FIFTY FOUR

Brand Owner (click to sort) Address Description
54 Bruschi, Tedy Lacap 72A Taunton Street, Unit 101 Plainville MA 02762 FIFTY FOUR; FIVE FOUR;Charitable fundraising services for promoting research, education and other activities relating to finding a cure for strokes and stroke awareness;
54 Joe Gibbs Racing, Inc. 13415 Reese Boulevard West Huntersville NC 28078 FIFTY FOUR; FIVE FOUR;The mark consists of the stylized number 54.;Non-luminous and non-mechanical refrigerator magnets; computer mouse pads; computer mice; decorative refrigerator magnets; computer games, namely, computer software game programs stored on cartridges and compact discs;Non-luminous, non-mechanical, non-metal signs;book bags; duffel bags; tote bags;Metal key chains; non-luminous and non-mechanical metal signs;toy car model kits; Christmas tree ornaments except confectionery or illuminating ornaments; collectible miniature model vehicles; inflatable toys showing decorative pictures; jigsaw puzzles; mechanical and electrical action toys;Art prints; bumper stickers; calendars; decals; mounted photographs; postcards; posters; pressure sensitive graphics for application to automobiles; pencils; static decals; trading cards; unmounted photographs;Belt buckles of non-precious metals; clothing accessories, namely, buttons and hat ornaments of non-precious metals;clocks; jewelry; watches;Caps; golf shirts; jerseys; outerwear, namely, sweatshirts, fleece shirts, ponchos, jackets; rompers; shifts; short sets; slipper socks; t-shirts; tops;Color is not claimed as a feature of the mark.;Cloth flags; cloth pennants; and throw blankets;Beverage glassware; clothes pins; cups; drinking steins; insulated beverage containers; insulated sleeve holders for beverage cans; mugs; portable beverage coolers; portable beverage steins;Non-metal key chains; plastic novelty license plates; plastic pennants;
54 Joe Gibbs Racing, Inc. 13415 Reese Boulevard West Huntersville NC 28078 FIFTY FOUR; FIVE FOUR;The mark consists of the stylized number 54.;Non-luminous and non-mechanical refrigerator magnets; computer mouse pads; computer mice; decorative refrigerator magnets; computer games, namely, computer software game programs stored on cartridges and compact discs;Non-luminous, non-mechanical, non-metal signs;book bags; duffel bags; tote bags;Metal key chains; non-luminous and non-mechanical metal signs;toy car model kits; Christmas tree ornaments except confectionery or illuminating ornaments; collectible miniature model vehicles; inflatable toys showing decorative pictures; jigsaw puzzles; mechanical and electrical action toys;Art prints; bumper stickers; calendars; decals; mounted photographs; postcards; posters; pressure sensitive graphics for application to automobiles; pencils; static decals; trading cards; unmounted photographs;Belt buckles of non-precious metals; clothing accessories, namely, buttons and hat ornaments of non-precious metals;clocks; jewelry; watches;Caps; golf shirts; jerseys; outerwear, namely, sweatshirts, fleece shirts, ponchos, jackets; rompers; shifts; short sets; slipper socks; t-shirts; tops;Color is not claimed as a feature of the mark.;Cloth flags; cloth pennants; and throw blankets;Beverage glassware; clothes pins; cups; drinking steins; insulated beverage containers; insulated sleeve holders for beverage cans; mugs; portable beverage coolers; portable beverage steins;Non-metal key chains; plastic novelty license plates; plastic pennants;
 

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

    
Technical Examples
  1. Some microprocessors are designed such that the microprocessor core clock has a duty cycle of approximately fifty percent. When a clock signal propagates across power domains the clock signal pulse shape will change. The rising edges and falling edges of the clock signal will become asymmetrical (e.g., the duty cycle is no longer fifty percent). According to embodiments of the present invention, a parallel divide function is applied to a clock signal having a frequency f and its complement. The resulting four signals (i.e., f/2, its complement, f/2 at ninety degrees out of phase from f/2 and its complement) are applied to an XOR gate that combines them to generate a clock signal that has a duty cycle of approximately fifty percent and a frequency f, which is the same as the input clock signal.