MR. JOHN ROBERT JOHNSON, L.P.C.C.
Social Work at Evergreen Dr, Brainerd, MN
License number
Minnesota CC00019
Category
Social Work
Type
Professional
Address
Address
2
13021 Evergreen Dr, Brainerd, MN 56425
1900 Silver Lake Rd NW SUITE 110, Saint Paul, MN 55112
1900 Silver Lake Rd NW SUITE 110, Saint Paul, MN 55112
Phone
(218) 829-9307
(218) 829-7649 (Fax)
(651) 379-1718
(651) 379-1738 (Fax)
(218) 829-7649 (Fax)
(651) 379-1718
(651) 379-1738 (Fax)
Professional information
John Johnson - Saint Paul, MN
Work:
Pentair - New Brighton, MN
Lean Technician, Pentair New Brighton Operations Wilson Tool International - White Bear Lake, MN
Machinist
Lean Technician, Pentair New Brighton Operations Wilson Tool International - White Bear Lake, MN
Machinist
Education:
Century Community College
engineering Osceola High School
High School Diploma
engineering Osceola High School
High School Diploma
John Johnson - Saint Paul, MN
Work:
Union laborer - Saint Paul, MN
Laborer
Laborer
Education:
Washington high school - Saint Paul, MN
High school graduate.
High school graduate.
Optical Disk Mold Tooling For Reduced Edge Wedge
US Patent:
6752611, Jun 22, 2004
Filed:
Nov 15, 2001
Appl. No.:
10/001099
Inventors:
Chad R. Sandstrom - Stillwater MN
Douglas R. Plourde - Somerset WI
Dean E. Sitz - Wahpeton ND
Donald J. Kerfeld - St. Paul MN
John R. Johnson - Woodbury MN
Douglas R. Plourde - Somerset WI
Dean E. Sitz - Wahpeton ND
Donald J. Kerfeld - St. Paul MN
John R. Johnson - Woodbury MN
Assignee:
Imation Corp. - Oakdale MN
International Classification:
B29D 1100
US Classification:
425143, 425190, 425547, 425810
Abstract:
An optical disk exhibiting no detrimental thickness increase (edge wedge effect) that arises at the outer diameter of an optical disk substrate during an injection molding manufacturing process, and an apparatus and method for making such a disk. The optical disk of the present invention is designed for use with an optical disk player, especially where the data on the optical disk is stored air incident. This optical disk includes a disk substrate made from a molded polymeric material. The disk substrate has a first major surface, a second major surface, and an outer edge. The first major surface of the optical disk includes a data region having an intermediate portion and an outer portion. The outer portion extends to the outer edge of the optical disk. The disk substrate has a thickness defined by the distance between the first major surface and the second major surface.
John Willard Johnson, Saint Paul MN - Lawyer
Address:
Ramsey County
50 Kellogg Blvd W, Saint Paul 55102
50 Kellogg Blvd W, Saint Paul 55102
Licenses:
Minnesota - Authorized to practice 1997
John W. Johnson, White Bear Lake MN - Lawyer
Office:
4364 Cottage Park Rd, White Bear Lake, MN
ISLN:
914880040
Admitted:
1997
Optical Disk Mold Tooling For Reduced Edge Wedge
US Patent:
7114947, Oct 3, 2006
Filed:
May 7, 2004
Appl. No.:
10/840921
Inventors:
Chad R. Sandstrom - Stillwater MN, US
Douglas R. Plourde - Somerset WI, US
Dean E. Sitz - Wahpeton ND, US
Donald J. Kerfeld - St. Paul MN, US
John R. Johnson - Woodbury MN, US
Douglas R. Plourde - Somerset WI, US
Dean E. Sitz - Wahpeton ND, US
Donald J. Kerfeld - St. Paul MN, US
John R. Johnson - Woodbury MN, US
Assignee:
Imation Corp. - Oakdale MN
International Classification:
B29D 11/00
US Classification:
425542, 425810
Abstract:
An optical disk exhibiting no detrimental thickness increase (edge wedge effect) that arises at the outer diameter of an optical disk substrate during an injection molding manufacturing process, and an apparatus and method for making such a disk. The optical disk of the present invention is designed for use with an optical disk player, especially where the data on the optical disk is stored air incident. This optical disk includes a disk substrate made from a molded polymeric material. The disk substrate has a first major surface, a second major surface, and an outer edge. The first major surface of the optical disk includes a data region having an intermediate portion and an outer portion. The outer portion extends to the outer edge of the optical disk. The disk substrate has a thickness defined by the distance between the first major surface and the second major surface.