Robin D Rogers from 32 Audubon Pl, Tuscaloosa, AL 35401, age 68, Phone: 2053914865

Name / Title

Company / Classification

Phones & Addresses

Robin Rogers
Chairman

Caasa-Int.com
Computer and Computer Software Stores

1441 Greymont Lane, Tuscaloosa, AL 35406
Website: caasa-int.com

Robin Rogers
Staff-chemistry Cgm

University of Alabama
Police Protection

946 University Ln, Tuscaloosa, AL 35401

Robin L. Rogers

PLATINUM WEAVES SALON LLC

Robin Rogers

A-TECH CORPORATION

Robin D. Rogers
President

525 Solutions, Inc
Business Services

32 Audubon Pl, Tuscaloosa, AL 35401

Us Patents

Ionic Liquid Temperature Sensor
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US Patent:

6749336, Jun 15, 2004
Filed:

Jan 2, 2003
Appl. No.:

10/334862
Inventors:

Banqiu Wu - Austin TX 78717
John D. Holbrey - Tuscaloosa AL 35401
Ramana G. Reddy - Tuscaloosa AL 35487
Robin D. Rogers - Tuscaloosa AL 35401
International Classification:

G01K 502
US Classification:

374190, 374201
Abstract:

A temperature sensor having a capillary tube or stem, sealed at both ends, with a thin bore defined therein is applied to the measurement of temperatures having a range of about -100Â to +400Â Centigrade. A bulb comprising a liquid reservoir, is provided at one end of the capillary tube, in liquid communication with the bore, and is generally filled with an ionic thermometric liquid. In the operation of the temperature sensor, temperature is measured by the height of the liquid in the bore.

Cellulose Matrix Encapsulation And Method
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US Patent:

6808557, Oct 26, 2004
Filed:

Mar 21, 2003
Appl. No.:

10/394989
Inventors:

John David Holbrey - Tuscaloosa AL
Scott K. Spear - Bankston AL
Megan B. Turner - Tuscaloosa AL
Richard Patrick Swatloski - Tuscaloosa AL
Robin Don Rogers - Tuscaloosa AL
Assignee:

The University of Alabama - Tuscaloosa AL
PG Research Foundation - Darien IL
International Classification:

C08L 100
US Classification:

10616301, 1062002, 1061643, 1065011, 424418, 424493, 424494, 71 23, 71 6411, 71 6413, 435179, 426650
Abstract:

A regenerated cellulose-encapsulated active substance and a method for encapsulating an active substance in a regenerated cellulose matrix are disclosed. The distribution of the active substance is preferably substantially homogeneous within the matrix of regenerated cellulose. The regenerated cellulose (i) has about the same molecular weight as the original cellulose from which it is prepared (ii) is substantially free of added substituent groups relative to the starting cellulose and is also substantially free of entrapped ionic liquid degradation products.

Dissolution And Processing Of Cellulose Using Ionic Liquids
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US Patent:

6824599, Nov 30, 2004
Filed:

Sep 27, 2002
Appl. No.:

10/256521
Inventors:

Richard Patrick Swatloski - Tuscaloosa AL
Robin Don Rogers - Tuscaloosa AL
John David Holbrey - Tucaloosa AL
Assignee:

The University of Alabama - Tuscaloosa AL
International Classification:

C08L 100
US Classification:

10616301, 1062002, 1061643
Abstract:

Cellulose is dissolved in an ionic liquid without derivatization, and is regenerated in a range of structural forms without requiring the use of harmful or volatile organic solvents. Cellulose solubility and the solution properties can be controlled by the selection of the ionic liquid constituents, with small cations and halide or pseudohalide anions favoring solution.

Production, Refining And Recycling Of Lightweight And Reactive Metals In Ionic Liquids
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US Patent:

6881321, Apr 19, 2005
Filed:

Oct 19, 2001
Appl. No.:

09/982190
Inventors:

Banqiu Wu - Tuscaloosa AL, US
Ramana G. Reddy - Tuscaloosa AL, US
Robin D. Rogers - Tuscaloosa AL, US
Assignee:

The University of Alabama - Tuscaloosa AL
International Classification:

C25C001/00
C25C001/24
US Classification:

205560, 205618, 205557, 204242, 204287
Abstract:

Lightweight and reactive metals can be produced from ore, refined from alloy, and recycled from metal matrix composites using electrolysis in electrolytes including an ionic liquid containing a metal chloride at or near room temperature. Low electric energy consumption and pollutant emission, easy operation and low production costs are achieved.

