1
John F Dawson, Douglas E Thorpe: Three dimensional computer graphic symbol generator. Honeywell, Ronald E Champion, July 6, 1993: US05226109 (27 worldwide citation)

An apparatus for generating three dimensional graphic symbols. Each symbol includes a plurality of polygons referenced to a datum point in a cartesian coordinate system, for example, having X, Y and Z axes. Apparatus for storing a vertex list is included. The vertex list characterizes each symbol an ...


2
John A Bantner: Graphic symbol generator. Lindenberg Freilich Wasserman Rosen & Fernandez, March 23, 1976: US03946365 (16 worldwide citation)

Apparatus for generating graphic symbols on a cathode-ray tube employs a beam control system which starts each of a plurality of parallel strokes required for each symbol at the bottom, using a programmed offset for symbols which extend below a baseline, and to otherwise move a symbol in the X and Y ...


3
Manber Solomon: Dual resolution graphic symbol generator. Alphanumeric Incorporated, September 28, 1971: US3609443 (3 worldwide citation)

A graphic symbol generator includes a cathode-ray tube assemblage disposed opposite a photosensitive film. The electron beam of the cathode-ray tube assembly while being driven in a raster scan mode, is intensity modulated in accordance with stored coded combinations of binary signals which represen ...


4
Isoda Kiyoyuki: Display device. Victor Co Of Japan, December 27, 2007: JP2007-334867 (2 worldwide citation)

PROBLEM TO BE SOLVED: To provide a display device for displaying a list of relationships among contents along a time axis.SOLUTION: The display device comprises a time difference calculator 132 for calculating, according to time of day information of first and second contents, a time difference betw ...


5
John A Bantner: Graphic symbol generator. Information International, Lindenberg Freilich Wasserman Rosen & Fernandez, February 21, 1978: USRE029550

Apparatus for generating graphic symbols on a cathode-ray tube employs a beam control system which starts each of a plurality of parallel strokes required for each symbol at the bottom, using a programmed offset for symbols which extend below a baseline, and to otherwise move a symbol in the X and Y ...


6
Dawson John F, Thorpe Douglas E: Generateur informatique de symboles graphiques tridimensionnels, Three dimensional computer graphic symbol generator. Honeywell, Honeywell, SMART & BIGGAR, August 20, 2002: CA2038915

An apparatus for generating three dimensionalgraphic symbols.Each symbol includes a pluralityof polygons referenced to a data point (60) in acartesian coordinate system, for example, having X, Y and Z axes. Apparatus for storing a vertice list(Figure 4 - Figure 6) is included. The vertice list(Figur ...


7
Bantner John A: Generateur de symboles graphiques, Graphic symbol generator. Information International, February 13, 1979: CA1048667

ABSTRACTApparatus for generating graphic symbols on a cathode-ray tube em-ploys a beam control system which starts-each of a plurality of parallelstrokes required for each symbol at the bottom, using a programmed offset forsymbols which extend below a baseline, and to otherwise move a symbol in theX ...


8
Bantner John A: Generateur de symbole graphique, Graphic symbol generator. Information International, November 7, 1978: CA1042121

GRAPHIC SYMBOL GENERATOR ABSTRACT OF THE DISCLOSURE Apparatus for generating graphic symbols on acathode-ray tube employs a beam control system which startseach of a plurality of parallel strokes required for eachsymbol at the bottom, using a programmed offset for symbolswhich extend below a baselin ...


9
Dawson John F, Thorpe Douglas E: Three-dimensional computer graphic symbol generator. Honeywell, May 18, 1993: JP1993-120448

PURPOSE: To display the general three-dimensional(3D) library position of a symbol icon on a digital map system by including a start address and a plurality of vertexes in a vertex list and constituting each vertex of X, Y and Z offsets from a data point. CONSTITUTION: A 3D icon is displayed as a cu ...