Magnetic energy physiotherapy method and device for simulating dynamic magnetic field
A technology of dynamic magnetic field and magnetic energy, which is applied in the fields of magnetic therapy, electrotherapy, treatment, etc., can solve the problem that the goggles for fever and physiotherapy are not universal, and achieve the improvement of eyeball rotation discomfort, good physical therapy effect, and the effect of resonance absorption
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Embodiment 1
[0028] A magnetic energy physiotherapy method simulating a dynamic magnetic field, characterized in that it is realized by a number of magnets with a magnetic flux density not lower than 2000 gauss, the magnetic flux densities of two adjacent magnets are different and alternately change in strength, and the two adjacent magnets The polarities of the magnets facing the physiotherapy parts of the human body are also different, thereby forming a simulated dynamic magnetic field in which the magnetic flux density alternately changes and is arranged sequentially on the physiotherapy parts of the human body.
[0029] Since human blood contains paramagnetic substances such as oxygen, the simulated dynamic magnetic field formed in this embodiment can arrange these paramagnetic substances in order, so that the blood will return from disorder to order. Compared with the existing technology , can more effectively improve the speed and efficiency of Qi and blood circulation, and the effect...
Embodiment 2
[0034] Such as Figure 1-Figure 3 As shown, a magnetic energy physiotherapy device simulating a dynamic magnetic field, which is a sleep goggle, is provided with a plurality of magnets 4 arranged circularly along the eye sockets on the sleep goggle, and the magnetic flux densities of two adjacent magnets 4 are different and Alternate changes in strength and weakness are formed, and the polarities of two adjacent magnets 4 facing the eye sockets are also different. In this way, a simulated dynamic magnetic field in which the strength of the magnetic flux density alternately changes and is arranged sequentially can be formed on the orbit.
[0035] In the present embodiment, it is preferred that the number of magnets 4 around each eye socket is 8, and 8 magnets form a circle to set up an analog dynamic magnetic field. Since the magnetic poles of each magnet 4 are arranged in an orderly manner by S-N-S-N, the magnetic field strength is in accordance with strong -Weak-strong-weak....
Embodiment 3
[0052] A magnetic energy physiotherapy device simulating a dynamic magnetic field, characterized in that it is a belt, on which a number of magnets arranged in a ring are arranged, and the magnetic flux densities of two adjacent magnets are different and alternately change in strength, The polarities of two adjacent magnets facing the eye sockets are also different. In this way, a simulated dynamic magnetic field in which the strength of the magnetic flux density alternately changes and is arranged sequentially can be formed at the waist position. In particular, according to the difference in the area of the physiotherapy site, the magnets can also be arranged in two, three, or even more rings, and each ring is a closed magnetic coil; not limited to this embodiment .
[0053] This embodiment provides a magnetic energy physiotherapy device for simulating a dynamic magnetic field, which has basically the same technical effect as that of Embodiment 2, and will not be described...
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