Nano platinum wave transfer functional product
By transferring wave energy to nano-platinum colloidal solutions applied on base materials, products achieve long-lasting antibacterial and deodorizing effects, and serve as stable wave energy radiators, improving skin metabolism and autonomic nervous system balance.
Patent Information
- Application Number
- JP2025002216U
- Authority / Receiving Office
- JP · JP
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2025-07-04
- Publication Date
- 2026-02-13
- Estimated Expiration
- 2035-07-04
AI Technical Summary
Existing products do not effectively utilize the properties of nano-platinum colloidal solutions and terahertz waves to enhance functional properties such as antibacterial and deodorizing effects, while also serving as stable radiators of specific wave energy.
A nano-platinum colloidal solution is processed to transfer wave energy of a specific frequency band onto a base material, either directly or mixed with dyes/pigments, and then applied to various products, immobilizing ultrafine platinum particles to maintain catalytic and radiating properties.
The products retain antibacterial and deodorizing properties of platinum while functioning as stable radiators of wave energy, enhancing skin metabolism, detoxification, and autonomic nervous system balance.
Smart Images
Figure 0003254566000001_ABST
Abstract
Description
[Technical Field]
[0001] This invention relates to a novel functional product in which wave energy of a specific frequency band is transferred to a nano-platinum functional product. [Background technology]
[0002] Recently, nanoplatinum colloidal solutions have been developed, which enable the production of metallic platinum in ultrafine nanoparticles. These ultrafine nanoplatinum particles have been used in a variety of fields due to their unique optical, physical, and chemical properties, including nanocatalysis in materials science, fuel cells in electrochemistry, high-throughput screening tests, bioimaging, and beauty products in biomedical technology, and as a matrix for surface-enhanced Raman spectroscopy (SERS) in analytical testing.
[0003] Meanwhile, technologies that apply terahertz waves have been introduced, and various products are being developed. For example, it is well known that accessories such as necklaces and bracelets are made from minerals that emit terahertz waves, but recently, technology has been developed to transfer terahertz waves, and in such products, even if the product itself does not contain minerals that emit terahertz waves, the product can be transformed into a terahertz emitter by irradiating it with terahertz waves.
[0004] In the course of researching terahertz waves, the inventor discovered that when terahertz waves are irradiated on substances with hydrogen bonds such as water and proteins, metal materials with many free electrons, metallic silica, glass, organic glass, and other substances with unstable molecular bonding structures, the substances resonate and change into substances that emit terahertz waves. Based on this knowledge, the inventor developed and proposes this invention as a new functional product. Summary of the Invention [Problem to be solved by the invention]
[0005] Based on the above background, this invention proposes a new functional product that uses nano-platinum colloidal solution and transfers wave energy of a specific frequency band to the base material of the product. In other words, the target to be irradiated with wave energy of a specific frequency band is specified as a nano-platinum colloidal solution, and the countless ultra-fine particles of metallic platinum dispersed within the medium of the nano-platinum colloidal solution are transformed into radiators of wave energy of a specific frequency band, which are then processed into various products, transforming those products into functional products. [Means for solving the problem]
[0006] Therefore, the first aspect of the present invention proposed to achieve this objective involves processing a nanoplatinum colloidal solution to which wave energy of a specific frequency has been transferred in advance onto a product or the base material of the product, resulting in a nanoplatinum wave-transferred functional product. In addition, the second proposed aspect is characterized by the fact that a nano-platinum colloidal solution to which wave energy of a specific frequency has been transferred in advance is mixed with a dye or pigment, and these dyes or pigments are then venart-processed onto a base material, resulting in a nano-platinum wave-transfer functional product that emits wave energy of a specific frequency. Here, the first aspect is preferably applied when functional products do not use dyes or pigments, and the simplest method is to simply spray a nano-platinum colloidal solution onto which wave energy of a specific frequency band has been transferred onto the base material of the product. The second aspect is also applicable when dyes or pigments are used in functional products. In this case, a nano-platinum colloidal solution to which wave energy of a specific frequency band has been transferred is thoroughly mixed into the dye or pigment, and then the base material of the product is dyed with the dye or colored with the pigment. [Effects of the Invention]
[0007] According to this invention, ultrafine nano-particles of platinum metal, which is a catalyst that does not undergo chemical reactions with other substances, are fixed and held in place on products or product substrates, allowing functional products to retain the inherent effects of platinum metal, such as antibacterial and deodorizing properties, for many years to come. Furthermore, since the target to which the wave energy of a specific frequency band is irradiated is ultrafine nano-platinum particles, a metal with many free electrons, the functional product functions as a stable radiator of wave energy. [Brief explanation of the drawings]
