System and method for capturing payments data onto uniquely identified payer-carried chips for periodic upload and download with institutions
OwnerMason K. Yu JR., Gregory J. Yuinventors
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OwnerMason K. Yu JR., Gregory J. Yuinventors
Estimating the term…
Uniquely identified chips on portable payment devices can categorize customer transactions under universal sets of expenditure categories for household and business use based on certain characteristics of card readers that process payments. The expansive storage on the payment cards allows holders to upload batched transaction data derived from prior payment transactions by interfacing the cards into on-site and off-site ATMs that are linked to their card issuer or financial institution. Similarly, those same cards can use the properly linked ATM to download from the institution categorized payments data onto the storage medium inside the cards. This data would then be transferred through a card reader into the holder's own maintained transaction databases residing in a PC, laptop or other enabling appliance in her possession. To facilitate unique global addressing of card, card readers, and holders themselves, each component of the extended payment network all the way to the payer is identified with a unique global network addresses. This enhances overall security within the economy as well as efficient flow and assignment of categorization labels to payment transactions.
A computer-based system, comprising:
A method for assigning to card payment transactions at least one of a plurality of expenditure categories within a universal set of expenditure categories native to a plurality of cardholders, the method comprising the steps of:
A system of transmitting to a financial institution an expenditure category selected from a universal set of expenditure categories native to a plurality of cardholders, wherein said expenditure category is associated with card payment transactions initiated by cardholders who are customers of said financial institution, said system comprising:
A method for transmitting payment transaction data of cardholders who are customers of a financial institution, the method comprising the steps of:
A system of receiving from a financial institution an expenditure category selected from a universal set of expenditure categories native to a plurality of customers, wherein said expenditure category is associated with payment transactions initiated through a plurality of payment channels selected from a group consisting of cash, paper check, electronic check, electronic bill pay and presentment, and automatic debit by customers of said financial institution through their demand deposit accounts, said system comprising:
A method for recording payment transaction data of customers of a financial institution which carry at least one card with a read-write electronic component selected from a group consisting of a programmable integrated circuit chip and a structural logical arrangement of molecular and atomic structures, the method comprising the steps of:
A system of utilizing a structured hierarchy of global network addresses selected from a group consisting of Internet Protocol version 4 (IPv4 ) and Internet Protocol version 6 (IPv6 ) to identify at least one of plurality of card means issued to a plurality of holders selected from a group consisting of persons, entities, businesses, government agencies and ministries, organizations, clubs, associations or any combination of the foregoing, said system comprised of:
A system of utilizing a structured hierarchy of global network addresses selected from a group consisting of Internet Protocol version 4 (IPv4 ) and Internet Protocol version 6 (IPv6 ) to uniquely identify every member of a designated set of global electronic network components selected from a group consisting of public telephone switches, routers, computers, digital transmission trunks, analog transmission trunks, satellite dishes, microwave transmitters, and modems;
A system of utilizing a structured hierarchy of global network addressing schemes selected from a group consisting of Internet Protocol version 4 (IPv4 ) and Internet Protocol version 6 (IPv6 ) to uniquely identify the entire universe of global automatic teller machines that are operated by a plurality of intermediary transaction processors.
A system of utilizing a structured hierarchy of global network addressing schemes selected from a group consisting of Internet Protocol version 4 (IPv4 ) and Internet Protocol version 6 (IPv6) to uniquely identify the entire universe of global electronic point-of-sale devices operated by persons and merchants that accept payment, said devices selected from a group consisting of card readers, registers, terminals, handheld devices, and scanners.
A system of utilizing a structured hierarchy of global network addressing schemes selected from a group consisting of Internet Protocol version 4 (IPv4 ) and Internet Protocol version 6 (IPv6) to uniquely identify the entire universe of personal computers selected from a group consisting of desktop PCs, laptop computers, wearable PCs, and PDAs.
A system of utilizing a structured hierarchy of global network addressing schemes selected from a group consisting of Internet Protocol version 4 (IPv4) and Internet Protocol version 6 (IPv6) to uniquely identify the entire universe of global electronic devices that facilitate two-way voice transmission, said devices being selected from a group consisting of land phones, cell phones, satellite phones, mobile phones, and video phones.
A system of utilizing a structured hierarchy of global network addressing schemes selected from a group consisting of Internet Protocol version 4 (IPv4) and Internet Protocol version 6 (IPv6) to uniquely identify the entire universe of global devices and components running an integrated circuits selected from a group consisting of public telephone switches, routers, computers, digital transmission trunks, analog transmission trunks, satellite dishes, microwave transmitters, modems, automatic teller machines, card readers, registers, terminals, handheld devices, scanners, desktop PCs, laptop computers, wearable PCs, PDAs, land phones, cell phones, satellite phones, mobile phones, and video phones.
Dependencies are inferred from the claim text.