Abstract: Flexible and elastic magnetic joint wraps incorporate superstrong magnets with alternating polarities to provide enhanced magnetotherapeutic effects. Magnetotherapeutic joint wraps that are flexible and elastic incorporate superstrong magnets in an attachably detachable manner so as to provide magnetotherapy to joints and surrounding tissues. neoprene or the like may incorporate superstrong magnets such as those based on iron (magnetic ferrite) or neodymium (particularly neodymium-iron-boron (NdFeB)) in order to provide superstrong static magnetism by which magnetotherapy may be effected. Elements that are generally oppositely opposed serve to detachably attach portions of the magnetic wrap to one another so that the magnetic joint wrap may conform to the local shape and form of the area adjacent the joint. Such attachment elements may include VELCRO® hook and loop fasteners as well as buttons, snaps, and the like.

Abstract: A magnetotherapeutic device incorporates bio-ceramic fibers so as to provide simultaneous magnetotherapy and far infra-red wave therapy. Generally encased in clear plastic or the like, the magnetotherapeutic device of the present invention may take the form of a transparent disk having a plastic rim. A stainless cap may provide an attractive top surface into which a logo or symbol may be embossed. It also enhances the magnetic affects on the side opposite the stainless steel cap, the side that is applied to the body. A strong magnet such as one incorporating neodymium may underlie the stainless steel cap to provide magnetotherapy in the present invention. Bio-ceramic fibers emitting the far infra-red wavelengths of 8–14 microns underlie the strong neodymium magnet. A mat of woven bio-ceramic fibers or the like may provide such a structure.

Abstract: A magnetic insole provides cushioned magnetotherapy for the soles of a wearer's feet. A laminated insole in the general shape of a foot is inserted into a shoe to provide magnetotherapy to the wearer's foot adjacent the sole. Collateral therapeutic effects may be effected as such magnetotherapy may affect the nerve endings in the foot and collateral, corresponding, or related tissue structures in the body. A flexible magnetic core provides alternating magnetic fields in a regular pattern thereby to provide magnetotherapy to the foot. A cushioning base acts as an underpad for the magnetic insole in order to provide greater comfort and cushioning for the user's foot. The flexible magnetic core is constructed by mixing strontium ferrite, barium ferrite, or other strongly ferromagnetic material and with an elastic binder such as neoprene.

Abstract: Flexible and elastic magnetic joint wraps incorporate superstrong magnets with alternating polarities to provide enhanced magnetotherapeutic effects. Magnetotherapeutic joint wraps that are flexible and elastic incorporate superstrong magnets in an attachably detachable manner so as to provide magnetotherapy to joints and surrounding tissues. NEOPRENE® or the like may incorporate superstrong magnets such as those based on iron (magnetic ferrite) or neodymium (particularly neodymium-iron-boron (NdFeB)) in order to provide superstrong static magnetism by which magnetotherapy may be effected. Elements that are generally oppositely opposed serve to detachably attach portions of the magnetic wrap to one another so that the magnetic joint wrap may conform to the local shape and form of the area adjacent the joint. Such attachment elements may include VELCRO® hook and loop fasteners as well as buttons, snaps, and the like.

Abstract: Flexible and elastic magnetic joint wraps incorporate superstrong magnets with alternating polarities to provide enhanced magnetotherapeutic effects. Magnetotherapeutic joint wraps that are flexible and elastic incorporate superstrong magnets in an attachably detachable manner so as to provide magnetotherapy to joints and surrounding tissues. NEOPRENE® or the like may incorporate superstrong magnets such as those based on iron (magnetic ferrite) or neodymium (particularly neodymium-iron-boron (NdFeB)) in order to provide superstrong static magnetism by which magnetotherapy may be effected. Elements that are generally oppositely opposed serve to detachably attach portions of the magnetic wrap to one another so that the magnetic joint wrap may conform to the local shape and form of the area adjacent the joint. Such attachment elements may include VELCRO® hook and loop fasteners as well as buttons, snaps, and the like.

Abstract: A magnetotherapeutic device incorporates bio-ceramic fibers so as to provide simultaneous magnetotherapy and far infra-red wave therapy. Generally encased in clear plastic or the like, the magnetotherapeutic device of the present invention may take the form of a transparent disk having a plastic rim. A stainless cap may provide an attractive top surface into which a logo or symbol may be embossed. It also enhances the magnetic affects on the side opposite the stainless steel cap, the side that is applied to the body. A strong magnet such as one incorporating neodymium may underlie the stainless steel cap to provide magnetotherapy in the present invention. Bio-ceramic fibers emitting the far infra-red wavelengths of 8-14 microns underlie the strong neodymium magnet. A mat of woven bio-ceramic fibers or the like may provide such a structure.

Abstract: Flexible and elastic magnetic joint wraps incorporate superstrong magnets with alternating polarities and incorporate bio-ceramic fibers to provide enhanced magnetotherapeutic and far-infrared effects. Magnetotherapeutic joint wraps that are flexible and elastic incorporate superstrong magnets as well as far-infrared emitters in an attachably detachable manner so as to provide magnetotherapy and far-infrared therapy to joints and surrounding tissues. Neoprene or the like may incorporate superstrong magnets such as those based on iron (magnetic ferrite) or neodymium (particularly neodymium-iron-boron (NdFeB)) in order to provide superstrong static magnetism by which magnetotherapy may be effected. Elements that are generally oppositely opposed serve to detachably attach portions of the magnetic wrap to one another so that the magnetic joint wrap may conform to the local shape and form of the area adjacent the joint.

