TYPOGRAPHICAL CHARACTERS STORED ON DATA

Brand Owner (click to sort) Address Description
ALCUIN LINOTYPE GMBH DU-PONT-STRASSE 1 BAD HOMBURG V.D.H. 61352 Germany Typographical characters stored on data carriers; blank data carriers; electronic databases of digitally stored typographical characters recorded on computer media;Fonts of typographical characters;
HERCULANUM MONOTYPE GMBH Spichernstrasse 2 Berlin 10777 Germany Typographical characters stored on data carriers; blank data carriers; electronic files of digitally stored typographical characters recorded on computer media;Fonts of typographical characters;
IRIDIUM LINOTYPE GMBH DU-PONT-STRASSE 1 BAD HOMBURG V.D.H. 61352 Germany Typographical characters stored on data carriers; blank magnetic data carriers; typographical carriers digitally stored on electronic data carriers;Type fonts, namely, printing fonts;
ONDINE MONOTYPE GMBH Spichernstrasse 2 Berlin 10777 Germany Typographical characters stored on data carriers; pre-recorded data carriers in the nature of computer media featuring digitally stored typographical characters; digitally stored typographical characters, namely, computer software for generating typeface designs and ornamental designs composed of typographical characters;Printing fonts in the nature of typographical characters for use as writing specimen for copying; [ typographical characters in printed matter, namely, printed brochures, catalogues, charts, manuals and books for displaying typographic character data ];
TIMES EUROPA MONOTYPE GMBH Spichernstrasse 2 Berlin 10777 Germany Typographical characters stored on data carriers; [ blank magnetic data carriers; ] typographical characters digitally stored on electronic and optical data carriers;Typefonts, namely, printing fonts;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Given an input sequence of data, a rigid pattern is a repeating sequence, possibly interspersed with don't-care characters. The data can be a sequence of characters or sets of characters or even real values. In practice, the patterns or motifs of interest are the ones that also allow a variable number of gaps (or don't-care characters): these are patterns with spacers termed extensible patterns. In a bioinformatics context, similar patterns have also been called flexible patterns or motifs. A system according to the invention discovers all the maximal extensible motifs in the input. The flexibility is succinctly defined by a single integer parameter D?1 which is interpreted as the allowable space to be between 1 and D characters between two successive solid characters in a reported motif.