Dr. Weir graduated from the University of Virginia School of Medicine in 1978. He works in Baltimore, MD and 1 other location and specializes in Nephrology. Dr. Weir is affiliated with University Of Maryland Medical Center.
A composite tape substrate, formed by at least two polymers, where the polymer on the face side has a relatively low peel strength in combination with the adhesive, and where the polymer on the backside has a relatively high peel strength in combination with the adhesive.
Matthew Weir - Spartanburg SC, US Robert Miller - Piedmont SC, US
International Classification:
G03B023/02
US Classification:
242/348400
Abstract:
A film container incorporating a light-blocking pile fabric composite disposed in bounding relation to a slit opening in the container. The pile fabric composite includes a heat curable resilient polymeric stiffening primer disposed across the underside of a pile fabric and a layer of substantially solvent free, heat activatable adhesive disposed below the primer and bonded to a bare or coated surface of the container.
Fiber Having Non-Uniform Composition And Method For Making Same
Peter D. GABRIELE - York PA, US Matthew G. WEIR - York PA, US Michael S. FLEMMENS - Glen Rock PA, US Andrew HOGAN - York PA, US Jeffrey S. HAGGARD - Cocoa FL, US
Assignee:
ARMARK AUTHENTICATION TECHNOLOGIES, LLC - Glen Rock PA HILLS INC. - West Melbourne FL
International Classification:
D02G 3/36 D01D 5/38
US Classification:
428375, 26417211
Abstract:
A fiber having a non-uniform composition is disclosed. The fiber includes a first domain having a first composition and a second domain having a second composition different from the first composition. The fiber includes an interphase region intermediate the first and second domains that includes a blend of the first and second compositions to provide a gradual transition from the first domain composition to the second domain composition. A method for making such fibers is also disclosed.
Extruded Filament Having High Definition Cross-Sectional Indicia/Coding, Microscopic Tagging System Formed Therefrom And Method Of Use Thereof For Anti-Counterfeiting Of Product Authentication
Peter D. Gabriele - York PA, US Jeffrey H. Robertson - York PA, US Michael S. Flemmens - Glen Rock PA, US Matthew G. Weir - York PA, US Jeffrey S. Haggard - Cocoa FL, US
Assignee:
ARMARK AUTHENTICATION TECHNOLOGIES, LLC - Glen Rock PA HILLS INC. - West Melbourne FL
International Classification:
D02G 3/00 B23P 17/04
US Classification:
428373, 428397, 428402, 29592
Abstract:
An extruded filament is provided having a cross-sectional configuration which permits a cut transverse section of the filament to function as a high definition tagging material, the extruded filament having contained therein along the direction of the longitudinal axis (the axis of extrusion) of the filament a multitude of extruded strand portions, which may be the same or different from one another from the standpoint of composition, visual or forensic effect, and which strand portions provide a multitude of pixel-like portions within a cross-sectional portion of the filament, which multitude of pixel-like portions, when taken together, comprise at least one pre-selected degree of identification whereby the tagging material may be differentiated or identified based on at least one degree of identification. A cut fiber or microparticle formed from the filament may be used to authenticate a product when used in association with the product.
"Doctors are paranoid about hyperkalemic death when they use these kidney- and heart- protective drugs. So they won't use them, or they use them in much lower doses than they should," said Dr. Matthew Weir of the University of Maryland School of Medicine and chief author of the patiromer study.
April Cassano, Anthony Valentino, Louis Davenport, Matthew Yeung, Robert Ianuale, Bryan Hayden, Matthew Schuster, Justin Colaprico, Jen Thompson, Kevin Lama, Jacqueline Travers, Jamie Hannwacker
Susan Culcer, Robert Cloud, Tony Kim, Tim Mitchell, Jennifer Hewitt, Loretta Kapfhamer, Adam Murray, Cole Wright, Dave White, Chris Haskett, Brandon Conrad