ELECTRONIC CREDIT CARD - ECC

Abstract: Electronic Credit Card (ECC) is an electronic device that enables transmission/reception of data and/or digital information to/from a host computer via a Terminal Station (TS). TS includes Teller Machines in supermarkets/shopping complex, Automatic Teller Machines (ATM), EFTPOS devices and proprietary transceiver devices developed by Creative On-Line Technologies Limited for PC interface. It provides latest financial information including balances on its display unit. Keypads (1) enable PIN (personal identification number) entries so that an ECC is operational. Information Display Unit (2) including an LCD (liquid crystal display) screen or other display screens provides visual information. ENTER key (3) confirms a transaction. It is also used to activate an ECC when a PIN is keyed. Audio Transducer (4) confirms entries made on keypads (1). Audio Transducer is also used to activate a financial transaction via a telephone. Data transmission/reception is via Infra red (5), Magnetic (6) and Radio Frequency (7) devices.

Description: ELECTRONIC CREDIT CARD - ECC This invention relates to the provision of a secure, controlled, and reliable transaction of funds using electronic controlled credit card. The present credit card environment and systems have the following shortfalls: 1 . When a credit card is reported stolen or lost by a holder, he or she has to contact the company or organisation that issued the card to cancel the card in order to prevent illegal transactions. Such action may not occur immediately if the holder is unaware that his or her card is missing. 2. The present security measures undertaken by credit card companies and/or organisations through the use of 'smart card' technology are inadequate to prevent frauds. Similarly the use of holography images on credit cards does not eliminate frauds too. 3. The use of a signature as a validation control may be overlooked and can be forged. 4. The technology behind its usage is outdated and not suitable for a secure transaction via the Internet. 5. It does not prevent hackers who penetrate the 'secure web sites' to make use of credit card details for frauds. 6. Giving a merchant or merchants credit card details is like giving him or her a 'signed blank cheque'. Credit card companies or organisations are not efficient when dealing with insincere merchants. The electronic credit card - ECC (hereafter known as ECC) is an invention that eliminates the shortfalls in the present credit card system. ECC is only operational through one of the following process (hereafter known as SAC [security authorisation code]): 1 . A user controlled PIN (personal identification number) and/or 2. A user identified fingerprint signature (digital signature) and/or 3. A user eyeball retina signature (digital signature). Such process can be self-contained in an ECC or via a database in a local or remote system. An audio transducer is used to confirm a successful process via a PIN, fingerprint and eyeball retina scan signature of an ECC holder. ECC has a self-contained timer that deactivates its SAC after an elapsed time. This feature eliminates a stolen ECC from being used when a PIN and/or digital signature is already activated. An ECC is self-destructed if a pre-determined number of attempts are made to gain access to its operation in sending SAC. This is to prevent frauds in the event that an ECC is stolen. The authorising distributor could re-initialise an ECC through its control management system that is used to issue ECC. ECC can be disabled at a Transaction Station (hereafter known as TS) through a system control function controlled by an issuing company or organisation. This enables immediate termination of an ECC if required. ECC is an intelligent device that communicates with TS via one of the following modes or a combination of the following modes: 1. Infra-red telecommunication process (Figure 4) and/or 2. Radio frequency telecommunication process (Figure 5) and/or 3. Magnetic induction telecommunication process (Figure 6) and/or 4. Wire contact telecommunication (Figure 7) process. ECC has the capability to download information to a computer system via one of its telecommunication modes above. This ensures data integrity at the time of power source replacement or charging. Furthermore it also facilitates transactional history. ECC has the capability to generate its own transaction number either in sync with an TS link to a local or remote site system control function or independently. TS may or could be an Internet site with such capability. ECC financial limit can be verified via TS with link to a local or remote site system control function. This controls an ECC from generating further transactions once its financial limit is reached. This function of limiting funds is an optional mode that can be either activated by the financial institution that issue the ECC or by the holder to cross check and alert him or her of his or her account balance. ECC can transact funds to and from an Automatic Teller Machine (ATM) via an ATM management system (this is shown at Figure 3). This enables ECC to provide and support a cash-less society. ECC can also be linked to a Personal Computer (PC) to provide and support such transactions (this is shown at Figure 2). ECC can transact electronic cash instead of credit card/debit card account to a TS. This can be used as a currency exchange device so that a traveller going aboard can choose to have a set amount of specific currency in the country he or she is visiting. ECC prevents merchants from using unauthorised transaction as each transaction can only be generated by an ECC with its unique transaction identifier. Merchants cannot generate a unique transaction identifier. ECC can be incorporated in an electronic device or equipment. An example of such incorporation is in a mobile phone. ECC keypads may be made from flex-board membrane, rubber, and/or plastic materials to provide durability and slim size. Keypads may be designed with round or square buttons. ECC can be incorporated with a strip of magnetic tape at the back with keypads on the front to facilitate SAC telecommunications. The audio transducer can be used as a telecommunications device to send SAC via a telephone line to a merchant with TS facility to process a transaction. ECC sending SAC uses a unique transaction identifier for each transaction. ECC can be used to store more than one credit card/debit card account. These can be cards distributed from different financial institutions/organisations/companies. ECC can retain the credit card/debit card approved credit card/debit card financial limit and provide the user (customer) the information regarding his or her financial balance of his or her account limit outstanding. This is available to one or more credit card/debit card account(s). Drawings Numbering Definitions: 1 Keypad for PIN entry and transactions. 2 Information Display Unit. 3 ENTER key to enable (confirm) a transaction (security access). 4 Audio transducer. 5 Infra-red telecommunication device. 6 Magnetic telecommunication device. 7 Radio frequency telecommunication device (antenna). 8 Wire Contact telecommunication device. 9 Magnetic Tape strip with coded information. 10 Fingerprint scanner pad for transaction entry (security access). 1 1 Eyeball retina scanner pad for transaction entry (security access). 12 Scanner Entry Key

