus includes: an audio device arranged to supply an audio signal to a speaker to play an audio; an external adapter connected to the audio device; and a mobile phone device detachably mounted to the external adapter, in which the audio device plays, via the external adapter, an audio signal from the mobile phone device, and the external adapter includes a control unit and in conjunction with mounting and detachment of the mobile phone device with respect to the external adapter, the control unit changes a state of the audio device.

Control system for devices such as an audio reproduction system, an actuator device, an electromechanical device and a telephony device. The system includes control circuitry which receives an input signal and a signal indicative of a position of a portion of the controlled apparatus. The control circuit provides an output signal to the controlled apparatus to affect an operation of the controlled apparatus. The output signal provides control of the apparatus to compensate for one or more of: motor factor; spring factor; back electromotive force; and impedance of a coil in a driver of the controlled apparatus. The signal indicative of position is derived by one or more position indicator techniques such as an infrared LED and PIN diode combination, position dependent capacitance of one portion of the controlled apparatus with respect to another portion of the controlled apparatus, and impedance of a coil in the controlled apparatus. The control circuitry is configurable to control transconductance and/or transduction of the system being controlled. A technique is disclosed to detect and measure a cant of a voice coil transducer, the technique including measuring a capacitance between one portion of the voice coil transducer with respect to another portion of the voice coil transducer over a range of movement of the voice coil during operation.

A mobile communication device (e.g. a handheld telephone device) has a first wireless transceiver for communications via a wireless communication network and a second wireless transceiver for communications with a wireless peripheral device (e.g. a wireless audio headset or earpiece). The mobile device receives, from the wireless peripheral, an identification of a type or model of the wireless peripheral. The mobile device causes user interface (UI) function mapping information of the wireless peripheral to be selectively retrieved based on the received identification of the type or model. The UI function mapping information is indicative of a plurality of device functions assigned to a plurality of user input controls of the wireless peripheral. UI instruction information which is based on the retrieved UI function mapping information is then displayed at the mobile device. For example, when an incoming call is received, UI instruction information which identifies a first user input control for causing the incoming call to be answered and a second user input control for causing the incoming call to be ignored is displayed. The UI function mapping information may be selectively retrieved by transmitting, via the first wireless transceiver, a request which indicates the type or model of the wireless peripheral, for receipt by a server having different sets of UI function mapping information stored in association with a plurality of different types or models of wireless peripherals.