JP2005048345A - Fiber adhered with far-infrared radiating material, method for producing and applying fabric product - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a technique for efficiently obtaining far-infrared effect by blending two or more optional far-infrared radiating materials and using them to obtain resonance effect with oscillating wave form having two or more overlapped waves, as a result, by promptly transmitting far-infrared rays having amplified permeability by resonance action into the body of a user and provide a product expressing the resonance effect of the far-infrared rays. <P>SOLUTION: The method for producing the product is to blend an optional natural or synthetic far-infrared radiating powdery material with an adhesive agent or an adhesive material having flexibility after adhesion, adhere the blended material to one surface or both surfaces of a flexible material such as an optional natural fiber, a synthetic chemical fiber, a blended fiber of the natural fiber with the chemical fiber, a fabric or a nonwoven fabric, natural paper, synthetic paper, a synthetic resin, a synthetic resin film or the like, or mix the blended material with the fiber or the raw material constituting the aforesaid material. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

Detailed Description of the Invention

The present invention relates to underwear, outerwear, pajamas, nightgowns, socks, gloves, abdomen and other clothing, bandages, supporters and other medical textiles, hats or bedding, blankets, sheets, Tanzen, Bedding such as pillows (thinning that is thinner than the futon, but is used between the quilted mattress and the sheets to increase the sense of unity between the filled cotton and the covering cloth) In addition, carpets, carpets, curtains, heat retention for carpet underlays, insect-proofing, mite-proofing, mold-proofing sheets and other functional fibers for housing, fabrics, non-woven fabrics, paper, synthetic resins, synthetic resin films, etc. Any natural or synthetic powdered far-infrared emitting material that radiates far-infrared rays and negative ions, which are effective for maintaining and promoting health, and giving effective waves for maintaining and promoting health. Any natural or synthetic fabric, fiber or non-woven fabric, paper and artificial synthetic resin having flexibility, materials such as films, fabric and products, etc. The present invention relates to functional materials for household use, industrial products, agriculture, etc. having a health maintenance and promotion function that are adhered to both surfaces.

Natural far-infrared emitting materials such as tourmaline, barleystone, and blackened silica, and artificially synthesized metal oxides. Far-infrared emitting materials such as ceramic fine powders are impregnated, mixed, or adhered to the fiber. Many proposals have been made for products that use the infrared effect and are expected to promote blood circulation, keep warm, etc. In the far infrared radiation effect, multiple far infrared radiation materials are used in combination. There is no invention that mentions “resonance effect of far-infrared rays = symmetry effect of far-infrared rays” as the basis of the technology, and there is no product that theoretically and clearly presents the penetration effect deep into the user's body.

Problems to be solved by the invention

In the present invention, a plurality of arbitrary far-infrared emitting materials are mixed and used, and the far-infrared vibration waveform has a plurality of waves overlapped to obtain a resonance effect. As a result, far-infrared rays whose penetrating power has been amplified by the resonance action are quickly conducted into the user's body to obtain an efficient far-infrared effect and its “far-infrared sympathetic effect”. The purpose is to provide products that achieve the effects shown.

Means for Solving the Invention

In order to achieve the above-mentioned object, the present invention can be applied to any natural or synthetic material, mainly “black silica” (graphite silica), which is known to have the most powerful far-infrared radiation effect and high health maintenance effect. By blending any number of powdered far-infrared radiation materials, complex resonance vibrations are imparted to the far-infrared wave, amplifying the usefulness of the far-infrared effect, and promoting health maintenance and plant growth. And the improvement of nutritional components and taste enhancement was expressed.

In the present invention, an amplification action by resonance of far infrared rays obtained by arbitrarily blending a plurality of far infrared ray emitting substances is referred to as “far infrared sympathetic effect”.

