the vortex regenerating device as shown in fig8 is constructed of vortex pads 10 and a non - magnetic chair structure 20 . the chair structure 20 may be constructed of any non - ferrite material , or metal material formed so as to not obstruct or deter magnetic flux or preferably , plastic . the vortex pads 10 may be alternatively constructed as shown in fig5 . the vortex pads 10 are constructed from a ferro alloy , iron , steel , tin , ferrite , or other ferro magnetic material used to make up a uni - poled or bi - poled magnetic keeper 4 as shown in fig1 . coating or galvanization of the keeper material may be applied to prevent oxidation . galvanized flashing rv14 available from home products inc . of lancaster , pa 15 a suitable keeper material . thicker or thinner gauges of keeper material may be used . upon the keeper 4 , a single or multiple layer of magnetic tape 3 stripping is attached , preferably glued , as shown in fig2 . the keeper 4 focuses the magnetic flux upon the user , orienting the flux paths of the magnetic tape 3 stripping to act in a homogeneous additive fashion rather than individually . the magnetic tape 3 stripping in concert with the keeper 4 has been found to be superior to strip magnets or individual magnets without a keeper 4 . the keeper 4 assists in maintaining the magnetic flux over time , protecting the vortex pad 10 from degradation . the strip magnets 3 , preferably 1 ″ or more in width , may be arranged in an adjacent parallel configuration or in an overlapping criss - cross pattern . if sheet magnets are used , once in place , they should preferably be scored into parallel strips . this will assist in aligning the magnetic flux distribution . in another embodiment , as shown in fig6 the keeper 4 is layered top and bottom , sandwiching the magnetic tape 3 on both sides . synthetic material , such as flooring tile or linoleum material may be used to sandwich the magnetic tape 3 between the keeper 4 . use of acrylic or other high impact plastic for the board surface 2 allows the use of product identification and display graphics , viewable through but protected by the board surface 2 . where this is used , the vinyl or other covering 1 is not used . tape may be applied to protect exposed edges of the vortex pad . a board surface 2 is next layered onto the vortex pad 10 as shown in fig3 . the board surface 2 provides an economical means of providing structural rigidity to the vortex pad 10 , especially if a thin gauge material keeper 4 is used . depending on the type and thickness of the keeper 4 material , this may or may not be required . the board surface may alternatively provide a cushion for the user &# 39 ; s comfort . the board surface 2 may be , for example , common gypsum board , wood , fiberboard , acrylic , plastic , ceramic or closed or open cell foam . any material which does not impede the magnetic field is useable . the magnetic field from the magnetic tape 3 emanates through the board surface with the magnetic north facing up represented by x is as shown in fig3 . fig4 shows a covering 1 for the vortex pad 10 . the covering 1 may be a sealed vinyl or a woven , for example nylon , cover for the vortex pad 10 . as shown in fig5 the metal keeper 4 with magnetic tape 3 stripping glued or otherwise attached and board surface 2 with vinyl or other covering 1 creates a vortex pad 10 . two or more separate vortex pads may be joined in the same covering 1 . this allows a hinge action between the two vortex pads , useful as a seat bottom and seat back , having any angle between them , in one easy to use foldable product . the vortex pad 10 of fig5 may be used in this embodiment as shown in fig7 with either a north magnetic effect or reversed for a south magnetic effect , depending on whether a north surface 1 is exposed to the user or the south surface 1 a is exposed to the user . as shown in fig8 the vortex pads may be used in a chair structure and additionally at the foot area of the user below the chair structure . an additional vortex pad may be used either under the user &# 39 ; s feet or underneath the full area of the chair and user . a vortex pad 10 designed for use under chair legs will have a proportionately stronger board surface 2 so that the concentrated weight transmitted through the chair legs will not damage the vortex pad . also , the magnetic stripping 2 may be of a higher gauss , for example obtained by multiple crisscrossing layers of magnetic tape 3 stripping . in another embodiment , the vortex pads 10 may be designed into the backs and seats of chairs , stools , benches , beds . fig9 shows a vortex chair with surrounding headrest and support base all having vortex pads 10 creating a north projecting magnetic field directed to the user . this invention is useable in any manner where the magnetic field can be localized for beneficial effect on a living being &# 39 ; s cellular structure , all tied into the unseen and unobvious laws of nature . magnetic field strength , gauss may be increased by using various gauss strengths of magnetic tapes or reduced accordingly to acquire the desired effect , more ordered oxygen and negative ions released naturally from the water of the users blood . the range of magnetic flux extends from 0 . 5 . gauss of earth &# 39 ; s natural magnetic field to any higher man made means , creating the vortex effect . the present invention is entitled to a range of equivalents , and is to be limited only by the scope of the following claims .
a vortex magnetic regenerating device uses magnetic fields focused by a magnetic keeper upon a user to assist in regeneration of a living being . a layered construction of a magnetic keeper , magnetic strips , a board surface all covered by a covering creates the magnetic vortex generating device which may be flipped one side of the other to expose the user to either positive or negative magnetic fields .