OPTICAL ELECTRONIC INSTRUMENTS

Brand Owner (click to sort) Address Description
PEOPLE SERVICE CUSTOMERS Q3 PSC PSC INC. 7309 ROCHESTER COURT CASTLE PINES CO 80108 optical and electronic instruments; namely, bar code scanners, readers and verifiers;IN THE STATEMENT, COLUMN 1, LINE 1, PSC, INC. SHOULD BE DELETED, AND PSC INC. SHOULD BE INSERTED.;PEOPLE SERVICE CUSTOMERS Q THREE PSC;
Q3 PEOPLE SERVICE CUSTOMERS PSC Photographic Sciences Corporation Webster NY optical and electronic instruments; namely, barcode scanners, readers and verifiers;
QUARRYMAN RENISHAW PLC NEW MILLS, WOTTON-UNDER-EDGE GLOUCESTERSHIRE GL128JR United Kingdom OPTICAL AND ELECTRONIC INSTRUMENTS, COMPUTER, AND COMPUTER PROGRAMS FOR USE IN SURVEYING;
RM Erwin Sick GmbH Optik-Elektronik Sebastian-Kneipp-Str.1 D-7808 Waldkirch Federal Republic of Germany Germany optical and electronic instruments; namely, smoke density monitors, opacity monitors, dust density monitors, optical heads, and air purge units, the latter consisting of air purging ducts and air purging nozzles, used in conjunction with a motor whereby clean air is blown through such ducts and nozzles across th optical lenses of smoke density monitors, to prevent the deposit of contaminants upon such lenses, thereby enabling the proper function of such monitors; reflectors, shutters, junction boxes and parts therefor;
 

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

    
Technical Examples
  1. A polarization modulation photoreflectance technique has been developed for optical characterization of semiconductor electronic interfaces. By using a laser source in conjunction with polarization state modulation, a polarization modulation spectroscopy technique may be used to characterize the optical response of semiconductor materials and structures. Disclosed methods and instruments are suitable for characterization of optical signatures of electronic interfaces, including characterization of electric fields at semiconductor interfaces.