CN111973879A - Magnetic energy physical therapy method and device for simulating dynamic magnetic field - Google Patents

Abstract

The invention discloses a magnetic energy physiotherapy method and device for simulating a dynamic magnetic field. The polarities of the two magnets facing the physiotherapy part of the human body are also different, so that a simulated dynamic magnetic field in which the magnetic flux density changes alternately and is arranged in sequence is formed for the physiotherapy part of the human body. Since human blood contains paramagnetic substances such as oxygen, the magnetic energy physiotherapy method and device for simulating a dynamic magnetic field provided by the present invention can simply and conveniently form a simulated dynamic magnetic field by setting magnets with different polarities and intensities. The dynamic magnetic field can make these paramagnetic substances orderly arranged, and then the blood will return from disorder to order. Compared with the prior art, the speed and efficiency of qi and blood circulation can be more effectively improved, and the physiotherapy effect is better.

Description

Magnetic energy physiotherapy method and device for simulating dynamic magnetic field

technical field

The invention relates to the technical field of magnetic energy physiotherapy, in particular to a magnetic energy physiotherapy method and device for simulating a dynamic magnetic field.

Background technique

Magnetic energy is one of the cosmic energies. The living environment of human beings is full of various magnetic fields and affects people's bodily functions all the time. At present, the use of magnetic fields for physical therapy or to assist in the treatment of diseases has been more and more widely developed. Common magnetic energy physiotherapy equipment mainly includes static magnetic field and dynamic magnetic field. The effect of static magnetic field is unsatisfactory. Many magnetic energy physiotherapy equipment now uses alternating magnetic field or pulsed magnetic field, and its effect is obviously better than that of static magnetic field. However, establishing an alternating magnetic field or a pulsed magnetic field requires a certain cost and space, which is not applicable to some small magnetic therapy devices.

The eye is an important organ of the human body. With the advancement of science and technology, people's life has become more and more colorful, and the pace of people's life has become faster. Tension makes people unable to rest well, resulting in eye fatigue. In addition, the wide application of various electronic products such as TVs, tablets, mobile phones and other devices has also made fluorescent screens the number one killer of eyes. Eye fatigue, dryness, redness, panda eyes, and decreased vision are serious problems for people's physical and mental health and work. In order to relieve eye fatigue, eye masks such as massage, vibration, steam, hot compress, self-heating, and infrared have appeared on the market. However, the eyes are the most delicate part of the human body, the eyeballs are the most delicate, and even the eyelids are the thinnest part of the human skin, which makes many heat therapy eye masks unsuitable. For example, infrared goggles absorb infrared rays to generate heat energy to expand blood vessels to improve microcirculation, while some specific groups, especially those with cardiovascular and cerebrovascular diseases, should not use infrared rays to expand blood vessels.

SUMMARY OF THE INVENTION

In view of the problems existing in the prior art, an object of the present invention is to provide a magnetic energy physiotherapy method that can be universally applied to various groups of people and can effectively improve the speed and efficiency of qi and blood circulation by simulating a dynamic magnetic field.

Another object of the present invention is to provide a physical therapy device that simulates the magnetic energy of a dynamic magnetic field.

In order to achieve the above objects, the present invention adopts the following technical solutions.

A magnetic energy physiotherapy method for simulating a dynamic magnetic field, characterized in that it is realized by a number of magnets whose magnetic flux density is not lower than 2000 Gauss, and the magnetic flux densities of two adjacent magnets are different and form alternating changes of strength and weakness. The polarities of the magnets facing the physiotherapy part of the human body are also different, thereby forming a simulated dynamic magnetic field in which the magnetic flux density changes alternately and is arranged in sequence for the physiotherapy part of the human body.

More preferably, the number of the magnets is an even number, and each of the magnets is arranged in a ring shape, thereby forming a closed magnetic field line, so as to achieve better physical therapy effect.

More preferably, among the two adjacent magnets, the magnetic flux density of the strong magnet is 4000-10000 Gauss, and the magnetic flux density of the weak magnet is 2000-3500 Gauss.

More preferably, the interval between two adjacent magnets is 0-100 mm.

