READING FROM TOP BOTTOM

Brand Owner Address Description
P ALL-WORLD LANGUAGE SYSTEMS, INC. ALL-WORLD LNGUAGE BLDG. 208 S. BEVERLY DRIVE BEVERLY HILLS CA 90212 READING FROM TOP TO BOTTOM, THE CHARACTER ON THE FIRST LINE IS THE SEVENTH LETTER OF THE CYRILLIC (RUSSIAN) ALPHABET, AND IS EQUAL TO A SOFT J. ON THE SECOND LINE DOWN, LEFT SIDE, THAT CHARACTER IS THE FIFTH LETTER OF THE GREEK ALPHABET, CALLED EPSILON. THE NEXT CHARACTER TO THE RIGHT ON LINE 2, IS A JAPANESE GROUPING, MEANING EAST. ON THE THIRD LINE, THE CHARACTER ON THE LEFT IS A HEBREW LETTER, PRONOUNCED SHEEN OR SEEN. THE CHARACTER TO THE RIGHT ON THAT LINE IS A HINDU GROUPING, MEANING TO BE, AND PRONOUNCED HOH. ON THE BOTTOM LINE, THE CHARACTER ON THE LEFT IS AN ARABIC GROUPING, WRITTEN IN PERSIAN STYLE. THE LETTERS ARE NOT JOINED, DO NOT FORM A WORD, AND HAVE NO MEANING. THE CHARACTER ON THE RIGHT IN THAT LINE IS A ROMAN LETTER P, THE SIXTEENTH LETTER OF THE ENGLISH ALPHABET.;SCHOOL FOR THE TEACHING OF THE FOREIGN LANGUAGES; FILM SCRIPT COACHING IN FOREIGN LANGUAGES; BUSINESS AND PERSONAL FOREIGN LANGUAGE TRANSLATIONS; AND INTERPRETERS;
 

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

    
Technical Examples
  1. In color reading including an infrared light source, light reflected by a document focuses on a light-receiving part of a sensor IC with different conjugate lengths, due to color aberration of the rod-lens. Since the wavelength of the infrared light is relatively long, the deterioration of the reading resolution appears to be extensive. Here, when reading a document such as a valuable security or a paper bill, a defocusing phenomenon has been prevented, and when reading by infrared light, a high accurate reading characteristic has been realized. As a solution, light is irradiated from a light output window (101a) of a light source (101) and reflected by a document (8), and an infrared light shielding area is provided on a bottom face of a glass (51) placed in an optical path of the light reflected by the document (8), between the document (8) and a sensor IC (3).