WO2008124995A1

WO2008124995A1 - Massage and magnetism therapy insole

Info

Publication number: WO2008124995A1
Application number: PCT/CN2008/000403
Authority: WO
Inventors: Weili Chen
Original assignee: Weili Chen
Priority date: 2007-04-13
Filing date: 2008-02-27
Publication date: 2008-10-23

Abstract

A massage and magnetism therapy insole of wave energy resonance and instantaneous stable gravity center, wherein the insole is formed by rubber and/or the plastic mixing with the far infrared ray fine powder and the anion fine powder, said forming method includes mold fitting, printing, pressing molding or surface-spurting. Said insole includes bow-like bulges which correspond to the shape of one's sole. The insole presents irregularly sole shape with incline arc. The bottom of the insole is provided with several regular and irregular arranged bulges. The heel portion is provided with heart-shaped arc bulge.

Description

Massage magnetic therapy insole

The invention relates to the field of insole, in particular to a wave energy resonance massage magnetic gas effect instant focus center-stabilized rubber and/or plastic shoe pad which has the special massage health care for the foot and the effect of the instantaneous center of gravity and the stable magnetic gas.

Background technique

Most of the insole currently on the market is made of cloth or fiber material. The multi-layer flat insole of synthetic fiber material is widely used. It has poor gas permeability, is not easy to absorb sweat, and is easy to breed bacteria, produce odor, affect environmental sanitation and personal health. And there is no effect of health massage and magnetic gas effect, mostly disposable insoles. Recently, according to Chinese public patents, some insoles for health care magnetic therapy are usually added or immersed in the multi-layer insole interlayer to absorb the moisture absorbing material layer of the Chinese herbal medicine immersion liquid, and the magnetic sheet having a certain magnetic physiotherapy effect, thereby absorbing sweat and deodorizing effects. However, the drug has a short duration and short service life. It is a disposable insole. The sterilization effect is not ideal. The cost is high and the wearing is not comfortable. The insole on the market has the same thickness and hardness for people's soles, palms and heels. Practice has proved that this kind of structural insole is not conducive to the health of the human body and body, but the position and shape of the various parts of the human foot are different, the magnitude of gravity and impact force are not met, and the soft and hard are moderate, in order to meet people's needs, the inventor is Long-term development of research insoles and production practice process, surprisingly found that the specific structure and the modern cutting-edge new material in close scientific combination of insole, and China's traditional Chinese medicine scientific theory acupoint acupuncture therapy, foot massage and Qigong fitness physical gas therapy is intrinsically linked The thoughts that the predecessors never had, the effect of 'J, On the basis of repeated practice, a new generation of insoles with specific structures and materials combined with the theoretical science of Chinese medicine has been developed.

Summary of the invention

The object of the present invention is to overcome the deficiencies of the prior art mentioned above. After years of research and development, long-term production practice, and market demand research, the inventors have developed a close scientific combination with the material and the shape of the human foot. , comfortable to wear, wave energy resonance massage with foot acupressure, instant focus on stable rubber and / or plastic insole. The invention provides a wave energy resonance massage magnetic gas effect instantaneous center-of-gravity stable rubber and/or plastic insole, characterized in that the insole is made of rubber and/or plastic such as: thermoplastic polyurethane blended rubber and/or plastic weight of 1-40%, preferably 5 -10% by weight of far-infrared fine powder and negative ion fine powder, or may be mixed with magnetic powder by compression molding, injection molding or compression molding, or by rubber or plastic or plastic after compression molding or injection molding, the surface layer is 0.1 mm ~ 2 mm Insole made of rubber and/or plastic blended with far-infrared fine powder and negative ion fine powder to form a film or a printed, compression-molded or sprayed surface layer, and a bow-like bulge that kisses the shape of the human foot. The instep of the insole is gradually inclined from the outer part to the inner part, the palm part of the foot to the heel and the toe part, and the bottom of the foot has an irregular sole shape, and the bottom is provided with a plurality of protrusions arranged in a regular or irregular manner, and the protrusion is cylindrical. Square, rectangular or prismatic protrusions, the height of the protrusion is a solitary surface, a certain distance from the bottom plane, the thickness of the center line is 3.0~30.0 mm, and the priority is 10.0 mm. The part is provided with a heart-shaped or other shaped orphaned protrusion, which has a certain distance from the plane, and has a thickness of 0.1 to 12.0 mm, preferably 1.0 mm, and other parts are flat, with or without spots or patterns on the surface. The face has a thickness of 0.1 to 5.0 mm, preferably 0.7 mm.

