BUNTING MAGNETICS CO.
|BUNTING MAGNETICS CO. Patent applications|
|Patent application number||Title||Published|
|20140060354||Assembly for Axially Aligning a Print Die - An assembly for axially aligning a print die, the assembly comprising an axle; at least a first expandable force ring receiving the axle; a roll having a circumferential outer surface and a hollow bore receiving the axle and the at least first expandable force ring; loading sleeves connected operatively to the axle for alternatively outwardly compressing the at least first expandable force ring against the roll's hollow bore, for resisting axial movement of the roll with respect to the axle, and for alternatively inwardly decompressing the at least first expandable force ring for permitting such axial movement; and print die mounting magnets fixedly attached to the roll's outer circumferential surface for attaching the print die to the roll.||03-06-2014|
|20120118180||Magnetic Roll - A roll for supporting at least a first flexible printing, embossing, or sheet cutting die plate, the roll including a cylindrical body having a rotational axis and an outer circumferential surface, the cylindrical body being divided into segments; a first magnet receiving concavity and magnet combination emitting plate attaching magnetic flux at a first circumferential surface segment overlying a first cylindrical body segment; a second magnet receiving concavity and magnet combination, further emitting plate attaching magnetic flux at a second circumferential surface overlying a second cylindrical body segment; plate edge aligning pins connected operatively to the first cylindrical body segment; and segment positioning cam and socket combinations adapted for selectively positioning and repositioning both the first cylindrical body segment and the plate edge aligning pins with respect to the second cylindrical body segment.||05-17-2012|
|20120031738||MAGNETIC ASSEMBLY FOR LOADING AND CONVEYING FERROUS METAL ARTICLES - An assembly for loading and conveying ferrous metal articles including a magnet having north and south poles, an axis between the north and south poles, the poles forming an annular belt support; a powered conveyor belt extending over the belt support for rotating the magnet, the magnet being segmented along the polar axis, a first polar axis segment being a magnet mounting plate, a plurality of second polar axis segments being sub-magnets, each such sub-magnet overlying or underlying the magnet mounting plate having north and south poles, and having a polar axis, and a third polar axis segment being a sheath extending annularly about the magnet's first and second polar axis segments, the sheath having a radially outer surface forming the magnet's annular belt support.||02-09-2012|
|20110070058||Magnetic Lifting Assembly - A magnetic lifting assembly for a fork lift vehicle auxiliary implement, the vehicle having a pair of laterally spaced lift tines, the magnetic lifting assembly comprising a cross beam; lateral tine receiving means fixedly attached to the cross beam's lateral end, the lateral tine receiving means being adapted for receiving one of the fork lift vehicle's lift tines; oppositely lateral tine receiving means fixedly attached to the cross beam's oppositely lateral end, the oppositely lateral tine receiving means being adapted for receiving the fork lift vehicle's other lift tine; a permanent magnet fixedly attached to the cross beam, the permanent magnet emanating a magnetic field downwardly from the cross beam; and magnetic strength varying means connected operatively to the permanent magnet, the magnetic strength varying means being adapted for alternatively increasing and decreasing the strength of the downwardly emanated magnetic field.||03-24-2011|
|20100055221||Assembly and Method for Magnetic Embossing Roll Surfacing - A magnetic roll for embossing, the magnetic roll incorporating a cylindrical core having a base radial dimension, the base radial dimension being less than a finished radial dimension; magnet receiving channels within the cylindrical core; a multiplicity of magnets attached within the magnet receiving channels; at least a first armature effect resisting metal band, the band adhering to the cylindrical core's first circumferential surface, the band overlying a plurality of the magnets, and the band consisting of a deposition of metal sprayed molten metal droplets; and an outer surface, the outer surface being a radially outer periphery of the at least first armature effect resisting metal band, the outer surface being ground to reside at a finished radial dimension.||03-04-2010|
Patent applications by BUNTING MAGNETICS CO.