The present invention also provides a magnetic energy physiotherapy device for simulating a dynamic magnetic field, which is characterized in that it is a sleep mask, and a plurality of magnets arranged in a ring around the eye socket are arranged on the sleep mask, and the magnetic flux of two adjacent magnets The density is different and the strength is alternately changed, and the polarities of the two adjacent magnets facing the orbit are also different.

More preferably, the sleep mask includes an eye mask body and an eye socket rubber ring installed on the eye mask body and adapted to the human eye frame, and the magnet is embedded in the eye socket rubber ring.

More preferably, the eye mask body includes a face skin, a lining cloth, an eye socket lining and an elastic band, the face skin and the lining cloth are compounded together, and a symmetrical shape with the shape of the eye socket rubber ring is dug on the lining cloth. Holes of the same size, the orbital rubber ring is symmetrically embedded in the hole, the orbital lining is arranged in the orbital rubber ring, and the elastic band is connected on both sides of the face skin; the orbital rubber ring There are thin edges inside and outside the bottom that fit the holes and the orbital lining.

More preferably, the orbital rubber ring is a TPE rubber ring, TPR rubber ring or silicone ring with high elasticity and flexibility, and the hardness of the orbital rubber ring is 4-10 degrees Shore hardness.

More preferably, the magnet is a cylindrical strong magnet with a magnetic flux density of not less than 2000 Gauss, a plurality of installation holes are arranged on the back of the eye socket rubber ring, and each of the magnets is inserted into the corresponding installation hole. Inside.

Another aspect of the present invention also provides a magnetic energy physiotherapy device for simulating a dynamic magnetic field, which is characterized in that it is a belt or a headband, and a plurality of magnets arranged in a ring are arranged on the waistband or headband. The magnetic flux densities of the magnets are different and the strength alternates, and the polarities of the two adjacent magnets facing the eye socket are also different.

The beneficial effects of the present invention are:

1. Since human blood contains oxygen and other paramagnetic substances, the magnetic energy physiotherapy method for simulating a dynamic magnetic field provided by the present invention can simply and conveniently form an alternating simulated dynamic magnetic field by setting magnets with different polarities and intensities. This kind of alternating simulated dynamic magnetic field is very beneficial to resonance absorption when the blood flow cuts the magnetic field lines, and at the same time, it can also arrange the paramagnetic substances in the blood in order, so that the qi and blood will return from disorder to order. Compared with the prior art, the present invention can more effectively improve the speed and efficiency of qi and blood circulation, and has better physiotherapy effect. In addition, because the physiotherapy process does not generate vibration and heat, it can be universally applied to various groups of people.

2. The sleep mask provided by the present invention can be worn during sleep and is comfortable. It has been verified by experiments that if the sleep mask provided by the present invention is worn before sleep, it can not only effectively relieve eye fatigue, but also significantly improve the degenerative diseases of the eyes of the elderly, such as dry eyes, astringent eyes, and discomfort from eye movement. . Compared with the static and single magnetic field, the sleep eye mask provided by the present invention has a very significant improvement in terms of the onset time of physiotherapy and the cure rate of physiotherapy.

Description of drawings

FIG. 1 is a schematic structural diagram of the sleep mask provided by the present invention.

FIG. 2 is a cross-sectional view of the sleep mask provided by the present invention.

FIG. 3 is an exploded view of the structure of the sleep mask provided by the present invention.

Description of reference numbers:

1: Dough skin, 2: Lining cloth, 3: orbital rubber ring, 4: magnet, 5: orbital lining, 6: elastic band.

Detailed ways

The specific embodiments of the present invention will be further described below with reference to the accompanying drawings in the specification, so as to make the technical solutions of the present invention and the beneficial effects thereof more clear and definite. The embodiments described below by referring to the accompanying drawings are exemplary, and are intended to explain the present invention and should not be construed as limiting the present invention.

Additional aspects and advantages of the present invention will become apparent in the description section that follows, or will be learned by practice of the present invention.

