UTILITY LOCATORS NATURE

Brand Owner Address Description
POLYFREQUENCY SEESCAN, INC. Steven C. Tietsworth, General Counsel 3855 Ruffin Road San Diego CA 92123 Utility locators in the nature of electronic devices for finding hidden or buried utilities or other conductors using magnetic field sensing; electronic transmitters for use with utility locators for the purpose of locating buried utilities; coupling devices for directly or inductively coupling current signals from utility locator transmitters to hidden or buried utilities or other conductors; downloadable software for use with utility locators for the purpose of locating buried utilities; downloadable software for use with utility locator transmitters for the purpose of locating buried utilities; downloadable software for mapping hidden or buried utilities or other conductors; video inspection systems in the nature of cameras, push cables, and cable reels for imaging or mapping hidden or buried pipes or other utilities; downloadable software for use with video inspection systems for the purpose of imaging and/or mapping pipes or other cavities; sonde beacons in the nature of electronic transmitters for generating dipole magnetic field signals for sensing by utility locators;POLY FREQUENCY;Providing online non-downloadable software for use with utility locators for the purpose of locating buried utilities; providing online non-downloadable software for use with utility locator transmitters for the purpose of providing current signals for use in locating buried utilities; Providing online non-downloadable software for mapping hidden or buried utilities or other conductors; Providing online non-downloadable software for use with video inspection systems for the purpose of imaging and/or mapping pipes or other cavities;
 

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

   
Technical Examples
  1. A method and system for utility resource aggregation and allocation is disclosed. User data on utility resource use for a plurality of utility users is collected. Utility resource demand is modeled for an aggregation of a subset of the plurality of utility users. The aggregation of utility users are dynamically matched with a utility source or aggregated utility source.