MUSICAL CRIB MOBILES

Brand Owner (click to sort) Address Description
BABY ADORE Witman, Thomas 3509 219th Place SE Sammish WA 98075 Musical crib mobiles, play mats containing infant toys;BABY;
BABY ADORE Riedl, John 554 deer ridge lane south saint paul MN 55119 Musical crib mobiles, play mats containing infant toys;BABY;
BABY ADORE Kyle, Richard N. 2081 Persommon Court Naperville IL 60565 Musical crib mobiles, play mats containing infant toys;BABY;
CRIBESSENTIALS PANSY ELLEN PRODUCTS, INC. 3363 EDWARD AVE. SANTA CLARA CA 95050 musical crib mobiles, rattles and squeeze toys;CRIB ESSENTIALS;
NAUTICAL BEARS KIDS II, INC. 3333 Piedmont Road, N.E., Suite 1800 Atlanta GA 30305 musical crib mobiles;BEARS;
SOZO Sozo 29 Lake Street Unionville CT 06085 Musical crib mobiles, plush stuffed animals, rattles, toy building blocks, stacking toys, activity floor mats with hanging mobile items; toy coin banks and rocking horse;
WESTERN BEARS KIDS II, INC. 3333 Piedmont Road, N.E., Suite 1800 Atlanta GA 30305 musical crib mobiles;BEARS;
 

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

    
Technical Examples
  1. Mobiles are sorted by using a first metric and one or more of the sorted mobiles are selected. A second metric is determined using the selected sorted mobiles, and mobiles are selected to transmit during a time period based on the second metric. Multiple embodiments are disclosed using these steps and exact or approximate solutions as to which mobiles should transmit may be determined. By way of example, the first metric may be a weighted marginal rate and the second metric may be an objective function. An uplink proportional fair technique is presented in which, for example, either a single "strong" mobile or a group of "weak" mobiles may be selected to transmit during a single time period. In addition, techniques are presented for determining uplink scheduling when there is partial orthogonality in Walsh codes, modeled by an orthogonality factor, assigned to mobiles. Techniques are also presented for optimal uplink scheduling for uplink mobile transmissions in a single cell with successive interference cancellation.