108 results about "Postal address" patented technology

Methods and systems whereby two electronic wallets communicate and exchange information. In one such system, a consumer's personal electronic wallet communicates with the exclusive or preferred wallet of a web merchant. In one such system, an internet consumer registers with a web merchant's exclusive or preferred electronic wallet (“merchant wallet”) and provides consumer information (e.g., credit card number, mailing address, and other information) to the merchant wallet, which is stored by the merchant wallet in a database on the merchant server. Such information may be automatically populated by the consumer's personal electronic wallet. The consumer maintains current consumer information in a consumer electronic wallet on the consumer's personal computer. When the consumer visits the merchant site again, and orders goods or services, the merchant's preferred wallet can be automatically updated by the consumer's electronic wallet if any of the data in the merchant's wallet has changed. For example, the consumer wallet examines the information in the merchant wallet to determine if the information in the merchant wallet conforms to the current information in the consumer wallet. If the information does not conform, the consumer wallet communicates the current consumer information to the merchant wallet.

A method and system for identifying alternate contact information of a specific type; particularly, by providing an inputted Email address in a query, one or more alternate Email addresses can be returned to the query, using an automated database. The system is queried using an entity's known Email address, which, in turn, is associated with other contact information for the entity, such as name and postal address, and the other contact information is then used to identify alternative Email addresses for the targeted entity either at the time of the query or in preparation of the database, and the alternative Email address(es) are then outputted to the requestor from the system. The method uses knowledge of contact points of different types for the same entity to identify alternate contact points of a single type, within a database of contact information.

A system and method for authenticating votes received from a voter's mobile device comprising a computer programmed with a set of computer-readable instructions and a database accessed by mobile device reading a durable computer readable medium stored in a computer server, the database comprising a registered voter and a geographical location for the registered voter's postal mail delivery address, means to receive a vote in an election over a wireless carrier network, means to determine the geographical location of a device which transmitted the vote over the wireless network comprising cell tower triangulation, and means to reject the vote if the geographical location of the device which transmitted the vote is not within a predetermined distance from the geographical location for the registered voter stored in the database.

A geocoding component generates geographic coordinate information, such as latitude and longitude values, for postal addresses. A table includes a number of rows, each corresponding to one or more addresses. The geocoding component can quickly locate a particular row in the table based on a number of input address identifiers as the intersection of the sets rows that correspond to each of the address terms. The geocoding component may operate on addresses that are received by the geocoding component or extracted from documents.

<heading lvl="0">Abstract of Disclosure< / heading> This is a method and system whereby parties who know each other only by pseudonyms, such as by Internet e-mail addresses, may send and receive gifts while maintaining anonymity behind their pseudonyms. Steps of the method include receiving a request from a first pseudonymous party to take an order for a gift to be sent to a second party; obtaining from the first party an identification of the intended gift, and the pseudonym of the second party; and, looking up a non-pseudonymous name and address associated with the second in a database. Alternatively, the second party may be contacted and asked to confidentially reveal his or her name and mailing address for gift delivery purposes. While the second party's information is kept confidential from the first party, the second party has various choices including accepting the gift, accepting it upon certain conditions, or refusing it. The system of the invention includes components for permitting the first party to enter the second party's pseudonym; for determining the second party's true name and mailing address from his or her pseudonym; and, for sending the gift to the second party's true name and mailing address.

A system is provided for postal address validation using mobile device location data. The system includes a location system operable to determine mobile device location information. The system also includes an address validation system operable responsive to identifying an incorrect billing address for a customer to determine a new postal address for billing the customer based on the mobile device location information. A method is provided for determining a postal address using location data for a mobile device.

<heading lvl="0">Abstract of Disclosure< / heading> A method for generating and distributing mail items includes creating a first and a second mail file, wherein each of the first and second mail files includes recipient address information, and wherein the first mail file is generated by a first user, and the second mail file is generated by a second user. The first and second mail files are then transmitted to a mail service computer over a global computer network and printed, on a single sheet of media, a first mail item in accordance with the first mail file, and a second mail item in accordance with the second mail file. The first and second mail items are then placed into a surface mail system. The first mail item is addressed in accordance with the first recipient address information, and the second mail item is addressed in accordance with the second recipient address information. The mail item is then placed into the surface mail system in such a way as to minimize handling damage, and to leverage available postal technology. The mail items are then delivered to the postal addresses of the intended recipients.

A method and system for identifying alternate contact information of a specific type; particularly, by providing an inputted Email address in a query, one or more alternate Email addresses can be returned to the query, using an automated database. The system is queried using an entity's known Email address, which, in turn, is associated with other contact information for the entity, such as name and postal address, and the other contact information is then used to identify alternative Email addresses for the targeted entity either at the time of the query or in preparation of the database, and the alternative Email address(es) are then outputted to the requestor from the system. The method uses knowledge of contact points of different types for the same entity to identify alternate contact points of a single type, within a database of contact information.