[0008] [Figure 1] FIG. 1 is a group explanatory diagram of functional products to which the present invention is applied. [Figure 2a] FIG. 1 is an explanatory diagram of the classification by frequency of terahertz waves, which are representative wave transfer energy. [Figure 2b] FIG. 1 is an explanatory diagram of classification of terahertz waves by wavelength. [Figure 3] This is a microscopic photograph of the fabric (silk) that serves as the base material for functional products. DETAILED DESCRIPTION OF THE INVENTION
[0009] FIG. 1 shows a group of functional products to which the present invention is preferably applied. The present invention is suitable for use in products based on cloth, paper, nonwoven fabric, synthetic fiber, plastic, ceramic, clay, soil, etc. The first group consists of products worn by people in their daily lives, and are made from base materials such as cloth, paper, nonwoven fabric, and synthetic fibers. Typical examples include clothing, trousers, shirts, suits, skirts, sweaters, innerwear, nightwear, tights, pants, underwear, neck warmers, scarves, socks, shoes, hats, glasses, and glasses frames, as well as items with the same or similar functions. The second group is products used in people's living environments. Typical examples include bedding, futons, pillows, pillowcases, cushions, carpets, and rugs, and also includes items with the same or similar functions. The third group is products used in the human diet. Typical examples include plates, bowls, glasses, cups, chopsticks, spoons, forks, etc. The fourth group consists of products used by people for beauty, health promotion, hygiene and medical assistance. This includes toothbrushes, tongue brushes, hygiene masks, combs, shower heads, etc., and items with the same or similar functions. The fifth group consists of products used for the raising of non-human animals and the growing of plants. This includes bird feeders, flower pots, vases, etc., and items with the same or similar functions. The above are just a few examples, and as can be seen, the scope of application of this invention includes all products used in people's daily lives.
[0010] 2(a) and (b) illustrate terahertz waves, which are preferably used as wave energy. Here, terahertz waves are defined as having a frequency of 0.1 THz to 100 THz and a wavelength of 3 μm to 300 μm, where 1 THz is a frequency band that vibrates one trillion times per second. Terahertz waves are energy waves that have the directional properties of light and the penetrating properties of radio waves. NASA in the United States announced in a study titled "Conditions for Human Survival in Spacecraft" that far-infrared rays from the sun with frequencies of 25 THz to 50 THz and wavelengths of 6 μm to 12 μm are essential for the survival of living organisms. These are called nurturing rays or life rays.
[0011] Next, the functional product of the present invention will be explained. This invention uses a platinum colloidal solution to process products or product substrates, and is realized by impregnating or spraying the substrate with the platinum nanocolloidal solution, thereby immobilizing the ultrafine particles of metallic platinum dispersed in the nanoplatinum colloidal solution. In addition, when dyes or pigments are used as the base material, nano-platinum colloidal solution is mixed into them and used as the dye or pigment. In particular, when the base material is plastic, pellets containing the nano-platinum are manufactured, and these are kneaded with the pigment and molded together with virgin pellets to produce a resin product. The nano-platinum colloidal solution used in this invention is made by ultrafinely grinding metallic platinum particles to nano size and dispersing them in a medium, and various manufacturing method patents have already been proposed. When the substrates of the functional products used in this invention, such as cloth, paper, wood, plastic, and clay, are observed microscopically, they are full of gaps and holes. For example, in the case of cloth, countless fibrous particles are intertwined, with countless gaps between them, as shown in Figure 3. The fibrous particles also have numerous irregularities and holes. Furthermore, base materials such as paper, wood, plastic, and clay also have countless gaps and holes. Compared to these gaps and pores, the ultrafine particles of platinum dispersed within the medium in the nanoplatinum colloidal solution are significantly smaller. For example, if the base material, cellulose, is measured in microns, ultrafine particles of platinum are measured in nanometers, which is one thousandth or one ten thousandth of that. Therefore, when the aforementioned Venato processing is performed on substrates such as cloth, paper, wood, and plastic, ultrafine platinum particles penetrate into the gaps and pores of the substrate along with the water molecules that form the medium of the colloidal solution. Ultrafine platinum particles that have entered the gaps and pores of the substrate, such as fibers, along with water molecules in this way will not be expelled but will be immobilized if they become entangled with the cellulose or enter the gaps and pores of the cellulose, even if the water molecules subsequently flow out or evaporate as steam.The platinum ultrafine particles immobilized in this way act as a catalyst and will not undergo chemical reactions on their own, so they will not disappear even if they come into contact with chemicals. Due to this principle, the product or its substrate will have countless ultrafine platinum particles immobilized and supported on it. The platinum ultrafine particles fixed in this way can maintain the antibacterial and deodorizing effects of metallic platinum for a long period of time. Furthermore, in this invention, since the nano-platinum colloidal solution is irradiated with wave energy of a specific frequency band in advance, there is no need to transfer the wave energy; thus, the product and the base material of the product to which the wave energy has been transferred are transformed into a stable wave energy radiator.