For example, Japanese Patent Laid-Open No. 2000-110062 insists on the effect of applying far-infrared rays to a user's body by blending a plurality of arbitrary far-infrared emitting substances and fixing the coating on cloth. However, there is no mention or suggestion about the description of “far-infrared resonance effect = symphony effect” obtained by blending a plurality of far-infrared emitting materials and the basis of the effect.

Patent No. 308378 adopts circular, polygonal, or indefinite shape as the expression and shape of a combination of multiple far-infrared radiation materials used to reduce manufacturing costs and adhere to sheet-like materials. However, it is not mentioned in the description of the performance and effects of far infrared rays that are being exhibited, and differs in a clear rationale compared with the present invention.

In the present invention, in order to use the far-infrared effect “far-infrared symphonic effect” amplified by resonance, any natural or artificially synthesized fiber, fabric, paper, non-woven fabric, etc. It is characterized in that it is attached to the front surface or the back surface in a slightly bulging manner and scattered.

In the present invention, a figure that is scattered and attached to the front or back surface of a fabric, a textile product, a nonwoven fabric, a paper product or a synthetic resin product, a film, etc., can be expressed in any figure, polygon, character, It is characterized by being able to use numbers, foreign characters, patterns, vertical and horizontal straight lines, curves, or any combination thereof. Among them, the figure in which the far-infrared effect “far-infrared symphonic effect” works most effectively is a hexagon, which is designated as a representative figure of the present invention.

The present invention relates to a method for adhering or mixing a far-infrared substance in which a plurality of arbitrary far-infrared emitting substances are blended, into a fiber, paper, nonwoven fabric, artificial synthetic resin, artificial synthetic resin film, etc. Since any conventional method and technique have flexibility and application capability, it has a wide application range.

The constitution of the present invention is a natural or chemical product in which any known far-infrared emitting material in the form of powder is adhered and fixed, or any fabric, fiber, paper, non-woven fabric, artificial synthetic resin, artificial synthetic resin film, etc. Any powdered far-infrared emitting material is used alone or in combination as a base material on one or both sides of the front or back side of materials, fabrics and products made of It is realized as a fabric, material, or product that contains an agent and has an arbitrary free figure, character, pattern, etc. attached and fixed.

The mixing ratio of the far-infrared emitting material and the adhesive of the present invention can be flexibly handled according to the thickness of the fabric, paper, or synthetic resin or synthetic resin film as the base material, the state of the fiber, and the usage and situation. It is characterized by that.

The present invention is further characterized in that adaptation is simple even when free coloring is required.

The particle size of the far-infrared radiation material used in the present invention can be used from a gravel-like particle size to a fine powder as long as it is a general powder form. It is characterized by the fact that it can be supplied as a product at a reasonable price according to value.

The far-infrared emitting materials used in the present invention are all known materials, and even now unknown and undiscovered far-infrared emitting materials that will appear in the future. Therefore, since it can be used regardless of whether it is natural or artificial synthesis, there are few restrictions on its use as a material, and it combines in consideration of characteristics such as performance, properties, effects and efficacy of each far infrared radiation substance In addition, it is characterized in that there is no adverse effect or performance degradation in the expression of resonance and sympathetic effects due to amplification of far infrared rays.

In other words, each material can be used in any freely combined configuration, so that there is no performance limitation or restriction on the manifestation of the far-infrared sympathetic effect. The feature is that it is possible to respond, and theoretically there is no failure.

Action

In order to make effective use of the far-infrared effect, the present invention interfers with far-infrared wave vibration by blending a plurality of far-infrared emitting materials, and induces the resonance effect “far-infrared sympathetic effect”. Features.

By interfering with far-infrared wave vibrations and inducing the “resonance effect = sympathetic effect”, the amplified far-infrared wave vibrations not only amplify the transmitted penetrating power to the body, but also the amplified far-field vibrations. If you compare infrared wave vibration to a musical instrument, using a far-infrared emitting material as a single material is a solo performance of a single instrument, and using multiple combinations is the harmony created by an orchestra playing a symphony It is based on the same principle that it can be heard as a rich sound that is harmonious and harmonious to create a harmonious and comprehensive effect.