In a method of processing mailpieces, Customer Applied Identifier (CAI) codes are assigned to the mailpieces by a sender of the mailpieces, and are used by the postal operator while the mailpieces are passing through a postal sorting system. Said CAI codes are recorded in memory in the sorting system in correspondence with first digital fingerprints or image signatures prior to the first pass of the mailpieces through the postal sorting system. While a current mailpiece is passing through the sorting system in a first sorting pass, an image is formed of the surface of the mailpiece that bears a postal address block, and a current fingerprint and location information for locating said mailpiece in the sorting process is derived from the image of said mailpiece. A search is made for a match between said current fingerprint and a first fingerprint recorded in memory in order to retrieve a current CAI code with which said location information is.

The present invention relates to a method to the creation and management of a secondary identification to avoid identify theft. Identity theft may occur over the internet, the purchase of goods and services by credit, and many other forms not yet known. The present invention creates a secondary identification for a person by creating one or more of the following secondary identifications which include a secondary email address, a secondary postal address, a secondary phone number, and any other identifying secondary information. The present invention describes methods and systems to create a secondary identification. Further, the present invention may be used to create a credit card containing the requestor's secondary identification.

In a method of processing mailpieces, Customer Applied Identifier (CAI) codes are assigned to the mailpieces by a sender of the mailpieces, and are used by the postal operator while the mailpieces are passing through a postal sorting system. Said CAI codes are recorded in memory in the sorting system in correspondence with first digital fingerprints or image signatures prior to the first pass of the mailpieces through the postal sorting system. While a current mailpiece is passing through the sorting system in a first sorting pass, an image is formed of the surface of the mailpiece that bears a postal address block, and a current fingerprint and location information for locating said mailpiece in the sorting process is derived from the image of said mailpiece. A search is made for a match between said current fingerprint and a first fingerprint recorded in memory in order to retrieve a current CAI code with which said location information is

A system, method, and computer program to reduce incorrectly declined transactions and improve risk calculation accuracy by reducing error probability during fraud detection. The tool first receives at least one postal address as well as transaction account data and / or financial transaction instrument data. Then a customer is determined from a first customer record associated with the transaction account data and / or financial transaction instrument data. A record search is performed to identify at least one additional customer record associated with the customer. Finally, the postal address is compared to the information contained in the additional record to create a comparison result that verifies the submitted postal address. The comparison result may be used as an input to transaction risk calculations. The comparison result may also be provided to a merchant system and / or merchant for use in a decision-making process, for example, to verify customer identity.

An information assistance service automatically updates contact information in a subscriber's contacts folder or private directory. The information assistance service receives changes to its public telephone number database, which includes name, telephone number, postal address, and possibly e-mail address, compares the information in the contacts folder to be updated with the changes to the public database, and replaces the information in the contacts folder with new information if the telephone number is included within the changes to the public database. The subscriber may choose to be notified before or after such replacement is made—if before, the user may approve the changes one-by-one or all together. The updating can be performed in substantially real-time, as soon as changes to the public database are received, or the updating can be performed less frequently than those changes are received. In the latter case, the changes made to the public database since the last update are kept track of. Alternatively, shadow record information about a contact may be derived when a contact is added to a contacts folder, and an intelligent search may be performed using the shadow record information to update the contact record.

The present invention relates to a method to the creation and management of a secondary identification to avoid identify theft. Identity theft may occur over the internet, the purchase of goods and services by credit, and many other forms not yet known. The present invention creates a secondary identification for a person by creating one or more of the following secondary identifications which include a secondary email address, a secondary postal address, a secondary phone number, and any other identifying secondary information. The present invention describes methods and systems to create a secondary identification. Further, the present invention may be used to create a credit card containing the requestor's secondary identification.

In order to provide a mobile postage stamp, when mobile postage stamp application information is received from a terminal owned by a user, a mobile postage stamp providing system verifies a recipient mailing address included in the mobile postage stamp application information. After the verification of the recipient mailing address is completed, the mobile postage stamp providing system generates a serial number corresponding to the mobile postage stamp on the basis of the mobile postage stamp application information and provides the generated serial number to the terminal.

A spam detector accesses a message body of an email, extracts one or more features of a return path from the message body, and uses the extracted features to detect the return path for a user to respond to the email. The return path may include a postal address, and the extracted feature may comprise one or more of a complete or partial street name, city name, state name, country name, street number address, postal code, designations for post office box, and post office box number.

A personal information database in which a particular field (or fields) of an individual's personal information record that a requester receives is determined by the context of the transaction. When an e-mail application accesses the database, for example, the PID (personal identification of a database subscriber) identifies the database subscriber (and hence the record ID). The fact that an e-mail application is requesting information identifies the context of the transaction (e-mail address request). Thus, only the e-mail address is provided to the requester. The same inherent selection of particular information fields by context occurs if a cellular telephone system accesses the database (mobile telephone number field), the USPS (United States Postal Service) accesses the database (postal address fields), or a web browser accesses the database (web site URL field). The present invention comprises a centralized, distributed or hierarchical personal information database, and method for use, having wide access capability. The preferred method for accessing the database is the Internet, although other methods of retrieving data, such as telephone, FAX, paper mail, VPN (virtual private network), etc., may also be utilized.

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.

