Portable movable physiotherapy device

Abstract

The invention discloses a portable movable physiotherapy device, and the device comprises an upper fireproof fiber non-setting adhesive cloth layer and a lower fireproof fiber non-setting adhesive cloth layer. The device also comprises a superconductive graphene wire disposed between the upper fireproof fiber non-setting adhesive cloth layer and the lower fireproof fiber non-setting adhesive cloth layer, natural germanium raw stones which are densely distribute around the superconductive graphene wire in a single-layer manner, permanent magnets which are distributed among the natural germanium raw stones in a scattered manner, a temperature controller which is connected to an end part of the superconductive graphene wire in a series manner, and a USB interface which is connected to an end part of the temperature controller. The superconductive graphene wire is wound between the upper fireproof fiber non-setting adhesive cloth layer and the lower fireproof fiber non-setting adhesive cloth layer. Each natural germanium raw stone is a ball with the diameter being less than 3 mm, and the natural germanium raw stones are densely distributed around the zig-zag superconductive graphene wire in a single-layer manner, wherein the balls contact with each other, and can direct conduct heat. The permanent magnets are cylindrical, and the diameter and height of each permanent magnet is not greater than 3mm. The permanent magnets are sparsely distributed among the group particles of the natural germanium raw stones, and the natural germanium raw stones are covered by the magnetic fields of the permanent magnets.

Description

technical field [0001] The invention relates to a health care device, in particular to a portable mobile physiotherapy device, which is widely used in the repair of human tissue structure and non-drug conditioning of human pathology, improving the blood circulation system of the human body, killing harmful bacteria in the human body, and eliminating the harmful bacteria in the human body. toxin. Background technique [0002] There are many physiotherapy tools on the market. The most curative physiotherapy equipment in Japan and Taiwan uses graphene to combine with germanium raw stones to improve human-centered physiological functions. In mainland China, traditional magnetic therapy is often used to improve human-centered physiology. These physical therapy equipment not only need to be plugged into indoor sockets, but also consume a lot of energy. At the same time, they will generate electromagnetic radiation and current sound, which are unfavorable factors for human health. ...

AI Technical Summary

Problems solved by technology

[0002] There are many physiotherapy tools on the market. The most curative physiotherapy equipment in Japan and Taiwan uses graphene to combine with germanium raw stones to improve human-centered physiological functions. In mainland China, traditional magnetic therapy is often used to improve human-centered physiology. These physical therapy equipment not only need to be plugged into indoor sockets, but also consume a lot of energy, and at the same time generate electromagnetic radiation and current sound, which are harmful to human health.

In addition, these physiotherapy equipment cannot be bent when used, and have poor contact with the human body; during physiotherapy, they can only reflect the individual physiotherapy effects of graphene, germanium rough stones and magnets, and cannot show the effects of the interaction between the three. Another peculiar physical therapy effect, which lea

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