IP Library › Assignment 021824/0319
Patent Assignment
Reel/Frame 021824/0319

Release of Security Interest

Recorded: 2008-11-13 Received: 2008-11-13 Pages: 14
Assignor
Assignee
INTERNATIONAL TITANIUM POWDER, LLC
940 S. FRONTAGE ROAD, SUITE 1400, WOODRIDGE, IL, 60517, UNITED STATES
Covered Properties (63)
Elemental material and alloy
Application: 12/079,023 →
Liquid Injection of VCL4 into Superheated TICL4 for the Production of Ti-V Alloy Powder
Titanium and titanium alloys
Application: 12/082,110 →
Attrited titanium powder
Application: 11/820,107 →
Liquid injection of VCI4 into superheated TiCI4 for the production of Ti-V alloy powder
Application: 11/789,641 →
Metal Matrix with Ceramic Particles Dispersed Therein
Direct Passivation of Metal Powder
Titanium Boride
Separation system, method and apparatus
Application: 10/570,422 →
Titanium Alloy
Attrited titanium powder
Application: 60/814,362 →
Preparation of alloys by the armstrong method
Application: 11/372,660 →
System and Method of Producing Metals and Alloys
Application: 10/530,775 →
Process for Separating Ti from a Ti Slurry
Application: 10/526,918 →
Separation System of Metal Powder from Slurry and Process
Application: 10/535,618 →
Titanium boride
Application: 60/724,166 →
System and method of producing metals and alloys
Application: 10/530,783 →
Filter cake treatment apparatus and method
Application: 10/526,911 →
Titanium alloy
Application: 11/186,724 →
Analog external cavity laser
Application: 11/097,745 →
Filter Extraction Mechanism
Ceramics and Method of Producing Ceramics
Separation, System, Method and Apparatus
Indexing Separation System
Method of Making Metals and Other Elements from the Halide Vapor of the Metal
Application: 90/006,911 →
Method of Making Metals and Other Elements from the Halide Vapor of the Metal
Application: 90/006,912 →
Method, apparatus and system for segregating salt from metal powder
Application: 60/502,921 →
Method and Apparatus for Controlling the Size of Powder Produced by the Armstrong Process
Method and Apparatus for Controlling the Size of Powder Produced by the Armstrong Process
Method and Apparatus for Controlling the Size of Powder Produced by the Armstrong Process
Application: 10/654,150 →
Process for Separating Ti from a Slurry
System and Method of Producing and Separating Metals and Alloys
Intrinsic Barrier
Filter Extraction Mechanism
Preparation of Alloys by the Armstrong Method
Application: 10/654,493 →
Separation system, method and apparatus
Application: 60/499,857 →
System and Method of Prducing and Separating Metals and Alloys
Separation System of Metal Powder from Slurry and Process
Preparation of Alloys by the Armtrong Method
Ceramics and Method of Producing Ceramics
Application: 10/654,464 →
Indexing separation system
Application: 60/497,192 →
Separation system and process
Application: 60/427,728 →
System and method of producing and separating metals and alloys
Application: 60/416,611 →
System and method of producing and separating metals and alloys
Application: 60/416,630 →
Method and apparatus for producing metals
Application: 60/411,328 →
Gel of elemental material or alloy and liquid metal and salt
Application: 10/238,791 →
Gel of elemental material or alloy and liquid metal and salt
Application: 10/238,297 →
Preparation of alloys by the armstrong method
Application: 60/408,934 →
Filter cake treatment apparatus and method
Application: 60/408,920 →
Method of making large titanium particles
Application: 60/408,926 →
Method of using supersonic gas in the continuous production of metal
Application: 60/408,825 →
Filter extraction mechanism
Application: 60/408,919 →
Needle valve
Application: 60/408,924 →
Process and apparatus for separating Ti from a Ti containing slurry
Application: 60/408,933 →
High pressure reaction zone
Application: 60/408,683 →
Process for removing Na from a gel containing a solid metal powder salt and liquid metal
Application: 60/408,925 →
Distillation of sodium with high temperature gas
Application: 60/408,824 →
Intrinsic barrier
Application: 60/408,927 →
Process for removing NaCI from a Ti/NaCI/Na gel or mixture with high temperature liquid metal
Application: 60/408,932 →
Elemental Material and Alloy
Application: 10/125,988 →
Titanium and Titanium Alloys
Application: 10/125,942 →
Optoelectronic Assembly Having a Flexure That Supports Multiple Optical Elements
Application: 10/077,003 →
Active Topical Skin Protectants Containing Opaa Enzymes and Clecs
Application: 09/871,749 →