The invention provides a method for manufacturing a transient energy center-stabilized rubber and/or plastic insole for a wave energy resonance massage magnetic gas, which comprises blending rubber and/or plastic with rubber and/or plastic by 1-40%, preferably 5-10. % far-infrared fine powder and negative ion fine powder, or magnetic powder (magnetized sub-nano or nano-fine powder), wherein the weight ratio of far-infrared fine powder to negative-ionic fine powder is 4:1 to 1:4; A magnetized far-infrared anion ceramic fine powder that integrates magnetization, negative ions and far-infrared rays, which are known for modern deep cutting technology and deep ion, is molded, injection molded or compression molded; or rubber and/or plastic After molding, injection molding or compression molding, the surface layer (face) is 0.1~2 mm. The far-infrared fine powder and the negative ion fine powder are blended by rubber and/or plastic. The magnetized fine powder may also be added, wherein the far-infrared fine powder and the negative ion are fine. The powder has a weight ratio of 4:1 to 1:4, preferably incorporating magnetization, negative ions and far infrared rays for deep magnetization and negative ion treatment using known modern cutting-edge techniques. The insole of the magnetized far-infrared anion ceramic fine powder is formed into a film or printed, compression-molded, sprayed with a surface layer of a far-infrared fine powder and an anion fine powder (which can also be incorporated into a magnetized fine powder). a bow-like bulge that kisses the shape of the human foot. The instep of the insole is gradually deformed from the lateral part to the inner part, the palm part of the foot to the heel and toe. The shape is inclined and solitary, and the bottom is provided with a plurality of protrusions arranged in a regular or irregular manner. The protrusions are cylindrical, square, rectangular or prismatic protrusions, and the plane of the protrusion height is an orbital surface with a certain distance from the bottom plane. The center line has a thickness of 3.0 to 30.0 mm, preferably 10.0 mm; the heel portion is provided with a heart-shaped or other shaped orphaned protrusion, which has a certain distance from the bottom plane, and has a thickness of 0.1 to 12.0 mm. It is 1.0 mm, other parts are flat, with or without spots or patterns on the surface, and it has an anti-slip effect and has a thickness of 0.1 to 5.0 mm, preferably 0.7 mm.

According to the wave energy resonance massage magnetic wave provided by the present invention, the instantaneous center of gravity stabilizes the rubber and/or the plastic insole. FIG. 3A-A' is a cross-sectional view of the insole vertical line (direction), and FIG. 4-6 is an insole respectively. A cross-sectional view of the lateral (line) BB' (ie, the flat part of the forefoot), CC (ie, the palm of the foot), and DD' (ie, the heel of the foot), from which the structure of the insole of the present invention is clearly illustrated It is unique and novel, which enables it to combine the unique properties of raw materials, especially polyurethane and far-infrared ceramic sub- or nano-fine powders and negative ion fine powders, sub-nano or nano-fine powders and structures. For example, in a specific embodiment of the high-heeled insole, the forefoot portion has a thickness of 0.7 mm, the palm portion has a thickness of 6.0 mm, the base plane is 10.0 mm, the heel portion has a thickness of 1.0 mm, and the base plane has a thickness of 3.0 mm.

According to the wave energy resonance massage magnetic wave provided by the present invention, the instantaneous center of gravity stabilizes the rubber and/or the plastic insole. The rubber and/or plastic means that the rubber and the plastic can be used alone as raw materials for the insole, and can be mixed and used. The mixing ratio can be selected according to the quality, specifications, style and type of insole. The rubber refers to natural rubber, synthetic rubber such as polyisoprene rubber, polybutadiene rubber, styrene butadiene rubber, polyurethane thermoplastic elastomer, butadiene styrene thermoplastic elastomer, etc., plastic is polyethylene, polyvinyl chloride EVA or polyurethane, etc., preferably polyurethane plastics and elastomers. The rubber or thermoplastic polyurethane has unique properties: abrasion resistance, softness, elasticity, adaptability to stretching and cracking, not easy to break, comfortable to wear, good foot feel, and durable. Incorporating far-infrared fine powder such as far-infrared ceramic fine powder or sub-nano or nano-fine powder, it can emit far-infrared rays with a wavelength of 5-25 microns at any temperature, and the emission function exists for a long time. After being absorbed by the human body, it can penetrate deep into the human skin. Tissue, especially in the palm of the hand, 2-5 cm under the skin, the energy transmitted by the biological wave gives the human body vitality, and the vibration frequency between the atom and the atom of the human cell molecule is in the same range, which is beneficial to the various functions of the human body. It activates biological cells, expands microvessels, promotes blood circulation, thereby improving the body's metabolism and immune function, and functions to eliminate fatigue and regulate animal neurological disorders.