Example 1

A magnetic energy physiotherapy method for simulating a dynamic magnetic field, characterized in that it is realized by a number of magnets whose magnetic flux density is not lower than 2000 Gauss, and the magnetic flux densities of two adjacent magnets are different and form alternating changes of strength and weakness. The polarities of the magnets facing the physiotherapy part of the human body are also different, thereby forming a simulated dynamic magnetic field in which the magnetic flux density changes alternately and is arranged in sequence for the physiotherapy part of the human body.

Since human body qi and blood contain paramagnetic substances such as oxygen, the simulated dynamic magnetic field formed in this embodiment can well arrange these paramagnetic substances in order, so that the qi and blood will change from disorder to order. Compared with the prior art , can more effectively improve the speed and efficiency of blood circulation, better physical therapy effect.

In this embodiment, the number of the magnets is preferably an even number, and the magnets are preferably arranged in a ring shape; in this way, a ring-shaped, closed sequential magnetic field can be formed on the physiotherapy part of the human body to ensure the physiotherapy effect. Of course, in other embodiments, the magnets are arranged in a linear shape or a curved shape, and the specific arrangement shape can be appropriately adjusted according to different physiotherapy parts, which is not limited to this embodiment.

In this embodiment, preferably, among the two adjacent magnets, the magnetic flux density of the strong magnet is 5000 Gauss, and the magnetic flux density of the weak magnet is 3000 Gauss. Of course, according to the actual needs, the magnetic flux density of the strong magnet and the weak magnet can also be adjusted appropriately. Between -3500 Gauss.

Further, in order to ensure sufficient magnetic field strength between two adjacent magnets, it is preferable that the interval between two adjacent magnets does not exceed 100 mm. According to different magnetic flux densities of the magnets, the distance between two adjacent magnets can be adjusted appropriately, which is a common technology mastered by those skilled in the art, and will not be described in detail here.

Example 2

As shown in FIG. 1-FIG. 3, a magnetic energy physiotherapy device simulating a dynamic magnetic field, which is a sleep mask, a plurality of magnets 4 arranged in a ring around the eye socket are arranged on the sleep mask, and two adjacent magnets 4 The magnetic flux density of the magnets is different and the strength alternates, and the polarities of the two adjacent magnets 4 facing the eye socket are also different. In this way, a simulated dynamic magnetic field with alternating magnetic flux density and sequential arrangement can be formed for the orbit.

In this embodiment, the number of magnets 4 around each eye socket is preferably 8, and the 8 magnets form a circle to establish a simulated dynamic magnetic field. Since the magnetic poles of each magnet 4 are arranged in an order of S-N-S-N... -Weak-strong-weak...arranged in order, thus forming a two-dimensional dynamic magnetic field of two variables, the blood flow of the eyes cuts the two-dimensional magnetic field to form a dynamic magnetic energy field, which is conducive to resonance absorption, and its energy exchange effect is much higher than that of a static magnetic field.

According to the principle of paramagnetism, qi and blood contain oxygen and other paramagnetic substances. Under the action of a simulated dynamic magnetic field, qi and blood will return from disorder to order, which improves the speed and efficiency of qi and blood circulation. It can be understood in this way: infrared is the expansion of blood vessels under the action of thermal energy, which is equivalent to widening the road, and the dynamic magnetic field is to make the blood and blood substances in the blood vessels organized, reduce resistance, and improve the speed and efficiency of blood circulation. Vasodilation is not suitable for patients with vascular sclerosis and bleeding risk, while dynamic magnetic field does not need to be avoided, so it has good universality.

In this embodiment, the sleep mask includes an eye mask body and an eye socket rubber ring 3 installed on the eye mask body and adapted to the human eye frame, and the magnet 4 is embedded in the eye socket rubber ring 3 . Preferably, the orbital rubber ring 3 is a TPE rubber ring, TPR rubber ring or silicone ring with high elasticity and flexibility. face; rely on the elastic band to make the orbital rubber ring fit the human orbital. The hardness of the orbital rubber ring 3 is 4-10 degrees of Shore hardness. In this way, the peristalsis of the eye muscles and the highly elastic skin-like flexible orbital rubber ring form a seemingly non-existent massage feeling, which can really relax the eyes.