Abstract: Flexible and elastic magnetic joint wraps incorporate superstrong magnets with alternating polarities to provide enhanced magnetotherapeutic effects. Magnetotherapeutic joint wraps that are flexible and elastic incorporate superstrong magnets in an attachably detachable manner so as to provide magnetotherapy to joints and surrounding tissues. NEOPRENE® or the like may incorporate superstrong magnets such as those based on iron (magnetic ferrite) or neodymium (particularly neodymium-iron-boron (NdFeB)) in order to provide superstrong static magnetism by which magnetotherapy may be effected. Elements that are generally oppositely opposed serve to detachably attach portions of the magnetic wrap to one another so that the magnetic joint wrap may conform to the local shape and form of the area adjacent the joint. Such attachment elements may include VELCRO® hook and loop fasteners as well as buttons, snaps, and the like.

Abstract: Flexible and elastic magnetic joint wraps incorporate superstrong magnets with alternating polarities to provide enhanced magnetotherapeutic effects. Magnetotherapeutic joint wraps that are flexible and elastic incorporate superstrong magnets in an attachably detachable manner so as to provide magnetotherapy to joints and surrounding tissues. NEOPRENE7 or the like may incorporate superstrong magnets such as those based on iron (magnetic ferrite) or neodymium (particularly neodymium-iron-boron (NdFeB)) in order to provide superstrong static magnetism by which magnetotherapy may be effected. Elements that are generally oppositely opposed serve to detachably attach portions of the magnetic wrap to one another so that the magnetic joint wrap may conform to the local shape and form of the area adjacent the joint. Such attachment elements may include VELCRO7 hook and loop fasteners as well as buttons, snaps, and the like.

Abstract: A magnetotherapeutic device incorporates bio-ceramic fibers so as to provide simultaneous magnetotherapy and far infra-red wave therapy. Generally encased in clear plastic or the like, the magnetotherapeutic device of the present invention may take the form of a transparent disk having a plastic rim. A stainless cap may provide an attractive top surface into which a logo or symbol may be embossed. It also enhances the magnetic affects on the side opposite the stainless steel cap, the side that is applied to the body. A strong magnet such as one incorporating neodymium may underlie the stainless steel cap to provide magnetotherapy in the present invention. Bio-ceramic fibers emitting the far infra-red wavelengths of 8-14 microns underlie the strong neodymium magnet. A mat of woven bio-ceramic fibers or the like may provide such a structure.

Abstract: A magnetotherapeutic device incorporates bio-ceramic fibers so as to provide simultaneous magnetotherapy and far infra-red wave therapy. Generally encased in clear plastic or the like, the magnetotherapeutic device of the present invention may take the form of a transparent disk having a plastic rim. A stainless cap may provide an attractive top surface into which a logo or symbol may be embossed. It also enhances the magnetic affects on the side opposite the stainless steel cap, the side that is applied to the body. A strong magnet such as one incorporating neodymium may underlie the stainless steel cap to provide magnetotherapy in the present invention. Bio-ceramic fibers emitting the far infra-red wavelengths of 8-14 microns underlie the strong neodymium magnet. A mat of woven bio-ceramic fibers or the like may provide such a structure.

Abstract: A magnetic insole provides magnetotherapy for the soles of a wearer's feet. A laminated insole in the general shape of a foot is inserted into a shoe to provide magnetotherapy to the wearer's foot adjacent the sole. Collateral therapeutic effects may be effected as such magnetotherapy may affect the nerve endings in the foot and collateral, corresponding, or related tissue structures in the body. A leather upper is used to bear the abrasion between the foot and the magnetic insole. A flexible magnetic core provides alternating magnetic fields in a regular pattern thereby to provide magnetotherapy to the foot. A cushioning base acts as an underpad for the magnetic insole in order to provide greater comfort and cushioning for the user's foot. The flexible magnetic core is constructed by mixing strontium ferrite, barium ferrite, or other strongly ferromagnetic material and with an elastic binder such as neoprene. Additional minor constituents are also added to aid processing.

Abstract: An eye mask or face mask incorporating sources of spatially alternating yet static magnetic fields provides magneto-therapy to the eyes and/or face. In one embodiment, an eye mask is provided that has an opaque eye plate and opaque rearwardly projecting cushion about its perimeter. A sheet of alternating magnetic material provides alternating magnetic fields when travel is made in any direction. The eye mask may be attached to the face by elastic straps or other means which may be adjusted for comfort. The perimeter cushion serves to hold the eye mask away from the eyes and projecting eyelashes of the wearer so that greater comfort is achieved. The opaque nature of both the eye plate and the cushion serves to keep light out, allowing the eyes to enjoy a dark environment, especially appropriate for sleep. The eye mask may be worn during lengthy periods of repose such as sleeping.