ULTRA PRIME

Brand Owner (click to sort) Address Description
ULTRAPRIME MAPEI CORPORATION 1144 East Newport Center Drive Deerfield Beach FL 33442 ULTRA PRIME;Multi-purpose flooring adhesive, ceramic wall tile adhesive, vinyl waterproof floor tile adhesive, synthetic backed carpet adhesive, contact cement, exterior carpet adhesive, exterior tile adhesive, vinyl flooring asbestos adhesive, clear set floor tile adhesive, linoleum flooring paste, asphalt solvent adhesive, asphalt cutback flooring adhesive, rubberized asphalt floor tile adhesive, ceramic floor adhesive, ceramic tile adhesive, quarry tile adhesive, cove base tile adhesive, contact bond cement, floor seaming adhesive, carpet gripper adhesive, hardwood flooring adhesive, carpet latex adhesive, carpet padding adhesive cement, carpet pad adhesive, carpet adhesive, urethane foam backed carpet adhesive, vinyl and urethane floor covering adhesive, wall carpet adhesive, all-weather carpet adhesive, carpet release adhesive, stone flooring/tile adhesive, and glass tile adhesive;
ULTRAPRIME PIONEER PUMP 310 SEQUOIA PARKWAY CANBY OR 97013 a priming system comprised of a vacuum pump, a separator spool, an air separation valve, and a discharge check valve, sold as an integral part of vacuum assisted pumps;ULTRA PRIME;
ULTRAPRIME TERUMO CARDIOVASCULAR SYSTEMS CORPORATION 6200 Jackson Road Ann Arbor MI 48103 ULTRA PRIME;Medical apparatus, namely, oxygenators with hardshell reservoir, oxygenators with integrated heat exchanger and arterial reservoir, oxygenators with integrated heat exchanger, cardiotomy reservoirs, venous reservoirs, blood pumps, cardioplegia delivery sets, and hemoconcentrators, and structural parts and fittings for the aforesaid; Cardiovascular procedure kits comprised primarily of oxygenator with reservoir, tubing, and structural parts and fittings for the aforesaid;
 

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

    
Technical Examples
  1. A method, apparatus, and article of manufacture provide the ability to rapidly generate a large prime number to be utilized in a cryptographic key of a cryptographic system. A candidate prime number is determined and a mod remainder table is initialized for the candidate prime number using conventional mod operations. If all mod remainder entries in the table are non-zero, the candidate number is tested for primality. If the candidate prime number tests positive for primality, the candidate number is utilized in a cryptographic key of a cryptographic system. If any of the table entries is zero, the candidate number and each mod remainder entry are decremented/incremented. If any mod remainder entry is less than zero or greater than the corresponding prime number, the corresponding prime number is added/subtracted to/from the mod remainder. The process then repeats until a satisfactory number is obtained.