Patent application number | Description | Published |
20090131023 | Intelligent queue for information teleservice messages with superceding updates - A message exchange network is disclosed in which at least two different methods of storing messages in memories of message storage entities, e.g., a mobile handset, an SMSC, an e-mail client, or an e-mail server, are utilized based on the type and the content of the information contained within the message. An information service message containing information that is supercedingly updateable, e.g., stock quote, weather or traffic information, is stored using a replacement method by which an older message previously stored is replaced by a newly received message. All other types of messages are stored using an append method by which the newly received message is stored in an unoccupied available memory location. In a disclosed embodiment, message identifier included in the message itself provides information necessary to distinguish between the aforementioned two types of messages. In a disclosed embodiment, a block of message identifiers is reserved for storage of information service messages. The architectures and methods for receipt, delivery and storage of messages disclosed herein replaceable and/or on demand update of information service messages while providing efficient use of memory in which the messages are stored, avoiding the annoyance and inconvenience to the subscriber in having to scroll through numerous stale and/or obsolete messages in order to view the most current up to date message and having to manually selecting and deleting obsolete and stale messages, and avoiding unnecessary deliveries of the obsolete and stale messages by message centers. | 05-21-2009 |
20110045855 | Intelligent queue for information teleservice messages with superceding updates - A message exchange network is disclosed in which at least two different methods of storing messages in memories of message storage entities, e.g., a mobile handset, an SMSC, an e-mail client, or an e-mail server, are utilized based on the type and the content of the information contained within the message. An information service message containing information that is supercedingly updateable, e.g., stock quote, weather or traffic information, is stored using a replacement method by which an older message previously stored is replaced by a newly received message. All other types of messages are stored using an append method by which the newly received message is stored in an unoccupied available memory location. In a disclosed embodiment, message identifier included in the message itself provides information necessary to distinguish between the aforementioned two types of messages. In a disclosed embodiment, a block of message identifiers is reserved for storage of information service messages. The architectures and methods for receipt, delivery and storage of messages disclosed herein replaceable and/or on demand update of information service messages while providing efficient use of memory in which the messages are stored, avoiding the annoyance and inconvenience to the subscriber in having to scroll through numerous stale and/or obsolete messages in order to view the most current up to date message and having to manually selecting and deleting obsolete and stale messages, and avoiding unnecessary deliveries of the obsolete and stale messages by message centers. | 02-24-2011 |
20120106724 | Intelligent queue for information teleservice messages with superceding updates - A message exchange network storing messages in memories of message storage entities, e.g., a mobile handset, based on the type and content of information within the message. An information service message containing supercedingly updateable information, e.g., a traffic update, is stored using a replacement method by which a previously stored message is replaced by a newly received message. All other types of messages are stored using a conventional append method. A message identifier within the message itself provides information necessary to distinguish between the aforementioned types of messages. In another embodiment, a block of message identifiers is reserved for storage of information service messages. The architectures and methods for receipt, delivery, and storage of messages enables replaceable and/or on demand update of information service messages, provides efficient use of storage memory, avoids numerous stale/obsolete messages, avoids manual selection and deletion of stale/obsolete messages, and avoids unnecessary delivery of stale/obsolete messages. | 05-03-2012 |
20120282883 | Voice over internet protocol (VoIP) E911 metro street address guide (MSAG) validation - An overlay list of MSAG-valid addresses is created for use in lieu of (or in addition to) the lat/lon or postal address which otherwise would go with an E911 VoIP 911 call. This overlays the nation with a series of MSAG-addressed polygons, with center points identified in those polygons, and MSAG-valid addresses provided to the PSAPs for those centers, preferably along with the original latitude/longitude coordinates. | 11-08-2012 |
20130244734 | Integrated, Detachable Ear Bud Device for a Wireless Phone - An integrated, detachable ear bud system that is attached to an associated wireless phone. The integrated, detachable ear bud system may be one ear bud, or pair of ear buds, or ear bud or ear buds including a microphone. In certain embodiments an integrated, detachable, attached auditory device is physically connected to its associated wireless phone via an extendable and retractable electrical cord, and integrated into the case of the associated wireless phone, to forcibly keep with the wireless phone even when not in use, preventing misplacement, loss, or even inadvertent separation from the wireless device. The ear buds may connect to a recharge port on the wireless phone, and be charged when the wireless phone is charging. When in its attached home position, the ear-mountable speaker may tuck into a mating cavity. A latch or magnet may assist in attaching the integrated, detachable ear bud to the wireless phone. | 09-19-2013 |
20150071417 | Voice Over Internet Protocol (VOIP) E911 Metro Street Address Guide (MSAG) Validation - An overlay list of MSAG-valid addresses is created for use in lieu of (or in addition to) the lat/lon or postal address which otherwise would go with an E911 VoIP 911 call. This overlays the nation with a series of MSAG-addressed polygons, with center points identified in those polygons, and MSAG-valid addresses provided to the PSAPs for those centers, preferably along with the original latitude/longitude coordinates. | 03-12-2015 |
20150341769 | Voice Over Internet Protocol (VOIP) E911 Metro Street Address Guide (MSAG) Validation - An overlay list of MSAG-valid addresses is created for use in lieu of (or in addition to) the lat/lon or postal address which otherwise would go with an E911 VoIP 911 call. This overlays the nation with a series of MSAG-addressed polygons, with center points identified in those polygons, and MSAG-valid addresses provided to the PSAPs for those centers, preferably along with the original latitude/longitude coordinates. | 11-26-2015 |
20150382165 | Automatic Call Forwarding to In-Vehicle Telematics System - Cell phone calls are automatically call forwarded to an in-vehicle telematics system when a driver using the cell phone is in their vehicle. Presence of the driver may be detected, e.g., by detection of a key in the ignition and presumption that the driver is in the vehicle while the key is in the ignition. The in-vehicle telematics unit signals that its driver is present. A phone number lookup is performed, e.g., by a third party database service associating cell phone number and wireless carrier with a telematics phone number of the drivers vehicle. A call forwarding request is then made between the telematics network to the relevant wireless carrier providing service to the driver's cell phone. The correct wireless carrier network is contacted, and a call forward is established to the telematics system of the driver's vehicle. When the driver leaves the vehicle, the call forwarding is terminated. | 12-31-2015 |