ELECTRONIC CONTROLLERS ELECTRICAL LIGHTING

Brand Owner (click to sort) Address Description
LIGHTWAVE RESEARCH High End Systems, Inc. 2105 Gracy Farms Lane Austin TX 78758 electronic controllers for electrical lighting fixtures;professional smoke/fog generator for producing a smoke/fog medium;LIGHT WAVE RESEARCH;smoke generating fluid for use with professional fog machines for producing a hygienically safe smoke/or medium for entertainment lighting, theatrical lighting, fire safety training and industrial testing;electrical light sources for stage, concert, theatrical, studio and nightclub applications; namely, multiple beam light fixtures, microprocessor controlled lamps and flashlamps, electric light fixtures for creating laser-like effects and electronic controller therefor, and remotely positionable, automated, microprocessorcontrolled searchlights; heat exchanger module for cooling chemical smoke; dichroic filters for lighting;
LR LIGHTWAVE RESEARCH High End Systems, Inc. 2105 Gracy Farms Lane Austin TX 78758 electronic controllers for electrical lighting fixtures;professional smoke/fog generator for producing a smoke/fog medium;L R LIGHT WAVE RESEARCH;smoke generating fluid for use with professional fog machines for producing a hygienically safe smoke/fog medium for entertainment lighting, theatrical lighting, fire safety training and industrial testing;electrical light sources for stage, concert, theatrical, studio and nightclub applications; namely, multiple beam light fixtures, microprocessor controlled lamps and flashlamps, electric light fixtures for creating laser-like effects and electronic controller therefor, and remotely positionable, automated, microprocessor controlled searchlights; heat exchanger module for cooling chemical smoke; dichroic filters for lighting;The lining in the mark is a feature of the mark and is not intended to indicate color.;
 

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

    
Technical Examples
  1. A lighting control system includes a plurality of light controllers. Each light controller contains a microprocessor-based intelligence. The plurality of light controllers form a distributed architecture. The microprocessor-based intelligence is operative to store, calculate, and execute complex lighting scenarios. The microprocessor-based intelligence executes a lighting control script during operation. The lighting control script is sufficiently detailed and the light controller is sufficiently intelligent so as to allow the light controller to control lighting without the necessity of a having a present external control architecture.