WILLIAM B ANDERSON JR
Pharmacy in Pittsburgh, PA

3963143, Jun 15, 1976

Jun 30, 1975

5/591700

William Albert Anderson - Pittsburgh PA
Arvil Burke McKee - Lower Burrell PA
John Knox McBride - New Kensington PA

Aluminum Company of America - Pittsburgh PA

B65D 2534

220 64

An improved container featuring an aluminum end or panel having a tear open portion defined by score lines provided in an aluminum composite having a core composed of an aluminum alloy consisting essentially of 1 to 7% of one or more elements selected of the group of up to 3% copper, up to 4% magnesium and up to 1. 5% manganese, the balance essentially aluminum and an aluminum cladding layer consisting of aluminum and, optionally, some amount of zinc but less than 1% with the cladding facing the contents of the container. The solution potential of the core and cladding are controlled in order to achieve the desired protection. A thermal treatment can be employed to control the electrochemical performance of certain composites.

4035201, Jul 12, 1977

Mar 15, 1976

5/666619

William Albert Anderson - Pittsburgh PA
Arvil Burke McKee - Lower Burrell PA
John Knox McBride - New Kensington PA

Aluminum Company of America - Pittsburgh PA

B23P 306, C22F 104

148 115A

An improved container featuring an aluminum end or panel having a tear open portion defined by score lines provided in an aluminum composite having a core composed of an aluminum alloy consisting essentially of 1 to 7% of one or more elements selected of the group of up to 3% copper, up to 4% magnesium and up to 1. 5% manganese, the balance essentially aluminum and an aluminum cladding layer consisting of aluminum and, optionally, some amount of zinc but less than 1% with the cladding facing the contents of the container. The solution potential of the core and cladding are controlled in order to achieve the desired protection. A thermal treatment can be employed to control the electrochemical performance of certain composites.

4146163, Mar 27, 1979

Nov 9, 1977

5/849998

William A. Anderson - Pittsburgh PA
George D. Wilkinson - Maryville TN
William D. Vernam - New Kensington PA

Aluminum Company of America - Pittsburgh PA

B23K 1900

228158

Aluminum brazing sheet is produced from a composite assembly comprising an ingot of aluminum alloy, at least one side of the ingot provided with a layer of an aluminum brazing alloy consisting essentially of not greater than 0. 35 wt. % magnesium and 6. 0 to 13. 0 wt. % silicon, the remainder aluminum and incidental impurities. A layer of aluminum for rolling purposes is provided on at least one of said ingot and said brazing layer, the rolling layer being substantially free of elemental silicon and consisting essentially of 0. 2 wt. % Cu max. , 0. 4 wt. % Fe max. , 0. 05 wt. % max. for both Mn and Ti, up to 1. 0 wt. % Mg, the remainder aluminum and incidental impurities. The composite assembly is hot bonded by rolling in a reversing mill and thereafter formed into brazing sheet in a continuous rolling mill.

2011018, Jul 28, 2011

May 8, 2009

12/991809

William D. Anderson - Pittsburgh PA, US
Stephen F. Badylak - Pittsburgh PA, US
Thomas W. Gilbert - Pittsburgh PA, US
John M. Wainwright - Churchill PA, US

University of Pittsburgh-Of the Commonwealth System of Higher Education - Pittsburgh PA

A61B 17/08

606151

Provided herein is a device to occlude a hole in a wall of an organ or tissue. In another embodiment, a device is provided which comprises an extracellular matrix-derived material and an adhesive to occlude a hole in a wall of an organ or tissue. Provided are devices prepared from extracellular matrix-derived cell-growth scaffolding to repair defects in walls of organs or tissues. Also provided are methods for preparing the device as well as for using the device.

8398576, Mar 19, 2013

Apr 2, 2008

12/061562

George Oliviu Angheloiu - Dubois PA, US
William D. Anderson - Pittsburgh PA, US
Catalin Toma - Pittsburgh PA, US

University of Pittsburgh—Of the Commonwealth System of Higher Education - Pittsburgh PA

A61M 37/00, A61M 25/00, A61M 25/10, A61M 31/00, A61M 1/00, A61M 1/36, A61M 1/38

604 609, 604 501, 604 616, 604 9301, 604523, 604264, 604 9601, 60410103

The invention provides a system and a method for removal of contrast from blood. In one aspect, the invention provides a catheter for removal of contrast from the veins that drain the cerebral circulation. In a second aspect, the invention provides a method for removing contrast from blood by contacting the blood with a sorbent.

3945861, Mar 23, 1976

Apr 21, 1975

5/570267

William A. Anderson - Pittsburgh PA
Ralph W. Rogers - New Kensington PA
William D. Vernam - New Kensington PA

Aluminum Company of America - Pittsburgh PA

C22F 104

148 127

An improved automotive bumper or bumper back-up bar is provided in an aluminum alloy containing selected amounts of zinc and magnesium with a small amount of zirconium and copper, with small amounts of chromium and manganese being optional but preferred. Copper is included to enhance strength. The alloy can contain 5. 5-9% Zn, 0. 8-2% Mg, 0. 11-0. 25% Cu, 0. 05-0. 2% Zr, and preferably 0. 05-0. 35% Mn or 0. 05-0. 25% Cr, or both. The alloy products contemplated include shaped sheet and extrusion bumper products. The improved method contemplates homogenization at a controlled temperature and control of subsequent thermal exposure to, in cooperation with the homogenization, assure good performance from the standpoint of both strength and resistance to stress corrosion cracking.

4146164, Mar 27, 1979

Nov 9, 1977

5/849997

William A. Anderson - Pittsburgh PA
George D. Wilkinson - Maryville TN
William D. Vernam - New Kensington PA

Aluminum Company of America - Pittsburgh PA

B23K 1900

228158

Aluminum brazing sheet is produced by providing a composite assembly comprising an ingot of aluminum alloy and a layer of an aluminum brazing alloy on at least one side of the ingot. Provided on both sides of the composite assembly is a second layer of aluminum alloy substantially free of eutectic or elemental silicon. The composite assembly and the second layer are hot bonded and formed into brazing sheet by steps including hot rolling in a reversing mill followed by hot rolling in a continuous mill.