Application of negative oxygen ions in intelligent wearing shoes and textiles

Abstract

The invention discloses application of negative oxygen ions in intelligent wearing shoes, clothing and textiles, and belongs to the technical field of negative oxygen ion fabric application. Negative oxygen ions are applied to the field of intelligent wearing shoes and textiles, the negative oxygen ions can be released in a natural mode in shoe products, foot diseases are prevented and treated, local air is purified, microcirculation is improved, and fatigue is relieved; the air quality is improved, the health-care effects of enhancing the cerebral cortex function, promoting blood circulation, improving immunity and the like are achieved, the accessory products can form a negative oxygen ion environment, and the body function is effectively adjusted. The textile product has the function of releasing negative oxygen ions for a long time, the natural properties of intelligence, health care and health preservation of shoe and clothing products are expanded, the negative oxygen ion textile product and the intelligent wearable shoe and clothing products are perfectly combined, the human immunity can be enhanced, diseases are reduced, the average life of human beings is artificially prolonged, the economic structure is improved, and the development of social productivity is powerfully promoted.

Description

Technical Field

[0001] The present invention belongs to the technical field of negative oxygen ion application, and in particular relates to the application of negative oxygen ions in smart wearable shoes and textiles. Background Art

[0002] With the increasing pursuit of healthy quality of life and the continuous integration and development of technology in the field of textiles and wearables, the search for fabric materials with special health functions has become a research hotspot. Negative oxygen ions have attracted widespread attention because of their antioxidant, anti-aging and other beneficial properties to human life activities in medicine. It is called "air vitamin" and "longevity factor". It can enhance the function of the cerebral cortex, improve the oxidation process of brain tissue, and relieve insomnia and other diseases in the nervous system; it can slow down the blood coagulation rate and increase the oxygen content in the blood system; it can dilate blood vessels and improve blood pressure in the cardiovascular system; it can also promote epithelial regeneration, improve lung function, increase the activity of resisting cancer cells, inhibit the formation of serum cholesterol, prevent allergies and inflammation, stabilize blood pressure, prevent the production of lipid peroxides, activate tissue cells, enhance immunity, decompose waste toxins in the body, eliminate pain and fatigue, neutralize positive ions to relieve mental stress, etc., and it also has a protective effect on the environment, such as purifying harmful gases. However, how to effectively apply negative oxygen ions to the field of smart wearable shoes and textiles so that they can play a role continuously and stably and work well with smart wearable devices still faces many technical challenges and R&D needs. Summary of the invention

[0003] In view of the above situation, in order to overcome the defects of the prior art, the present invention applies negative oxygen ion fabrics to smart wearable shoes and textiles, which can produce many benefits.

[0004] In order to achieve the above-mentioned purpose, the following technical scheme is adopted: The present invention provides an application of negative oxygen ions in smart wearable shoes and textiles, and the negative oxygen ion fabric contains tourmaline as a permanent release source of negative oxygen ions. After being treated with nanotechnology, the tourmaline is attached to the surface of the fabric in the form of particles or is evenly distributed inside the fabric, so that the fabric can continuously release negative oxygen ions.

[0005] Furthermore, the smart wearable shoes and textiles include at least one type of footwear product selected from the group consisting of sports shoes, casual shoes, leather shoes, boots, sandals, and slippers, and at least one of the uppers, soles, or insoles of the footwear products is made of the negative oxygen ion fabric. During the use of the footwear products, the negative oxygen ion fabric releases negative oxygen ions through friction with human skin, breeze during walking, or heat conduction, so as to purify local air, improve microcirculation, and relieve fatigue.

[0006] Furthermore, the smart wearable shoes and textiles include at least one clothing product selected from the group consisting of shirts, T-shirts, sweaters, hoodies, jackets, windbreakers, down jackets, suits, jeans, casual pants, trousers, sweatpants, shorts, dresses, skirts, short skirts, long skirts, bras, underwear, pajamas, professional suits, and sports suits, and the fabrics of the clothing products are made of the negative oxygen ion fabric, which continuously releases negative oxygen ions during the wearing of the clothing to improve the air quality around the wearer and has a health-care effect, wherein the health-care effect includes enhancing the function of the cerebral cortex, improving the oxidation process of brain tissue, exciting the parasympathetic nervous system, slowing down the blood coagulation rate, dilating blood vessels, promoting human epithelial regeneration, improving and increasing lung function, improving the function of natural killer NK cells that resist the activity of cancer cells, inhibiting the production of serum cholesterol, inhibiting the production of colorless trienes, inhibiting the production of adrenaline, preventing the production of lipid peroxides, activating various tissue cells, enhancing immunity, decomposing waste or toxins accumulated in the body, and eliminating at least one of pain and fatigue.

