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Thomas C Stall

from North Grosvenordale, CT
Age ~82
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Also known as:
Thomas Clyde Stall, Tom Stall, Stall C Stall
Phone and address:
15 Central St, Fabyan, CT 06255
Related to:
Susan L Goergens, 63
Connected to:
Alexander P Stall, 62Arick E Stall, 38Brooke L Stall, 38Chris Stall, 52Crystal L Stall, 56Dawn M Stall, 53Diane L Stall, 67Fred L Stall, 90Jeni Stall, 38Russell H Stall, 64

Thomas Stall Phones & Addresses

  • 15 Central St, N Grosvenordl, CT 06255
  • North Grosvenordale, CT
  • Millbury, MA
  • Quinebaug, CT
  • Thompson, CT
  • N Grosvenordl, CT
  • O Fallon, MO
  • Worcester, MA

Emails

t***l@msn.com

Professional Records

License Records

Thomas C Stall

Address:
Millbury, MA 01527
License #:
44675 - Expired
Issued Date:
May 1, 1983
Expiration Date:
Feb 1, 1985
Type:
Salesperson

Business Records

Name / Title
Company / Classification
Phones & Addresses
Thomas C. Stall
Treasurer
IDI ENTERPRISES, INC
33 Elmwood St, Millbury, MA 01527
Thomas C. Stall
Treasurer
A & S ENTERPRISES, INC
33 Elmwood St, Millbury, MA 01527

Publications

Us Patents

Scandium Containing Aluminum Alloy Firearm

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US Patent:
6557289, May 6, 2003
Filed:
May 17, 2001
Appl. No.:
09/859983
Inventors:
Thomas C. Stall - North Grosvenordale CT
Jeffrey Luty - Longmeadow MA
Kevin R. Fleury - Feeding Hills MA
Norman W. Spencer - Longmeadow MA
Assignee:
Smith Wesson Corp. - Springfield MA
International Classification:
F41C 300
US Classification:
42 7102, 42 7502, 42 7602
Abstract:
Firearms having scandium containing aluminum alloy components having alloying elements including light weight metals, such as magnesium, chromium, copper and zinc, heavier metals, such as zirconium, and other rare earth metals. The components have yield strengths of 82 to 100 KSI, tensile strengths of 88 to 106 KSI, 12 to 19% elongations, and 7 to 10% reduction areas, and a method for heat treating the scandium containing aluminum alloy. The alloy is composed of 0. 05% to 0. 15% scandium, 7. 5% to 8. 3% zinc, 1. 6% to 2. 2% magnesium, 1. 6% to 2. 0% copper, 0. 02% to 0. 04% chromium, 0. 05% to 0. 15% zirconium, and 87 to 90% aluminum. A method for making the components involves exposure to solution heat treatment of 875Â F. for an hours or two, followed by water quench, natural aging at ambient temperature for 24 to 72 hours, artificial aging at 250Â F. for 24 hours, and allowed to air cool.

Scandium Containing Aluminum Alloy Firearm

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US Patent:
6711819, Mar 30, 2004
Filed:
Mar 26, 2003
Appl. No.:
10/397644
Inventors:
Thomas C. Stall - North Grosvenordale CT
Jeffrey Luty - Longmeadow MA
Kevin R. Fleury - Feeding Hills MA
Norman W. Spencer - Longmeadow MA
Assignee:
Smith Wesson Corp. - Springfield MA
International Classification:
B21D 5120
US Classification:
2989814, 29903, 42 7102, 42 7602
Abstract:
Firearms having scandium containing aluminum alloy components having alloying elements including light weight metals, such as magnesium, chromium, copper and zinc, heavier metals, such as zirconium, and other rare earth metals. The components have yield strengths of 82 to 100 KSI, tensile strengths of 88 to 106 KSI, 12 to 19% elongations, and 7 to 10% reduction areas, and a method for heat treating the scandium containing aluminum alloy. The alloy is composed of 0. 05% to 0. 15% scandium, 7. 5% to 8. 3% zinc, 1. 6% to 2. 2% magnesium, 1. 6% to 2. 0% copper, 0. 02% to 0. 04% chromium, 0. 05% to 0. 15% zirconium, and 87 to 90% aluminum. A method for making the components involves exposure to solution heat treatment of 875Â F. for an hours or two, followed by water quench, natural aging at ambient temperature for 24 to 72 hours, artificial aging at 250Â F. for 24 hours, and allowed to air cool.

Process For Treating Metal Workpieces

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US Patent:
62678256, Jul 31, 2001
Filed:
Oct 16, 1998
Appl. No.:
9/174154
Inventors:
Thomas C. Stall - North Grosvenordale CT
Kevin R. Fleury - Feeding Hills MA
Craig A. Mariani - Ludlow MA
Brett Curry - Chicopee MA
Michael J. Poulin - Granby MA
Assignee:
Smith & Wesson Corp. - Springfield MA
International Classification:
C23C 806
US Classification:
148237
Abstract:
A method for treating metal workpieces, including non-ferrous metal workpieces such as Titanium. The metal workpieces are heat soaked for a predetermined amount of time in a furnace at a predetermined temperature. An interstitial element is introduced into the area adjacent to the surface of the metal workpieces until a predetermined concentration of the interstitial element exists in the area adjacent to the metal workpieces. The treated metal workpieces are then cooled, resulting in the metal workpieces having a diffusion region formed which extends into the body of the metal workpieces. The region has a gradient of the interstitial element formed therein.
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Thomas C Stall from North Grosvenordale, CT, age ~82 Get Report