However, the far-infrared wave vibration amplifies the transmission penetrating power to the body, and randomly mixing a lot of materials may cause harmful effects depending on the application, and adversely affect the body and plants. It is assumed that there will be a case where the production cost will be increased or the production cost will be increased, so it is technical to understand the characteristics of each far-infrared emitting material according to the application and consider the combination and mixing ratio of the far-infrared emitting materials. Of course, it is necessary depending on the situation of using.

Examples of the present invention include all underwear, outerwear, sleepwear, sleepwear, socks, gloves, hats, mufflers, abdomen, etc. Made of cloth, paper, synthetic resin, all medical products such as bandages, supporters, adhesive bandages, futons, blankets, Tanzen, sheets, mattress pad (thinner than the futon, but filled with cotton, cotton and covered cloth) In addition to bedding such as pillows, bedding, etc., quilted to increase the sense of unity, bedding such as pillows, all carpets, carpets, curtains and other residential textile products, Thermal insulation of carpet / carpet underlays, functional fiber products for housing such as insect, mite, and anti-mold sheets, and a pad for improving the taste and preservation of foods and beverages, or a sheet for promoting growth of plants and agricultural products Etc. can be implemented as

The present invention provides pockets near the joints such as shoulders, back, hips, knees, elbows, etc. of underwear and outerwear in order to exert a positive warming effect. Even if you stay outdoors for a long time, such as outdoor work in winter, fishing, hunting, climbing, etc., if you store it and warm it positively, the amplified far infrared effect will further amplify the body temperature maintenance effect Providing a safe and comfortable life.

The verification test according to the present invention was performed under the following conditions.

The subject is in the same state of clothing facing normal sleep, the sleeping state obtained by sleeping in the state where the sheet-like fabric according to the present invention is sandwiched between the mattress and the sheet, and the fabric according to the present invention. It is a comparison with the case where it is not used.

The subjects were 56 males and 3 females, each 70 years and older, 5 in the 60s, 5 in the 50s, 5 in the 40s, 5 in the 30s and 5 in the 20s. Furthermore, after spending a day depending on their work and lifestyle, a sensitivity test was conducted in which the bedtime was at least 6 hours.

The implementation test period was 10 days in each season in January, April, July and October.

The performance of the sheet-like fabric according to the present invention will not be described in advance. After all tests, 1) Is it easy to fall asleep by 1) use? ▲ 2 ▼ No? 2) Regarding sleep quality, was it easy to sleep? ▲ 2 ▼ Did you have difficulty sleeping? 3) If it was difficult to sleep, did you (1) be hot about the reason? ▲ 2 ▼ No? 4) Has the frequency of urination during sleep increased by (1)? (2) Has it decreased? (3) About the change. 5) Regarding the sensation when waking up in the morning, (1) Is waking refreshed? ▲ 2 ▼ No? (3) No change (4) If you feel a change, what is it? 6) Regarding thirst when waking up in the morning, (1) Did you feel thirsty and want to drink water? (2) Is there no change? Or, if there was a change, (3) the progress was recorded by conducting a questionnaire on the response through interviews at each test.

As a far-infrared emitting material sensitive sheet sensitive test, as shown in Table 1 below, the results of surveys were collected from each subject after the completion of all tests.

の結果の通り、被験者の多数が体感され、効果が証明された。

As a result, many subjects experienced and proved the effect.

After completing each experiment, 5) (4) Conducted interview surveys on changes in physical condition, and as a result, almost everyone had a sense of increased body temperature and temperature at the toes, making it easier to sweat. Obtaining the answer shown can be said to be proof that the effect of far-infrared radiation has appeared.