The negative ion fine powder comprises a sub-nano or nano-fine powder, which is a negatively charged fine particle or an approximate molecular-level particle (abbreviated as a negative ion powder), and the composition thereof is an aluminum, sodium, iron, lithium ring structure characterized by boron. Silicate materials such as specialty ceramic fine powders, sub-nano or nano-fine powders, with thermoelectricity and piezoelectricity, which can cause potential differences between constituent crystals in the presence of temperature and pressure changes (even small changes) This static electricity is as high as 1 million electron volts, so that the air is ionized, the hit electrons are attached to the adjacent water and oxygen molecules and converted into air negative ions, ie negative oxygen ions. Negative ions can also increase the body's antioxidants and reduce the damage of reactive oxygen species. The polar ions are caused to vibrate at the equilibrium position to cause dipole moment changes to produce electromagnetic radiation in the far infrared band. If it is added to the product in a certain proportion, it will generate radiation through its own free ions, impurity ions and ionic substances, impurities and two or three phonons, and affect the polarity of the ionic bond of the organic and inorganic molecules. , formed a strong radiation broadband, according to the test negative ion powder on the far infrared emission rate of more than 90%. Preferred are fine ceramic powders, sub-nano or nano-fine powders which are subjected to deep negative ion treatment by modern known techniques, in particular, special ceramic fine powders, sub-nano or nano-fine powders which are subjected to deep magnetization treatment and negative ion treatment by modern cutting-edge technology, It is a magnetized far-infrared, negative-ion ceramic fine powder, sub-nano or nano-fine powder that integrates magnetization, far-infrared rays and negative ions. It also has active properties of magnetization, far-infrared and negative ions (also available as commercially available products). The blending of the far-infrared fine powder and the negative ion fine powder by rubber and/or plastic by compression molding, injection molding or compression molding into a film facial layer is 1-20% (based on a film-forming material). The surface layer of the face layer formed by printing, compression molding or spraying is incorporated in an amount of 1 to 40% (based on the weight of the rubber and/or plastic).

The shape of the palm of the foot and the shape of the human foot (bottom) are like a bow-like bulge, especially the part of the foot is inclined and the shape of the foot is irregular, so that it is comfortable to wear, and has regular or irregular protrusions. The plane is an orphaned surface with a certain distance from the bottom plane. The middle part is provided with a heart-like bulge, and the bottom is at a certain distance from the bottom plane. This unique structure is designed according to the rhythm of the human body walking. Landing, vacant rhythmic resonance, rhythmic massage to the meridians, acupoints and reflex zones of the foot, this resonance massage combined with the generated far infrared rays to form a synergistic effect, improve the microcirculation of the human foot, Reduces pressure, eliminates fatigue, instantaneous center of gravity stability, magnetic gas effect, and has antibacterial and deodorizing effects. Foot massage is one of the traditional ways to cure diseases and strengthen the body in China. The meridians involve the foot of the sun, the foot Shaoyin kidney, the foot and the yin and liver, the yinwei pulse, and the haze jump on the foot. And the foot of the stomach, the foot of the bladder, the foot of the yang, the Yang Wei pulse terminates in the foot, so the center of the foot (heart) relative to the upper abdomen, there are liver, gallbladder, spleen, pancreas, kidney, etc. Organs. The posterior part of the foot is equivalent to the large intestine, small intestine, duodenum, bladder, urethra, genitals and other organs in the lower abdomen. The unique structure of the bow-like orbital protrusion of the insole is combined with the far-infrared or negative-ion wave energy resonance massage. Synergistic effect, greatly accelerates the massage function of the acupuncture points and reflex zones of the foot and helps the microvascular expansion of the peripheral nerves, increases the blood reflux rate, improves blood circulation, and helps the kidneys to remove metabolites from the body and foreign bodies entering the human body. Therefore, effective foot massage can achieve Shujingtongluo, reconcile qi and blood, balance the function of magnetic gas, achieve the purpose of preventing disease and curing, and maintaining body and fitness.

The invention provides a wave energy resonance massage magnetic gas effect instantaneous center of gravity stable rubber and/or plastic insole, characteristics and effects: using state-of-the-art science technology, namely deep magnetization and negative ion treatment, and nanotechnology, magnetized negative ion far-infrared ceramic nano-fine powder, The combination of special polyurethane materials and insole specific structural design; the insole structure and materials are combined with traditional Chinese medicine theory, acupoint acupuncture therapy, foot therapy and magnetic gas efficacy (qigong effect); the laminating layer manufacturing technology adopts advanced nanomaterials Membrane technology, printing and coating technology are closely matched with the structure; the three combinations match each other to create a new insole with unique performance, unpredictable effects (efficiency), and new scientific theories of insoles.

