NAVIGATION EQUIPMENT NAMELY

Brand Owner (click to sort) Address Description
ANCHOR WATCH COASTAL NAVIGATOR, INC. 17711-15TH AVE. NE. SEATTLE WA 98155 NAVIGATION EQUIPMENT-NAMELY, RADIO DIRECTION FINDERS AND DEPTH SOUNDERS TO INDICATE WHEN DEPTH UNDER A BOAT EXCEEDS A CERTAIN FIGURE;ANCHOR;
COASTAL NAVIGATOR COASTAL NAVIGATOR CORPORATION 18644 142ND AVENUE N.E. WOODINVILLE WA 98072 NAVIGATION EQUIPMENT-NAMELY, RADIO DIRECTION FINDERS AND DEPTH SOUNDERS;
COLLINS ROCKWELL COLLINS, INC. 400 Collins Rd. NE Cedar Rapids IA 52498 Navigation Equipment-Namely, Doppler Navigation Systems, Radio Transmitters and Receivers, Distance Measuring Systems, Terminal Visual Omni-Range Systems, Visual Omni-Range Systems, Radio Approach Systems, Navigational Computers; Flight Control Systems-Namely, Autopilots, Approach Horizon Instruments, Gyros, Course Indicator Instruments, Altitude Controls, Throttle Controls, and Pitch Controls;
DDS 99 COASTAL NAVIGATOR, INC. 17711-15TH AVE. NE. SEATTLE WA 98155 Navigation Equipment-Namely, Digital Depth Sounders;
FISH'N DEPTH COASTAL NAVIGATOR, INC. 17711-15TH AVE. NE. SEATTLE WA 98155 NAVIGATION EQUIPMENT-NAMELY, RADIO DIRECTION FINDERS AND DEPTH SOUNDERS;APPLICANT DISCLAIMS THE WORD DEPTH APART AND SEPARATE FROM THE MARK WITHOUT IN ANY MANNER OR WAY WAIVING APPLICANT'S COMMON LAW RIGHTS TO THE TRADEMARK.;FISHING DEPTH;
NAVIDYNE CORPORATION NAVIDYNE CORPORATION 408 INDUSTRY DRIVE HAMPTON VA 23661 NAVIGATION EQUIPMENT-NAMELY, RADIO RECEIVERS, NAVIGATION COMPUTERS, ANTENNA PREAMPLIFIER ASSEMBLIES, DISPLAY UNITS, RECORDERS, AND POWER SUPPLIES THEREFOR;NO CLAIM IS MADE AS TO EXCLUSIVE USE OF THE WORD CORPORATION APART FROM THE MARK AS SHOWN.;
 

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

    
Technical Examples
  1. An optical navigation system, e.g. optical mouse, determines optical navigation quality by examining some or all of the photosensors of a frame or monitoring intermediate or final results of the motion estimation system. The optical navigation quality is then used to determine the navigation output produced by the optical navigation system.