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The US trademark HYBRID LIGHT ENGINE was filed as Word mark on 04/29/2004 at the U.S. Patent and Trademark Office. The current status of the mark is "ABANDONED - NO STATEMENT OF USE FILED".
| Trademark form | Word mark |
| File reference | 78410800 |
| Application date | April 29, 2004 |
| Publication date | March 14, 2006 |
Trademark owner
686 West Maude Avenue
94085 Sunnyvale
US
94085 Sunnyvale
US
Trademark representatives
goods and services
9
Television sets; cathode ray tube (CRT) television sets; projector televisions; video display monitors; video wall projection systems, namely multiple video display units connected together to present an image which is a combination of the images on the individual video display units; television monitors; computer monitors; digital cinema systems, namely a video projector with a sound system; electrical signs; luminous signs; flight simulators; head-up instrumentation displays for aircraft; vehicle head-up displays (HUD); electric luminescent instrument display panels for monitoring the operation of electrical and mechanical systems; thin film resonant microcavity transducers designed to be the source of light used in the manufacture of projectors, televisions, movie projectors and the like; biotechnology instruments, namely molecular analyzers using a thin film resonant microcavity light to identify and track molecular species; biotechnology diagnostic instruments, namely molecular analyzers using a thin film resonant microcavity light to identify and track molecular species; Laboratory instruments for scientific research and analysis in the nature of biotechnology instrument light sources, namely lights being thin film resonant microcavity transducers to identify and track molecular species, and for use with real time polymerase chain reactors (PCR), microtitre plate readers, microarray scanners, multicapillary detection sequencers, and lab-on-a-chip analyzers; photolithography tools, namely tools to imprint patterns for circuit boards and silica wafers, which patterns can then be transferred to the circuitboard and silica wafers using etching techniques and the like
ID: 1378410800