Mercy ClinicMercy Clinic Digestive Disease 226 S Wood Ml Rd STE 52W, Chesterfield, MO 63017 (314)4342399 (phone), (314)2512885 (fax)
Mercy ClinicMercy Clinic Digestive Disease - Lake Saint Louis 200 Brevco Plz STE 208, Lake Saint Louis, MO 63367 (636)5619020 (phone), (636)5616208 (fax)
Mercy ClinicMercy Clinic Gastroenterologist 615 S New Ballas Rd STE 1200, Saint Louis, MO 63141 (314)2512880 (phone), (314)2512885 (fax)
Mercy ClinicMercy Hospital Endoscopy Center 12990 Manchester Rd STE 001, Saint Louis, MO 63131 (314)9840550 (phone), (314)9840501 (fax)
Education:
Medical School Loyola University Chicago Stritch School of Medicine Graduated: 1999
Diverticulitis Esophagitis Gastritis and Duodenitis Hemorrhoids Inflammatory Bowel Disease (IBD)
Languages:
English Spanish
Description:
Dr. Cleary graduated from the Loyola University Chicago Stritch School of Medicine in 1999. He works in Saint Louis, MO and 3 other locations and specializes in Gastroenterology. Dr. Cleary is affiliated with Mercy Hospital St Louis, SSM Health St Joseph Hospital Lake Saint Louis and St Lukes Hospital.
Michael Cleary - Hinsdale IL, US David Clifton - Westerville OH, US Dean Ilijasic - Westerville OH, US David Cohen - New Albany OH, US Kristine Rodgers - Greenville DE, US
Assignee:
JPMorgan Chase Bank, N.A. - New York NY
International Classification:
G06Q 40/00
US Classification:
705 41
Abstract:
The invention comprises a method for distributing dead bank cards to customers who have not solicited a bank card or submitted an application. The dead bank card is a bank card (e. g. , ATM card, debit card, check card, and the like) which contains all necessary information to be used, including a pre-assigned bank account number, and which only requires activation/approval by the prospective new bank account customer. In one embodiment, the dead bank card is distributed in connection with live credit cards issued to applicants for credit card accounts. Once operative, the bank card and the credit card may be linked together through a rebate/rewards program.
Method And System For Distribution Of Unactivated Bank Account Cards
Michael J. Cleary - Hinsdale IL, US David A. Clifton - Westerville OH, US Dean Ilijasic - Westerville OH, US David C. Cohen - New Albany OH, US Kristine K. Rodgers - Greenville DE, US
Assignee:
JPMorgan Chase Bank, N.A. - New York NY
International Classification:
G06Q 40/00
US Classification:
705 35, 705 38
Abstract:
The invention comprises a method for distributing dead bank cards to customers who have not solicited a bank card or submitted an application. The dead bank card is a bank card (e. g. , ATM card, debit card, check card, and the like) which contains all necessary information to be used, including a pre-assigned bank account number, and which only requires activation/approval by the prospective new bank account customer. In one embodiment, the dead bank card is distributed in connection with live credit cards issued to applicants for credit card accounts. Once operative, the bank card and the credit card may be linked together through a rebate/rewards program.
Method And System For Distribution Of Unactivated Bank Account Cards
Michael J. Cleary - Hinsdale IL, US David A. Clifton - Westerville OH, US Dean Ilijasic - Westerville OH, US David C. Cohen - New Albany OH, US Kristine K. Rodgers - Greenville DE, US
Assignee:
JPMorgan Chase Bank, N.A. - New York NY
International Classification:
G06Q 40/00
US Classification:
705 35, 705 38
Abstract:
The invention comprises a method for distributing dead bank cards to customers who have not solicited a bank card or submitted an application. The dead bank card is a bank card (e. g. , ATM card, debit card, check card, and the like) which contains all necessary information to be used, including a pre-assigned bank account number, and which only requires activation/approval by the prospective new bank account customer. In one embodiment, the dead bank card is distributed in connection with live credit cards issued to applicants for credit card accounts. Once operative, the bank card and the credit card may be linked together through a rebate/rewards program.
