JAMES ROBERT BAKER
Pilots at Little Canada Rd, Saint Paul, MN
License number
Minnesota A3867719
Issued Date
Dec 2016
Expiration Date
Dec 2018
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
214 Little Canada Rd E, Saint Paul, MN 55117
Professional information
Sr. Intellectual Property Counsel At 3M Company
Position:
Senior Intellectual Property Counsel at 3M Company
Location:
Greater Minneapolis-St. Paul Area
Industry:
Electrical/Electronic Manufacturing
Work:
3M Company
- St. Paul, MN since May 2006
-
Senior Intellectual Property Counsel
Shumaker and Sieffert
- Woodbury, MN May 2005 - Apr 2006
-
Associate Intellectual Property Attorney
Samsung Information Systems of America
- Woodbury, MN Oct 2003 - May 2005
-
Vice President & Intellectual Property Counsel
Samsung Information Systems of America
- Woodbury, MN Aug 2000 - Sep 2003
-
Vice President and General Manager
Education:
William Mitchell College of Law 1999 - 2003
James Baker - Saint Paul, MN
Work:
Towne Air Freight - Eagan, MN
Freightmasters - Eagan, MN
Pilot Air Freight - Eagan, MN
Education:
Hogg Jr HIgh - Houston, TX
8th
8th
Skills:
CDL Lic.[B] Forklift Elect. pallet jack upright forkliftloading unloading trucks
Method And Apparatus For Automated Verification And Loading Of Precision Drill Bits Into A Drilling Machine Package
US Patent:
5655354, Aug 12, 1997
Filed:
Mar 27, 1995
Appl. No.:
8/411419
Inventors:
James C. Baker - Woodbury MN
Robert C. Henningsgard - Maple Grove MN
Benjamin Mihai - Corona CA
Paul D. Mortell - Eden Prairie MN
Tim L. Taylor - Newport Beach CA
Robert C. Henningsgard - Maple Grove MN
Benjamin Mihai - Corona CA
Paul D. Mortell - Eden Prairie MN
Tim L. Taylor - Newport Beach CA
Assignee:
Tycom Corporation - Irvine CA
International Classification:
B65B 5902
US Classification:
53474
Abstract:
An apparatus and method for automated loading of a drilling machine package having a plurality of drill bit receiving openings arranged in a known configuration with verified precision drill bits from a drill bit container is disclosed. The apparatus includes an automated transfer machine which is connected to a control device, a package frame, a container receiving member, and a diameter sensing device. While not necessarily connected to the automated transfer machine, the package frame and the container receiving member are located at positions which are accessible by the automated transfer machine. Further, the diameter sensing device is operably associated with the automated transfer machine. The method of operation includes the control device recalling data specific to a particular job. A drill bit container is placed on the container receiving member.
Cardiac Navigation System Including Electrode Array For Use Therewith
US Patent:
8489171, Jul 16, 2013
Filed:
Apr 29, 2011
Appl. No.:
13/097783
Inventors:
John A. Hauck - Shoreview MN, US
James C. Baker - Woodbury MN, US
James C. Baker - Woodbury MN, US
Assignee:
St. Jude Medical, Atrial Fibrillation Division, Inc. - St. Paul MN
International Classification:
A61B 5/04
US Classification:
600393, 600374, 600509
Abstract:
A cardiac navigation system including a mapping catheter, a control system coupled to the mapping catheter, an electrode array, and means for driving an electrical current across the electrode array. The mapping catheter includes means for sensing an electrical field. The control system includes means for receiving sensed signals from the mapping catheter. The cardiac navigation system includes at least one electrode array including means for providing an electrical field across three axes. The three axes are approximately orthogonal with respect to one another. The means for driving an electrical current across the three axes includes means for providing a plurality of individual current sources to the electrode array. As such, the cardiac navigation system presented provides a more uniform sheet of current across an area of interest, the mapping catheter senses the electrical field across the area of interest, and the control system determines a three-dimensional location of the mapping catheter based on the sensed electrical field.
