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James V Lovenstein

from Nashua, NH
Age ~58

James Lovenstein Phones & Addresses

  • 2 Whittemore Pl, Nashua, NH 03064 (603) 598-1627
  • 626 Fox Hollow Dr, Hudson, NH 03051 (603) 598-1627
  • 915 Gorsuch Ave, Baltimore, MD 21218 (603) 598-1627
  • Merrimack, NH
  • Onset, MA
  • Milford, NH
  • Fairbanks, AK

Work

Company: Gt advanced technologies Jan 2009 Address: Merrimack, NH Position: Sr. program manager

Education

Degree: Masters of Science (MS) School / High School: Northeastern University 2002 Specialities: Engineering Management

Skills

Program Management • Solidworks • Pmbok • Stage Gate • Prince2 • Mechanical Design • Autodesk Inventor • Pace

Industries

Machinery

Resumes

Resumes

James Lovenstein Photo 1

Project Engineering Manager

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Location:
Nashua, NH
Industry:
Machinery
Work:
GT Advanced Technologies - Merrimack, NH since Jan 2009
Sr. Program Manager

U.S. Coast Guard - Boston, MA since 2002
Lieutenant Commander for Coast Guard Reserves

Presstek - Hudson, NH Jan 1996 - Dec 2008
Sr. Mechanical Engineer / Technical Project Manager

University of Alaska Fairbanks 1991 - 1995
Machine Shop Supervisor
Education:
Northeastern University 2002
Masters of Science (MS), Engineering Management
US Coast Guard Academy 2002
Selected Reserve Direct Commission (SRDC), Reserve Officer Candidate Indoctrination (ROCI)
University of Alaska Fairbanks 1996
Bachelor of Science (BS), Mechanical Engineering
Federal Law Enforcement Training Center 2007
Coast Guard Boarding Officer School
Skills:
Program Management
Solidworks
Pmbok
Stage Gate
Prince2
Mechanical Design
Autodesk Inventor
Pace

Publications

Us Patents

Plate Handling With Thermal Tensioning

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US Patent:
6868608, Mar 22, 2005
Filed:
Aug 18, 2003
Appl. No.:
10/643036
Inventors:
Edwin G. Theriault - Hudson NH, US
James V. Lovenstein - Nashua NH, US
Assignee:
Presstek, Inc. - Hudson NH
International Classification:
B21K001/02
US Classification:
29895212, 29447, 101477
Abstract:
Printing plates are mounted onto a cylinder by first establishing a temperature difference between the plate and the cylinder; in particular, the temperature of the plate exceeds the temperature of the cylinder. The plate is then wrapped around the plate cylinder, and the temperature difference causes the plate to shrink against the cylinder.

Magnetic Plate Retention

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US Patent:
20050120898, Jun 9, 2005
Filed:
Dec 5, 2003
Appl. No.:
10/729045
Inventors:
James Lovenstein - Nashua NH, US
James Moss - Lake Mary FL, US
Assignee:
Presstek, Inc. - Hudson NH
International Classification:
B41F027/02
US Classification:
101389100
Abstract:
A magnetic plate retention system especially suitable for use in retaining a lithographic plate material to a conventional plate cylinder utilizes one or more magnetic retention devices each having a curved surface complementary to the cylinder. When disposed on the plate, the retention devices magnetically adhere the plate to the underlying cylinder.

Magnetic Plate Retention

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US Patent:
20090078139, Mar 26, 2009
Filed:
Dec 1, 2008
Appl. No.:
12/325695
Inventors:
James V. Lovenstein - Nashua NH, US
James R. Moss - Lake Mary FL, US
Assignee:
Presstek, Inc. - Hudson NH
International Classification:
B41F 27/00
US Classification:
1013891
Abstract:
A magnetic plate retention system especially suitable for use in retaining a lithographic plate material to a conventional plate cylinder utilizes one or more magnetic retention devices each having a curved surface complementary to the cylinder. When disposed on the plate, the retention devices magnetically adhere the plate to the underlying cylinder.

Retractable Cleaning System For Lithographic Printing Plates

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US Patent:
58709541, Feb 16, 1999
Filed:
Jan 22, 1998
Appl. No.:
/010858
Inventors:
James V. Lovenstein - Hudson NH
James R. Moss - Altamonte Springs FL
Assignee:
Presstek, Inc. - Hudson NH
International Classification:
B41F 3500
US Classification:
101423
Abstract:
A cleaning apparatus designed for use in conjunction with a lithographic printing member associated with a rotary cylinder comprises an elastomeric (preferably foam) roller for making rotating contact with the printing member; a fixed screen; and a brush in rotating contact with the roller and with the screen. The roller may extend axially at least across the imaging region of the printing member (i. e. , that portion of the imaging member that actually receives the image to be printed). The elastomeric roller removes imaging debris from the cylinder, while the brush removes from the roller debris that would otherwise accumulate therein. As the brush rotates past the screen, it sheds debris withdrawn from the roller; debris passing through the screen may be collected, for example, in a container or removed from the system by vacuum. The system may also include one or more doctor blades in contact with the roller for removing debris remaining on the roller following its contact with the brush.
James V Lovenstein from Nashua, NH, age ~58 Get Report