1. Produce ergonomic products using specific materials combined with biomechanics.

2. Experiments show that the energy waves emitted are combined with the meridians and acupoints of traditional Chinese medicine, and the new wave energy acupuncture method has the same effect as traditional Chinese medicine acupuncture.

3. Under the special structural design of the insole. It can produce an invisible magnetic gas effect (qigong acupuncture therapy), which can make the magnetic field effect inconsistent with the human biological magnetic field effect and the earth magnetic field effect, and produce the instantaneous center of gravity stability function for the human body, and eliminate fatigue, reduce pressure, and reduce The effect of centrifugal force.

4. Using wave energy resonance technology to effectively stimulate the foot reflection point at more than 20.000 different massage points And massage effect, has special physiotherapy functions for the internal organs.

5. The use of negative ions and magnetic gas therapy for deep health care of the human body.

6. Practice shows that the wavelength and gravity generated by the addition of magnetized sodium fine powder and far-infrared fine powder will produce a special wave energy magnetic field, which is harmonized with the human biological magnetic field, adjustable for human body and blood, and has an instantaneous center of gravity. The role.

7. Special ergonomic design, which has the function of stabilizing the foot, supporting and adjusting the skeletal structure of the human body, reducing the pressure on the feet and joints.

8. The emitted far-infrared wavelength of 5-25 microns can be infiltrated into the subcutaneous tissue of the human body after being absorbed by the human body, and the energy transmitted by the biological wave can give vitality to the human cells. It is beneficial to the functioning of various parts of the human body, activates biological cells, expands microvessels, promotes blood circulation, thereby improving the body's metabolism and immune function, and functions as a health care function to eliminate fatigue and regulate human nervous disorders.

9. For example: Apply to high heels to prevent toe deformation, reconcile blood, eliminate fatigue, stabilize the center of gravity, and reduce the pressure on the feet and joints.

10. For example: applied to casual shoes, it can activate the meridians of the feet, regulate blood pressure, autonomic nerves, reconcile the blood, enhance the function of the internal organs, eliminate fatigue, reduce pressure, reduce centrifugal force, stabilize the center of gravity, and massage the foot. Supports and adjusts the bone structure of the human body, reducing the effects of pressure on the feet and joints.

DRAWINGS

Fig. 1 is a schematic view showing the structure of the center of gravity stabilized rubber and/or plastic insole of the wave energy resonance massage magnetic gas;

Figure 2 shows the effect of the wave energy resonance massage magnetic gas on the back of the center of gravity and/or the plastic insole;

Figure 3 is a cross-sectional view of the energy-stabilized rubber and/or plastic insole A1-A2 of the wave energy resonance massage magnetic gas;

Figure 4 is a cross-sectional view of the energy centering stable rubber and/or plastic insole B1-B2 of the wave energy resonance massage magnetic gas;

Figure 5 is a wave energy resonance massage magnetic gas effect instantaneous center of gravity stability rubber and / or plastic insole C1-C2 Sectional view;

Figure 6 is a cross-sectional view of the energy centering stable rubber and/or plastic insole D1-D2 of the wave energy resonance massage magnetic gas.

detailed description

The invention is further illustrated by the following specific embodiments in conjunction with the accompanying drawings, but the scope of the invention is not limited to the following specific embodiments.

Example 1

The wave energy resonance massage magnetic gas of the invention has the effect of instantly stabilizing the rubber and/or plastic insole, and the insole is made of polyurethane and each 10 weight percent far-infrared ceramic nano-fine powder, negative ion nano-fine powder, and is mixed and injection molded into irregularities. A bow-like orthopedic insole that conforms to the shape of the sole of the foot. The thickness of the center line of the insole is 10.0 mm. The bottom is convexly arranged in a rectangular shape, and the heel is irregularly shaped. It is 1.0 mm and has a flat pattern on the toes with a thickness of 0.7 mm.

Example 2

The procedure of Example 2 was the same as that of Example 1, except that 8% (Wt) of commercially available magnetized negative ion far-outer ceramic nano-fine powder was substituted for each of 10% (Wt) far-infrared ceramic nano-fine powder and negative-ion nano-fine powder.

