ROCK MATERIALS WALL

Brand Owner (click to sort) Address Description
MIDNIGHT BLUE PEBBLE TECHNOLOGY, INC. 8435 N. 90th St., Suite 6 Scottsdale AZ 85258 Rock materials for wall, fence, and swimming pool construction, namely rocks and pebbles;
PEBBLE FX PEBBLE TECHNOLOGY, INC. 8435 N. 90th St., Suite 6 Scottsdale AZ 85258 rock materials for wall and fence construction, namely, rocks and pebbles;PEBBLE;
PEBBLE SHEEN PEEBLE TECHNOLOGY, INCORPORATED 15540 NORTH 77TH STREET SCOTTSDALE AZ 85260 ROCK MATERIALS FOR WALL, FENCE AND SWIMMING POOL CONSTRUCTION, NAMELY ROCKS AND PEBBLES;PEBBLE;
PEBBLE TECHNOLOGY INTERNATIONAL Pebble Technology, Incorporated 15540 North 77th Street Scottsdale AZ 85260 Rock materials for wall, fence and swimming pool finishes and construction, namely, rocks and pebbles; silica stone used for swimming pool and spa construction; tiles for interior, bottom, sides, and perimeter of swimming pools and spas, namely, tiles made of glass, ceramic, porcelain, vinyl, gypsum and clay;PEBBLE;
PEBBLE TEX PEBBLE TECHNOLOGY, INC. 8435 N. 90th St., Suite 6 Scottsdale AZ 85258 rock materials for wall and fence construction, namely, rocks and pebbles;PEBBLE;
PEBBLESHEEN PEBBLE TECHNOLOGY, INC. 8435 N. 90th St., Suite 6 Scottsdale AZ 85258 Rock materials for wall, fence and swimming pool construction, namely, rocks and pebbles;PEBBLE SHEEN;
PEBBLESHEEN ENDURING REFINED ELEGANCE PEBBLE TECHNOLOGY, INC. 8435 N. 90th St., Suite 6 Scottsdale AZ 85258 Rock materials for wall, fence and swimming pool construction, namely rocks and pebbles;PEBBLE SHEEN ENDURING REFINED ELEGANCE;Color is not claimed as a feature of the mark.;PEBBLE;
THE WORLD'S MOST TRUSTED POOL FINISHES Pebble Technology, Incorporated 15540 North 77th Street Scottsdale AZ 85260 Rock materials for wall, fence and swimming pool finishes and construction, namely, rocks and pebbles; silica stone used for swimming pool and spa construction; tiles for interior, bottom, sides, and perimeter of swimming pools and spas, namely, tiles made of glass, ceramic, porcelain, vinyl, gypsum and clay;POOL FINISHES;
 

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

    
Technical Examples
  1. A reservoir simulator first estimates rock displacement parameters (u, v, and w) representing rock movement in the x, y, and z directions. When the rock displacement parameters (u, v, w) are determined, "?x,y,z" (the 'x,y,z elongation strains') and "?xy,yz,zx" (the 'shear strains') are determined since "?x,y,z" and "?xy,yz,zx" are function of "u", "v", and "w" When "?x,y,z" and "?xy,yz,zx" are determined, "?x,y,z" (the 'elastic normal rock stress in x,y,z directions') and "?xy,yz,xz" (the 'elastic shear stress') are determined since "?x,y,z" and "?xy,yz,xz" are a function of "?x,y,z" and "?xy,yz,zx". When "?x,y,z" and "?xy,yz,xz" are determined, the rock momentum balance differential equations can be solved, since these equations are a function of "?x,y,z" and "?xy,yz,xz". When any residuals are substantially equal to zero, the estimated rock displacement parameters (u, v, and w) represent 'accurate rock displacement parameters' for the reservoir. When the rock momentum balance differential equations are solved, the rock displacement parameters (u, v, w), at an advanced time, are known. These rock displacement parameters (u, v, w) represent and characterize 'subsidence' in a seabed floor because subsidence results from rock movement; and rock movement results from withdrawal of oil or other hydrocarbon deposits or other fluids from an Earth formation. This 'abstract of the disclosure' is given for the sole purpose of allowing a patent searcher to easily determine the content of the disclosure in this application.