Cardiac Navigation System Including Electrode Array For Use Therewith
US Patent:
7996055, Aug 9, 2011
Filed:
Dec 29, 2006
Appl. No.:
11/618676
Inventors:
John A. Hauck - Shoreview MN, US
James C Baker - Woodbury MN, US
James C Baker - Woodbury MN, US
Assignee:
St. Jude Medical, Atrial Fibrillation Division, Inc. - St. Paul MN
International Classification:
A61B 5/0402
US Classification:
600374, 600393, 600509
Abstract:
A cardiac navigation system including a mapping catheter, a control system coupled to the mapping catheter, an electrode array, and means for driving an electrical current across the electrode array. The mapping catheter includes means for sensing an electrical field. The control system includes means for receiving sensed signals from the mapping catheter. The cardiac navigation system includes at least one electrode array including means for providing an electrical field across three axes. The three axes are approximately orthogonal with respect to one another. The means for driving an electrical current across the three axes includes means for providing a plurality of individual current sources to the electrode array. As such, the cardiac navigation system presented provides a more uniform sheet of current across an area of interest, the mapping catheter senses the electrical field across the area of interest, and the control system determines a three-dimensional location of the mapping catheter based on the sensed electrical field.
Cardiac Navigation System Including Electrode Array For Use Therewith
US Patent:
2014001, Jan 16, 2014
Filed:
Jul 3, 2013
Appl. No.:
13/934505
Inventors:
James C. Baker - Woodbury MN, US
International Classification:
A61B 5/042
US Classification:
600374
Abstract:
A cardiac navigation system including a mapping catheter, a control system coupled to the mapping catheter, an electrode array, and means for driving an electrical current across the electrode array. The mapping catheter includes means for sensing an electrical field. The control system includes means for receiving sensed signals from the mapping catheter. The cardiac navigation system includes at least one electrode array including means for providing an electrical field across three axes. The three axes are approximately orthogonal with respect to one another. The means for driving an electrical current across the three axes includes means for providing a plurality of individual current sources to the electrode array. As such, the cardiac navigation system presented provides a more uniform sheet of current across an area of interest, the mapping catheter senses the electrical field across the area of interest, and the control system determines a three-dimensional location of the mapping catheter based on the sensed electrical field.
Pigment Dispersions
US Patent:
5106533, Apr 21, 1992
Filed:
Mar 14, 1991
Appl. No.:
7/669884
Inventors:
William A. Hendrickson - St. Joseph Township, St. Croix County WI
Robin E. Wright - Inver Grove Heights MN
Richard C. Allen - Mendota Heights MN
James A. Baker - Mendota Heights MN
William M. Lamanna - Stillwater MN
Robin E. Wright - Inver Grove Heights MN
Richard C. Allen - Mendota Heights MN
James A. Baker - Mendota Heights MN
William M. Lamanna - Stillwater MN
Assignee:
Minnesota Mining and Manufacturing Company - St. Paul MN
International Classification:
B01J 1300
US Classification:
252314
Abstract:
A dispersion and a method therefor wherein the dispersion has composition A or B, wherein
A is a nonaqueous dispersion comprising pigment particles having an average size of less than 0. 1 micrometer dispersed in an organic medium, and
B is an aqueous dispersion comprising certain classes of inorganic pigment particles having an average size of less than 0. 1 micrometer dispersed in an aqueous medium, wherein said classes of inorganic pigment particles are selected from the group consisting of metal oxides and metal salts.
The method of the invention comprises the steps of vaporizing a pigment or pigment precursor in the presence of a nonreactive gas stream to provide ultrafine pigment or pigment percursor particles, when pigment precursor particles are present, providing a second gas capable of reacting with said ultrafine pigment precursor particles and reacting said second gas with said ultrafine pigment precursor particles to provide ultrafine pigment particles, transporting said ultrafine pigment particles in said gas stream to a dispersing medium, to provide a dispersion of pigment particles in said medium.