Magnetic flux application to tissue utilizing polymeric strip-shaped permanent magnets

Claim 2

Apparatus for carrying out treatment of tissue by the application of magnetic flux of predetermined concentration and polarity, comprising: first and second flexible mat components mutually overlaid in registry having a first dimension extending between first and second borders; said first and second mat components being connected together along two, parallel connection lines oriented normally to said first and second borders to define a retention pocket having an opening at said first border; a thin strip-shaped permanent magnet having a magnetic field and exhibiting said predetermined polarity at a surface thereof, slideably inserted within said retention pocket with said surface exhibiting said predetermined polarity being adjacent said first flexible mat; and visible indicia located at said first flexible mat indicating said polarity.

Claim 3

The apparatus of claim 1 in which said permanent magnet is a flexible polymeric magnet.

Claim 4

The apparatus of claim 2 in which said permanent magnet includes a flexible tape reinforcing component adhesively connected to a said surface thereof.

Claim 5

The apparatus of claim 1 in which: said first and second mat components are formed of a flexible polymeric material; and said first and second mat components are sewn together along at least a portion of said connection lines.

Claim 6

The apparatus of claim 1 in which said visible indicia comprises: a viewing port formed within said first flexible mat; and a color indicator component positioned upon said magnet at said surface and located to be visible at said viewing port when said magnet is within said retention pocket.

Claim 7

The apparatus of claim 1 including fastening means for manually parting and closing said first and second mats at said first border to access said retention pocket.

Claim 8

The apparatus of claim 6 in which said fastening means comprises an array of polymeric fabric engaging hooks attached to the inwardly disposed surface of a said first or second flexible mat component adjacent said opening at said first border.

Claim 9

The apparatus of claim 1 including an array of fabric engaging hooks attached to the outwardly disposed surface of said second flexible mat component.

Claim 10

Apparatus for carrying out treatment of tissue by the application of magnetic flux of predetermined density and polarity, comprising: first and second flexible mat components mutually overlaid in registry, having a widthwise dimension extending between first and second borders and a lengthwise dimension extending normally to said widthwise dimension between first and second edges to provide a treatment zone; said first and second mat components being connected together along an array of parallel connection lines spaced apart along said lengthwise dimension to define an array of parallel retention pockets having an opening at said first border; a plurality of thin, strip-shaped permanent magnets, each having a magnetic field and exhibiting said predetermined polarity at a surface thereof, each being slidably inserted within a select one of said retention pockets with said surface exhibiting said predetermined polarity being adjacent said first flexible mat component to establish said predetermined magnet flux density within said zone; and visible indicia located at said first flexible mat indicating said polarity.

Claim 11

Apparatus for carrying out treatment of tissue by the application of magnetic flux of predetermined density and polarity, comprising: first and second flexible mat components mutually overlaid in registry, having a widthwise dimension extending between first and second borders and a lengthwise dimension extending normally to said widthwise dimension between first and second edges to provide a treatment zone; said first and second mat components being connected together along an array of parallel connection lines spaced apart along said lengthwise dimension to define an array of parallel retention pockets having an opening at said first border; a plurality of thin, strip-shaped permanent magnets, each having a magnetic field and exhibiting said predetermined polarity at a surface thereof, each being slidably inserted within a select one of said retention pockets with said surface exhibiting said predetermined polarity being adjacent said first flexible mat component to establish said predetermined magnet flux density within said zone; and visible indicia located at said first flexible mat indicating said polarity.

Claim 12

The apparatus of claim 9 in which each of said permanent magnets is a flexible polymeric magnet.

Claim 13

The apparatus of claim 10 in which each said permanent magnet includes a flexible tape reinforcing component adhesively connected to at least one surface thereof.

Claim 14

The apparatus of claim 9 in which said first and second mat components are connected together along said connection lines by sewn seams.

Claim 15

The apparatus of claim 12 in which each of said sewn seams extend from a location commencing a select distance inwardly from said first and second borders.

Claim 16

The apparatus of claim 9 in which said visible indicia comprises: a viewing port formed within said first flexible mat in visual communication with each said retention pocket; and a color indicator component positioned upon each said magnet at said surface and located to be visible at said viewing port when said magnet is within said retention pocket.

Claim 17

The apparatus of claim 9 including fastening means for manually parting and closing said first and second mat components at said first border to access each said retention pocket.

Claim 18

The apparatus of claim 15 in which said fastening means comprises an array of polymeric fabric engaging hooks attached to the inwardly disposed surface of a said first or second flexible mat component adjacent said opening at said first border.

Claim 19

Apparatus for applying magnetic flux of predetermined flux concentration and polarity to a component of animal anatomy in combination with the physical support of such component, comprising: a pliant cushion assembly having a lengthwise extent, a cushion thickness and a widthwise extent disposed normally to said lengthwise extent; an elongate receptor channel within said cushion assembly located within said cushion thickness; a thin, strip-shaped polymeric permanent magnet having a magnetic field and exhibiting said predetermined polarity at a surface thereof, positioned within said retention channel with said surface exhibiting said predetermined polarity having a known orientation; and visible indicia observable upon said apparatus identifying said known orientation.

Claim 20

Apparatus for applying magnetic flux of predetermined flux concentration and polarity to a component of animal anatomy in combination with the physical support of such component, comprising: a pliant cushion assembly having a lengthwise extent, a cushion thickness and a widthwise extent disposed normally to said lengthwise extent; an elongate receptor channel within said cushion assembly located within said cushion thickness; a thin, strip-shaped polymeric permanent magnet having a magnetic field and exhibiting said predetermined polarity at a surface thereof, positioned within said retention channel with said surface exhibiting said predetermined polarity having a known orientation; and visible indicia observable upon said apparatus identifying said known orientation.

Claim 21

The apparatus of claim 17 in which: said component of animal anatomy is the human wrist; said cushion assembly lengthwise extent corresponds with the lengthwise extent of a keyboard and said widthwise extent corresponds with the size of a human wrist; and said receptor channel extends along said lengthwise extent.

Claim 22

Apparatus for applying magnetic flux of predetermined concentration and polarity to tissue, comprising: first and second flexible mat components mutually overlaid to define an interface having a dimension extending between first and second borders; at least two polymeric, thin, strip-shaped flexible permanent magnets of length extending between oppositely disposed ends, each having a magnetic field and exhibiting said predetermined polarity at a surface thereof, positioned upon said second mat component at said interface in mutual alignment along their lengths and spaced apart end-to-end to define a magnet row of discrete permanent magnet extending substantially between said first and second borders, said surface of each said magnet being oriented toward said first mat component; connecting means for adhesively fixing said magnets at said interface; and visible indicia at said first mat component visually identifying said surface orientation.

Claim 23

Apparatus for applying magnetic flux of predetermined concentration and polarity to tissue, comprising: first and second flexible mat components mutually overlaid to define an interface having a dimension extending between first and second borders; at least two polymeric, thin, strip-shaped flexible permanent magnets of length extending between oppositely disposed ends, each having a magnetic field and exhibiting said predetermined polarity at a surface thereof, positioned upon said second mat component at said interface in mutual alignment along their lengths and spaced apart end-to-end to define a magnet row of discrete permanent magnet extending substantially between said first and second borders, said surface of each said magnet being oriented toward said first mat component; connecting means for adhesively fixing said magnets at said interface; and visible indicia at said first mat component visually identifying said surface orientation.

Claim 24

The apparatus of claim 19 in which said connecting means comprises a length of tape carrying an adhesive and extending upon said magnets and at least one said first and second mat component in adhesively fixing relationship.