PRECISION AGRICULTURE SYSTEMS COMPONENTS

Brand Owner (click to sort) Address Description
GEOSTEER NOVARIANT, INC. 45700 Northport Loop East Fremont CA 94538 PRECISION AGRICULTURE SYSTEMS AND COMPONENTS, NAMELY, GLOBAL POSITIONING SYSTEMS AND SATELLITE-CARRIER-SIGNAL RECEIVERS, TRANSMITTERS, ANTENNAE, CONTROL UNITS AND PROCESSORS, FOR THE PRECISE NAVIGATION AND AUTOMATED CONTROL OF FARMING VEHICLES; COMPUTER SOFTWARE FOR USE IN GENERATING AND PROCESSING SATELLITE CARRIER SIGNALS FOR THE PRECISE NAVIGATION AND AUTOMATED CONTROL OF FARMING VEHICLES; COMPUTER SOFTWARE AND COMPUTER HARDWARE COMPONENTS FOR INTEGRATED WIRELESS COMMUNICATIONS, DATA MANAGEMENT AND DATA COLLECTION, FOR USE IN CONTROLLING AGRICULTURE EQUIPMENT; COMPUTER SOFTWARE AND COMPUTER HARDWARE COMPONENTS FOR THE REMOTE DIAGNOSTIC AND SERVICE OF GLOBAL POSITIONING SYSTEMS AND SATELLITE-CARRIER-SIGNAL RECEIVERS, TRANSMITTERS, ANTENNAE CONTROL UNITS AND PROCESSORS, FOR THE PRECISE NAVIGATION AND AUTOMATED CONTROL OF FARMING VEHICLES;GEO STEER;
PARADYME NOVARIANT, INC. 45700 Northport Loop East Fremont CA 94538 Precision agriculture systems and components, namely, global positioning systems and satellite-carrier-signal receivers, transmitters, antennae, control units and processors, for the precise navigation and automated control of farming vehicles; computer software for use in generating and processing satellite carrier signals for the precise navigation and automated control of farming vehicles; computer software and computer hardware components for integrated wireless communications, data management and data collection, for use in controlling agriculture equipment; computer software and computer hardware components for the remote diagnostic and service of global positioning systems and satellite-carrier-signal receivers, transmitters, antennae, control units and processors, for the precise navigation and automated control of farming vehicles;PARADIGM;
 

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

    
Technical Examples
  1. A magnetically positioned precision holder for optical components in an optical device comprises a carrier for replaceably holding at least one optical component. The carrier is arranged in positionally adjustable fashion in a housing recess including a precision stop surface. Magnet pairs (A1/A2 and B1/B2) are oriented with identical polarity being provided in order to achieve a continuous contact pressure of the carrier (2; 3) against the stop surface (6), in such a way that the one magnet (A1, B1) is located in the recess and the corresponding magnet (A2, B2) is located in the carrier. The use of identically poled magnet pairs for movable precision holders and for precision positioning systems is also proposed.