Further preferably, each magnet 4 is a cylindrical strong magnet with a magnetic flux density of not less than 2000 Gauss, and the back of the orbital rubber ring 3 is provided in several mounting holes basically corresponding to the orbital acupuncture points, and each magnet 4 is inserted in the corresponding mounting hole. Inside. Here, the magnetic flux density of the magnet is limited to more than 2000 Gauss, which can have better physiotherapy effect and take effect quickly. The purpose of providing the installation holes is to facilitate the installation, removal and replacement of the magnet 4 .

In this embodiment, preferably, the eye mask body includes a face cover 1 , a lining cloth 2 , an eye socket lining 5 and an elastic band 6 , and each component is combined by seam or bonding. Specifically, the dough skin 1 and the lining cloth 2 are combined together, and the lining cloth 2 is dug a symmetrical hole with the same shape and size as the orbital rubber ring 3, and the orbital rubber ring 3 is symmetrical. Embedded in the hole, the eye socket lining 5 is set in the eye socket rubber ring 3 , and the elastic band 6 is connected to both sides of the dough skin 1 .

Further preferably, the face skin 1 is opaque genuine leather, synthetic leather or cloth, and the lining cloth and the eye socket lining are flexible parts. Preferably, there are thin edges inside and outside the bottom of the orbital rubber ring 3 that cooperate with the hole and the orbital lining 5 to improve the installation aesthetics and reliability of the orbital rubber ring 3 .

As far as sleep mask is concerned, its purpose is to improve sleep, so it must be free from light stimulation, mechanical force stimulation, and temperature stimulation. In the sleep mask provided by this embodiment, the skin of the mask can block strong light, and the high elastic eye socket rubber ring can form a feeling of being close to the skin. The eye socket rubber ring has a certain thickness so that the eyelid and the eye mask face skin are in a hollow state, and the eye socket rubber ring is connected to the human eye socket by the elastic band. Adhesive; when applied, the eye muscle peristalsis, the elasticity of the elastic band, and the high elasticity skin-like flexible orbital rubber ring form a feeling of massaging, the eyes are really relaxed, and the dynamic magnetism can relieve the fatigue of the nerves, muscles and blood vessels of the eyes and completely relax , so that people can quickly enter a good sleep state.

The sleep mask provided in this embodiment is intended to use magnetic energy to stimulate acupuncture points around the orbit, activate human potential, and allow the blood vessels, muscles and nerves of the human eye to self-repair and self-healing eye diseases. In order to better reflect the progress of this embodiment, a comparative experiment is carried out below.

Comparative Example 1

The sleep goggles provided in the comparative example are basically the same as those in Example 2, except that the strengths of the magnets are the same, and the polarities on the side facing the orbit of the human body are all N-poles.

Comparative Example 2

The sleep goggles provided in the comparative example are basically the same as those in Example 2, except that the strengths of the magnets are the same, and the polarities on the side facing the orbit of the human body are all S poles.

The experimental methods are as follows: 1) Select 100 patients between the ages of 65-75 who have dry eyes, astringent eyes, and discomfort from eye movement, supplemented by the sleep goggles provided in Example 2 of the present invention for adjuvant therapy, and treatment results 1.2 are obtained. ) Select 100 patients between 65-75 years old with dry eyes, astringent eyes, and discomfort from eye movement, supplemented by the sleep goggles provided in Comparative Example 1 and Comparative Example 2 for adjuvant therapy, and treatment results 2 and 3 are obtained. The adjunctive treatment method is: the patient wears a sleep mask for at least 40 minutes before going to bed. The specific treatment results are shown in Table 1.

Table 1. Comparative experimental results

It can be seen from Table 1 that the sleep goggles provided by the present invention can effectively improve the problems of dry eyes, astringent eyes and inflexibility of the eyes of the elderly. Compared with the static and single magnetic field, the sleep mask provided by this embodiment has a very significant improvement in terms of onset time and cure rate.

Example 3

A magnetic energy physiotherapy device for simulating a dynamic magnetic field, characterized in that it is a belt, and a plurality of magnets arranged in a ring are arranged on the belt. The polarities of the two adjacent magnets facing the eye socket are also different. In this way, a simulated dynamic magnetic field with alternating magnetic flux density and sequential arrangement can be formed for the waist position. In particular, according to the area of the physiotherapy site, each of 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 .

