DANIEL RICHARD ROGERS
Pharmacy in Erie, PA
License number
Pennsylvania PI105999
Category
Pharmacy
Type
Pharmacy Intern
Address
Address
Erie, PA 16505
Personal information
See more information about DANIEL RICHARD ROGERS at radaris.comName
Address
Phone
438 Suncrest St, Pittsburgh, PA 15210
44 N Green St, E Stroudsburg, PA 18301
514 N Front St APT 7, Lemoyne, PA 17043
Professional information
Method For Applying Chemical Watermarks On Substrate
US Patent:
6334678, Jan 1, 2002
Filed:
Sep 1, 1999
Appl. No.:
09/388206
Inventors:
Robert L. Daigneault - Longmeadow MA
Michael F. Koenig - Goshen NY
Otto Ondruska - Erie PA
Daniel R. Rogers - Erie PA
Jiyue Yang - Towaco NJ
Michael F. Koenig - Goshen NY
Otto Ondruska - Erie PA
Daniel R. Rogers - Erie PA
Jiyue Yang - Towaco NJ
Assignee:
International Paper Company - Purchase NY
International Classification:
B41J 201
US Classification:
347107, 347100, 347103
Abstract:
A method and an apparatus for applying chemical watermarks to a substrate, e. g. , paper, using a digital printer which prints ink in a dot matrix pattern. The ink may contain either a translucentizing agent or an opacifying agent. The printer is digitally controlled to print ink in accordance with a computer program corresponding to a desired pattern or image.
Recording Sheets For Ink Jet Printing
US Patent:
5916673, Jun 29, 1999
Filed:
Jul 31, 1997
Appl. No.:
8/904241
Inventors:
Mario Fryberg - Praroman, CH
Roland Kurzen - St. Antoni, CH
Klaus Haarmann - Marly, CH
Diane L. Blednick - Fairview PA
Daniel R. Rogers - Erie PA
Roland Kurzen - St. Antoni, CH
Klaus Haarmann - Marly, CH
Diane L. Blednick - Fairview PA
Daniel R. Rogers - Erie PA
Assignee:
Ilford AG - Fribourg
International Classification:
B41M 500
US Classification:
428328
Abstract:
A recording sheet for ink jet printing comprising a support having coated onto said support one or more layers receptive for aqueous inks, said coating comprising at least one film forming, hydrophilic polymer or a mixture of film forming hydrophilic polymers and imbedded in this film at least one trivalent salt of a metal of the Group IIIb series of the periodic table of elements or complexes which comprise trivalent ions of the metals of Group IIIb of the periodic table of the elements. In another embodiment the salts or complexes of Group IIIb elements are coated directly on the substrate surface without the presence of the film forming polymer.