Example 3

Polyurethane plastic (ie imported commercial polyurethane plastic (resin)) is molded by injection molding or after-coating 1.0 mm thick polyurethane plastic with 18% (based on the weight of polyurethane plastic) magnetized negative ion far-infrared ceramic nano-fine powder (commercial product) Made of 1.0 mm film. The bow-like orb-shaped facial layer conforms to the shape of the foot. The palm of the foot gradually changes from the outer part to the inner part, the palm part of the foot to the heel and toe. (Fig. 1), the thickness of the center line of the palm of the facial layer is 12.5 mm, the bottom is a rectangular regular arrangement (Fig. 2), and the heel is an irregular arch with a thickness of 4.0 mm. It has a pattern on the flat surface and has a thickness of 1.0 mm.

Claims

Rights request

1. A wave energy resonance massage magnetic gas effect instantaneous center-of-gravity stabilized rubber and/or plastic insole characterized in that the insole is blended with rubber and/or plastic by a weight percentage of far-infrared fine powder of 1-40% rubber and/or plastic. Fine powder with negative ions, or magnetic powder can also be molded by compression molding, injection molding or compression molding; or by rubber and/or plastic after compression molding, after surface injection, 0.1~2 mm is blended by rubber and/or plastic. The infrared fine powder and the negative ion fine powder are formed into a thin mold or a surface-layer formed by printing, compression molding or spraying a blend of far-infrared fine powder and negative ion fine powder, and a bow-like shaped protrusion which kisses the shape of the human foot; The instep of the insole is gradually inclined from the outer part to the inner part, the palm part of the foot to the heel and the foot, and the irregular shape of the sole is inclined, and the bottom is provided with a plurality of protrusions arranged in a regular or irregular manner. The orphaned surface has a certain distance from the bottom plane, and the center line has a thickness of 3.0 to 30.0 mm. The heel portion has a heart-shaped or other shaped solitary protrusion with a certain distance from the bottom plane. 0.1~12.0 mm and a thickness of other parts were flat, with or without spots or pattern drawing surface, which is a thickness of 0.1~50 mm.

2. The wave energy resonance massage magnetic energy effect instant weight center stable rubber and/or plastic insole according to claim 1, wherein the insole has a thickness of 10.0 mm at the center line of the palm portion; the heel portion has a thickness of 1.0 mm; The thickness of the shaped portion is 0.7 mm.

A wave energy resonance massage magnetic energy effect instantaneous center-of-gravity stabilized rubber and/or plastic insole according to claim 1, wherein the bottom portion of the insole has a cylindrical, square, rectangular or prismatic projection.

The wave energy resonance massage magnetic energy effect instantaneous center-of-gravity stabilized rubber and/or plastic insole according to claim 1, wherein the rubber is natural rubber, polyisoprene rubber, polybutadiene rubber, styrene-butadiene rubber. , polyurethane thermoplastic elastomer, butadiene styrene thermoplastic elastomer; plastic is polyethylene, polyvinyl chloride, EVA or polyurethane; far infrared fine powder is far infrared ceramic fine powder, sub-nano or nano fine powder; the negative ion The fine powder is an anion ceramic fine powder, a sub-nano or a nano fine powder.

5. The wave energy resonance massage magnetic energy claim of claim 1 is instantaneously center-stabilized rubber or plastic shoes The method for manufacturing the mat comprises blending 1-40% of far-infrared fine powder and negative ion fine powder of rubber and/or plastic with rubber and/or plastic, or adding magnetic powder, wherein far-infrared fine powder and negative ion fine powder Weight ratio of 4:1 to 1:4, molded, injection molded or compression molded; or by rubber and/or plastic after compression molding, injection molding or compression molding, the surface layer is 0.1 to 2 mm by rubber and / or Plastic blended far-infrared fine powder, negative ion fine powder, can also be added with magnetic fine powder, wherein the weight ratio of far outer fine powder to negative ion fine powder is 4:1 to 1:4, or printed, compression molded, sprayed The far-infrared fine powder and the negative ion fine powder are blended, and the surface layer of the magnetized fine powder can also be blended to form an insole.

The method according to claim 5, wherein the method for manufacturing a transient center-of-gravity stabilized rubber and/or plastic insole is characterized in that the blended rubber and/or plastic is 1-40% deep negative ionized by weight. Anion far-infrared ceramic fine powder, sub-nano or nano-fine powder.

The method for manufacturing a transient energy center-stabilized rubber and/or plastic insole according to claim 5, characterized in that the magnetized negative ion far-infrared ceramic fine powder, sub-nano or nano-doped with deep magnetization and negative ion treatment is used. Fine powder.

8. The insole according to claim 1 can be applied to children's shoes, clog shoes, slippers, sandals, Roman sandals, kungfu shoes, riding boots, casual shoes, snow boots, water shoes, leather shoes, sports shoes, hiking shoes, yoga shoes, dance shoes , high heels, skates or work shoes.