WATER PROOF

Brand Owner (click to sort) Address Description
DRYVIBES Archambault, Roy 349 Militarty Cutoff Road Wilmington NC 28405 Water-proof, wireless, multi-functional audio speakers;DRY VIBES;
FROST-PAK SEATTLE SPORTS COMPANY, INC. 3217 West Smith Street #1 Seattle WA 98199 water-proof, insulated, soft-shell, portable coolers;
MARITEC ECONOMICS LABORATORY, INC. St. Paul MN WATER-PROOF, NON-MELTING LUBRICANT FOR USE IN SEVERE CLIMATIC CONDITIONS WITH ANCILLARY USE AS A PROTECTIVE GREASE COATING;ALL-PURPOSE DETERGENT;REFRACTORY COATING THAT FORMS A MONOLITHIC, NON-POROUS GLAZE WHEN APPLIED TO FURNACE LINING; AND RUST REMOVER AND PREVENTIVE FOR METAL PARTS, TOOLS, PAINTED SURFACES AND THE LIKE;REFRACTORY COATINGS FOR FURNACE LININGS; ACID DESCALER FOR USE IN HEAT EXCHANGERS, BOILERS, SEA-WATER EVAPORATORS, COOLING WATER SYSTEMS AND THE LIKE; FUEL OIL TREATMENTS FOR USE AS A SLUDGE SOLVENT, DE-EMULSIFIER AND AS A COMBUSTION AID FOR USE IN BOILERS;
WATERPROOF, FIREPROOF TECHNALINE LEATHER Craft, Steven 4413 Shagbark Court Lexington KY 40515 WATER PROOF, FIRE PROOF TECHNALINE LEATHER;Fireproof paints;Chemical agents for impregnating, binding or coating of textiles, furs and leather, non-wovens and fabrics; Chemical products for glazing leather; Emulsifiers for use in the manufacture of leather and textiles; Enzymes for use in the tanning of leather; Tanning agents for use in the manufacture of leather; Tanning agents for use in the manufacture of leather, namely, oils for currying leather; Tanning agents for use in the manufacture of leather, namely, oils for preparing leather in the course of manufacture; Tanning agents for use in the manufacture of leather, namely, oils for tanning leather; Waterproofing chemical compositions;WATERPROOF, FIREPROOF, AND LEATHER;
WATERSAFE W Watersafe, Inc. 550 Hopewell Rd. Downingtown PA 19335 water proof, humidity proof, odor proof, vapor proof waist packs;WATER-SAFE W;WATERSAFE;
 

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

    
Technical Examples
  1. Devices and methods for reducing quadrature motion in a MEMS-type gyroscope are disclosed. A MEMS-type gyroscope in accordance with an illustrative embodiment of the present invention can include one or more proof masses configured to oscillate in a drive plane above a sense electrode for measuring Coriolis forces exerted on the one or more proof masses resulting from motion of the gyroscope about an input axis. One or more quad steering voltage members can be positioned adjacent each of the one or more proof masses and activated to electrostatically attract the proof masses toward the sense electrodes to reduce quadrature motion of the proof masses. A levitation force can be induced in certain embodiments to further reduce quadrature motion of the proof masses, if desired.