A portable magnetic therapy sleeping pad

Abstract

The invention provides a portable magnetic-therapy mattress which comprises an upper fabric layer (1), a magnetic conducting layer (2), a matrix layer (3), a magnetic coating (4), an inner cushion layer (5) and a lower fabric layer (6) in sequence from top to bottom. The lower face of the surface layer of the mattress is coated with magnetic coating instead of embedding magnets in the mattress. Firstly, the weight of the mattress is reduced to a large extent by omitting the magnets, and it can still be guaranteed that a magnetic field with enough magnetic field intensity and space coverage is generated; secondly, due to the fact that strip-shaped and blocky magnets are not adopted, a too thick cushion layer does not need to be additionally arranged to meet human body comfort, the weight of the mattress is further reduced, and the space is saved; finally, the mattress can be freely folded. The portability of the mattress is fully improved on the premise of guaranteeing the magnetic therapy effect.

Description

technical field [0001] The invention relates to the field of magnetic therapy products and equipment, more specifically, to a portable magnetic therapy sleeping pad that is easy to carry and use during travel. Background technique [0002] A large number of medical studies have shown that the use of magnetic fields to act on human tissues can regulate the nervous system and blood circulation, and has the effect of analgesia and blood stasis. An active extracorporeal physical therapy. For example, the experiments of Sheng Wei Feng et al. published in Med Biol Eng Comput in 2010 in the paper "Static magnetic field exposure promotes differentiation of osteoblastic cells grown on the surface of a poly-L-lactide substrate" proved that at 4000 Gauss (Gs ) strength of the magnetic field in which the cell shape will change significantly and the growth rate will be accelerated. In the paper "Autogenous bone marrowconcurrent with static magnetic field effects on bone-defect healing:...

AI Technical Summary

Problems solved by technology

If the amount of magnetic source body is reduced in pursuit of lightness, it may weaken the magnetic field strength and impair the therapeutic effect

In addition, the magnetic source body itself has a certain hardness, so a cushion of a certain thickness must be added above and below to avoid discomfort to the human body, which further increases the weight of the product and limits the shrinkage of the product volume

It can be seen that the solutions in the prior art cannot fundamentally improve the portability of the product, on the contrary, it is possible that the curative effect of magnetic therapy cannot be reliably guaranteed

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