Kevin Patrick Carroll

Author:

Kevin Carroll

ISBN #:

0786430079

Author:

Kevin Carroll

ISBN #:

1933060026

Author:

Kevin Carroll

ISBN #:

1933060409

US Patent:

20110137795, Jun 9, 2011

Filed:

Dec 3, 2009

Appl. No.:

12/630157

Inventors:

Anant Nambiar - Larchmont NY, US
Kevin Carroll - Brookfield CT, US

Assignee:

MASTERCARD INTERNATIONAL, INC. - Purchase NY

International Classification:

G06Q 40/00
G07F 19/00

US Classification:

705 43, 235379

Abstract:

Exemplary embodiments are directed to processing Automated Teller Machine (ATM) transactions. A transaction request can be received from an ATM. The transaction request can include account information read from a transaction card and a transaction request. The account information corresponds to a first account. The transaction request is incapable of being processed using the first account for which the transaction card was issued. A second account belonging to the account holder of the first account can be identified and can be a different type of account than the first account. The transaction request is capable of being processed using the second account. The transaction request can be processed using the second account to perform the ATM transaction requested.

US Patent:

53802675, Jan 10, 1995

Filed:

Jun 18, 1993

Appl. No.:

8/079009

Inventors:

James E. Boutelle - Morristown NJ
Kevin M. Carroll - Wayne NJ
Jonathan R. Williams - Montville NJ

Assignee:

Datascope Investment Corp. - Montvale NJ

International Classification:

A61M 110

US Classification:

600 18

Abstract:

A pneumatic compression supplies both positive and negative pressure for operating a medical device. The pulsing sounds generated by the compressor are attenuated by connecting the inlet of the positive pressure side of the compressor and the outlet of the negative pressure side of the compressor to a common resonating chamber. A port in the resonating chamber acts as an outlet for the discharge of excess air in the chamber and an inlet for the entry of make-up air. By adjusting the diameter of the port with respect to the volume of the resonating chamber, sound attenuation can be optimized. In a compact design, the compressor housing serves as the resonating chamber.