NIGHT VISION EQUIPMENT

Brand Owner (click to sort) Address Description
ECLIPTUS Aviation Specialties Unlimited, Inc. 4632 West Aeronca Street Boise ID 83705 Night vision equipment, namely, night vision cameras;
INTENS PHOTONIS FRANCE Avenue Roger Roncier F-19100 Brive France Night vision equipment, namely, low-light amplifiers, image intensifier tubes for low-light levels, infrared heat-based illuminators, fusion sensors, radiation sensors and neutron and gamma sensors; day and night vision systems primarily comprising day and night sensors, day and night cameras, power sources, communication means, monitors and operating software; day and night digital cameras;[ Medical devices for electronic, optoelectronic and optical imaging and testing, namely, medical diagnostics devices, proteomic and genomic research imaging devices, tissue inspection instruments for fluorescence endoscopy, DNA sample analysis imaging devices and drug sample analysis imaging devices and parts thereof ];[ Engineering services, namely, technical research, evaluations and assessments in the fields optoelectronics, optics, electronics, microchannel plates and glass fibers for the transfer of signals; design of new products by engineers in the fields of optoelectronics, optics, electronics, microchannel plates, optical components and interfaces using glass drawing technologies for the transfer of signals, thin-film deposition technologies, physico-chemical vapor deposition technologies and ultra-high vacuum (UHV) sealing technologies ];
RANGER Litton Systems, Inc. Lakewood CA night vision equipment; namely, night vision weapon sights, goggles, binoculars, monoculars, and image intensifier tubes;
TAKE BACK THE NIGHT ITT INDUSTRIES, INC. 4 West Red Oak Lane White Plains NY 10604 Night vision equipment, namely glasses, goggles, scopes, binoculars and monoculars;
 

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

    
Technical Examples
  1. A self-contained, military usage compatible, stabilized illumination calibration system and method of using same to enable in-the-field accurate determination of the low-level light falling on the surface of a night vision apparatus resolution chart and attending adjustment of a night vision device. Use of such charts, such as the chart of U.S. Pat. No. 4,607,923, preferably includes known levels of illumination at several different expected night vision goggle compatible lower-levels in order to both evaluate and adjust the performance of a night vision device prior to its use or during extended use periods. The disclosed system is digital computer controlled and provides an accurate, easy to use, and low cost alternative to previous laboratory-like methods of determining night vision evaluation illumination. The disclosed system provides go or no go indications of achieved chart illumination.