LITTLE HELPERS

Brand Owner (click to sort) Address Description
L'IL HELPERS GLOVEABLES, INC. 165 N. Anita Ave Los Angeles CA 90049 LITTLE HELPERS;Gardening gloves; Gloves for household purposes;
LIL' HELPERS RAY MARKS CO. 276 Fifth Avenue, Suite 704-3169 New York NY 10001 LITTLE HELPERS;bowls, plates, mugs, drinking glasses, garbage containers for household use; cookware, namely, pots, pans, non-electric griddles, skillets, steamers, pot and pan lids and covers, bakeware, baking dishes, baking pans, sheet pans, loaf pans and cake pans, household containers for transporting and serving hors d'oeuvres, kitchen tools and kitchen utensils, namely, spatulas, spoonulas, whisks, vegetable brushes, vegetable scrapers, pastry brushes, turners, spice grinders, ladles, food basters, rolling pins, food scoops, food graters, garlic presses, food sifters, tongs; insulated lunch sacks, lunch boxes and containers for food for domestic use; containers for liquids for domestic use;
LIL'HELPERS TAMOR PLASTICS CORPORATION LEOMINSTER MA 01453 LITTLE HELPERS;plastic goods, namely clothing hangers, storage boxes, storage racks, storage shelves and storage hooks;
 

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

    
Technical Examples
  1. The present application describes a method and a system for executing instructions while reducing the logic required for execution in a processor. Instructions (e.g., atomic, integer-multiply, integer-divide, move on integer registers, graphics, floating point calculations or the like) are expanded into helper instructions before execution (e.g., in the integer, floating point, graphics and memory units or the like). Such instructions are treated as complex instructions. The functionality of a complex instruction is shared among multiple helpers so that by executing the helpers representing the complex instruction, the functionality of complex instruction is achieved. The expansion of complex instructions into helper instructions reduces the amount of hardware and complexity involved in supporting these individual complex instructions in various units in the processor.