[0007] Furthermore, the smart wearable shoes and textiles include at least one accessory product selected from the group consisting of hats, scarves, gloves, ties, and bow ties, and the accessory product is made of the negative oxygen ion fabric. The negative oxygen ion fabric releases negative oxygen ions during use, forming a negative oxygen ion environment on the user's face or body, thereby preventing the invasion of air pollutants and dilating blood vessels, improving cardiopulmonary function, and regulating the nervous system.

[0008] Furthermore, the smart wearable shoes and textiles include fiber products made of natural fibers or chemical fibers, and the tourmaline particles in the negative oxygen ion fabric are added to the natural fibers or chemical fibers, so that the fiber products have the function of releasing negative oxygen ions, and the fiber products are used to produce various shoes and textiles.

[0009] Furthermore, the smart wearable shoes and textiles include at least one fabric product selected from woven fabrics, knitted fabrics, and functional fabrics. The tourmaline particles in the negative oxygen ion fabrics are attached to the surface of the fabric or distributed inside the fabric through a specific process, so that the fabric products have the function of releasing negative oxygen ions, and the functions of the functional fabrics include at least one of antibacterial, deodorizing, and anti-ultraviolet, and additionally have the function of releasing negative oxygen ions.

[0010] Furthermore, the smart wearable device cooperates with smart wearable shoes and textiles using the negative oxygen ion fabric. The smart wearable device can monitor the concentration of negative oxygen ions in the surrounding environment in real time, and comprehensively evaluate the impact of negative oxygen ions on the user's health in combination with the user's exercise data and physiological indicators.

[0011] Furthermore, the smart wearable device can provide users with a reference on whether the exercise environment is beneficial to health based on the monitored negative oxygen ion concentration during exercise, and help users choose a place that is more suitable for exercise.

[0012] Furthermore, when the surrounding negative oxygen ion concentration is too low or too high, the smart wearable device can issue a reminder in time and suggest the user to take corresponding measures, such as changing seasonal shoes and clothes or treating the shoes and clothes they are wearing.

[0013] Furthermore, the smart wearable device can intelligently adjust the negative oxygen ion release of the negative oxygen ion fabric according to the user's health status, preferences and environment, and provide personalized health services.

[0014] The beneficial effects of the present invention are as follows: the present invention applies negative oxygen ion fabrics to smart wearable shoes and clothing and textiles. In footwear products, negative oxygen ions can be released in a variety of natural ways to purify local air, improve microcirculation and relieve fatigue. Clothing products can continuously release negative oxygen ions when worn, improve air quality and bring about health benefits such as enhancing cerebral cortex function, promoting blood circulation, and improving immunity. Accessories can form a negative oxygen ion environment, block pollutants and regulate body functions. Fiber products have the function of releasing negative oxygen ions after adding tourmaline particles, enriching the production materials of shoes and clothing. Fabric products have both negative oxygen ion release and original functions after processing. Combining negative oxygen ion fabrics with smart wearable devices can monitor concentration, evaluate health effects, provide sports environment references, timely remind and realize personalized regulation, inject new vitality into the field of smart wearables and expand market application prospects. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This invention discloses an application field of negative oxygen ions in smart wearable shoes and clothing and textiles.

[0016] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention. DETAILED DESCRIPTION

[0017] The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments in the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0018] Unless otherwise defined, all professional and scientific terms used herein have the same meanings as those familiar to those skilled in the art. In addition, any methods and materials similar or equivalent to those described herein may be applied to the present invention. The preferred implementation methods and materials described herein are for demonstration purposes only and are not intended to limit the content of this application.

[0019] The experimental methods in the following examples are conventional methods unless otherwise specified, and the experimental materials used in the following examples are purchased from commercial channels unless otherwise specified.

[0020] Example 1

[0021] Application of negative oxygen ion fabrics in sports shoes

[0022] Natural leather is selected as the main material of the upper, and the tourmaline particles treated with nanotechnology are evenly attached to the inner surface of the upper through a special coating process. The sole is made of rubber. During the molding process of the rubber sole, the tourmaline particles are evenly mixed into it. The insole is made of fabric containing tourmaline fiber.

