MAGNETS PEWTER

Brand Owner Address Description
MONOGRAM INTERNATIONAL, INC. Monogram International, Inc. 21005 Commerce Point Drive Walnut CA 91789 Magnets in pewter, leather, metal colorfill, Crystal-lite, enamel, laser-cut and PVC executions;Novelty luggage tags in pewter, leather, metal colorfill, Crustal-lite, enamel, laser-cut and PVC executions;Key-rings in pewter, leather, metal colorfill, Crystal-lite, enamel, laser-cut and PVC executions;PVC figures; PVC bendables; squeeze toys; action wind-up; action pull-backs; action walkers; action bump-n-go toys; action press-n-go toys; die-cast vehicle sets; die-cast figurine sets; rotocast PVC figurine banks; 3D action banks; transformer toys; figural clip-ons; Infant Plush; Children's Toy Plush; Plush Puppets; Plush Bags and Back Packs; Plush Golf Covers; Plush Accessories;Figural novelty pens; Pencil-huggers; Figural crayons; Other figural novelty stationery items and combination packs of same novelty stationery items;Pins in pewter, leather, metal colorfil, Crystal-lite, enamel, laser-cut and PVC executions; Necklaces; Earrings; Bracelets/bangles; Pendants; Pins/brooches; Rings;Metal tins in figural and standard forms for packaging purposes and single sale;Figural flashlights;Arcylic glasses only when featuring integral figural straws; Ceramic and plastic mugs; Bottle-openers; Novelty Coaster; Novelty Tube Handy Hanky Container; Fashion combs;Figural straws; Super-sippers;The drawing is lined for the colors blue and red and color is claimed as a feature of the mark.;
 

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

    
Technical Examples
  1. Methods are provided for forming a plurality of permanent magnets with two different north-south magnetic pole alignments for use in microelectromechanical (MEM) devices. These methods are based on initially magnetizing the permanent magnets all in the same direction, and then utilizing a combination of heating and a magnetic field to switch the polarity of a portion of the permanent magnets while not switching the remaining permanent magnets. The permanent magnets, in some instances, can all have the same rare-earth composition (e.g. NdFeB) or can be formed of two different rare-earth materials (e.g. NdFeB and SmCo). The methods can be used to form a plurality of permanent magnets side-by-side on or within a substrate with an alternating polarity, or to form a two-dimensional array of permanent magnets in which the polarity of every other row of the array is alternated.