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, which will not be described in detail here.

Example 4

A magnetic energy physiotherapy device for simulating a dynamic magnetic field, characterized in that it is a headband on which a plurality of magnets are arranged in a ring shape, and the magnetic flux density of two adjacent magnets is different and forms alternating strength and weakness. The polarities of the two adjacent magnets facing the eye socket are also different. In this way, a simulated dynamic magnetic field with alternating magnetic flux density and sequential arrangement can be formed for the waist position.

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, which will not be described in detail here.

Through the description of the above-mentioned structure and principle, those skilled in the art should understand that the present invention is not limited to the above-mentioned specific embodiments, and the improvement and substitution of the technology known in the art on the basis of the present invention all fall within the protection of the present invention Scope, the protection scope of the present invention shall be defined by the respective claims and their equivalents. The parts not described in the detailed description are the prior art or common knowledge.

Claims (10)

1. A magnetic energy physical therapy method for simulating a dynamic magnetic field is characterized in that the magnetic energy physical therapy method is realized by a plurality of magnets with magnetic flux density not lower than 2000 gauss, the magnetic flux density of two adjacent magnets is different and forms strong and weak alternate change, the polarities of the two adjacent magnets facing to a human body physical therapy part are also different, and then a simulated dynamic magnetic field with magnetic flux density of which the strength is alternately changed and is arranged in sequence is formed on the human body physical therapy part.

2. The magnetic energy physical therapy method according to claim 1, wherein the number of the magnets is even number, and the magnets are arranged in a ring shape to form closed magnetic lines.

3. The method as claimed in claim 1, wherein the magnetic flux density of the strong magnet is 4000-10000 gauss and the magnetic flux density of the weak magnet is 2000-3500 gauss.

4. The magnetic energy physical therapy method simulating a dynamic magnetic field according to claim 1, wherein the interval between two adjacent magnets is 0-100 mm.

5. The magnetic energy physical therapy device is characterized by being a sleep eye shield, wherein a plurality of magnets which are annularly distributed are arranged on the sleep eye shield along the periphery of an eye socket, the magnetic flux density of two adjacent magnets is different and forms alternate change of strength, and the polarities of the two adjacent magnets facing the eye socket are also different.

6. The magnetic energy physical therapy device simulating the dynamic magnetic field as claimed in claim 5, wherein the sleep mask comprises a mask body and an eye socket rubber ring which is arranged on the mask body and is adapted to the eye frame of the human body, and the magnet is embedded in the eye socket rubber ring.

7. The magnetic energy physical therapy device for simulating the dynamic magnetic field according to claim 6, wherein the eyeshade body comprises a face skin, a lining cloth, an orbit liner and elastic bands, the face skin and the lining cloth are combined together, a symmetrical hole which is the same as the shape and the size of the orbit rubber ring is dug on the lining cloth, the orbit rubber ring is symmetrically embedded into the hole, the orbit liner is arranged in the orbit rubber ring, and the elastic bands are connected to two sides of the face skin; thin edges matched with the hole and the orbit lining are reserved inside and outside the bottom of the orbit rubber ring.

8. The magnetic energy physical therapy device simulating a dynamic magnetic field according to claim 6, wherein the eyepit rubber ring is a TPE rubber ring, a TPR rubber ring or a silica gel ring with high elasticity and flexibility, and the hardness of the eyepit rubber ring is 4-10 degrees Shore hardness.

9. The magnetic energy physical therapy device for simulating the dynamic magnetic field according to claim 6, wherein the magnets are cylindrical strong magnets with the magnetic flux density not lower than 2000 gauss, a plurality of mounting holes are formed in the back of the orbit rubber ring, and each magnet is inserted into the corresponding mounting hole.

10. The magnetic energy physical therapy device is characterized by being a waistband or a head band, wherein a plurality of magnets are annularly arranged on the waistband or the head band, the magnetic flux density of two adjacent magnets is different and forms alternating change of strength, and the polarities of the two adjacent magnets facing eye sockets are also different.

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