[0023] When the user wears the sneakers, the friction between the foot skin and the upper, the flow of breeze in the shoe during walking, and the conduction of foot heat to the sole and insole all prompt the tourmaline to release negative oxygen ions. For example, in an outdoor hiking trip, the user walked 5 kilometers in the sneakers. During the walking process, the concentration of negative oxygen ions in the shoes continued to remain at a certain level, effectively purifying the local air in the shoes and reducing odor. The user also clearly felt that the fatigue of the feet was relieved and the blood circulation of the feet was improved. This is because negative oxygen ions can promote blood vessel dilation and increase blood oxygen content, so that the foot muscles can more efficiently obtain oxygen and nutrients during exercise, thereby reducing fatigue.

[0024] Example 2

[0025] Application of negative oxygen ion fabrics in shirts

[0026] The fabric of the shirt is a blend of cotton fiber and chemical fiber with tourmaline particles added. During the weaving process, the tourmaline particles are evenly distributed inside the fiber, making the entire shirt fabric a negative oxygen ion fabric.

[0027] When users wear the shirt in their daily office environment, the shirt continuously releases negative oxygen ions during their 8-hour work day. It has been tested that the air quality within a radius of 0.5 meters around the user has been significantly improved, and tiny particles such as dust and bacteria in the air are adsorbed and precipitated by negative oxygen ions. After wearing it for a long time, users find that their sleep quality has improved. This is due to the regulatory effect of negative oxygen ions on the nervous system. It can enhance the function of the cerebral cortex, improve the oxidation process of brain tissue, and relieve mental stress, thereby helping to improve sleep. At the same time, the user's body immunity is also enhanced, and the frequency of diseases such as colds is reduced, because negative oxygen ions can activate various tissue cells in the body, enhance the activity of immune cells, inhibit the growth and reproduction of viruses and bacteria, and can decompose waste or toxins accumulated in the body, reducing the burden on the body.

[0028] Example 3

[0029] Application of negative oxygen ion fabrics in hats

[0030] The hat is made of wool, and tourmaline particles are attached to the inner surface of the hat through a special printing and dyeing process.

[0031] When the user wears the hat when going out in haze weather, the negative oxygen ions released by the hat form a relatively clean negative oxygen ion environment around the user's face. For example, when the PM2.5 concentration is as high as 150μg / m 3 On foggy days, after wearing this hat, the negative oxygen ions around the user's face combine with the positive ions in the haze, causing some tiny particles to settle, reducing the direct invasion of haze particles into the respiratory tract. At the same time, negative oxygen ions also have a positive effect on the user's cardiovascular system, dilating the blood vessels in the head, improving the blood circulation in the head, making the user feel refreshed, and reducing the dullness and discomfort caused by haze weather. In addition, for some users with mild cardiovascular diseases, after wearing this hat for a long time, symptoms such as dizziness and palpitations have been alleviated to a certain extent, because negative oxygen ions can regulate the nervous system, stabilize blood pressure, and improve cardiopulmonary function.

[0032] Example 4

[0033] Application of negative oxygen ion fiber in the production of sports suits

[0034] The fiber raw material for producing sports suits is polyester fiber, and tourmaline particles are added during the production process of polyester fiber to make fibers with the function of releasing negative oxygen ions. This fiber is then woven into the fabric of the sports suit through a knitting process.

[0035] Athletes wear this sports suit during high-intensity physical training. During exercise, as the athletes move and sweat, the heat and moisture prompt the tourmaline in the fiber to release more negative oxygen ions. In a 2-hour football training, the negative oxygen ions released by the sports suit not only purify the air around the athletes and reduce the irritation of the athletes' respiratory tract by dust and odor on the sports field, but also promote the evaporation and heat dissipation of sweat by dilating the blood vessels on the surface of the skin, helping athletes to better regulate body temperature and improve athletic performance. At the same time, negative oxygen ions also play a positive role in the athletes' physical recovery. After the training, the athletes' muscle fatigue is reduced and the body's recovery speed is accelerated. This is because negative oxygen ions can promote the regeneration of the human epithelium, accelerate the repair of damaged muscle tissue, and decompose metabolic wastes such as lactic acid produced during exercise to relieve muscle soreness.

