FRANK THOMAS DIAUGUSTINE
Engineers in Lancaster, PA

License number
Pennsylvania PE009312E
Category
Engineers
Type
Professional Engineer
Address
Address
Lancaster, PA 17601

Personal information

See more information about FRANK THOMAS DIAUGUSTINE at radaris.com
Name
Address
Phone
Frank Diaugustine
420 Valleybrook Dr, Lancaster, PA 17601
(717) 887-7355
Frank J. Diaugustine
Berwick, PA
(570) 759-1560
Frank J Diaugustine, age 75
88 Stone Church Rd, Berwick, PA 18603
(570) 759-1560
Frank T Diaugustine
317 Faulkner Dr, Lancaster, PA 17601
(717) 581-5808
Frank T Diaugustine, age 102
420 Valleybrook Dr, Lancaster, PA 17601
(717) 581-5808

Professional information

Frank Diaugustine Photo 1

Coded Marking On An Interior Surfaces Of A Crt Faceplate Panel And Method Of Making Same

US Patent:
5744270, Apr 28, 1998
Filed:
Mar 18, 1996
Appl. No.:
8/620741
Inventors:
Samuel Pearlman - Lancaster PA
Robert Anthony Duschl - Lititz PA
Anthony Stanley Baran - Lancaster PA
Glenn William Brunner - Landisville PA
George Simon Gadbois - Lancaster PA
Frank Thomas DiAugustine - Lancaster PA
Assignee:
Thomson Consumer Electronics, Inc. - Indianapolis IN
International Classification:
G03B 4100, G03C 500
US Classification:
430 25
Abstract:
The novel method for producing a coded marking on a CRT faceplate panel having an exterior and an interior surface with a viewing area surrounded by a periphery and having a luminescent screen with a plurality of different light-emitting phosphors separated by light-absorbing material includes the steps of: depositing a suitable photoresist on the interior surface of the panel to form a layer that extends across the viewing area and onto the periphery; illuminating areas of the photoresist on both the viewing area and the periphery with actinic radiation to selectively change the solubility of the photoresist; developing the photoresist to remove the more soluble areas, thereby exposing underlying portions of the interior surface of the panel while leaving retained areas of less soluble photoresist. The retained areas of the photoresist and the exposed portions of the interior surface of the panel are then overcoated with a light-absorbing material which is dried to form a coating. The light-absorbing coating is developed by removing the retained areas of the photoresist having the overlying light-absorbing coating thereon, while leaving the coating of light-absorbing material adhered to the exposed portions of the interior surface of the panel.