The invention's effect

The fiber product according to the present invention effectively amplifies the far infrared radiation force, and in order to improve the effect and efficiency, by arbitrarily blending a plurality of far infrared radiation materials, as a composite material having a resonance action Compared with products that use conventional far-infrared emitting materials alone, the amplified far-infrared wave vibration of the present invention not only amplifies the transmitted penetrating power to the body, but also the amplified In the case of far-infrared wave vibration, using a conventional far-infrared emitting material alone is a solo performance of a single instrument, and using a mixture of multiple far-infrared waves is like an orchestra performing a symphony. The harmonious and comprehensive sound effect that is created is based on the same principle that it is audible as a rich and harmonious sound that is created, so the user's feeling of satisfaction is as if they were listening to a masterpiece. , With a sense of fulfillment Like satisfaction, fulfillment is obtained as experience, that the effect to be healed in body and mind can be obtained, and features.

Among the textile products related to the present invention, in daily life products that seek to improve comfort and health, such as underwear and bedding that are used in direct contact with the body, especially in terms of heat comfort It has the characteristic that an effect is exhibited.

In addition, combined use with portable heating equipment that uses disposable body warmers, dry batteries, etc. as a heat source is effective when it is necessary to spend a long time outdoors in winter, suppressing excessive body temperature rise and sweating by the user. It is characterized by maintaining an appropriate body temperature and preventing water release.

Utilization in bandages, bandages, supporters, etc. has a feature that contributes to the early recovery of the affected area by promoting the blood circulation and metabolism of the affected area, promoting the healing effect of the drug by the amplified far infrared effect .

Since the present invention uses a plurality of far-infrared emitting materials depending on the application, it is possible to manufacture and compare the production cost and the value of the product relative to each other without being particular about expensive raw materials. Since it is possible, the price of the product is characterized by the fact that it is possible to provide it on the basis of proper standards.

Since the manufacturing process of the present invention can be handled by a simple printing technique, it is characterized by few restrictions in manufacturing.

The fact that there are few restrictions on the printing technology in production means that there are few restrictions and restrictions on the selection of designs, characters, patterns, colors, etc. that you want to print, which gives you freedom to choose the design and shape of the product. , Feature.

As described above, the performance of the product of the present invention is improved even when compared with a conventional sleep bedding only by looking at an example of a state in which the sheet-like fabric according to the present invention is sandwiched between a mattress and a sheet. The excellent effect is proved as a “sympathetic effect” by a combination of a plurality of far-infrared emitting materials, and exhibits a very excellent practical utility, and is an unparalleled invention.

Hexagon and polygon plane image Circular plan image Waveform plane image Plane image of striped pattern Lattice plane image Plan image of any design, figure, or color Plane image diagram of any character, illustration Cross-sectional view of far-infrared radiation material attached to fabric

Explanation of symbols

1 Far-infrared emitting material 1-a Far-infrared emitting material 1-b Far-infrared emitting material 2 Adhesive 2-a Arbitrary coloring and coloring agent 3 Fabric or paper, synthetic resin, synthetic resin film, etc. 4 Arbitrary colored figures, Patterns, letters, illustrations, etc. 5 Optionally, a mixture of multiple far-infrared emitting materials and adhesives, arbitrary coloring and coloring agents

Claims (2)

Arbitrary natural fiber, synthetic chemical fiber, or natural fiber can be blended with any natural or synthetic powdered far-infrared emitting material with any adhesive or adhesive material that remains flexible after fixing. Fibers that are mixed with synthetic chemical fibers, fabrics or non-woven fabrics, natural paper, synthetic paper, synthetic resin, synthetic resin film, etc. that adhere to one or both sides of the surface or back surface of flexible materials, or that constitute the aforementioned materials Of manufacturing products mixed with raw materials Combined with any natural or synthetic powdered far-infrared radiation material with any adhesive or adhesive material that remains flexible after fixation, and synthesized with any natural fiber, synthetic chemical fiber, or natural fiber Mixed fibers with other chemical fibers, fabrics or non-woven fabrics, natural paper, synthetic paper, synthetic resin, synthetic resin film, etc. Usage of products mixed in raw materials

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