[0036] Example 5

[0037] Application of negative oxygen ion functional fabrics in casual pants

[0038] The functional fabric used in the casual pants has antibacterial and deodorizing functions. Through special nanotechnology, tourmaline particles are attached to the surface of the fabric, giving it the additional function of releasing negative oxygen ions.

[0039] During daily wear, especially in hot summer, the negative oxygen ions released by the casual pants fabric can combine with the positive ions in the surrounding air, precipitate dust and bacteria in the air, and keep the air around the pants fresh. At the same time, due to the health-care effect of negative oxygen ions, the skin on the user's legs is protected to a certain extent, the skin metabolism is accelerated, and the activity of skin cells is enhanced. For some users who suffer from skin itching or mild skin inflammation, the symptoms are improved after wearing the casual pants for a long time. This is because negative oxygen ions can inhibit the formation of colorless trienes, prevent the production of lipid peroxides, reduce the skin's inflammatory response, and promote skin self-repair. In addition, the antibacterial and deodorizing functions of the casual pants work synergistically with the negative oxygen ion function to effectively inhibit bacterial growth and reduce odor. Even after long-term wear, the pants remain relatively fresh.

[0040] Example 6

[0041] Collaborative application of negative oxygen ion fabrics and smart wearable devices in leather shoes

[0042] The upper of the leather shoes is made of leather and negative oxygen ion fabric, and the sole contains tourmaline particles. At the same time, the user wears a smart bracelet as a smart wearable device that matches the leather shoes.

[0043] When the user wears leather shoes and walks in different environments, the smart bracelet monitors the concentration of negative oxygen ions in the surrounding environment in real time. For example, when the user walks from an indoor office environment to an outdoor park environment, the smart bracelet detects the change in the concentration of negative oxygen ions in the environment, and conducts a comprehensive analysis based on the user's step count, heart rate and other exercise data. When indoors, due to the relatively closed environment, the concentration of negative oxygen ions is low. The smart bracelet reminds the user that the negative oxygen ions released by the leather shoes have improved the local air environment to a certain extent, but it is recommended to increase indoor ventilation appropriately. When walking to the park, the concentration of negative oxygen ions increases. The smart bracelet records the environmental data at this time and analyzes that the environment is beneficial to the user's health and is suitable for some light exercise, such as walking. If the user enters an environment with high negative oxygen ion concentration In an underground parking lot with extremely low temperatures, the smart bracelet will issue a reminder in time, suggesting that the user leave the environment as soon as possible or change to footwear with higher negative oxygen ion release to ensure good health. In addition, the smart bracelet can also intelligently adjust the negative oxygen ion release of the negative oxygen ion fabric in the leather shoes according to the user's health status, such as whether there is a history of cardiovascular disease, whether he is in a state of fatigue, etc., as well as the user's personal preferences, such as the habit of feeling the concentration of negative oxygen ions. For example, for a user with high blood pressure who prefers an environment with a higher negative oxygen ion concentration, when the smart bracelet detects that the environmental negative oxygen ion concentration is low, it will send instructions to the leather shoes to increase the energy excitation of tourmaline and increase the release of negative oxygen ions, thereby providing users with more personalized health services.

[0044] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

[0045] The present invention and its implementation methods are described above, which is not restrictive. The drawings are only one of the implementation methods of the present invention, and the actual application is not limited thereto. In short, if ordinary technicians in the field are inspired by it and design methods and embodiments similar to the technical solution without creativity without departing from the purpose of the invention, they should all fall within the protection scope of the present invention.

Claims

1. An application of negative oxygen ions in smart wearable shoes and textiles, characterized in that: The permanent release source of negative oxygen ions is a gem-grade new material tourmaline and tourmaline: tourmaline, commonly known as tourmaline, and foreign emeralds are both tourmaline materials, both of which are precious natural mineral materials for jewelry. They are produced into colorless, odorless, transparent liquids through 3000U nanotechnology, and are processed by technology and evenly sprayed on various parts of footwear and textiles. One end of the tourmaline is positively charged and the other end is negatively charged, forming an electrostatic electrode difference, which ionizes with the surrounding air to form free electrons, which combine with oxygen in the air to form negative oxygen ions. Tourmaline can spontaneously generate negative oxygen ions. After being processed by nanotechnology, it is attached to the surface of the fabric in the form of particles or evenly distributed on various parts of footwear and fabrics, so that the fabric can continuously release negative oxygen ions. Tourmaline does not require special external energy supply devices to release negative oxygen ions, does not produce ozone and active oxygen, and the shoes, clothing or textile products made through technical processing can improve the air quality of the surrounding environment and the human body's microenvironment, just like the human body is in an environment with extremely rich negative oxygen ions such as forests, waterfalls, grasslands, etc., which is equivalent to carrying negative oxygen ions with you, and wherever a person goes, it is a negative oxygen ion emission site.

2. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 1, characterized in that: The smart wearable shoes and textiles include at least one type of footwear product selected from the group consisting of sports shoes, casual shoes, leather shoes, boots, sandals, and slippers, and at least one of the uppers, soles, or insoles of the footwear products is processed using the negative oxygen ion technology. During the use of the footwear products, the negative oxygen ions are released by friction with human skin, breeze during walking, or heat conduction, so as to purify local air, improve microcirculation, and relieve fatigue.

3. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 1, characterized in that: The smart wearable shoes and textiles include: at least one clothing product of shirts, T-shirts, sweaters, sweatshirts, jackets, windbreakers, down jackets, suits, jeans, casual pants, trousers, sweatpants, shorts, dresses, skirts, short skirts, long skirts, bras, underwear, pajamas, professional suits, and sports suits, and the fabrics of the clothing products are made of the negative oxygen ion fabric. The negative oxygen ion fabric continuously releases negative oxygen ions during the wearing of the clothing to improve the air quality around the wearer and has health care effects. The health care effects include enhancing the function of the cerebral cortex, improving the oxidation process of brain tissue, exciting the parasympathetic nervous system, slowing down the blood coagulation rate, dilating blood vessels, promoting human epithelial regeneration, improving and increasing lung function, improving the function of natural killer NK cells that resist the activity of cancer cells, inhibiting the production of serum cholesterol, inhibiting the production of colorless trienes, inhibiting the production of adrenaline, preventing the production of lipid peroxides, activating various tissue cells, enhancing immunity, decomposing waste or toxins accumulated in the body, and eliminating pain and fatigue.

4. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 1, characterized in that: The smart wearable shoes and textiles include at least one accessory product such as hats, scarves, gloves, ties, and bow ties, and the accessory product is made by using the negative oxygen ion technology. The negative oxygen ion fabric releases negative oxygen ions during use, forming a negative oxygen ion environment on the user's face or body, which plays at least one of the roles of preventing the invasion of air pollutants, dilating blood vessels, improving cardiopulmonary function, and regulating the nervous system.

5. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 1, characterized in that: The smart wearable shoes and textiles include fiber products made of natural fibers or chemical fibers. The tourmaline particles in the negative oxygen ion fabric are added to the natural fibers or chemical fibers, so that the fiber products have the function of releasing negative oxygen ions, and the fiber products are used to produce various shoes and textiles.

6. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 1, characterized in that: The smart wearable shoes and textiles include at least one of woven fabrics, knitted fabrics, and functional fabrics. The tourmaline particles in the negative oxygen ion fabrics are attached to the surface of the fabric or distributed inside the fabric through a specific process, so that the fabric products have the function of releasing negative oxygen ions. The functions of the functional fabrics include at least one of antibacterial, deodorizing, and anti-ultraviolet, and additionally have the function of releasing negative oxygen ions.

7. The use of negative oxygen ions in smart wearable shoes and textiles according to any one of claims 1 to 6, characterized in that: The smart wearable device is matched with smart wearable shoes and textiles using the negative oxygen ion fabric. The smart wearable device can monitor the concentration of negative oxygen ions in the surrounding environment in real time, and comprehensively evaluate the impact of negative oxygen ions on the user's health in combination with the user's exercise data and physiological indicators.

8. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 7, characterized in that: The smart wearable device can provide users with a reference on whether the exercise environment is beneficial to health based on the monitored negative oxygen ion concentration during exercise, and help users choose a place that is more suitable for exercise.

9. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 8, characterized in that: When the surrounding negative oxygen ion concentration is too low or too high, the smart wearable device can issue a reminder in time and suggest the user to take corresponding measures, such as changing seasonal shoes and clothes or treating the shoes and clothes they are wearing.

10. The use of negative oxygen ions in smart wearable shoes and textiles according to claim 9, characterized in that: The smart wearable device can intelligently adjust the negative oxygen ion release amount of the negative oxygen ion fabric according to the user's health status, preferences and environment, and provide personalized health services.

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