JOHN H BUTLER
Real Estate Commission in Bethel Park, PA

4033789, Jul 5, 1977

Mar 19, 1976

5/668374

Emil G. Hamburg - Pittsburgh PA
Robert L. Cryderman - McMurray PA
John F. Butler - Bethel Park PA

Jones & Laughlin Steel Corporation - Pittsburgh PA

C21D 600, C21D 714

148 12F

A steel product having a combination of high strength and formability (as measured by percent tensile uniform elongation) is produced by austenitizing a steel consisting essentially of from 0. 04 to 0. 17% carbon, 0. 8 to 2. 0% manganese, up to 1. 0% silicon, up to 0. 12% vanadium, up to 0. 1% columbium, up to an effective amount of titanium to form titanium carbonitrides, 0. 001 to 0. 025% nitrogen, balance essentially iron and then cooling at a rate of no more than about 70. degree. F/sec. to about 850. degree. F and at a rate of more than about 10. degree. F/sec. to transform the freshly formed austenite to a microstructure of from 10 to 35% by volume of martensite and/or lower bainite (MLB), balance essentially proeutectoid ferrite. Slower cooling rates may be employed to obtain the desired microstructure if a restricted chemical composition is used. The heat-treated steel product is characterized by an ultimate tensile strength of 80,000 p. s. i.

3989862, Nov 2, 1976

Jul 15, 1974

5/488373

John Francis Butler - Bethel Park PA
William John Babyak - Pittsburgh PA

Jones & Laughlin Steel Corporation - Pittsburgh PA

C23C 1100, C23C 1300

427251

Method and apparatus are provided for depositing a coating of uniform thickness across a substrate coated by a vapor-deposition process, for confining and directing the vapor to the substrate in a manner to minimize vapor loss, and for conveniently collecting vapor which bypasses the substrate.

4051270, Sep 27, 1977

Oct 10, 1972

5/296419

John F. Butler - Bethel Park PA

Jones & Laughlin Steel Corporation - Pittsburgh PA

C23C 1300, C23C 1302

427 8

The temperature of a substrate to be vacuum vapor coated is measured immediately before its is passed over a source of coating metal vapor and immediately after the vapor has condensed on it. Costing conditions are controlled to maintain the difference between those temperatures at a value which is related to the thickness of the condensed coating by a heat balance equation.

3999506, Dec 28, 1976

Feb 17, 1976

5/658194

John Francis Butler - Bethel Park PA
William John Babyak - Pittsburgh PA

Jones & Laughlin Steel Corporation - Pittsburgh PA

C23C 1308

118 8

Method and apparatus are provided for depositing a coating of uniform thickness across a substrate coated by a vapor-deposition process, for confining and directing the vapor to the substrate in a manner to minimize vapor loss, and for conveniently collecting vapor which bypasses the substrate. A pair of opposed adjustable barrier plates extend transverse to walls defining the path from a vapor source. Means feed a substrate strip in the plane of and between said plates. Condenser rolls overlie the space between corresponding edges of said plates and strip. Means recover coating material condensed into said rolls. Additional means associated with the underside of said strip, disposed transverse to the plate means and external to said walls, further inhibit vapor loss.

4289548, Sep 15, 1981

Aug 19, 1977

5/826014

John H. Bucher - Bethel Park PA
John F. Butler - Bethel Park PA
John F. Held - Verona PA

Jones & Laughlin Steel Corporation - Pittsburgh PA

C21D 952

148 12B

High strength, cold finished steel bars strengthened through the addition of from 0. 05% to 0. 15% vanadium and 0. 001% to 0. 025% nitrogen are produced by a series of steps involving hot rolling, cold drawing, and heat-treatment.