Magnetic moxibustion pillow
OwnerZhongping Louinventor
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Abstract
The present invention teaches a negative magnetic field magnetic moxibustion pillow which includes a pillow noumenon and multiple magnets set inside the described pillow noumenon. The described multiple magnets are set on the substrate based on a preset spacing; one end of the described magnets is a positive pole, and the other end is a negative pole. Moreover, the negative pole of the magnets all face the top surface of the pillow noumenon while the negative magnetic field magnetic moxibustion pillow of this present invention can produce a relatively strong magnetic field for the user.
Claims5
A negative magnetic field magnetic moxibustion pillow comprising:
- a pillow having a top surface, a bottom surface, a concave surface, and a convex surface, wherein a transitional connection is between the concave surface and convex surface;
- primary magnets and secondary magnets having a negative pole and positive pole;
- and
- a substrate wherein the primary and secondary magnets are set on the substrate based on a preset spacing inside the pillow;
- wherein the negative pole of the primary and secondary magnets all face the top surface of the pillow;
- wherein the substrate has a primary substrate and a secondary substrate;
- wherein the primary magnets are fixed on the primary substrate and arranged along the longitudinal direction of the pillow based on a primary spacing;
- wherein the secondary magnets are set on the secondary substrate based on a secondary spacing and forms magnetic stripes;
- wherein an elongation direction of the magnetic stripes is the same longitudinal direction of the pillow;
- and
- wherein the magnetic stripes are set based on a third spacing.
The negative magnetic field magnetic moxibustion pillow claim of 1, wherein the primary spacing is the same as the secondary spacing.
The negative magnetic field magnetic moxibustion pillow claim of 1, wherein the magnets are set on the substrate through multiple grooves on the substrate, wherein every groove corresponds to one of the magnets, and wherein the magnets are protruded from the grooves.
Dependencies are inferred from the claim text.