ROVER

Brand Owner (click to sort) Address Description
BEACH ROVER Shoreline Manufacturing 11867 Green Way Drive, Suite 10 Holland MI 49424 A self-powered marine tote device for the launching, receiving, and transporting of watercraft;ROVER;
BEACH ROVER Shoreline Manufacturing 11867 Green Way Drive, Suite 10 Holland MI 49424 A self-powered marine tote device for the launching, receiving, and transporting of watercraft;ROVER;
RHOVER MICHAEL REESE HOSPITAL AND MEDICAL CENTER 29TH ST. AND ELLIS AVE. CHICAGO IL 60616 ROVER;RECRUITMENT OF DONORS FOR BLOOD AND BLOOD COMPONENTS;
ROVR HEALTHeSTATE Suite 450, 4100 Monument Corner Drive Fairfax VA 22030 ROVER;Software as a service (SAAS) services featuring software for tracking, recording, and maintaining the care and management of animals; Software as a service (SAAS) services featuring software for business purposes for managing veterinary records;
ROVR Mink App 335 Commons Park Dr Camarillo CA 93012 ROVER;Watches;
ROVR Ice Rover Inc. 2090 Pearl Street Boulder CO 80302 ROVER;Camping grills; Non-electric portable coolers; Non-electric portable beverage coolers;
ROVVER ENVIROSIGHT 111 Canfield Avenue Randolph NJ 07869 ROVER;REMOTELY OPERATED MINIATURE LAND VEHICLE USED FOR TRANSPORTATION OF VARIOUS DEVICES INCLUDING BUT NOT LIMITED TO MEASUREMENT DEVICES, SENSING DEVICES, CAMERAS AND RETRIEVAL DEVICES, FOR THE POWER INDUSTRY;
ROVVER INTERTEST INC. 88 BARTLEY ROAD FLANDERS NJ 07836 ROVER;REMOTELY OPERATED MINIATURE LAND VEHICLE USED FOR TRANSPORTATION OF VARIOUS DEVICES INCLUDING BUT NOT LIMITED TO MEASUREMENT DEVICES, SENSING DEVICES, CAMERAS AND RETRIEVAL DEVICES, FOR THE POWER INDUSTRY;
 

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

    
Technical Examples
  1. A method and apparatus for resolving floating point and integer ambiguities in a satellite position navigation system is disclosed. A rover station is periodically positioned at unknown locations and has a satellite receiver capable of receiving the navigation signals. By calculating relative position coordinates between a base station in a known location and the rover station, and by calculating other position parameters relative to the satellite position, a geometric constraint based on a measured elevation angle between the rover and base station can be incorporated into data computations and processing to help resolve carrier phase ambiguities. The elevation angle is measured by transmitting multiple laser beams to an optical sensor on the rover station. This technique results in greater precision in determining the location of the rover.