LUMINOUS VARIABLE DYNAMIC SIGNS USING LIGHT

Brand Owner (click to sort) Address Description
A SIGN OF THE FUTURE Intuitive Control Systems 3100 Research Drive State College PA 16801 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;
ALL TRAFFIC SOLUTIONS Intuitive Control Systems 3100 Research Drive State College PA 16801 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;TRAFFIC SOLUTIONS;
BITCOINSIGNS.COM Mason, Lamont, T 703 E. Baars St. Pensacola FL 32503 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;BIT COIN SIGNS;
FLOATING MESSAGES 99 Innovations 1501 India St., 103-144 San Diego CA 92101 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;MESSAGES;
IMAGO ADDCO 240 ARLINGTON AVENUE EAST ST. PAUL MN 55117 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;
INFOLED Aesys Inc. 225 County Road Tenafly NJ 07670 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;INFORMATION LIGHT EMITTING DIODE;
LEDYBUG Magallanes, Monica S. 625 Loomis Road Las Cruces NM 88007 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;LADY BUG;
MANGOSTEEN SHOU Kono Corporation Ltd. Kabul Great Valley A-1104, 32 Digital-ro 9-gil Geumcheon-gu, Seoul 08512 Republic of Korea Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;MANGOSTEEN SHOW YOU;The wording MANGOSTEEN SHOU has no meaning in a foreign language.;
MANGOSTEEN SWING Kono Corporation Ltd. Kabul Great Valley A-1104, 32 Digital-ro 9-gil Geumcheon-gu, Seoul 08512 Republic of Korea Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;
MEDIAMASTER AMS ACQUISITION 7840 N 86th St. Milwaukee WI 53224 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;MEDIA MASTER;
METEORWRITES 99 Innovations 1501 India St., 103-144 San Diego CA 92101 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;METEOR WRITES;
NEXCITY Umojo, Inc. 1 E. Superior St. Suite 402 Chicago IL 60611 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;NEXT CITY;
VIEWMARQ AutomationDirect.com Inc. 3505 Hutchinson Road Cumming GA 30040 Luminous variable/dynamic signs using light emitting diodes and electronic controllers;VIEW MARQ; VIEW MARK;
WINDSHIELD MESSENGER Wagner, Mark W. 21 Brookside Avenue Boylston MA 01505 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;WINDSHIELD;
WINDSHIELD MESSENGER Wagner, Mark W. 21 Brookside Avenue Boylston MA 01505 Luminous variable/dynamic signs using light emitting diodes and electronic controllers to produce real-time and programmable messages and information displays;WINDSHIELD;
 

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

    
Technical Examples
  1. Luminous intensity and chromaticity of each luminescent light source are measured for an impressed current value, a mixing ratio of intensities of lights emitted from luminescent light sources required for synthesizing lighting intensity with the preset chromaticity at the luminous intensity instructed by an instruction value is computed with a theoretical equation for computing changes in chromaticity correlating to changes in luminous intensities of the luminescent light sources for color synthesis (ST33), luminous intensities of each luminous light source for generating a luminous intensity instructed by an instruction value from a mixing ratio are computed (ST34), and the impressed current value required for making each luminous light source emit light at the luminous intensity is read out from the characteristics of luminous light sources (ST35).