The present invention is a postal security system for preventing identity theft, market profiling, and similar other activities. The present invention solves these problems by limiting access to the physical postal address of a user by assigning these physical postal addresses a virtual address, or also referred to as a security code, that can be used when transacting with merchants and other people.

The invention discloses a device and a method for inquiring a physical address. The method comprises the following steps: starting address analyses protocol snooping (ARPSnooping) and dynamic host configuration protocol snooping (DHCPSnooping) by a provider edge device to respectively snoop ARP message and DHCP message, so as to obtain a source IP address, a source MAC address and input port information from the messages, and then correspondingly saving in a built ARPSnooping table or DHCPSooping table; and inquiring a destination IP address of an ARP request broadcasting passage from the ARPSnooping table or the DHCPSnooping table when the snooped ARP message is the ARP request broadcasting passage by the PE, and when the destination IP address is obtained through inquiry, feeding the MAC address corresponding to the destination IP address back to a sender of the ARP request broadcasting message.

A method for retrieving a desired postal address from a plurality of postal addresses. The invention can feature receiving input data having input terms for finding the desired postal address from a first database of postal addresses where each postal address is formed of a plurality of postal address elements, searching a dictionary for entries in the dictionary corresponding to the input terms, determining that each entry in the dictionary that corresponds to the input terms corresponds to postal address elements of one or more postal addresses in the first database, and outputting data representing the desired postal address. The desired postal address is found in the first database if an address in that database has postal address elements that correspond with each of the entries of the dictionary that corresponds to one or more of the input terms.

There is provided a method that includes (a) receiving an input postal address, (b) comparing the input postal address to a standard, (c) providing a single best postal address corresponding to the input postal address based on the comparing, (d) matching the single best postal address to a business in a business information database, (e) obtaining a business address for the business from the business information database, and (f) correcting the single best postal address, based on the business address, to yield a corrected postal address. There is also provided a system that performs the method, and a machine-readable medium having instructions stored thereon that cause the machine to perform the method.

A method and system are provided for determining the geographic locations of events in a linear referencing system (LRS), such as a LRS for the Department of Transportation. The method and system utilize similarities between a LRS and the postal addressing system used in the United States. A LRS event geocoding database and schema are created from portions of the postal addressing system schema and geographic information system (GIS) schema. LRS data is encoded as postal address data as defined in the postal addressing system. The LRS data and GIS data are conflated to populate the LRS event geocoding database using similar transformation logic as for current postal address geocoding. The geographic location of a given LRS event is generated using geocoding software that utilizes the linear measure implicit in the LRS event identifier and the LRS event geocoding database.

An e-commerce transaction can be identified that includes at least one item to be shipped to a postal address of a recipient. A user interface involved in the e-commerce transaction can prompt for an email address. An email address can be received as an address for the recipient. A postal address can be programmatically determining by querying a data store using the email address as a recipient identifier. A shipment of the at least one item can be initiated to the determined postal address.

A system, method, and call adapter for processing cellular phone's placed calls on its wireless enabled link are presented.For placing a call from a cellular phone on its wireless enabled link (such as Bluetooth, Wi-Fi) the calling party transmits data, from the cellular phone, associated with the called party to a call adapter through the wireless communication link. The transmitted data can contain necessary data for placing the call (such as telephone number, alias, e-mail address, web address) as well as unnecessary data (such as postal address). The call adapter receives wireless transmitted data, extracts the required data for placing the call, and establishes the call on the PSTN (public switched telephone network) or on a broadband network (such as cable, satellite, DSL-digital subscriber line), according to the calling party selection. The call adapter forwards the call to a telephone with handset (corded or cordless), to a cellular phone, to another device on the same wireless network as the cellular phone, or to a device on a different wireless network, according to the calling party's selection. The call adapter releases the call after the communication is over (for example after the telephone handset is on-hook).The call adapter may be implemented as a standalone device and may be implemented as part of other devices (such as in telephone sets, broadband modems, set-up-boxes, and PC).

An address data collection system collects contact information in a variety of country postal address, telephone data and other contact information formats or standards. The address data collection system includes a country selector to receive country selection input data, and an address form composer that accesses a country information database to select an appropriate template and retrieve country-specific information, which is integrated with the template to create a country-specific address form. The system also includes an address saver that stores address input data in an address database. The system further includes an error generator that sends an error message if the input data is incomplete or otherwise in error, as well as a confirmation sender that sends a confirmation message indicating that the contact information has been successfully received and stored.

A method and a system for delivering a service at an address determined by cross-referencing a postal address to a location provided a position locator, e.g., GPS, is described. The service is delivered with minimum delay by allowing the service supplier prompted by a client to immediately prepare for the delivery of the service without having to return to base (i.e., point of departure) or to rely on a monitor to make the necessary arrangements. To this end, a database is created to include information pertinent to the clients of this service, and having whatever is necessary to service the clients available at all times. The service includes among others: specialized postal services, delivery of medication, response to emergencies, answering distress calls, and the like. The client includes individuals, and businesses servicing other business providers.

An overlay list of MSAG-valid addresses is created for use in lieu of (or in addition to) the lat / Ion 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.