Method And System For Distribution Of Unactivated Bank Account Cards
Michael J. Cleary - Hinsdale IL, US David A. Clifton - Westrville OH, US Dean Ilijasic - Westerville OH, US David C. Cohen - New Albany OH, US Kristine K. Rodgers - Greenville DE, US
Assignee:
JPMorgan Chase Bank, N.A. - New York NY
International Classification:
G06Q 40/02
US Classification:
705 38
Abstract:
The invention comprises a method for distributing dead bank cards to customers who have not solicited a bank card or submitted an application. The dead bank card is a bank card (e.g., ATM card, debit card, check card, and the like) which contains all necessary information to be used, including a pre-assigned bank account number, and which only requires activation/approval by the prospective new bank account customer. In one embodiment, the dead bank card is distributed in connection with live credit cards issued to applicants for credit card accounts. Once operative, the bank card and the credit card may be linked together through a rebate/rewards program.
Process For Separating Oleic Acid From Linoleic Acid
Michael T. Cleary - Elmhurst IL Santi Kulprathipanja - Hoffman Estates IL Richard W. Neuzil - Downers Grove IL
Assignee:
UOP Inc. - Des Plaines IL
International Classification:
C11C 108
US Classification:
260419
Abstract:
This invention comprises a process for separating oleic acid from a feed mixture comprising an oleic acid and linoleic acid, which process comprises contacting the mixture at separation conditions with a molecular sieve comprising silicalite, thereby selectively retaining the oleic acid. The oleic acid is recovered from the molecular sieve by displacement with a displacement fluid comprising a diluent soluble in the feed mixture and having a polarity index of at least 3. 5. Displacement occurs at a temperature from about 120. degree. C. to about 150. degree. C. The feed mixture may also contain rosin acids in which case a first molecular sieve comprising silicalite is used to separate the fatty acids from the rosin acids.
Process For Separating Fatty And Rosin Acids From Unsaponifiables
A process for separating a fatty and/or rosin acid from an unsaponifiable compound. A feedstream comprising the acids and unsaponifiable compound is contacted with an aqueous alcohol solvent which is selective for and absorbs the fatty and/or rosin acid. An extract stream comprising the solvent and acids, and a raffinate stream comprising the unsaponifiable compound may then be recovered. The feedstock is best used in a diluent which is preferably a hydrocarbon.
Michael T. Cleary - Elmhurst IL Santi Kulprathipanja - Hoffman Estates IL Richard W. Neuzil - Downers Grove IL
Assignee:
UOP Inc. - Des Plaines IL
International Classification:
C11C 108
US Classification:
260419
Abstract:
This invention comprises a process for separating a saturated fatty acid from a feed mixture comprising saturated and unsaturated fatty acids, which process comprises contacting the mixture at separation conditions with a molecular sieve comprising a crystalline silica, thereby selectively retaining the saturated fatty acid. The saturated fatty acid is recovered from the molecular sieve by displacement at displacement conditions with a displacement fluid comprising a diluent soluble in the feed mixture and having a polarity index of at least 3. 5. Amorphous silica is a preferred binder for the molecular sieve.
Process For Separating Oleic Acid From Linoleic Acid
Michael T. Cleary - Elmhurst IL Santi Kulprathipanja - Hoffman Estates IL Richard W. Neuzil - Downers Grove IL
Assignee:
UOP Inc. - Des Plaines IL
International Classification:
C11B 316
US Classification:
260419
Abstract:
This invention comprises a process for separating oleic acid from a feed mixture comprising an oleic acid and linoleic acid, which process comprises contacting the mixture at separation conditions with a molecular sieve comprising silicalite, thereby selectively retaining the oleic acid. The oleic acid may be recovered from the molecular sieve by displacement with a displacement fluid. The feed mixture may also contain rosin acids in which case a first molecular sieve comprising silicalite is used to separate the fatty acids from the rosin acids.
Company member Michael Cleary amuses as well as the dudette-in-distress Prince Herbert, who helps Sir Lancelot find his true self. And you can't help but laugh at Matthew Kauzlarich as the French taunter, along with Ely Irvin and Casey Larkin, as they toss ridiculous insult after insult at King Arth