IP Library › Assignment 008222/0747

Patent Assignment

Reel/Frame 008222/0747

Security Interest

Recorded: 1996-11-20 Pages: 24

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Assignor

CRUCIBLE MATERIALS CORPORATION

Executed: 1996-10-30

Assignee

MELLON BANK, N.A.

ONE MELLON BANK CENTER, PITTSBURGH, PENNSYLVANIA, 15258

Covered Properties (47)

Powder-Metallurgy Steel Article with High Vanadium-Carbide Content

Patent: 4,249,945 →

Application: 05/944,514 →

Powder-Metallurgy Vanadium-Containing Tungsten-Type High-Speed Steel

Patent: 4,276,087 →

Application: 06/035,652 →

Ingot Mold Assembly

Patent: 4,301,991 →

Application: 06/072,964 →

Refractory Nozzle

Patent: 4,309,159 →

Application: 06/156,721 →

Furnace Roll

Patent: 4,330,912 →

Application: 06/160,414 →

Venting Arrangement for Matched Molds and Method

Patent: 4,359,443 →

Application: 06/183,102 →

Cladding Method for Producing a Lined Alloy Article

Patent: 4,544,523 →

Application: 06/542,877 →

Permanent Magnet Alloy

Patent: 4,565,587 →

Application: 06/564,667 →

Method for Making Rare-Earth Element Containing Permanent Magnets

Patent: 4,585,473 →

Application: 06/598,118 →

Method for Compacting Alloy Powder

Patent: 4,609,526 →

Application: 06/609,959 →

Method for Atomizing Titanium

Patent: 4,544,404 →

Application: 06/710,806 →

Oxygen Containing Permanent Magnet Alloy

Patent: 4,588,439 →

Application: 06/736,017 →

Low Carbon Plus Nitrogen, Free-Machining Austenitic Stainless Steel

Patent: 4,613,367 →

Application: 06/744,627 →

Method for Producing Clad Tubular Product

Patent: 4,640,814 →

Application: 06/788,413 →

Method and Assembly for Producing Extrusion-Clad Tubular Product

Patent: 4,640,815 →

Application: 06/788,416 →

Powder Metallurgy High Speed Tool Steel Article and Method of Manufacture

Patent: 4,839,139 →

Application: 06/832,734 →

Age-Hardenable Stainless Steel Having Improved Machinability

Patent: 4,769,213 →

Application: 06/898,487 →

Low Carbon Plus Nitrogen, Free-Machining Austenitic Stainless Steel

Patent: 4,784,828 →

Application: 06/898,488 →

Corrosion-Resistant, Low-Carbon Plus Nitrogen Austenitic Stainless Steels with Improved Machinability

Patent: 4,797,252 →

Application: 06/910,238 →

Assembly for Producing Extrusion-Clad Tubular Product

Patent: 4,748,059 →

Application: 06/925,988 →

Nickel-Base Powder Metallurgy Alloy

Patent: 4,731,117 →

Application: 06/926,541 →

Wear and Corrosion Resistant Articles Made from Pm Alloyed Irons

Patent: 4,765,836 →

Application: 06/940,658 →

Powder Metallurgy High Speed Tool Steel Article and Method of Manufacture

Patent: 4,880,460 →

Application: 07/164,018 →

Rare Earth, Iron Carbon Permanent Magnet Alloys and Method for Producing the Same

Patent: 4,849,035 →

Application: 07/191,964 →

Welded Corrosion-Resistant Ferritic Stainless Steel Tubing Having High Resistance to Hydrogen Embrittlement and a Cathodically Protected Heat Exchanger Containing the Same

Patent: 4,942,922 →

Application: 07/259,520 →

Low Carbon Plus Nitrogen Free-Machining Austenitic Stainless Steels with Improved Machinability and Corrosion Resistance

Patent: 4,933,142 →

Application: 07/306,216 →

System and Method for Atomizing a Titanium-Based Material

Patent: 4,999,051 →

Application: 07/413,177 →

Method for Producing Titanium Particles

Patent: 5,084,091 →

Application: 07/433,906 →

Permanent Magnet Having Improved Corrosion Resistance and Method for Producing the Same

Patent: 5,162,064 →

Application: 07/507,026 →

Method and Particle Mixture for Making Rare Earth Element, Iron and Boron Permanent Sintered Magnets

Patent: 5,091,020 →

Application: 07/616,099 →

Device for Measuring Out-Of-Roundness

Patent: 5,113,591 →

Application: 07/672,683 →

Prealloyed High-Vanadium, Cold Work Tool Steel Particles and Methods for Producing the Same

Patent: 5,238,482 →

Application: 07/704,082 →

Method for Atomizing a Titanium-Based Material

Patent: 5,213,610 →

Application: 07/818,465 →

Permanent Magnet Having Improved Corrosion Resistance and Method for Producing the Same

Patent: 5,282,904 →

Application: 07/966,855 →

Prealloyed High-Vanadium, Cold Work Tool Steel Particles

Patent: 5,344,477 →

Application: 08/026,013 →

Hot-Isostatically-Compacted Martensitic Mold and Die Block Article and Method of Manufacture

Patent: 5,435,824 →

Application: 08/126,551 →

Martensitic Hot Work Tool Steel Die Block Article and Method of Manufacture

Patent: 5,447,800 →

Application: 08/126,556 →

Titanium-Free, Nickel-Containing Maraging Steel Die Block Article and Method of Manufacture

Patent: 5,538,683 →

Application: 08/162,660 →

Re-Fe-B Magnets and Manufacturing Method for the Same

Patent: 5,480,471 →

Application: 08/235,279 →

Methods and Apparatus for Securing, Integrating, and Manipulating Employee Payroll and Human Resource Information

Patent: 5,600,554 →

Application: 08/314,720 →

Sulfur-Containing Powder-Metallurgy Tool Steel Article

Patent: 5,522,914 →

Application: 08/384,548 →

Re-Fe-B Magnets and Manufacturing Method for the Same

Patent: 5,589,009 →

Application: 08/462,959 →

Titanium-Free, Nickel-Containing Maraging Steel Die Block Article and Method of Manufacture

Patent: 5,482,531 →

Application: 08/462,960 →

Corrosion Resistant, High Vanadium, Powder Metallurgy Tool Steel Articles with Improved Metal to Metal Wear Resistance and a Method for Producing the Same

Patent: 5,679,908 →

Application: 08/554,376 →

Temperature Stable Permanent Magnet

Patent: 5,772,796 →

Application: 08/560,888 →

Method for Vacuum Loading

Patent: 5,849,244 →

Application: 08/627,547 →

High Strength, Corrosion Resistant Austenitic Stainless Steel and Consolidated Article

Patent: 5,841,046 →

Application: 08/652,686 →

Related Assignments (10)