Abstract: An optically embossed sheet (10) for a laminate (107) for decorative boards includes a base layer (12) having a print surface (14) and an opposed resin application surface (16), wherein the print surface (14) defines a decorative area (18). A small particle ink (20) overlies the decorative area (18), and a large particle ink (22) overlies the small particle ink (20) within a low-gloss region (24) defined within the decorative area (18). A thermosetting resin is applied only to the resin application surface so that more than fifty percent of the particles of the small particle ink (20) at the print surface (14) are coalesced by the thermosetting resin (26) into agglomerations (27), and less than about thirty percent of the particles of the large particle ink (22) are coalesced into agglomerations (27) giving rise to a substantial gloss differential at the print surface (14).
Type:
Grant
Filed:
May 2, 2005
Date of Patent:
November 28, 2006
Assignee:
Interprint, Inc.
Inventors:
John Carmelo Genzabella, William Michael Hines, Jr., George Anthony Baldasarre
Abstract: A dual coolant loop fuel cell power plant is disclosed that includes at least one fuel cell for producing an electric current from a reducing fluid and an oxidant stream, wherein the fuel cell includes an electrolyte secured between an anode catalyst and a cathode catalyst. An anode flow field is defined adjacent the anode catalyst and extends between a reducing fluid inlet and a reducing fluid outlet. A cathode flow field is defined adjacent the cathode catalyst and extends between an oxidant inlet and an oxidant outlet. A reaction zone is defined within the anode and cathode flow fields co-extensive with the anode and cathode catalysts, and a condensation zone is defined extending from the oxidant outlet into the anode and cathode flow fields.