PATRICK JOHN MORAN
Pilots at Brockton Ln, Minneapolis, MN
License number
Minnesota A2384955
Issued Date
Jan 2017
Expiration Date
Jul 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
505 Brockton Ln N, Minneapolis, MN 55447
Professional information
Captain, 3M Aviation
Position:
Captain at 3M
Location:
Greater Minneapolis-St. Paul Area
Industry:
Airlines/Aviation
Work:
3M
since Mar 1997
-
Captain
U.S. Coast Guard
May 1981 - Jul 1996
-
LCDR Ret
Education:
Naval Postgraduate School 1991 - 1993
MS, Aero Engineering, Avionics US Coast Guard Academy 1977 - 1981
BS, Marine Science
MS, Aero Engineering, Avionics US Coast Guard Academy 1977 - 1981
BS, Marine Science
Patrick Moran
Location:
Greater Minneapolis-St. Paul Area
Industry:
Computer & Network Security
Certifications:
Certified Forensics Systems Examiner, Access Data
National Security Agency Certification in Information Assurance, National Security Agency
Department of Homeland Security Certification in Information Assurance, Department of Homeland Security
Certified Information Security Manager, ISACA
Certified in Risk and Information Systems Control, ISACA
National Security Agency Certification in Information Assurance, National Security Agency
Department of Homeland Security Certification in Information Assurance, Department of Homeland Security
Certified Information Security Manager, ISACA
Certified in Risk and Information Systems Control, ISACA
Ceo Moran Information Services
Position:
CEO at Moran Information Services
Location:
Greater Minneapolis-St. Paul Area
Industry:
Information Technology and Services
Work:
Moran Information Services
since Jul 2006
-
CEO
Realtor At Re/Max Today's Realty
Position:
REALTOR at RE/MAX Today's Realty
Location:
Greater Minneapolis-St. Paul Area
Industry:
Real Estate
Work:
RE/MAX Today's Realty
-
REALTOR
Magnetoresistive Read Sensor With Short Permanent Magnets
US Patent:
6930865, Aug 16, 2005
Filed:
Jan 21, 2003
Appl. No.:
10/348386
Inventors:
Mai Abdelhamid Ghaly - Bloomington MN, US
David James Larson - Northfield MN, US
Paul Edward Anderson - Eden Prairie MN, US
Kristin J. Duxstad - Eden Prairie MN, US
Brenda Anne Everitt - Minneapolis MN, US
Patrick John Moran - Bloomington MN, US
Steven Barclay Slade - Fort Collins CO, US
Eric Walter Singleton - Maple Plain MN, US
David James Larson - Northfield MN, US
Paul Edward Anderson - Eden Prairie MN, US
Kristin J. Duxstad - Eden Prairie MN, US
Brenda Anne Everitt - Minneapolis MN, US
Patrick John Moran - Bloomington MN, US
Steven Barclay Slade - Fort Collins CO, US
Eric Walter Singleton - Maple Plain MN, US
Assignee:
Seagate Technology LLC - Scotts Valley CA
International Classification:
G11B005/33
US Classification:
36032412
Abstract:
A transducing head has a magnetoresistive sensor, a first bias element, and a second bias element. The magnetoresistive sensor is positioned between the first and second bias elements, and has a sensor width. The first bias element has a first length and the second bias element has a second length. The direction of the first and second lengths are substantially similar to the direction of the sensor width. The first and second lengths in the range of about one-tenth to about twenty times the sensor width.
High Magnetic Anisotropy Hard Magnetic Bias Element
US Patent:
7061731, Jun 13, 2006
Filed:
Nov 17, 2003
Appl. No.:
10/715149
Inventors:
David J. Larson - Northfield MN, US
Eric W. Singleton - Maple Plain MN, US
Declan Macken - Prior Lake MN, US
Patrick J. Moran - Bloomington MN, US
Eric W. Singleton - Maple Plain MN, US
Declan Macken - Prior Lake MN, US
Patrick J. Moran - Bloomington MN, US
Assignee:
Seagate Technology LLC - Scotts Valley CA
International Classification:
G11B 5/127
US Classification:
36032412
Abstract:
A magnetoresistive sensor having an MR stack biased by high anisotropy hard bias elements thereby reducing distortion in sensor operation and improving head to head operational values. The high anisotropy hard bias elements are formed from a hard magnetic material deposited in a thin film having a substantially axial preferred direction of magnetic anisotropy prior to application of a setting field. The magnetic anisotropy in the hard magnetic material is formed by oblique deposition in a direction approximately normal to the preferred direction of anisotropy in the resulting hard bias element.