[0012] If the wave energy transferred to the substrate of this invention is specified as terahertz, the functional product will also become a terahertz radiator according to the above-mentioned principle, and as terahertz waves, it will retain the following already proven effects for a long time. 1) Separating hydrogen bonds When this invention is applied to containers for drinking water, alcoholic beverages such as whiskey, shochu, and sake, or coffee, black tea, and other green tea, the hydrogen bonds of the water are broken by terahertz waves. As a result, the clusters of water molecules are broken down into smaller pieces, making the food smoother and bringing out the original taste, aroma, and flavor of the ingredients. In addition, the micro-sized cluster water molecules bind to proteins and minerals and penetrate every corner of cells, activating and rejuvenating them. Furthermore, when terahertz waves are emitted, negative ions are released when hydrogen bonds are separated, which makes the oxidized body weakly alkaline and adjusts the healthy ion balance. This separates and purifies the Rouleaux state of red blood cells, normalizes them, and efficiently transports oxygen and nutrients to cells, activating them. Furthermore, by miniaturizing the clusters of water molecules, harmful substances trapped in the clusters of water molecules can be expelled from the cells, which also has a detoxifying effect. 2) Detoxifying active oxygen When terahertz waves are emitted, negative ions are generated in the air, and these negative ions have the effect of neutralizing the active oxygen produced when cells generate energy. It can neutralize active oxygen, which is said to be the cause of all kinds of diseases. 3) Adjusting the balance of the autonomic nervous system and enhancing the body's natural healing ability Terahertz wave radiation generates electrons, which reduce and repair oxidized cells, enhancing the body's natural healing power and rejuvenating cells. It also reduces electromagnetic interference that weakens the immune system. Furthermore, terahertz waves can modify brain waves, smooth the transmission of the autonomic nervous system, especially the parasympathetic nervous system, adjust the balance of the autonomic nervous system, and at the same time increase lymphocytes and boost immunity. 4) Improves skin metabolism Terahertz waves have superior penetration and internal absorption compared to far infrared rays, allowing them to penetrate deep into the body. Electrons generated by the radiation of terahertz waves are absorbed into cells, promoting apoptosis (suicide) of aging epidermal keratinocytes and stimulating cell turnover. This has the cosmetic effect of improving skin metabolism and alleviating age spots, wrinkles, atopic dermatitis, and rough skin.
Claims
1. A nanoplatinum wave-transferred functional product is a functional product in which wave energy of a specific frequency band is transferred to a product or the base material of the product using a nanoplatinum colloidal solution, and the nanoplatinum colloidal solution has wave energy of a specific frequency band transferred to it in advance.
2. In claim 1 This is a nano-platinum wave transfer functional product, in which the wave energy of the specific frequency band is terahertz waves.
3. In claim 1 or 2, The nano platinum colloidal solution is a nano platinum wave transfer functional product in which ultrafine platinum particles on the nanometer order are dispersed within a medium.
4. In claim 1 or 2, The functional products are made of cloth, paper, synthetic fiber, or plastic as a base material, and include clothing, trousers, shirts, suits, skirts, sweaters, innerwear, nightwear, tights, underwear, neck warmers, scarves, socks, shoes, hats, glasses, glasses frames, accessories, and other products that are worn by people and have the same or similar functions. These are nano-platinum wave-transfer functional products.
5. In claim 1 or 2, The functional material is a nano-platinum wave-transfer functional product, which is a product used in human living environments, including bedding, futons, pillows, pillowcases, cushions, carpets, rugs, vases, and items with the same or similar functions as these.
6. In claim 1 or 2, The functional material is a nano-platinum wave-transfer functional product, which is a product used in human eating habits, including plates, bowls, glasses, cups, chopsticks, spoons, forks, and items with the same or similar functions as these.
7. In claim 1 or 2, The functional material is a nano-platinum wave-transfer functional product, which is a product used by people for beauty, health promotion, and medical assistance, including shower heads, toothbrushes, tongue brushes, sanitary masks, combs, and products with the same or similar functions.