Polymer Formation In Room Temperature Ionic Liquids
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US Patent:

6924341, Aug 2, 2005
Filed:

Apr 1, 2002
Appl. No.:

10/473455
Inventors:

Jimmy W. Mays - Knoxville TN, US
Lujia Bu - Shrewsbury MA, US
Robin D. Rogers - Tuscaloosa AL, US
Kunlun Hong - Knoxville TN, US
Hongwei Zhang - Knoxville TN, US
Assignee:

The UAB Research Foundation - Birmingham AL
International Classification:

C08F002/00
US Classification:

526 89, 529193, 529204, 529217, 529319, 5293292, 5293297, 529346, 525242, 525299
Abstract:

Methods and compositions for polymerization in ionic medium liquid at room temperature provide the benefit of allowing polymerization reactions to be carried out cheaply, and relatively quickly. The replacement of VOCs by these environmentally benign solvents has the further advantage of increased safety for chemical workers.

Production, Refining And Recycling Of Lightweight And Reactive Metals In Ionic Liquids
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US Patent:

7347920, Mar 25, 2008
Filed:

Jul 12, 2004
Appl. No.:

10/888586
Inventors:

Banqiu Wu - Tuscaloosa AL, US
Ramana G. Reddy - Tuscaloosa AL, US
Robin D. Rogers - Tuscaloosa AL, US
Assignee:

The Board of Trustees of the University of Alabama - Tuscaloosa AL
International Classification:

C25D 9/00
US Classification:

2042431, 204242, 204287, 205348
Abstract:

Lightweight and reactive metals can be produced from ore, refined from alloy, and recycled from metal matrix composites using electrolysis in electrolytes including an ionic liquid containing a metal chloride at or near room temperature. Low electric energy consumption and pollutant emission, easy operation and low production costs are achieved.

Method Of Preparing High Orientation Nanoparticle-Containing Sheets Or Films Using Ionic Liquids, And The Sheets Or Films Produced Thereby
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US Patent:

7550520, Jun 23, 2009
Filed:

May 31, 2005
Appl. No.:

11/139690
Inventors:

Dan Daly - Tuscaloosa AL, US
Robin Rogers - Tuscaloosa AL, US
Assignee:

The University of Alabama - Tuscaloosa AL
International Classification:

C08J 3/28
US Classification:

523300, 524431, 524435, 524440
Abstract:

A method is provided for the preparation of nanomaterials, which involves the dissolution and/or suspension of a combination of (a) one or more resin substrate materials and (b) one or more magnetic nanoparticulate substances, in a medium made from one or more ionic liquids, to provide a mixture, and recovering the solid nanomaterial by combining the mixture with a non-solvent (solvent for the ionic liquids but not the other components), while also applying an electromagnetic field to the mixture during the recovering step to align the magnetic nanoparticulate substances, along with the use of the resulting nanomaterials to provide unique information storage media, particularly in the form of sheets or films.

Polymer Dissolution And Blend Formation In Ionic Liquids
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US Patent:

7888412, Feb 15, 2011
Filed:

Mar 24, 2005
Appl. No.:

11/087496
Inventors:

John D. Holbrey - Tuscaloosa AL, US
Richard P. Swatloski - Tuscaloosa AL, US
Ji Chen - Tuscaloosa AL, US
Dan Daly - Tuscaloosa AL, US
Robin D. Rogers - Tuscaloosa AL, US
Assignee:

Board of Trustees of the University of Alabama - Tuscaloosa AL
International Classification:

A61K 8/73
C08F 220/12
C08F 290/06
C08G 18/38
C08G 18/80
C08K 5/01
C08K 5/34
C08K 5/48
C08L 1/00
C08L 3/00
C08L 5/00
C08L 89/00
C08L 91/08
C08L 97/02
C09D 101/00
C09D 101/18
C09D 103/00
C09D 105/00
C09D 105/08
C09J 101/00
C09J 103/00
C09J 105/00
C09J 105/08
C09J 105/10
C09J 197/02
D21H 19/18
D21H 19/54
US Classification:

524 27, 1061621, 1061622, 10616251, 1061629, 10616301, 523305, 524 31, 524 32, 524 35, 524 47, 524 81, 524 86, 524480
Abstract:

The present invention relates to processes utilizing ionic liquids for the dissolution of various polymers and/or copolymers, the formation of resins and blends, and the reconstitution of polymer and/or copolymer solutions, and the dissolution and blending of “functional additives” and/or various polymers and/or copolymers to form advanced composite materials.