TOY MAGNETS SHAPE

Brand Owner (click to sort) Address Description
POPPUCK PopSockets 1426 Pearl St. Suite 400 1426 Boulder CO 80302 Toy magnets in the shape of discs being game equipment for playing manipulative games, non-electronic skill games, or hobby battle games; game equipment, namely, toy magnets in the shape of discs; sensory toys in the nature of handheld manipulative toys being manipulative games; fidget toys and structural parts and fittings therefore; hand-held mechanical toys for hand exercise being dexterity games; stress relief exercise toys; fidget toy system comprised of fidget toys and toy magnets for playing fidget games, structural parts therefore;POP PUCK;Key chains; key chains incorporating fidget toys and structural parts and fittings therefor;
POPSOCKETS PopSockets 1426 Pearl St. Suite 400 1426 Boulder CO 80302 Toy magnets in the shape of discs being game equipment for playing manipulative games, non-electronic skill games, or hobby battle games; game equipment, namely, toy magnets in the shape of discs; sensory toys in the nature of handheld manipulative toys being manipulative games; fidget toys and structural parts and fittings therefore; hand-held mechanical toys for hand exercise being dexterity games; stress relief exercise toys; fidget toy system comprised of fidget toys and toy magnets for playing fidget games, structural parts therefore;POP SOCKETS;Key chains; key chains incorporating fidget toys and structural parts and fittings therefor;
 

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.