Claims: CLAIMS The claims defining the invention are as follows: 1 . Electronic Credit Card - ECC is an Intelligent Card. It is an electronic device capable of sending and receiving information in an electronic mode. The device is able to communicate with a host computer that is either a mainframe or personal computer (PC) with its internal devices. 2. ECC is only operational through one of the following process (hereafter known as SAC [security authorisation code]): • A user controlled PIN (personal identification number) and/or • A user identified fingerprint signature (digital signature) and/or • A user eyeball retina signature (digital signature). Such process can be self-contained in an ECC or via a database in a local or remote system. An audio transducer is used to confirm a successful process via a PIN, fingerprint and eyeball retina scan signature of an ECC holder. 3. ECC has a self-contained timer that deactivates its SAC after an elapsed time. This feature eliminates a stolen ECC from being used when a PIN and/or digital signature is already activated. 4. An ECC is self-destructed if a pre-determined number of attempts are made to gain access to its operation in sending SAC. This is to prevent frauds in the event that an ECC is stolen. The authorising distributor could re-initialise an ECC through its control management system that is used to issue ECC. 5. ECC can be disabled at a Transaction Station (hereafter known as TS) through a system control function controlled by an issuing company or organisation. This enables immediate termination of an ECC if required. ECC is an intelligent device that communicates with TS via one of the following modes or a combination of the following modes: • Infra-red telecommunication process (figure 4) and/or • Radio frequency telecommunication process (figure 5) and/or • Magnetic induction telecommunication process (figure 6) and/or • Wire contact telecommunication (figure 7) process. 6. ECC has the capability to download information to a computer system via one of its telecommunication modes above. This ensures data integrity at the time of power source replacement or charging. Furthermore it also facilitates transactional history. 7. ECC sending SAC uses a unique transaction identifier for each transaction. 8. ECC can be incorporated in an electronic device or equipment. An example of such incorporation is in a mobile phone. 9. ECC has the capability to generate its own transaction number either in sync with an TS link to a local or remote site system control function or independently. TS may or could be an Internet site with such capability. 10. ECC financial limit can be verified via TS with link to a local or remote site system control function. This controls an ECC from generating further transactions once its financial limit is reached. This function of limiting funds is an optional mode that can be either activated by the financial institution that issue the ECC or by the holder to cross check and alert him or her of his or her account balance. 11. ECC can transact funds to and from an Automatic Teller Machine (ATM) via an ATM management system (this is shown at Figure 3). This enables ECC to provide and support a cash-less society. ECC can also be linked to a Personal Computer (PC) to provide and support such transactions (this is shown at Figure 2). 12. ECC can transact electronic cash instead of credit card/debit card funds to a TS. This can be used as a currency exchange device so that a traveller going aboard can choose to have a set amount of specific currency in the country he or she is visiting. 13. ECC prevents merchants from using unauthorised transaction as each transaction can only be generated by an ECC with its unique transaction identifier. Merchants cannot generate a unique transaction identifier. 14. ECC keypads may be made from flex-board membrane, rubber, and/or plastic materials to provide durability and slim size. Keypads may be designed with round or square buttons. 15. ECC can be incorporated with a strip of magnetic tape at the back with keypads on the front to facilitate SAC telecommunications. The audio transducer can be used as a telecommunications device to send SAC via a telephone line to a merchant with TS facility to process a transaction. 16. ECC can be used to store more than one credit card/debit card account. These can be cards distributed from different financial institutions/organisations/companies. 17. ECC can retain the credit card/debit card approved credit card/debit card financial limit and provide the user (customer) the information regarding his or her financial balance of his or her account limit outstanding. This is available to one or more credit card/debit card account(s).

Inventors: ONG YONG KIN MICHAEL, ONG, YONG, KIN (MICHAEL)
Applicants: ONG YONG KIN MICHAEL, ONG, YONG, KIN (MICHAEL)
Application year: 2001
Main classification: G06K19
IPC codes: B42D15, G06F12, G06F21, G06K19, G06Q20, G07F7