CHILDREN S TOY MAGNETS

Brand Owner Address Description
MONSTER MAGNET WHAM-O, INC. 5903 Christie Avenue Emeryville CA 94608 Children's toy magnets;Children's books; series of fiction books for children; calendars; note cards; stationery; autograph books; paper book markers; cards bearing universal greetings; children's activity books; coloring books; daily planners; date books; greeting cards; musical greeting cards; note books; note cards; paper mache figurines; paper weights; personal organizers; photograph albums; picture books; picture postcards; pocket calendars; postcards; printed greeting cards with electronic information stored therein; scrapbooks; sketch books; song books; sticker books; stickers; temporary tattoos; trading cards; trivia cards;Shirts; hats; athletic shoes; bathrobes; belts; blouses; boxer shorts; caps; children's footwear; coats; costumes for use in role playing games; dresses; fitness tops; gloves; Halloween costumes; headbands; hosiery; jackets; jogging suits; jumpsuits; long underwear; masquerade costumes and masquerade accessories, namely masks sold in connection therewith; mittens; nightshirts; nightgowns; overalls; pajamas; pants; parkas; polo shirts; rainwear; scarves; shoes; shorts; skirts; sleepwear; slippers; socks; suspenders; sweaters; sweatpants; sweatshirts; sweat suits; swim wear; tank tops; ties; tights; t-shirts; underwear; visors; warm-up suits; wind-resistant jackets; wristbands;MAGNET AS TO CLASS 28;
 

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.